and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65,...

54

Transcript of and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65,...

Page 1: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

31682 Federal RegisterlVol 65 Noi 37IThrrrsdatiMa 2820001Rules and Reguiations

ENVIRONMENTALPROTEC~~ON enclosedba$kd esruaries fordl for at la of^^

AGENCY purposes=dyropms undmampe clean tsecnm~3W[i)Ws~~ui~cePIoces~A-- amp - -AmndC Lffe Mtaria~ -~

40 CFR Part 131 m=A-bL

bDissolieaMemmamp p amp h ~ ~ ~ amp ~ ~ t ~ ~ b l amp G ~ r i t e r i mEFFECTIVEDATE This rule shamph

rFRL-8587-Dl Mtmhs~~pllcationror^Meials RIN 204D--AC+4 dSdtwa~iC0p~eiCriterie~

a Cbmni A v e ~ e r i o d Water ~ u a l l t ~ f lkdness Standards EstahlishmentofNumerlcCriteria ior sHumanHealth Criteria

Priorlty Toxic Poilutanis for the State RBgion Division tiZs76TCDDIDioan) Riteria of ~ ~ l f ~ f i i ~gt ) - Street SmFran+cn C~amp41US hbenic Mmria

between thethours of ~o~iP+das~ ~ MmcUTy ~ td I

-AGENCY ~nvironmeiital~ n2mE~~~~~~~~ro fieawmflsd PdyampbhimtedBiphmls (PCBs) Criteria g6famp Exdudid d~ction 3D4La)Hvmap Health 01

Ageny -2 ecampdcaDi EEF1ek Crfamp nCSlo~ii~~ - 415 74amp1984 mr mappointment ifCancermLvei

reasonable feawdl bec~eio~i)T G DesPiptim of~h+pdeSUMMARY Thi6 h d rule prornuigates irotocopies - - numer)c aquatic life criteriafor23 II lScope

0llIlWltSpriority toxicpollutmt6 numeric FOR FURTHER INFORMATIONGO~ 2EPAMteriaior Pride I O ~ C

human heslth criteria for 57 grinrity ~~ i q ~ ~ k ~ BS~ ~bplmiengtioni p ~ ~or p m P i$

mxic pollutants mda comp ance Woods US ~ r t v i r a n m d f i o t e c t i o f i ~ ~ ~ ~ ~ $ ~ ~ ~ ~ p ~ ~ ~ ~ ~ scheddeproviiionwhich authorizes Agenq Region n Water Division 75 6i-ges = w ~ o s e d ~ d e thestateto issuascheddes E~nomiGAn~ysis Hawthome Strset~SanFm~coi~L~~~ij~

newkzevised ~ ~ t i ~ ~ a l galas 41~4elgsrlaf$t5-5-72ampIBIB

~ o m p l i ~ c efa Cm-a -tionsymrn 7lBB7respectively 1 2BtmeBt~ ~ ~ u ~ t ~ ~ i ~ h ~ ~

eermit 1imitsbksedon the fedeial S U P P L E M E m K I N F ~ R M A ~ O N T ~ ~ ~LExecutive hder 12866Regulatory ~ ~ e ~ s ~ h e n ~ c e ~ ~ c o P ~ ~ t i D n s j a r e e r n e Plnuningand Review he+prwmbleLorgamzed according to the

EPA is promulgatiqg thisrule h e e d hI1owingoutline -sigtt+-wi $ampUnfundsdMandaresRefomAct o i 1995 A ntentially Afienad Entities WRatory Flexibility Acton the h ~ ~ d e t e ~ a t i o nt d ~ ~ ~ ~ EInhoiiuctionandDverview gtG+iL L Paperwork Renudm Act that numeric criteriaarenecessary in h=oducw

the State of Califomin toprotect human gt Dve M Endenngsred Spsciss Act

S t a ~ o r y NCnngre~sidReviewAct

and~eegulawBampampq- health and the env-iroiqent The Clean and ExemtiveOrde lSOSQWaterActrequiresStatr8toDadopt i ~ W m i aWam-ty smampds c o d t i o nwith ~ ~ amp ~ ~ ~ i h ~ l

w a t m g ~ y ~ t ~ a f ~ ~ 5 ~ ~ t ~ ~ ~ ~ j I _i - g Governmentsmins priority t o x i ~ ~ o l l u amp ~ f b i ~ ~ d n d ~ ~ ~hich-EPX lCallfomiaRepzd Water Qudgg~onkil p~ ~ t i d and

BnardBasiqElans and the Wend Advancement Act hasisauedampteri~~d~c~the o f ~ d i s amp a r f ~ ~ ~ ~ ampcodd - ~ ~ s U ~ amp ~ B W ~ ~ S(Isw) E6dths2 Qampecutivehder3332 o=Pkderaliamp

orrmetion mnintsining designated uaes 2 -- Childran From Environmental Health ~easonably~Keexpetiadtohterierfere~th -i$$~~~~d~tufuia5p~IEBEP)lt~$+- ~~ampemtive~~rder~1~~45 oi

nw~ f ~ ~ f o m i a w ~ i y i ~ amp ~ saietrxia

i~~ssndis promujgating thisi-dsto fill StandardshrpiiorityTmdcEmU~ntsm

a gap i n t C a l G ~ ~ a ~ + ~ ~ ~ ~ r j c ~ ~ and ths$iatiampC ~ ~ampen t i a l l~ ~ f f c t edEnttties j ~ ~ ~ I ~ ~ ~ B S W ~ ~ ~ amp E B E P +mdeampde ii2-

ouaiitywaterwithCitizen$ concerned standards +atyasme E1l9Q4 when a StatqyourtowmLnedtha

amp+A- of m~S8cti~n~-~ta~e~6~1mijlerne~~rati~~

Stat~4arwaterquamp~~don~b1~iansansansans -i ~~c~sos[$][Z][B)~ inCaliinmi~maybe interemd in this which conteined waterquality criteria 4 Sate-hdYrnd~ite-~pectfi~Mteriafrnrulemddq EntStiesampscharging for priority toxic poIlutantsThus the Toxic Pollutants pollutantsto waters of the United States

ampState-AdoptedSite-Speampc CritefieiE State of Caliiornia hasbeen without - rimer in C W s could be hfiened by this numericwater for EA Raview -deampE criteriasincewater

priority todc yollutants as requiredoy b Sirate-~dopted Site-~pampc Criteria with = eusEa the State in developingEPA hpproval the Clean Water hct necessitating this g amptianale and $ampBiampampjNation4 Pollutant Discharge action by EPA These Federal criteria the Final Ruie- TlhYination System [NPDESI permit are leeally applicable in the State of 1LegalBLis limitsCategories arid entities that

CaliEornia for inland d a c e waters 2 Approach io Developing thisRule ultimately may be afiected include

Category 1 Exemoles oi potentially effected entities

industry industries discharging pollutanls to surface waters in California or to publicly-owned~rsaunentwork

Municioalities Publicly-uwned lreatrnent works discharging ooilutents lo suiiace waters in Caliiornia

Tbis table is not intended to be

listed in thi table c6uldalso be afiected entitj consul the ersoamp p ~ ~ A l a r

exhaustive but rather providesa guide To determine whether your iacility lined in the preceding Fox FURTHEP $0raaners r e g a r b g entities likeiy to be mi be decred by this action you INFORMATION COt4lAT se5ion aEected by this a$ion This rable lisrs should caremy examine the

the rypes oi entities thsEPP is now applicability criteria in 5 1313B(c) If 9 7 1 t i 1 + a 7 nmr ha- nro++innc rom rA inm+

-

Federal ~ e g i s t e r l ~ o l WJI amp ampgalations 3168365 No 97Thursdag 18~ o o o l ~ u l e s

B Inuoduclion addCmnkv 1lntmriucbon his section inuoaucisthe topics

which areadampes~~d m the preambie a d poKdilles abriei overvlaw oiEPA8s jasismcrationale iorpromdgatrng- ~~aeralampreriaZor-theSta~)of ~di fn r ruk Sec t i~dCbrisny des=damps

tomthe p r o p o s e d ~ ] W a t e r criteria inthis5dnilewiu Qualir)r)Srandards~lishmentof supplemsntampemtmterpaliqamp~

Numeric CriteriabPrimitg 5-2 promuldh CallimolahinjneNTR P O ~ U ~ ~ ~ I S ~ ~ F R as amen~edhInll991~Aapprov~i~60B4BDecember 22 1992 lreierraatoas~efiatiodTmcs ride-siziatet rycrira+a kulesr NIR)andfneNTRas (b~sehinsecdmDIkrampeSrat~ o i amended bgA6minhntivB~tay of C ~ ~ S m c e ~ E P ~ - p r o v a ~Federal NVaraQampfpCrireiiaior theseEli~e~~t~~notliecessq~o MersisaddInterimZhCR3eWare i n c l u i e t h e m ~ h l 9 Q 2 ~ i o r t h e s e

~ e e ~ d ~ t i ~ n r i f r t h e d i i o ~ ~ o ~ o n ~ o ~ of EPA-wmvidQuaiiypSmk6sEs~liilumenr mtena ZDWEV~I ~~ ~o~c~~~u~tStheseefiom~cludeN u r n e r i c ~ + i f ~ ~ r ~ p amp r i g ~ o x i c ~term~vsre8ubsequenu~inaalidaf~d

he cbaqges enactadin theJQ87CWA Follut811t~STat~sC~jlisnce- in Statelinpabo~Tnusthisbaide~mendmenTswYhicharsthe-omisfor Rsas~onofMeds ampiteriaEOiT con~-cntampm~the~apPueatedi u s d a S e c t i o n A ~ ~ s 2 2 2 2 amp ~ y amp 2 9 9 j I ~ ~ e i i t o a s ~ 6h e Statditigabon ~ amp ~ ~ ~ s t e f i amp k i n ~ 6 ~ 1 B 8 7 ~ 0KabonalTauRJIe9NTR]aiai - T l u s ~ d e d o e s n o r amp ~ n ~ 8 u r ~ mnlemeniampths~e~0pl8li~h~df~CWAamendad) The~~~meniea Is superseasgyampterieprsvio~~~~ seampon~03fcI(2)~(B)d~)did~~~be~~A~coampedar40 CFIGl3136acopy nithe p r o m d g a ~ f o r f n ~ S t ~ t e d f ~ o ~ a~ r o c e d u r s a n d a c d ~ n s d o T a t ~ gproposed CTRadi~~preeaible m~NTRas9mmZedIMteriawhcband h e whetherCampdmiaih~h~y- -- M~asamen~edsndduipreamhl~sareEPA prbmuigarediorCU0~~111de ~piemenr~d~CW~~ecti~h3031~~~2~(B~~~conrainedinthe a-ative record NTRas amaideLare momomLiinfne Sezaon ~prolddestheratideand icr thisrulem ~nal1~is~~l3~33Bbll1~so~fhat a p p r o a c h x o r ~ ~ 8 e v ~ ~ p b g f h i R ~ a l ~ ~Andnrleefiecbve reanersmayse~toeCriterispromulpemdE P A l i s m w g i n c ~ u h ~a amp c u n s i o n u ~ f X s e upoqp~itikcationUnderthe~~- b t h e ~ T ~ a m e n d e d f o r ~ basis for this finaldeSechonF A ~ m a t i ~ R o c ~ d + s c t 5 i U S t and thedtenaprom~gatedthrouamp dss~ibe$the~d~elup~mt~Tfie 553Sd)[S)aganciesmu6~gener^ally r u l ~ g i o r ~ a j n ~ t h e ~1rwainc lu~e3 i in~~ l i i l e~Sec t ion Gpublish a ruleno more-30 G y s same rah~Thrs~nileisnot

s ~ amp z e s l h e ~ r o v i i i o n r o f griorro theeEecnve~daraoPthede the7- inrencied~~epampmwa~e~~wihn rule and discusses~Am~~emenration except asotherwiakprovidadiforbyYamp I ~ amp ~ ~ C D U T L ~ ~ A T B C O ~ ~ ~ ~ ~ ~ iss~esSemions~lJiK~L~~~11~ hs re ~ ~ o s s i b l y ~ 8 ~ s ~ o c n t e d w h d l i ~0 h g e n ~ ~ ~ ~ g o n d ~ a ~ ~ e ~ 7 T h e ~ p u r p o 6 e o f P andQbriy~adampessamp~ii~ the 3 0 ~ ~ a y w a f ~ g ~ e r i o ~ i s r o ~ g v sorpardpJnlohanCounnytha~are re~uirements~ofExe~~tive~Qiderl2866~ inciudedio^theStareSh~pl~~~sEP~afienea~pBcliesa~e~~onahletimem

wiUrworlcwith~eStareemddTribeslob e ~ 3 i u n d ~ amp ~ ~ d s t e ~ r R C f o m Actof a d j u s t ~ e i r b ~ h a v i m ~ b d f o ~ e ~ ~ ~ le95 h e RwamptoryPlexibi~ Actthe i d e n t i amp a y ~ ~ ~ e r s d d a m n eruie rakesrefie~SeerDmmpoin~~Corpv ~a~envorkBeductionActfoe fCC7~F3a~2069D-631~(DCltCir~irw h e t h ~ ~ ~ ~ t a c ~ o n r ( p r o ~ ~ ~ ~ t e r Endangared3paciss~fie 1996)fiverbendMSc- ~ r y ~ ~ d i a n C o u 1 1 q ~ w s ~ n e e e s s a r y

~M~~~5BiE2d144441~B5~[ethCirCir5onpreasional~~evi~iAct-eXe~tive ~n i l e iampponan r io r r~~~e rd OrdersO~~Consulf~tionand - 1gg2) Y e e n w o n m ~ r a l ~ p r o ~ e t i c a n C l ~ p a l Coordmation withhampanTribd h amp i s i n e ~ p ~ amp amp godcause reasons~ondofimacpoT+~~~~ts~ ~overnmenf~~e~ation~ecbn0iogg su+cewate~is necessqtoampwe to makshwhnalsuleefiectivea~on Tr-$I andAnimnoementiArt=g~~rExec~uvs Order33T32 Fwdereliszc res~ecUv~ly -

The proposdiorthisdemabing w s puolisbed in theEadernI6BegLser on ~ugus1~~9~7Unangesamporn~e prnposderepenecaltyaaampeasedinthe~ o d yof amp~preimbIsampspeFificBUy ad~essedir theresponse~ocomments documenr indudedinhe lsquo a ~ ~ a t i x a r e c o r d d ~ b d e n h g P ~ x e s p m d e d t o ~ a l l

pub1icationb orierto5ind gooacause theWhggoalsand objecdvesMmy o i wAgmcy~ee~ofmd~that~rbeB~30-ampyC a l i ~ a ~ s l o n i t o r ~ i n v c d e s ~ l a i C e psnodwddbe(l)Impr~~cabl~ 12) a c r e s r m n s m ~ ~ e ~ ~ ~ t e r ~ v e rmneessery or^) -conuarysothe eiwetectlev~isof~oxicpoXutan~hpubhc i n r e r e s ~ ~ B e r e ~ 3 P i s ~ e l ~ gan Recsnr sruamp~sampCalifomiav~ater~ the secondreesoc rosupportitsfmdmg bodies mdicarsthatel~vawal~Iso i ofgoo~ause~~i-~o~ote~~thatthe t~xlcpollutan~funsrinf~Stis~e Stareampas~mqUemdEDK~oplakethp which r e d ~ i n ~ ~ h u g a a ~ o r i e s m rule imme3iateiyefiective 2- - C - bans Tneso~oAcpoIIutanGc~5e

PPAbds~cini this insance arcidutedtnamong dthersources waiting30rdeymomampeethede indusnial9nZm~dpdalalamp~alpes eEectlveas h e c e s s a q Assexplained MaterpaliwsmdarBTisiormx

c o ~ e n r s ~ o n ~ e p o p o s e ~ d b ~ncludin~commenurec~ivsd~aftef~thepreemb1et lmdeismt~eIf

derailehawnerehinrhise r ari bportant toS~~ Z j l i t i n ~ b ani~ ~ IPti eEons~ioad~esz~watequalqi

September 26ri987deadline AlU~oultn imp1ernenring~ratheritestablishes proY~emsCleciyenabLshe~water =A IS ~~dernolegd~obligabon~~o8mbiencondttionsithattheState o i qualltygoais enhsnceheefiectivenear respon to latecommentsEP made E faliiornia+wiuinpiemenririunw cf msnvofxhe ~ r a ~ e s m ~ E ~ s weti palicy decision twsespond roal penamp proceedmgs These permit progisms mdudmgpe-mirtin~coas~d-

co-e=-~ profewbgs ~ i y repufz~~r I ake warequalirpmpiovercent5sbussue S~nc~dereile~o~abonconermOglongerthan30 ampys tocomplete This ~uali~~nrotecdonnonpoi~SOurCE

nany oithe sopicsirthibpre~mb]ewas c o n r r o i r ~ ~ means thar dthoultn-heruie is wateroampry pubhshedprevlously~rhe~Fwaerd k e amp a r e ] F noampsampmprs protenion-and ecdlog~ca ~~~~~~~~~ Repistera gtrreambles ioramps and o h ~ c o n i m w o d d be ampterefi rnderme rir Kumeric criteneior touc pohuta~lts niemampgsreiarencesareampequendy rn iess t h c 3 ~ ampowths Sretennd~ro B V ~ U ~ K ~naps andtheleiore~e tle mane rc+hose~reanibleamp Those 3C-aaypenodirmecessary anequacg of msq end porennai niemeiangs mciude Watc Qualiy conncl measures to prorerr quadStandsamp ~ ~ s ~ b l i f n m e n r erosysremr an6hlm2cheelk ilumsr= ofNumenc Cvervlew

Crirerie ior f-5orip Tox~c Pollutants im c i t m e ampso prot~~de Yhkhn~rulsestablishes emb~enr e ncre prerjs~ me Siate of ~ ~ o r m ~ ~ ~ f r o p o s e d R u l e c a n s ior aenmg ware qcaiip-base waterquel i~ h n a i o r p n o n y m x c 62 rn42259 h2p ~997 lreiened polluran~ irtbaSrate oi2alifornir The effiuenrlrrmrauons (VlQEELs u

~ ~ ~- - - ---- -- -~- - -~-~---

ELmimtid~4iBmi($)Pe+~ ~ amp ~ ~ e e 6 2 1 ~ ~ 1 1 2 1 6 ~ 1 f i ~ P ~ P1anscreated aset o i m r e r o d ~ and wagt~haaIlocahans~tndJ isinciudinethat disdisampsionampthe stanaampforwaters withinampBSrate of

-- ------- - the wareroodies withinlts r8sp8ChVe

Pr io r~o~ to r i ag ~ampe~~ te

a d d e ~ r o d ~ k ~ w ~ ~ ~ o n g r ~ ~ ~ ~ ~ ~ 8 7 a p p r o ~ ~ t e ~ - E P 4 A ~ p i d A ~ ~ r n a t o ~ of [ampmiB ge~pphicmea~dCaliirndi~Tnese fe-revisw9ndapprowl

had~bsbn~theon]v~tatein~~~afionr ~~mi~-~pTil599~~eiSWRCBdesignared3lsssi(orf5enefiWwes ----- - - ------ -

remained~uYiis~ti~rudiml~en~~adoptedcrirerampi[o~bjeniv~sssampamp -approdtberw 6tarewidewater afrerE P P ~ s n r n ~ m ~ ~ a t i o n o f ~ e ~ i nSta te law3rom~emrerqualim qualiry conuol plans tnelSWPand the Decwbkof-1ggz~~~cti~n~3os[~)~~)distaniaampiwhmtmboampe~Mlithin EBEP1SnlNa~~mbe3r891EA ine C W A ~ u t h o r i r ~ s amp ~ ~ ~ - eachofthe~are~b-Eachdampe Repon 9iormyxonduded its rensr m e ~drmnisuaralampromrii~ate~sfani~ampRMTQOBsnmdergoes~aniennialbasin of the SWRC31splens~EPPapproved

- -- --=om~onefil~o~ampe~fampentB~d~of oim6iindampgXherrlooecorsis~m~ c0nvantiodpo~utan~qe~v~s-such CW~seo~-303[~[2)[~)~~amp~~asampssolvedmxygenNoneoftheBash with t h e ~ e ~ e r n m t s ~ i ~ s ~ o n

EPA-awcnowl~~~esIhart~e Plans conzaimkromprehenaiveilistoi anwithEALsStare di 303(~)[2)~)rof~CVi

cmntamidin ampethreefS~~C3statewioe because df~eormssion~rhe h the CWP E P W n t e i amp a o ~ ~ t a v ~ nlansthe Inlanamp5uriacesWatersOlan no1id ly sansfgCWgt- secnor rule I wirhinthe~Pliamp~lehheir~e j1SW]ine2nciossd3aysaadEs~aries 3031ciZ)Dl Theplansiicnorconrslr ior iudic~d~~viswampe~states-stsndatampPlan ~EP)8and3heDceacPlan olreria~d3meaol iu1an~ifm

reqwemenrsBben~ibnidoPcongraas niamps ampd

appiy are chiiUenae2P~ Pwillthampawbs roalloasinsmdsatisipW A section wh~~~~Ahadnubhhednauonalv

r u l e ~ e r s u ~ j u i l l c i d r e v ~ ~ w 303[c)[Z)IBJ - crirena ~ d s n c k T h e l ~ ~ ~ c o n ~ u n e iis hu~anheal th~tmxhndyrorn~iarsani the Stateamampamp are 0nhuril 11lg9lhe h C 3 - fie

sampea adouted rwastatewidewate~roualitv ~ o ~ u t a n t s ~ d h e ~ E P ~ i c o n t a i n e d conampol plans the ISWP and t5e EB hdihedth~amptar ia~hiody~i I

C These starewideplans contained pollutan~Zord-dchEPAhadissued Ba _ nmativeandsumericwa~rn~~sectio~304al~idanceaiteri2~Both

Inepreadilevtothe XugustS 2997 criterialor~toxic~o~utantS~inp~to aquatic theISWPswp~~~ampEBEP~containedproposedde nroviuedageneral ~sausivCWA~section1303(c~~21(BIITheEeixritm~fmdlnoliumis excent

Federal ampgisterVol 65 No BiIThmday May 18 20001Rules and Regnlations 31685

--

a ~ a t i v e ~ e c o r d ~ f a f e d t h a t a l l h amp c ~ ~ e n a h 2 r i o r i t y ~ o x i c priontypoliurents withEPA criteria PollurantsSrates C o m - h ~ - - piaence werelikely tdbepresentin BemsionnfMampCrife~BDFR Califorma watesHowaxerthe 222822229~41BBSltheNRas SWRCBs r e c o r d c o n t a f n e a k ~ c i n t amenie~lTheataywesmrespomee~dormationto suppmrahdingthathe alawauirapainn~ chdlenpg exdu~ed_ooUuf~~f~~~wore~otreasonabl~ 8mong~oherIiSsue5m~t~s~~t~~ expectedrointerfereIwih~~e~gnaf~dcupmassdesrrodzscwerable - uses o i thewaf~~s of the c o n c e n U a t i o n s h p ~ S d e m e n tSafe

AlthougIiEPAapprwedthe sratewide hgreementreouir~dEP~-mka~ promulgatedirthe NTRasmecific seieniumobjetivein ineISWPand me c r i t d m t h e N T R ~ ~ - ~ n mrssaec~cw~~botliessSbutnot~~

rrr lampddcewaters andenndampeampba EBPEik di~apprmm8~~sdbjectlve~promu~e~ampcenurcme~drer ia~ in ande-es - -

iorzhsLsananF~an~coBa~iand_D~1te~ oi _ -_ theh ~ d i v e a J o = t h r ~ ~ g h ~ r h ~ ~ e lt - becausetherewas d e a r ~ d ~ e ~ conversionfacrrxs Tneseiaampisare 2~raampcoj~plmmmtionnofCWA ine oDjerive~~olild~notprota~the iisted mtheNTRas amenaerA Se~ongDSfcJ(2IlB~ --- desiparadffish~andddlifeuses(the scienttf i=amps~s~loDof~me Snorily~afrer~theSWRCB~adopted~thedreriais TaltforniaDepamnentof dch found m a subsequentsecfionofas ISWP and-ZBEP~severd~dischargmsServices~baamp~sue~~~~t~owl preamble _ 3ed~buivagainst~efStatsampepin~rha~co~pt ion aav isones~ue io s~eniumSmcecerampampt~a~~~~amp~~dy irLaa ~ot~adoptedthenr~plani~concannations wni+scientiiic-sru~es been~prnmulgarad$nforspecificware compliaone~withStarelawTnee hadLonrmenre~~eeleriium~oxiciyul boampeslinhe Statedf Caliio- iofne p h t i f i s inaronsdlidated case )fish9ndwildliid)reateddfbfb - ~aae~amendedtheya~enotgtwihmcluded the Zounty of Sacramento c o ~ m e n t ~ t o ~ ~ b ] a c [ i ~ N ~ t i ~ ~ ~ ~ S a ~ e n t o C o u q ~ W a t e r A g w q the scopesdf todaysfiril-rule~Howevar Pollutant Dlschuge -tionS~aem ionclarityin~rea~g~~om_orehe~uiveSaoammtoXedCou~Sanltation[NPDES)~permftb~hmed+f~rS~~id e f o r t h e ~ t a t r c n f C ~ a f f t h e 8 e

Disoin the CitgoSacramenm b e Cirg~1anmscb~aythatc0orainadefDuen~ =idaare i n c o p o r a t e d ~ ~ ~ o 4 0 ~ of S~~MetheCirpofSan)osetheMrs$asriaonanobjectivegraatmrnan ~31~8(d](~~oomorcs30~e~ableinCityofStoampo~mdS~psorP~per5 psxs~er~billionYppb)7foyday - 40 m 3 3 1 ~ ~ ( b ) ( 1 ) ~ + a 0 ~ ~

a v e r a g e ) - K ~ p b ~ ~ h o ~ ~ v e n a g e ~ ~ yPg$-gers ampege3-haithsState l g 1 ~ 8 ( d ) ( ~ ) + l ~ h ~ amp ~ ~ ~ a ( ~ d

the irebhwater~~it~EPA~e~-mediorw~chsne~WB~boampaS])WeIe hadnotadoptedhe2SW a n d B E IEits ampsapprovalcof GaliiorPiasrsite- prom~g~teaampff ie7~ amp5amende~comIjlia~ewirh-theC i l i i e a specfic~seleniumdbieamp~sfor~ortions ~ ~ ~ f o r e ~ l u ~ e ~ n m ~ i s - hdmimsaab~eP10ei~~sXcof the Sm7oaquin31iv~SahSlough i ind~e~~9pproqriatki~ebwarerC o d e 9 e ~ d ~ 1 1 ~ ~ 0

[Gov er segJtbe ^and MudSloughDAamp~~ampsapproved m s ~ m a m ) n q ~ t i c amp ~ m w h i amp CaliiorrmhwonmendQuilir) Amof therategozicelampeiamp~ana e r e p r o m ~ g a ~ ~ ~ ~ e ~ 7 8 5

seg3exempuoabTheserdieapprovds amendearrdl iul~~~dm+face~ewaater Pi~ RafrideSectio~2~O~et CdieandhePow-Cdlopeqn~atti x i u b d the~diSappmvalof~SsSra~e2sden~oseabaysand~s~Bs

Secboni3200et ssag1 Theellegationcieiarrdofwateraualityobj~criveslto i i ~ l ~ a e i ~ o ~ u m ~ m - a i + d e ~h~ eEuantdominated-~a~mb~ICate~o~i) or that the State-rlidoors~~euroiiuentlyapg~~pi iate (weten~ampor~ 1

whitn ahopdngandrosneamsdominatedrby org~moily)miidhealtbrri~eria cn~i~dweconomics

a g r l c u l t u r r i l ~ ~ ~ e ( C a r q g o ~ ~ b ) a n d w a t e r ~ ~ u a l i ~ a b j e m ~ ~ s a s d l q p e ~ yw ~ ~ ~ ~ ~ e m r o m ~ g a ~ a m m ~ e ~ - l a s resjiedby~Section~3~~10fthCPoner

the dma~provdiofthe exemptiomof amend~a~ viatersd i d a r ~ s u r i a c e water quakrg~objsmvesmrconsuumd d emuies e n ~ l o s e d b a g s ~apridmalrdrains(taregory~c]IPA ~rltd= - Coiogne Act wasahimpormntissue m

tbelitigabon ~ n ~ n o ~ e r ~ o f ~ ~ ~ 9 i t b e ~ ~ ~ n o r ~ o m

oi ~~U0~~aCo~gdi9acramrmto issued atentative decisioninvm of t h e amp s ~ ~ ~ s ~ l n M a r c h o f189Clthe C o u ~issuea8 siiosiuntively sjmilk final tecisior h6voCnfthe disinqpersFind pdpenrsfiamp the C o ~ ~ i n l u l yof1992 orderactbe SWRCB 13 r e sud the ISW andEBZP OnSeptmberleeampe SWRCE iornally rescmied rharwo~sraampdc w a t r q u n l ~ ~ conro1planr The Stare li -entlym tbeprocessci readqoing water qualirpconrrolrplans i o d a n d suiace warersenciosedbayr end esruaries

3 P - secuo~SD9~~121IB~ was id mpiementeim the State of ~ s l i i o r i e i3=3ecembe of2892 when tbe A waspromdpared mtilSeptenbe of 99i whez r h a 9AXCEw reqwrer rc reszln the ISWF end BEToe provsions icr abmr m EPLs ATE rogerae wiu b e ap~roved ponions of

ioundrthedeEnibonsmofftbecare ones impre~isa~ndmvsriyhoaawhampcould haveiledtoian~aonechntemreration

Smce EEAhadampsapprma~~oruons cfeach of ine California atemdepians wh i~were necessqmtOSui6jCA1s e ~ o n a 0 3 ( c ) 2 1 ( B ) c ~ amp eoroved a spec t s o i~WomaBs w a t e r d ~ srenampampwere include~inEPA6 promuieation oi+helG~tiondToldcs Kule(NTRj (40 CFR1313657FR 60848L-4pzonulgated specific cn ren~ io rcenauwaterbodiss in Taliioma

Tne NTR was amencied efieampve A n d i4 leg to 6- ceamp meamp crireae whichbadbeen nromulpatad as tolal~ecoverablr[i~ffecti~e 15 ~ ~ r i i 1996 EPAjpromdgated interimEnd metdscriteriaas~2issolved concennationsfor those meds~hich had been~ampayedJAbinistrativeStq of Federal Waxer QualityCritedtiior Metals andhterimFindRule Water

_ I BP-PY

E g

~

oqlyioni~i

csrbontsmchionde chlmDbsnzsnel 1Xdichio1oerhanE I-dirhloroeinylcne 3-ampchloropropyhesthylhsnzme1122amachioro~rhane reca~moethylmell~chloroo~sne ui=hlorosrhylms vmy chionde 2-rLdni010pn~l 2-rnerhy~-L6-drpluonhexo

e C d - =~ a l i j o a a sIWLme2EpEP rst tdffommerce Caliiomia(RWPCBimamp-~--~ impiementedthe r e p a m e + t s l o f ~ A Nat iod hilsrineFisheriesS~ceon TalieyR~giort)PAbdetermumtionan section 303ldl~211BlHo~veraince EeA~tentativeap~odIdisa~pmwl these site-pedifioaireriaiscoW Seprembc of 1884 when thelSMTRCS actionsonhRWQ~9~inPlansIn in hlstr=aat=dApprilJ 1990 resdnaed the ISWp- ~pd~EP the thLs sintation~emorBampenttd~e ~ p ~ ~ a l l y ~ A a g p o v ~ a ~ I h ehe

requirements of aection903f912Il3) two diteiia[fhe3t~t-ma~di~ S a n j o ~ q u i n ~ m o u t h d f Merced havenot bsen~fdyimplementedm sueamp fiver t o ~ ~ amp b ~ ~ ~ t i c i l amp dmrWm3hei~WQEBBeSm~~ talifornia - Y - $ I F h ~ B F ~ a d c r i t e d a ~ t b a lseldumriiamp+iampn~xmn[manmum

Theiecoperaf ~o i a~ 6 de~~1nzb -ruld]~wo~de~ea~~watern~r~ mfn ampemims~ampght i the eSIahliih crireriaamprampe~remainiq pr0~6~clu~-rh8calnitatlonof ~ t a n e r m s ~ m ~ ~ i l c o n C B D u a t l m urioriry toxlcpd11ufsllts tosreetamphe waterq~ygtbasedeffluentrii~ti~Icmavnbtlexce~amped~e~momthar ieq~emenrs~ofisecnons03(c1lg~1~10 =krAiXadod~dllu~tiDisCaarge~- - o n c e e ~ f h r e e p e B I S ] ~ ~ ~ ~ b ~ h e ~ A ~ ~ amp ~ ~ o ~ E B amp o D ~ O ~ [ C ) [ ~ ~ ~ ~ ~ ~ d o s s n o r amp ~ F e d g -E I I ~ ~ ~ amp O ~ ~ ~ ~ ~ ( N P D E S ] ~ ~ I ~ ~ + ~ u a t o r h a s ~ 8 1 amp d t h a t i hstaampdopt$dSi6~eampcntea~ approved~Sticadop~~d~~it~spedific

iSne~~ssaqpt0in8ludelin~d8~16~~~0~i~~hBLAn orda -- acute ~enqn far id i t e~ in ine f i8c t

c i t g i a r f o ~ p r i o r i l y f ~ ~ c ~ o U u ~ ~ - icr the Sm]oagu~nRivet~ouh~of In s~verd~erampeEPARepiond MercsaavermX ~ ~ i h B I ~ I e cwhichmrnotq~~~dbyamp6~t~s

mmded~nr~byampeS~~)~~mghEP~-A ~ a r o r h 9 l e a d y m v ~ ~ w e d ~ m decutepirenonoseieieolUrC~~~aaBTapprovehsite-spedfic ampEamp$QX approvadStatkadopred~sit~rsp~c~cj o ~ ~ g i m C ~ ~ ~ S ~ M e r e M e r e ~ ~ R i o e r i T o- waters oiJhepnipiSxesin thestate nitsrianvithinfne5mte~f vemalisIs~prpeoessw~pgpmreCi~eCaliforma

- of ~i inmik Il ---ii Sevm~L~eeecasesmejdiscu~~edhdeslgnai~dusermdthus~90L11DdUdedrhisaetimmofthIEPAap~mual i a t l ~ s h d amp e ~ ~ 4~r~fioriryzjdciA~lll i~tsi - - ~~lemsm$rencedrincmaayIsLPmamble rwcl ~ ~ t 0 t ~ 4 d o p r e 1 ~ ~ 5 i t m 5 p e d f i ~ ~ r e r i o

me cori tainod1~hra tFve ti ietrampdltamp~~pril~3~9~~~~-bampkSTatamp-e rheampamptiamp~ recordforznurda e s d s ~ a l s o ~ a ~ r o v e ~ ~ r h e S m ~ o ~ u i n ~ v e ~r-lri

d e v 6 i o q ~ i t e ~ e c i B ccriteriawhm m a u r h o ~ v l s r c e d ~ T ( i v e ~ t 0 ~ ~ ~ 6 ~i ~ o n n m e n r o ~ n ~ ~ ~ p ~ m v e d approprietd eg w h m BtaieMde titerie ~ i t e - s p s d i f i c - t ~ ~ t ~ ~ ~ o p p ~ ~ ~ t ~ ~ g p t a d ~ ~ t e ~ e c i f i c ~ a q ~ ~ d c ~ e a~pe~~~ver-orl~~ld~~p~o~ectiv~~oi ~ d s n i u m d t e r i o n ~ 0 f 6 ~ ~ ~ m o n t h i yce~um9nd~c~~thesacramento despatediiiss3a3dilica31j4theState v m ~ ~ p s ~ e s m z o i ~ t o n C i ~ h amp emea~nowaaerDA~a~oy8dda i n r o u amp ~ L t s R W Q ~ ~ ~ g ~ o ~ ~ s i t e e Stet~adogtaaaitfk~pedficr~61e~umCendIramp~ampp~n~~~forthespecf ie c i i tda~for~pi ior iry~~c ~~~ampi~ld~~~~~~)ofamp~~t~~~f c n t m i o n ~ f ~ ~ 4 d m ~ t h ~ ~ m m -pn11u~~lloUtithinieqe~eIBasin n mamppmedfhe8edt + c r i b ~ ~ d ~ n a r ~ o n l p ) ~ ~ e s e ( ~ ~ ~ s hThsie~tei+inren~eamprie w ~ c c r l ~ I J ~ ~ ~ ~ d A ~ g u h t ~ ~ S ~ ~ e g u ~ t l y ~ p m r n Q n t e amp ~ efiectivexhrbqgh6utIthe~8m~~ ices 5pedfioqyUgEPamp+a chronic ~ e 1 ~ ~ ~ t ~ 0 ~ 1 ~ f 5 $ ] 1 ~ n ~ d g r m d ~ - e thrdighouta ~eaarijZiisi~~ta~ddy 5 a c r a m e o r o f i v ~ u ~ ~ ~ $Y a v ~ amp ~ ) r ~ n u B I s a f ~ h ~ ~ B n - ~amputanie) -Yndet CiUfoda~laweisamptma ampme Haml)mnampya20qperpiampoP 10~9UldbV6T~0idmifn8~0uih~dfhe m u s i j ~ ~ ~ ~ d ~ ~ ~ amp ~ M = c s d ~ ~ i ~ m m ~ b i i n ~ t h e ~ add pi56amp~~msxim~)aYncn1tenpn ayrovd qy fheRWQ=BthaSWRCEand in63tareiDBce dfampamp-abve ~ a w ~ [ ~ ~ ) ~ ~ islawcc~pieterhecrirK~$BcomeeSIBte

- - - Thssscrirerie rnusbesubampiiid to

GeT-yampioamp ampampamp-iorfor revl+kid ap rod+5erCNA- seor301~~$~ltcrii~ri~~areu s d y Bubmitt8 to~~Xampjan04aXWQCB

dendmenl9fterthe 4menbenhasbeenampppte3under thePaei - - nrocessma~as becomeSlate

- lt - _I

~sonicrrltsdon=ppliesm~~allof 1 6 ~ i g + m a x i q 1 l m ~ ~ ~ ~ ~ m uitenonofi02~~I~~[~aximum)ampmWafere u a l l ~ p r o g r a m e ~ c o n c ~ ~ ~ t h e thedisso~d-h~y~rn~lt+ampess~of S ~ ~ ~ 0 ~ ~ ~ ~ ~ m o u t h r o f ~ e r c ~ d ~ ~ ~ ~ ~ ~ a o ~ t i ~ ~ ~ ~ ~ ~ ~ ~ 40m lasTaCO~~heee taww~e ~ v ~ ~ ~ ~ d s ~ n ~ s - h d d e

e ~ y e i i o p ~ e d ~ y ~ e S t a t a a n ~ ~o~srn~t~sfiect~he~eirwli~i approved ~ ~ E P A promu1 ateaohronic~leleoimnitenonas ermatibilGiiiamp vary with haraness1 These maWnun oi5ampgf~rampYavPBejetfonbdn~ed r e n a correspondto L C riitefiak NTP-T h i s p r e m o d y 3 e d d ~ ~ ~ - roiays -rule Therefore Federal p r o m u i g a t e d - d r i o n ~ ~ h ~ ~ f i e c ~ ecute critma ior COI)PEI c e k i u m a ~ ~ d~ t h e S ~ ~ l ~ j o a ~ R i v e r m o u t h oi zinc ioziae Sa=ramenroverihu~j Mer~e~fiv~rtoYamp 1 ributanes)aba~e-Mtonary~ampenot Gr~~iandMozerDibtn~~~~Lu~s necessary ro prorecrthe nesipareduses ~ a t i ~ n d ~ d ~ i ~ amp ~ ~ e ~ ~ ~ i o s ~ ~ o s an6 are not urcluned inxhefxidinrle SrareWJdlije~Refige~xX~~p~medio Howwe ineF-2- A-uBIOris the G-assandWaterDim~iS~Luis

a ~tare-~dopted~ire-~p~cc~brenamhE inat ~auonsl~Ji]dl~eReiugeBLLd~D6unecsssTto B~~~ ZnderEampRmew TheStete d i Criliiorriiahasiecently

revlBwkn~6updatsd dofirsXWQ3 6asmPlansAlldr~heBasmlenshave compieted fheSrarswiewann anopnonprocess snd have been submitted ~oEPampior reviewmd aporovalSomeof ihe3ssmPlas contai3-sitrsp~cificcrite~zinthese sasestheStateaioprean~e~specampr cir-ere usedior rvaterquamp~ propams -

EPA ha^ l o r vetconcluded

mclude zxoric aiterieior cGpe Scare lV~ampia~birrgezSc~te-idoptedcadrmum an6 wnc for theSanamerito site-spe-3c aquabclife8selenium

E v e r (and nibum~es)aoo~eampamilmn Citenon~fpgfl imotkJthly rnedby City as pa oEine statewinemirena em n a t e c ~ p d I1990Tamp

promulpared m roaysiinalde reneriLyapproveU Stateadoptad sire- San looarun River Theaelmun specac chromcni~rion 18-T rn

ampten6 ir inis rule are~map~hcable IC

pomons ofthe San ] ~ ~ ~ R i v e r i n the Tznud Valiey kegio~bezause sampericm =itenamp nave been e+erpre+jousiy appmvei DV ior previously promuigater by EPf as pmofhe NTP P a~r rovedand ampa~nrwedSm~e-

efiectior the GrassiundrWaferD~smc San Lus~ati0nelW~dliieReiupem~Los3enos StateWfldliiee~eiuPee --nereiore irk noPezessaryto mlu6e Pzoda~s5nLd e 2 jodc dlezrc icrseieniuiorthe GrassiandWater f i ~ m ~ S e r h hNaUond Viiiaiie

Federal RegisterfVol 65 No 87 Thursday May 182000 Rules and Regulations 316B7

Sun Fi-andscoJlegiondBoard Busin plan olg86EP~approved several ~rioriryro~cpo11uraz~tobjectiws[ W A-amp-]that were conrsmedinfoel986 a n Framisco RenionelBoardB~ir

~ ~ - -~ ~ ~ ~

plan asamenaefl bySWRCBgesbiution Numbers 87-4887+82d87+2by

andlor nesignsreduses andiailueto hguageofthepmvision the stanuq adoptneededcriteriaThusmcia~s bBWrniandyurpose oisechon-303 amonis not unique and theie$iauvebtoq In addug

The CWA insecdon 303(c)(4) secdon303(c)lZ)IB)ro foe CWA urovinesrwo baaes~~vrornulwtion Coneres s undernood the~~of Faneid w~rer~d ir~ 5 i sndaramp~~he fmreqampementsb~~ectioncti3~3(c1~i)firstbasis i n p q g 5 h l A 1 eqplies States~Xoconilucte i d r + e w s o f

letteisi~ted~ptamherSSSIIR8Zandwhen a S r a r e ~ ~ r m u n e w ~ r s v i h e ~ their watnrxpiliQ~dar6scd~bmft

stanriardsfnatEp2determinesareno the resultsnfthose rei i~5FPAanE consisrentwih ampe applicle insectiori303( d~4~~) i r i r i~~~at ionC

Decernber~243~~7~~T~s~~~in-3~thesmmRss~~~~~p~) ~~~ a the m~anpio+dampttersaFe dontained~the requirements o f d e CWAIlaftefPAs -CWAlsection3D3 (d)iduaes~wftko~s

ampan r o d theState noes no~amenc nrleampngJti~tnkessampt0~ itsamp~so~asrdbe-con~enrwitbthe include thesecilt~~forforprio~~Nto~c

~ d m ~ E l t i v e r e c o r ~ b i i i t h i ~ ~ ~ ~ ~ ~ ~ ~

C7NAEPi4is~m~pmmp~p~ro~ose noll~taneltfhat~ei~onampedintheSm appr~~riateFeadwateramp~

-- F n o r i ~ ~ o U u t a n I 6 httiiisiruatioi are i o o m o t e Z i d e s l a n ~ a t l 3 1 3 8 ~ ) ~ I l

~ a t ando~~~~1ampconsum~tion1~

~eadlinesm~section~~O3[c)(4ldirec~6the Kkhis~tort~iact~~promp~~ where the Adminisbator netermines ~thatia~amped~or~new~~endard~~is~~~~

the ~ c t ~ ~ ~ e s s b p ~ g secrior 303(~]1Z)[B)tothe section303(b)ll)

citerie towarars withampqSrates - muniapil orthTJhT bandficiduse designation intheB+~clanfiso some ~ d l i u t o n t 5 s e ~ a t e d h u g h the

supponediP~sevsrdway6~onsi~mt wihEPXs a p _ o r o e ~ L h e ~ P A lnterprerssectioni303[o~(P)IB)dfthe CWA so alowBPXlotactcvjhere the

Statehunobsucc~edSainadli~hing numsticrwaterqualirydtankdstim roxc pollufe~ltsWiuac+ion-cdbethebasia fos~the~IPbinhnmis asterrmnation ~aer~sacdon~303(~)(4) that neiu mte6iseddiiteriame - n e c e s s q m ~ ~ e ~ e S i p t e d u ~ e s are proread -7 -

~~kdoespot~belied~ampat-hif~~ ~tareswersto adop-numeiid5iterk io thoseooliuta~lubasaaorine3041~)

water~bodyby~Water-bod~bampis~~~nr EFf i~towaerraksau-~Eort~conuuc r e s s a r amp ~ a n ~ ~ amp e s ~ o f t e d m r a m

r--p---c -~

adoption ofwateyadiy -dark IS each roxuzpdliutantSor whiampEP~ has x i e d CW~semen pzimafily heregponsioDUrgof Yhe issuetiUWAsemion 304t8lcritena 303[5)l)(B5FR GOB46December Z States2~owevefTWAsez+ion309~c) dancC-thereha~ampEhsrpe~~- 1292EPk incornorares the d ~ s c ~ s s ~ o ~ -~

~lsoampes~be~a~cjle~ior~~the~e~eral ~rrrseneedithat~~Uutan~hich~could government tooverseeState actions to ~easonatily$eexpectiaa~iointeri~~e

~ ~ e ~ N T R ~ ~ r ~ a d o l e ~ s ~ ~ s r t i o f t h i s ~ e m ~ E r e c o r ~ - ii

ensurecamnliance With CWA with~thedesiena~~d~~use~w~ddim~oseThisdererminamptionissu~~Onedbv~- -

requiremen~~IfEPXJsSr~riiewWdifhe anenormous aampbimati~ehurdelt~nd ini~-tionhtheluieamp~reamp Statess~dsrtisfinaSaSfla~sor wouldbecontrqto thestatutory sho~gtheampschageorpre~eof omiss i~ i~en b~~CWAguthurizesdirecti~e~ior~swiftactionmaniiested~~ ~rior~to~xicipoliutan~thr~gholittLhe ~ A t D ~ O ~ e ~ t t h ~ i i e f i C i ~ n C i ~ ~(see ~ t h e ~987~addttion-~ofsectinnnn~~~c1121~StareiWhile~da~iSsnotaecessarily CWAsectidn303Ld11411This~water t o ~ e C W h ~ ~ r e o v ~ r b e c a u e h e s ecomoieampitconstitutesas~onerecord ---- qua stannariisprom~panon c i t e n e areamblent dm16inat nehe sup~omngthe n e e d ~ a ~ e r c c r ~ l ~ x aurhcntv i a s beer used ovEA to issue azaurmentofthedeslwareduesthelr ior n r io~r~x~ no i lu t auu withserm

applicationLDLwarampbodies will 304-ia] ~ i i e n a wher~p i i ~ ~ e ineuroSKU - resultm addibonalconnois o r noes norhavesumen ntene

ronugared rriterle s~miiarID ampOSE dishmgers oniy wberenecessup~o Toiays h a niie woulP nolrnpcs~ nziutied here for E number of S~ates prore=toe ties~pareduses a3y unaue o mappropate h r n c on lnese acbons have aahressed boamp ZCs interpreration o i sedior t o e State o i Zalii3rniao irs jlscher~ci ~ r s u f i z l e n e ~ SEt m e n 2 333(c)2)[B]u supponed by t ie 1mereir puts n i a ~numenz a v n i nrorexvE

--

- - - - - -

~ e amp d RegisterlVl 65 o 91~hmsd~yMay 1820001RuAesandReguhtiPns 31689

the uses of both keshandsaltgtwate~ itestedbe advnresent inthe water amat ic l ibz r i t e r ia for ~ h ~ u a ~ i c o q a n i s m h -body~EP~sap~~amption~ofits~puinelines~ t d d a y s ~ ~ r u l e ~ ~ ~ b a s ~ e s ~ d t h e

An aquabcliiemitdon derived using to develop the miteriamanix inthis merm u i m a forireshwater and F A S dW~b~ztionBD4(a)merhod d e is ]u i lpad bpthe~~ency~ be satrwaier aquatic liiebutis mghtbs thougi~tofasanesrimate of the highestconcennationofasubstsnce

934]EPAsguiaeline~ared e s ~ p e dt o i e r ~ v eciteriahtgroIectaquatic

auremp~z$~rovi6eareasonshleanil idequareamount dfprotectionwith cnly asmampllpossibilitg o ~ubstantial overpro~ecuon~oundsrprotecdonAs discussed1l1detailbejowthareare severK individualfanorswhichmay makehedteriasomBvirhatl2 oveTrote~~s~mun~srp~otecriveThe eDnroachEPA~s~iseliwedtobe amp-welbdmcea aspossihlegiwn the s t a ~cf thedienee

x-mioampaquaticYife c r~ te rkd d v e a using EDAts ia86GILielines are expresseCas short-termminalong-rerm aviees r a t h e r one nunibex i n -or5erthatshe cdterion more accurately reflec tocoiopicAIanamppracttcal -

concenuatiob(CMC)ashort-~ermconcenuationJimitanda criterion

~~ ~~

iayaveragecone~~ationlimiiare des ipne2~opro~de ip ro~c tmn ~f

ep_orqpriateforillwaters nftheUnireamp States T[JS) and~tcalliecosvsrems

Freshw~reanastya~eiIiifiu6ing borb e-nsandmarinewateis)Ihave

prornulgatinghumanhealth~aiteriefpr mernwiordl~suriacewatars m

- -- c-~~ ~~ ~~

some ~uenc~eciesathreatenedor enkaereii s ~ e c ~ e i i n s u c h i n s ~ e ~ --- -- --

i r e s h w a t e r a n d - s k q e c i e s d ~ ~ ~d s r F e d ma implemmid inroqb do no~idnabirfae+arne~~~ITo~~use of tneSta~lsoap~tivecntarionThe provine additiond niteriaare r s a s o n s ~ ~ e s e ~ t i a e m e r c u r y develo_aed5or dn~iorsdi aouauclifenumbwareexp1ainedin

waterFo- - ~ c ~ d e d i i S e 3 t i m Z Eniegeted-thrsde~~~$datideghwarer spelies-amp

-q u a u c IlieuitericontainedLipCWh

secdoQ04[a)mtet1agriiriepcefrrst e F r e ~ i ~ w r ~ ~ ~ ~Sei-umC-oa publiampedicthe~dy3~~p~sBndlate EPh$oaeampadifiarentampeamp~~ter modif iedbth~~as amena~2racut~gusu~Ueair~onfosale~~~~~

tne iollowing~eamppo11utaTL~~ersenic forthisnilethan~waspromuigatsdiricadmiumchrormum~1coppar heNTK as amended EPAs2propossd dielririnendrinWdmee~~3RC) -actionmconrirrentwiampEPA~s n i c k e l p e n r a c h l m q p h e ~ 1 ~ 1 ~ ~ ~ ~ ~ p r o p o s e ~ ~ s e l e ~ m a i t a i i o ~ 1 ~ m ~ u m Thegpdatesused+b86g~fmh cqncennaboniortheWarer Quallgruleareampxplaineaiinadampd mppdn Guidanceforlbe ireetlakes~~Systamp(sr doc~entwtitle~3DB6Rn~~o~asW~er Nrve6oer~sh~~~~~)Tlus~PR58444

ampreamponofxq~uhc~f i~j4mbien ihais~leniumsrwomost prev$ent

Wmer~l~iSEP~~~z~~~6-001~~ox~aationotatesselbte m a selenate

aampinisamptilte ~cdrd tb fos ioxicig ~well-snewdara whii rulemakiqghisiloCUThentampresents the indizarearrhatvariouafmmsdiselmum

amaticlifeand~i~ues~~m~acuteand derivation ni~aampofa CMCs and are eil~uvBAaditivi~hcr~anesthe k o a i c toxiampymadimds maplens C C C ~~ p a amp ~ t amp i $ h a a i ~ ~ h toxicirjolmixrures oamperentfoms of wifnoct beinampasresuicdaeas a one- whiththe upda~d~eihwarerniteria the poliutanlTne propose6 approah numberdieioriw~ddhavembe for t h e m ~dllursnrswere3ezivsd pronucesaampffuexkxeienikicnn ( lessGuialtlinespgesAE4)The criteiibriioricennatimor CMC

~ ~

T h e p o $ ~ ~ ~ ~ p ~ o g l s P C B I terms CMC~aih2CCa~e3heiormal cr i tdavl tha crltpiia~uiifo+s - d e p ~ n ~ a i n g ~ ~ ~ p ~ ~ ~ a ~ j e ~ ~ r o ~ o ~ t i o n s namesior therwo~lacuteandihronic~ dedipoundamprs omh t k - s h e m - a s of siieniteselenateminheiormhoi values ampacrireriogfor a pdliutan amenaek io+b dehedteria-are sildwnthatarepresenr 1

howeXethisZoment will ampo use expressed=ds-sum ofsevorarodors Thereamhle LO f n e ~ u 5 1997 the~orm~svnonvms~c~ecri~ii~n - - whilebkhe~rSm(sremeniiedthe proposednrleprovidea iKpthTand6xomccitenon -

The mrb-n-iersiteua are intended to identifylifyavsra~8pb11utant

con=snwationiwLich willpronuce wate$uamprgs~eriJ1yBliitedlo r ~ ~ e n a n c e 6 f a q u a t i C ~ a n d

icaz ion dfexcampions overtheiveage

criteria-sree-xprsssd each ofaeven -ampduJus~ion6fiihiqpmposedampitampon ior ~odbrsThe~~tic~ee~teri8mr theStaiuof 5 l i f o m i s ~ e e 6 ~ ~ ~ PCBsiq-theCTR a r e f b ~ e aon the aitemxcontsmea in~e198~cr i tena pdanceiocumentfor PCBs whch is mc1udsah ine ridrriiPisnativerecord

explam6 rhediBiivation biaouatittcliie

216D+220S~hincqrpora~s thar ampcussionhere a sam ofthis niiemakingrecorampkl986a simile-discussion wasincludeElc h e

~~dtanrtommentezsquesnonec seveia a spez~oftbe Grasf-ekes ~rooosiEL

c 0 ~ e n t s b d t o ~ ~ 1 1 ~ ~ ~ ~ ~ ~ ~ addi t ional i te ra reviewendtoxici~ testamp iidition3hdUSSWSand

so k o r ex~osureswillno~cause criteriebaseConrotalPCBs For more ~ ~

nile~pecii=~axeraga vane ove ra he ~ommenis~d~mmentfbithis Todayslchro~ciaaticlampniteriaior

time periodlLihori~becauaeampnrrsioq PCBsbehaseampona~residuep e r i ~ d ~ ~ ~ h i ~ c i ~ n t d e S s amp ~

value higher ~thanih~i+kagemaykill [FR~hEA$guiaeliaeSIoraeririing U S ~ S I c o l e C t i v e l y ~ ~ e ~ ~ ~ c e s ) or cause s u b ~ t a n t i d ~ ~ e i n s h o r t aquaticlifeniteriaanFR~~basea a re conceme~tha t~~ s ~ ro~oskd

periods criterionisintenampeampioiprev~nt - ciiterionmay sot be ficimtlyY

~midrmum~da~~set~ofeipht~~eciiisdconcenuations ofocilluta~~tsin protectiveif campthreateneampand -iunihes IE recommendedlor airerie cevelo3nen [deampare p7m in rhe 1985 Zaaelines oaee1 Tne eleh -specific familiesarejintendedto Kz reuresontative oiawides~achmoi iquar iiie o r d s seeson I is not lecessaq -hat rhespe=Ec oranisms

commerually or amp=reanonally ennngeredspecies~~ lomie imponan aquaucspe=]esborn afiecting Bezause ihe Semcea believe there s a the mark~rabihmoihosesaecles or lazkoi dare to show ioi certamh~tn a f i e c t i n g t h e ~ w ~ ~ t h ~ t c ~ ~ u r n e criterion would noiaiiect~roposed aouaticMe tnreatened ampd endaneerea soeciecthe

Toe proposed -3jn=luded ac Senlcespi-thsiii iuampe~ update2 keshviate a n t salrware ve~ate tie protemvenes cf t h c

31690 Federal jBegisterVol 65 Nc 97Thwday M a g 183000 1 R u l e s a n a R e ~ a t i o ~

ampcu~dnereamp~artnf~this inditidoarti~iemampCould 3 i t e n 0 n ~ ~ e i o ~ - h n ~ ~ ~ ~ ~ ~ ~ ~ o s s d -

~ i t w o n T h s r 8 f o r e ~ k n o t r u l e m ~ g ~ e c m ~ M a n y k d e n ~ i dissolvemthe re~eirring~fer-g prom~gatinggd~figa~tahein~~~ thecrimietoke sxceei~dExpresmg sunngiy suspo~dthi~encysSp6kcpcpeele ai t i ionatWtime on ampsdlvsmmamp aquaticlib criteri~ dteria asilissdlvidmedrequiies Aiswcommenters~~qrnsea~ uansiationb~eenan~ntmeralb 9~so laedMeddMamp ^L oPmmfhat tbemds30mnot i o r m i m ~ c ~ a f i n i ~ f ~ e p ~ y ~ D ~ C E ~ O amp ~ ~ - ~ ~ B Z ~ ~ ~ ~ ~ N T R ~ ~ A p r amp d e amp t ~ ~ m e a a e g u a ~ e ~ h i t sotharaurampr~cdlepermi-

promdktea ~wate~iycriteria for p r 6 ~ c t i i i e ~ f i o ~ t i E o f i ~ s p e U ~ S limk c ~ ~ e s c i b K amp e d ~ t +ill -

sever~ta tes- rha t rnadWe~ ~ s s ~ ~ ~ ~ $ ~ r o ~ ~ o ~ e ~ ~ ~ d ~ ~ t s ~ e e qualig staniiafis~husitto meetbe aevpmrer ra~w~ments nfCWAsecbm -- conrainea-idamhom~e~recolti IS unpmrantrhatpdttig~authoriti~s 303(~l(~]IB)~~udea9mong~ewaterenti+]ltd m i i c u t i s i O n d f ~ e ~ ~ f ~ i l i t yto -- a d ~~erau~orifidshave~the ou~ydtampa~rom~gate~~ere - ~ i ~ ~ ~ l ~ d amp k ~ i r l ~ d ~ ~ ~ ~ b a r g meraleralW-r - rr~Iamptib~Mieeriamp~siilvea numericPitentiior~~~rptscdonnf~~ 1 ambientrers~dmd~recotlerample 1 1~ ~ ~ 3 ~ ~ ~ ~ i l t s e ) 1 ~ a ~ ~ aqustiillBiIoill~~rr WRTSErilC res ins VjLcb =er~inltEIu~ntnt5 ~~~- to coampampnltampcument

a r e ~ o m c o n i a i n d a 3 5 t h e e ~ ~ ~ ~ ~ ~ ~EPAbes~~~~pl~t6~dflo~cw~ramp~cadmilimihmniium~~]tchromum~~ recampdioIthk eee [VIlcq~poperlead mernqy dckd -lri use oiu~nbletmsroonv~~o~ selenium~ilmandzincCdtariafor ~~t~ampd~irifs~~c~fi~1sstil hssolved matal6critena~tod rwome~applieh~othe~Sf~tBnf- Metdsmtedd~etalltd~ia~aues recoverleperniit limi~The - Paiifdd - a mbmiiampmm31jleTiiUrn-deTinfie - d o c u m e n ~ h e ~ M e ~ ~ ~ o r f 0 r 9 ~ amp l i i d ~ m - amp y ~ s

Ths ~ s n q r e c d i v e d 8XIMve~uBlic m a ~ amp ~ l S $ ~ ~ ( l ) m k amp ~ G Guidancejor Cddntin~nTnS coamp~~a~~the~~~alopmentbfffheamp s o l lt ~ B ~ ~ b s e ~ t ~ i h a v e Recovernble EermitWFmrn n

NTRZegGmgg mo$$~pte Dissoived~~t~io~~XrS2~~86- b e e n t c ~ a ~ ~ p P ~ $ f y ~ ~ y y ~ T o approaclfhuekpres~ e 0- me $ e ~ ~ t e r m ~ t amp amp d amp r ~ ~ 0077uns~g9Q]is~du^~~inthem e amp d t ~ ~ d T h e ~ ~ r i n p ~ ~ s s u e w ~ ~ adminisu~ve~recmakrtob~s harampse-~pena~ntrtbb~dte i ia nile -rhecon~lntionbewebntme~ampdtare wlUltamp cficdad se -ampflyfofoiiamp TteampG~~hcsexarmnes-how meas+amBTLaimdpihtmefiane supampamp ieatmm- is - KO d ~ ~ ~ o p a r n e t a l 6 ~ h e i i ~ p r ~ n i d nhioawSlahl~iinEtbxic rtoaticlifelt lg13amp~][zyphBkampessd~penasnt i~hns~as~therac t ion~f~d is n m x b e ~ e n spd l i~a t theune fieshwatarduesp~sampC~ampe recpverample mefl in ampe~~wnmern oi d i s s b ~ ~ ~ d m e ~ ma-9010 -no satmiidmaawe ~nS1JBJb](lTharr~been watsrbarisldissol~edi~~e

c o m ~ i ~ c swithaquticllife water campamptea usmgampfampessdf TOOmi dissdivltdmd cdncenpationdivide- quality sradaataqkeibzornmenae11 1as c a c 0 3 ~ ~ - l i l l u - t i w w ~

ampPr b ~ ~ e t o ~ r e c o ~ e r a b l i l e m s d ~ ~

epproacpbacau~e-~SS07vea o+y) wbatampaseaett concenrmtion ampdlator m~sone m d more mt ampma zos1 d ~ ~ i o e ~ l e appoPtiatB areampdm3ti$liiiayamp+ ofhreefeams~~ltmefi~1~~6um~d70 iraaiono thesmed h amp e water - be equiualen~tothecriteria~~ce- c o n v e ~ i b n ~ ~ ~ ~ m r n ~ ~ ~ e ~ ~ 0 ~ -cdlumnthandosstotrilrecov~~ble l g 1 3 ~ ~ [ b 3 1 2 ~ ~ ~ ~ 1 ~ t e r ~ $ amp ~ S amp ~ a ~ meamp-

convmsloa5ianorsLz)ilf~ybe gt -L~

m e d s d t ~ f h a t a r e n ~ ~ d n e ~ - nevelopdddirectlyBS t h ~ --5 mtidi -Si l l cemAk-pr~ous ~t ic ik d e p a n E ~ f a i e r d n i Z a ~ ~ ~ h edissoivedrom~recodl~~e~~anri

criterie-hcshadBesn~~xareseed~t o ~ m d ~ ~ l e ~ t ~ t i amp d 6 ~ f r w W (3)irmampGdeviiqpbhou$theuset ~ r a l ~ e c o v e r a 7 j l s ~ e ~ f o ~ r e s g t h epj=ampampampampoamp3~amp[$3~~ of spdtiampcoedenythamps - -

crirdeas-ampsolve~convar~onfanprs d ~ u ~ a a m a ~ amp s ~ ~ ~~ c t i o n ~ ~ p z ~ l a t e $ t amp e ~ o m ~ f were n~veiqped~baccountfo~ths e e ~ o n T 2 i ~ b b i amp 6 1 ~ amp ~ ~ e n d ~ metalh~ampngaites ogwadsorbentm possiblepresencedf~+nilatemB~in m~tip~lylqgamp-$ghea$prop3ate the w ~ ~ e r c o i ~ I e g ~ ~ o n c e n u a t i o ~ ~ ~ he iamporat~~roxi2iy~esrS~ea~o - c o n v e i s i o n ~ ~ ~ e h n d ~ ~ s ~ v e Zo i radcs~p~ds3~i61id~~~TSSl~This d e v e l o ~ t h e ~ r o d ~ e d ~ ~ 6 l e 6 d i t i r i a a ewin -ceclo-entampcussesampesem ~ ~ ~ ~ ~ ~ d ~ u ~ s a a s C C ~ ~ ~ g p 1 hdudi$aer~dfrecb-ended the manix 40pF131i3~fbC1fare hree io- as o f ~ amp l a ~ $ 7 k 5 ~ ~ uesnwater convemionnms Mthits- roundadtorve c~ t6gures field m a v neigmdatsgemranon an6 lvlerdampPoampy(~ee~OffiEeClfWaterPdlicy T j d ~ o r s y o i ~ ~ l v e ~ t o amp ~ d 7 d y s i h h ssn+gpeamprsnidPPPi~~cann Te-5micelGcidanc6oii -- ~scoveamp]e~Me~samptsDPAaas generate s i w ~ p e c ~ r u ~ l a ~ o r s Inrerpreratioiampdh~lsrnentationdi Natmn~o11utanDisamparge - - C a i i m + R e o ~ ~ a ~ Q u a l i ~ Aquatic Wehilet$le C r l t e i i a ~ S ~limination~ymmINDES~ Conuol iioarampmapuseany ofthese Froihiohc~gj48sistantAbinisuaror repu7etioas~equireampatlimi~5io1meraism e t n o ~ m d e v e l o _ ~ ~ p w a t e r ~ u ~ r y -for Wa1erDnobe~~~9n3)~B~~edonm permits bestaeampas rota1 recovmabl~ basdd~ermit limi~-roneevme~ -additiodaboratoy~eWiuduo~~that m most cases(se~40~~2245~c)l qualipstandards oaiadon-disiolvei slmuiatedthe~o~i~maltoxicfrgzeas exceptvihen aneffluentpaelme merais rrttenr P Aencourapes the A rifmedtheproceau~esusea to spec5esYbdlrrnitationinanotber i o n Stare to-akpt a-xare~ie-pohn onfne r ievi lopEashwa~conver~ion~nors of the merslthe approveaualyticil us6 or^n~larorsao~har themort io aquaticlife crirerik Thesenew me~o~meas~renniydissolveumedelpropriare-sehodnr mshoampare usei zcnversior Zanors were made avdabie or the permitwsit~ expressessmBtels cculstenrlp wiihaliiorrua ior publ~z review and comment in rhe k t in anorheriorm teg~solved aneniments to on hbyn- spesc or total) c Apiica~onofMeisCriterkwherremured 1995 e BD2FF23228Theyare elso to c q outpovisionsnithe CWAThis bselecting anapproampim conteine2 m-tonays d e at 40 CT 2-becausethe chemical~condi~ons implemennqthemetals citeisamp~ i~ 3138]2)

amblenr watersfreouenGydifier principal issue is theconelabor

hose intheeEue~ that sremaesure6 and roposea rule rovineia more ne-ampled m d inese difierenzes result mchange nerais tha~are bioioglcalj availabie ampszus~on oiEAs metals ~ol icv m he nartttionhe berweendissoiveL an6 tonci3 oiaroassure the ioe

Yhegtreambie eotna AupSlD97 n i o s t a n t i ~ ~ i r o m bewee2 meamp

concening the iampat ic l i fekat~Oual i~and abiorbedforms bithe meralThis metalscriteiia arear+ateiorthe ~2----AL----A- 9 ----+he mW$n+ l-+~ 7Rrm-p rnsmicai conditions underwhiamp thav-- ---a---

6 9 7 5

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 2: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal ~ e g i s t e r l ~ o l WJI amp ampgalations 3168365 No 97Thursdag 18~ o o o l ~ u l e s

B Inuoduclion addCmnkv 1lntmriucbon his section inuoaucisthe topics

which areadampes~~d m the preambie a d poKdilles abriei overvlaw oiEPA8s jasismcrationale iorpromdgatrng- ~~aeralampreriaZor-theSta~)of ~di fn r ruk Sec t i~dCbrisny des=damps

tomthe p r o p o s e d ~ ] W a t e r criteria inthis5dnilewiu Qualir)r)Srandards~lishmentof supplemsntampemtmterpaliqamp~

Numeric CriteriabPrimitg 5-2 promuldh CallimolahinjneNTR P O ~ U ~ ~ ~ I S ~ ~ F R as amen~edhInll991~Aapprov~i~60B4BDecember 22 1992 lreierraatoas~efiatiodTmcs ride-siziatet rycrira+a kulesr NIR)andfneNTRas (b~sehinsecdmDIkrampeSrat~ o i amended bgA6minhntivB~tay of C ~ ~ S m c e ~ E P ~ - p r o v a ~Federal NVaraQampfpCrireiiaior theseEli~e~~t~~notliecessq~o MersisaddInterimZhCR3eWare i n c l u i e t h e m ~ h l 9 Q 2 ~ i o r t h e s e

~ e e ~ d ~ t i ~ n r i f r t h e d i i o ~ ~ o ~ o n ~ o ~ of EPA-wmvidQuaiiypSmk6sEs~liilumenr mtena ZDWEV~I ~~ ~o~c~~~u~tStheseefiom~cludeN u r n e r i c ~ + i f ~ ~ r ~ p amp r i g ~ o x i c ~term~vsre8ubsequenu~inaalidaf~d

he cbaqges enactadin theJQ87CWA Follut811t~STat~sC~jlisnce- in Statelinpabo~Tnusthisbaide~mendmenTswYhicharsthe-omisfor Rsas~onofMeds ampiteriaEOiT con~-cntampm~the~apPueatedi u s d a S e c t i o n A ~ ~ s 2 2 2 2 amp ~ y amp 2 9 9 j I ~ ~ e i i t o a s ~ 6h e Statditigabon ~ amp ~ ~ ~ s t e f i amp k i n ~ 6 ~ 1 B 8 7 ~ 0KabonalTauRJIe9NTR]aiai - T l u s ~ d e d o e s n o r amp ~ n ~ 8 u r ~ mnlemeniampths~e~0pl8li~h~df~CWAamendad) The~~~meniea Is superseasgyampterieprsvio~~~~ seampon~03fcI(2)~(B)d~)did~~~be~~A~coampedar40 CFIGl3136acopy nithe p r o m d g a ~ f o r f n ~ S t ~ t e d f ~ o ~ a~ r o c e d u r s a n d a c d ~ n s d o T a t ~ gproposed CTRadi~~preeaible m~NTRas9mmZedIMteriawhcband h e whetherCampdmiaih~h~y- -- M~asamen~edsndduipreamhl~sareEPA prbmuigarediorCU0~~111de ~piemenr~d~CW~~ecti~h3031~~~2~(B~~~conrainedinthe a-ative record NTRas amaideLare momomLiinfne Sezaon ~prolddestheratideand icr thisrulem ~nal1~is~~l3~33Bbll1~so~fhat a p p r o a c h x o r ~ ~ 8 e v ~ ~ p b g f h i R ~ a l ~ ~Andnrleefiecbve reanersmayse~toeCriterispromulpemdE P A l i s m w g i n c ~ u h ~a amp c u n s i o n u ~ f X s e upoqp~itikcationUnderthe~~- b t h e ~ T ~ a m e n d e d f o r ~ basis for this finaldeSechonF A ~ m a t i ~ R o c ~ d + s c t 5 i U S t and thedtenaprom~gatedthrouamp dss~ibe$the~d~elup~mt~Tfie 553Sd)[S)aganciesmu6~gener^ally r u l ~ g i o r ~ a j n ~ t h e ~1rwainc lu~e3 i in~~ l i i l e~Sec t ion Gpublish a ruleno more-30 G y s same rah~Thrs~nileisnot

s ~ amp z e s l h e ~ r o v i i i o n r o f griorro theeEecnve~daraoPthede the7- inrencied~~epampmwa~e~~wihn rule and discusses~Am~~emenration except asotherwiakprovidadiforbyYamp I ~ amp ~ ~ C D U T L ~ ~ A T B C O ~ ~ ~ ~ ~ ~ iss~esSemions~lJiK~L~~~11~ hs re ~ ~ o s s i b l y ~ 8 ~ s ~ o c n t e d w h d l i ~0 h g e n ~ ~ ~ ~ g o n d ~ a ~ ~ e ~ 7 T h e ~ p u r p o 6 e o f P andQbriy~adampessamp~ii~ the 3 0 ~ ~ a y w a f ~ g ~ e r i o ~ i s r o ~ g v sorpardpJnlohanCounnytha~are re~uirements~ofExe~~tive~Qiderl2866~ inciudedio^theStareSh~pl~~~sEP~afienea~pBcliesa~e~~onahletimem

wiUrworlcwith~eStareemddTribeslob e ~ 3 i u n d ~ amp ~ ~ d s t e ~ r R C f o m Actof a d j u s t ~ e i r b ~ h a v i m ~ b d f o ~ e ~ ~ ~ le95 h e RwamptoryPlexibi~ Actthe i d e n t i amp a y ~ ~ ~ e r s d d a m n eruie rakesrefie~SeerDmmpoin~~Corpv ~a~envorkBeductionActfoe fCC7~F3a~2069D-631~(DCltCir~irw h e t h ~ ~ ~ ~ t a c ~ o n r ( p r o ~ ~ ~ ~ t e r Endangared3paciss~fie 1996)fiverbendMSc- ~ r y ~ ~ d i a n C o u 1 1 q ~ w s ~ n e e e s s a r y

~M~~~5BiE2d144441~B5~[ethCirCir5onpreasional~~evi~iAct-eXe~tive ~n i l e iampponan r io r r~~~e rd OrdersO~~Consulf~tionand - 1gg2) Y e e n w o n m ~ r a l ~ p r o ~ e t i c a n C l ~ p a l Coordmation withhampanTribd h amp i s i n e ~ p ~ amp amp godcause reasons~ondofimacpoT+~~~~ts~ ~overnmenf~~e~ation~ecbn0iogg su+cewate~is necessqtoampwe to makshwhnalsuleefiectivea~on Tr-$I andAnimnoementiArt=g~~rExec~uvs Order33T32 Fwdereliszc res~ecUv~ly -

The proposdiorthisdemabing w s puolisbed in theEadernI6BegLser on ~ugus1~~9~7Unangesamporn~e prnposderepenecaltyaaampeasedinthe~ o d yof amp~preimbIsampspeFificBUy ad~essedir theresponse~ocomments documenr indudedinhe lsquo a ~ ~ a t i x a r e c o r d d ~ b d e n h g P ~ x e s p m d e d t o ~ a l l

pub1icationb orierto5ind gooacause theWhggoalsand objecdvesMmy o i wAgmcy~ee~ofmd~that~rbeB~30-ampyC a l i ~ a ~ s l o n i t o r ~ i n v c d e s ~ l a i C e psnodwddbe(l)Impr~~cabl~ 12) a c r e s r m n s m ~ ~ e ~ ~ ~ t e r ~ v e rmneessery or^) -conuarysothe eiwetectlev~isof~oxicpoXutan~hpubhc i n r e r e s ~ ~ B e r e ~ 3 P i s ~ e l ~ gan Recsnr sruamp~sampCalifomiav~ater~ the secondreesoc rosupportitsfmdmg bodies mdicarsthatel~vawal~Iso i ofgoo~ause~~i-~o~ote~~thatthe t~xlcpollutan~funsrinf~Stis~e Stareampas~mqUemdEDK~oplakethp which r e d ~ i n ~ ~ h u g a a ~ o r i e s m rule imme3iateiyefiective 2- - C - bans Tneso~oAcpoIIutanGc~5e

PPAbds~cini this insance arcidutedtnamong dthersources waiting30rdeymomampeethede indusnial9nZm~dpdalalamp~alpes eEectlveas h e c e s s a q Assexplained MaterpaliwsmdarBTisiormx

c o ~ e n r s ~ o n ~ e p o p o s e ~ d b ~ncludin~commenurec~ivsd~aftef~thepreemb1et lmdeismt~eIf

derailehawnerehinrhise r ari bportant toS~~ Z j l i t i n ~ b ani~ ~ IPti eEons~ioad~esz~watequalqi

September 26ri987deadline AlU~oultn imp1ernenring~ratheritestablishes proY~emsCleciyenabLshe~water =A IS ~~dernolegd~obligabon~~o8mbiencondttionsithattheState o i qualltygoais enhsnceheefiectivenear respon to latecommentsEP made E faliiornia+wiuinpiemenririunw cf msnvofxhe ~ r a ~ e s m ~ E ~ s weti palicy decision twsespond roal penamp proceedmgs These permit progisms mdudmgpe-mirtin~coas~d-

co-e=-~ profewbgs ~ i y repufz~~r I ake warequalirpmpiovercent5sbussue S~nc~dereile~o~abonconermOglongerthan30 ampys tocomplete This ~uali~~nrotecdonnonpoi~SOurCE

nany oithe sopicsirthibpre~mb]ewas c o n r r o i r ~ ~ means thar dthoultn-heruie is wateroampry pubhshedprevlously~rhe~Fwaerd k e amp a r e ] F noampsampmprs protenion-and ecdlog~ca ~~~~~~~~~ Repistera gtrreambles ioramps and o h ~ c o n i m w o d d be ampterefi rnderme rir Kumeric criteneior touc pohuta~lts niemampgsreiarencesareampequendy rn iess t h c 3 ~ ampowths Sretennd~ro B V ~ U ~ K ~naps andtheleiore~e tle mane rc+hose~reanibleamp Those 3C-aaypenodirmecessary anequacg of msq end porennai niemeiangs mciude Watc Qualiy conncl measures to prorerr quadStandsamp ~ ~ s ~ b l i f n m e n r erosysremr an6hlm2cheelk ilumsr= ofNumenc Cvervlew

Crirerie ior f-5orip Tox~c Pollutants im c i t m e ampso prot~~de Yhkhn~rulsestablishes emb~enr e ncre prerjs~ me Siate of ~ ~ o r m ~ ~ ~ f r o p o s e d R u l e c a n s ior aenmg ware qcaiip-base waterquel i~ h n a i o r p n o n y m x c 62 rn42259 h2p ~997 lreiened polluran~ irtbaSrate oi2alifornir The effiuenrlrrmrauons (VlQEELs u

~ ~ ~- - - ---- -- -~- - -~-~---

ELmimtid~4iBmi($)Pe+~ ~ amp ~ ~ e e 6 2 1 ~ ~ 1 1 2 1 6 ~ 1 f i ~ P ~ P1anscreated aset o i m r e r o d ~ and wagt~haaIlocahans~tndJ isinciudinethat disdisampsionampthe stanaampforwaters withinampBSrate of

-- ------- - the wareroodies withinlts r8sp8ChVe

Pr io r~o~ to r i ag ~ampe~~ te

a d d e ~ r o d ~ k ~ w ~ ~ ~ o n g r ~ ~ ~ ~ ~ ~ 8 7 a p p r o ~ ~ t e ~ - E P 4 A ~ p i d A ~ ~ r n a t o ~ of [ampmiB ge~pphicmea~dCaliirndi~Tnese fe-revisw9ndapprowl

had~bsbn~theon]v~tatein~~~afionr ~~mi~-~pTil599~~eiSWRCBdesignared3lsssi(orf5enefiWwes ----- - - ------ -

remained~uYiis~ti~rudiml~en~~adoptedcrirerampi[o~bjeniv~sssampamp -approdtberw 6tarewidewater afrerE P P ~ s n r n ~ m ~ ~ a t i o n o f ~ e ~ i nSta te law3rom~emrerqualim qualiry conuol plans tnelSWPand the Decwbkof-1ggz~~~cti~n~3os[~)~~)distaniaampiwhmtmboampe~Mlithin EBEP1SnlNa~~mbe3r891EA ine C W A ~ u t h o r i r ~ s amp ~ ~ ~ - eachofthe~are~b-Eachdampe Repon 9iormyxonduded its rensr m e ~drmnisuaralampromrii~ate~sfani~ampRMTQOBsnmdergoes~aniennialbasin of the SWRC31splens~EPPapproved

- -- --=om~onefil~o~ampe~fampentB~d~of oim6iindampgXherrlooecorsis~m~ c0nvantiodpo~utan~qe~v~s-such CW~seo~-303[~[2)[~)~~amp~~asampssolvedmxygenNoneoftheBash with t h e ~ e ~ e r n m t s ~ i ~ s ~ o n

EPA-awcnowl~~~esIhart~e Plans conzaimkromprehenaiveilistoi anwithEALsStare di 303(~)[2)~)rof~CVi

cmntamidin ampethreefS~~C3statewioe because df~eormssion~rhe h the CWP E P W n t e i amp a o ~ ~ t a v ~ nlansthe Inlanamp5uriacesWatersOlan no1id ly sansfgCWgt- secnor rule I wirhinthe~Pliamp~lehheir~e j1SW]ine2nciossd3aysaadEs~aries 3031ciZ)Dl Theplansiicnorconrslr ior iudic~d~~viswampe~states-stsndatampPlan ~EP)8and3heDceacPlan olreria~d3meaol iu1an~ifm

reqwemenrsBben~ibnidoPcongraas niamps ampd

appiy are chiiUenae2P~ Pwillthampawbs roalloasinsmdsatisipW A section wh~~~~Ahadnubhhednauonalv

r u l e ~ e r s u ~ j u i l l c i d r e v ~ ~ w 303[c)[Z)IBJ - crirena ~ d s n c k T h e l ~ ~ ~ c o n ~ u n e iis hu~anheal th~tmxhndyrorn~iarsani the Stateamampamp are 0nhuril 11lg9lhe h C 3 - fie

sampea adouted rwastatewidewate~roualitv ~ o ~ u t a n t s ~ d h e ~ E P ~ i c o n t a i n e d conampol plans the ISWP and t5e EB hdihedth~amptar ia~hiody~i I

C These starewideplans contained pollutan~Zord-dchEPAhadissued Ba _ nmativeandsumericwa~rn~~sectio~304al~idanceaiteri2~Both

Inepreadilevtothe XugustS 2997 criterialor~toxic~o~utantS~inp~to aquatic theISWPswp~~~ampEBEP~containedproposedde nroviuedageneral ~sausivCWA~section1303(c~~21(BIITheEeixritm~fmdlnoliumis excent

Federal ampgisterVol 65 No BiIThmday May 18 20001Rules and Regnlations 31685

--

a ~ a t i v e ~ e c o r d ~ f a f e d t h a t a l l h amp c ~ ~ e n a h 2 r i o r i t y ~ o x i c priontypoliurents withEPA criteria PollurantsSrates C o m - h ~ - - piaence werelikely tdbepresentin BemsionnfMampCrife~BDFR Califorma watesHowaxerthe 222822229~41BBSltheNRas SWRCBs r e c o r d c o n t a f n e a k ~ c i n t amenie~lTheataywesmrespomee~dormationto suppmrahdingthathe alawauirapainn~ chdlenpg exdu~ed_ooUuf~~f~~~wore~otreasonabl~ 8mong~oherIiSsue5m~t~s~~t~~ expectedrointerfereIwih~~e~gnaf~dcupmassdesrrodzscwerable - uses o i thewaf~~s of the c o n c e n U a t i o n s h p ~ S d e m e n tSafe

AlthougIiEPAapprwedthe sratewide hgreementreouir~dEP~-mka~ promulgatedirthe NTRasmecific seieniumobjetivein ineISWPand me c r i t d m t h e N T R ~ ~ - ~ n mrssaec~cw~~botliessSbutnot~~

rrr lampddcewaters andenndampeampba EBPEik di~apprmm8~~sdbjectlve~promu~e~ampcenurcme~drer ia~ in ande-es - -

iorzhsLsananF~an~coBa~iand_D~1te~ oi _ -_ theh ~ d i v e a J o = t h r ~ ~ g h ~ r h ~ ~ e lt - becausetherewas d e a r ~ d ~ e ~ conversionfacrrxs Tneseiaampisare 2~raampcoj~plmmmtionnofCWA ine oDjerive~~olild~notprota~the iisted mtheNTRas amenaerA Se~ongDSfcJ(2IlB~ --- desiparadffish~andddlifeuses(the scienttf i=amps~s~loDof~me Snorily~afrer~theSWRCB~adopted~thedreriais TaltforniaDepamnentof dch found m a subsequentsecfionofas ISWP and-ZBEP~severd~dischargmsServices~baamp~sue~~~~t~owl preamble _ 3ed~buivagainst~efStatsampepin~rha~co~pt ion aav isones~ue io s~eniumSmcecerampampt~a~~~~amp~~dy irLaa ~ot~adoptedthenr~plani~concannations wni+scientiiic-sru~es been~prnmulgarad$nforspecificware compliaone~withStarelawTnee hadLonrmenre~~eeleriium~oxiciyul boampeslinhe Statedf Caliio- iofne p h t i f i s inaronsdlidated case )fish9ndwildliid)reateddfbfb - ~aae~amendedtheya~enotgtwihmcluded the Zounty of Sacramento c o ~ m e n t ~ t o ~ ~ b ] a c [ i ~ N ~ t i ~ ~ ~ ~ S a ~ e n t o C o u q ~ W a t e r A g w q the scopesdf todaysfiril-rule~Howevar Pollutant Dlschuge -tionS~aem ionclarityin~rea~g~~om_orehe~uiveSaoammtoXedCou~Sanltation[NPDES)~permftb~hmed+f~rS~~id e f o r t h e ~ t a t r c n f C ~ a f f t h e 8 e

Disoin the CitgoSacramenm b e Cirg~1anmscb~aythatc0orainadefDuen~ =idaare i n c o p o r a t e d ~ ~ ~ o 4 0 ~ of S~~MetheCirpofSan)osetheMrs$asriaonanobjectivegraatmrnan ~31~8(d](~~oomorcs30~e~ableinCityofStoampo~mdS~psorP~per5 psxs~er~billionYppb)7foyday - 40 m 3 3 1 ~ ~ ( b ) ( 1 ) ~ + a 0 ~ ~

a v e r a g e ) - K ~ p b ~ ~ h o ~ ~ v e n a g e ~ ~ yPg$-gers ampege3-haithsState l g 1 ~ 8 ( d ) ( ~ ) + l ~ h ~ amp ~ ~ ~ a ( ~ d

the irebhwater~~it~EPA~e~-mediorw~chsne~WB~boampaS])WeIe hadnotadoptedhe2SW a n d B E IEits ampsapprovalcof GaliiorPiasrsite- prom~g~teaampff ie7~ amp5amende~comIjlia~ewirh-theC i l i i e a specfic~seleniumdbieamp~sfor~ortions ~ ~ ~ f o r e ~ l u ~ e ~ n m ~ i s - hdmimsaab~eP10ei~~sXcof the Sm7oaquin31iv~SahSlough i ind~e~~9pproqriatki~ebwarerC o d e 9 e ~ d ~ 1 1 ~ ~ 0

[Gov er segJtbe ^and MudSloughDAamp~~ampsapproved m s ~ m a m ) n q ~ t i c amp ~ m w h i amp CaliiorrmhwonmendQuilir) Amof therategozicelampeiamp~ana e r e p r o m ~ g a ~ ~ ~ ~ e ~ 7 8 5

seg3exempuoabTheserdieapprovds amendearrdl iul~~~dm+face~ewaater Pi~ RafrideSectio~2~O~et CdieandhePow-Cdlopeqn~atti x i u b d the~diSappmvalof~SsSra~e2sden~oseabaysand~s~Bs

Secboni3200et ssag1 Theellegationcieiarrdofwateraualityobj~criveslto i i ~ l ~ a e i ~ o ~ u m ~ m - a i + d e ~h~ eEuantdominated-~a~mb~ICate~o~i) or that the State-rlidoors~~euroiiuentlyapg~~pi iate (weten~ampor~ 1

whitn ahopdngandrosneamsdominatedrby org~moily)miidhealtbrri~eria cn~i~dweconomics

a g r l c u l t u r r i l ~ ~ ~ e ( C a r q g o ~ ~ b ) a n d w a t e r ~ ~ u a l i ~ a b j e m ~ ~ s a s d l q p e ~ yw ~ ~ ~ ~ ~ e m r o m ~ g a ~ a m m ~ e ~ - l a s resjiedby~Section~3~~10fthCPoner

the dma~provdiofthe exemptiomof amend~a~ viatersd i d a r ~ s u r i a c e water quakrg~objsmvesmrconsuumd d emuies e n ~ l o s e d b a g s ~apridmalrdrains(taregory~c]IPA ~rltd= - Coiogne Act wasahimpormntissue m

tbelitigabon ~ n ~ n o ~ e r ~ o f ~ ~ ~ 9 i t b e ~ ~ ~ n o r ~ o m

oi ~~U0~~aCo~gdi9acramrmto issued atentative decisioninvm of t h e amp s ~ ~ ~ s ~ l n M a r c h o f189Clthe C o u ~issuea8 siiosiuntively sjmilk final tecisior h6voCnfthe disinqpersFind pdpenrsfiamp the C o ~ ~ i n l u l yof1992 orderactbe SWRCB 13 r e sud the ISW andEBZP OnSeptmberleeampe SWRCE iornally rescmied rharwo~sraampdc w a t r q u n l ~ ~ conro1planr The Stare li -entlym tbeprocessci readqoing water qualirpconrrolrplans i o d a n d suiace warersenciosedbayr end esruaries

3 P - secuo~SD9~~121IB~ was id mpiementeim the State of ~ s l i i o r i e i3=3ecembe of2892 when tbe A waspromdpared mtilSeptenbe of 99i whez r h a 9AXCEw reqwrer rc reszln the ISWF end BEToe provsions icr abmr m EPLs ATE rogerae wiu b e ap~roved ponions of

ioundrthedeEnibonsmofftbecare ones impre~isa~ndmvsriyhoaawhampcould haveiledtoian~aonechntemreration

Smce EEAhadampsapprma~~oruons cfeach of ine California atemdepians wh i~were necessqmtOSui6jCA1s e ~ o n a 0 3 ( c ) 2 1 ( B ) c ~ amp eoroved a spec t s o i~WomaBs w a t e r d ~ srenampampwere include~inEPA6 promuieation oi+helG~tiondToldcs Kule(NTRj (40 CFR1313657FR 60848L-4pzonulgated specific cn ren~ io rcenauwaterbodiss in Taliioma

Tne NTR was amencied efieampve A n d i4 leg to 6- ceamp meamp crireae whichbadbeen nromulpatad as tolal~ecoverablr[i~ffecti~e 15 ~ ~ r i i 1996 EPAjpromdgated interimEnd metdscriteriaas~2issolved concennationsfor those meds~hich had been~ampayedJAbinistrativeStq of Federal Waxer QualityCritedtiior Metals andhterimFindRule Water

_ I BP-PY

E g

~

oqlyioni~i

csrbontsmchionde chlmDbsnzsnel 1Xdichio1oerhanE I-dirhloroeinylcne 3-ampchloropropyhesthylhsnzme1122amachioro~rhane reca~moethylmell~chloroo~sne ui=hlorosrhylms vmy chionde 2-rLdni010pn~l 2-rnerhy~-L6-drpluonhexo

e C d - =~ a l i j o a a sIWLme2EpEP rst tdffommerce Caliiomia(RWPCBimamp-~--~ impiementedthe r e p a m e + t s l o f ~ A Nat iod hilsrineFisheriesS~ceon TalieyR~giort)PAbdetermumtionan section 303ldl~211BlHo~veraince EeA~tentativeap~odIdisa~pmwl these site-pedifioaireriaiscoW Seprembc of 1884 when thelSMTRCS actionsonhRWQ~9~inPlansIn in hlstr=aat=dApprilJ 1990 resdnaed the ISWp- ~pd~EP the thLs sintation~emorBampenttd~e ~ p ~ ~ a l l y ~ A a g p o v ~ a ~ I h ehe

requirements of aection903f912Il3) two diteiia[fhe3t~t-ma~di~ S a n j o ~ q u i n ~ m o u t h d f Merced havenot bsen~fdyimplementedm sueamp fiver t o ~ ~ amp b ~ ~ ~ t i c i l amp dmrWm3hei~WQEBBeSm~~ talifornia - Y - $ I F h ~ B F ~ a d c r i t e d a ~ t b a lseldumriiamp+iampn~xmn[manmum

Theiecoperaf ~o i a~ 6 de~~1nzb -ruld]~wo~de~ea~~watern~r~ mfn ampemims~ampght i the eSIahliih crireriaamprampe~remainiq pr0~6~clu~-rh8calnitatlonof ~ t a n e r m s ~ m ~ ~ i l c o n C B D u a t l m urioriry toxlcpd11ufsllts tosreetamphe waterq~ygtbasedeffluentrii~ti~Icmavnbtlexce~amped~e~momthar ieq~emenrs~ofisecnons03(c1lg~1~10 =krAiXadod~dllu~tiDisCaarge~- - o n c e e ~ f h r e e p e B I S ] ~ ~ ~ ~ b ~ h e ~ A ~ ~ amp ~ ~ o ~ E B amp o D ~ O ~ [ C ) [ ~ ~ ~ ~ ~ ~ d o s s n o r amp ~ F e d g -E I I ~ ~ ~ amp O ~ ~ ~ ~ ~ ( N P D E S ] ~ ~ I ~ ~ + ~ u a t o r h a s ~ 8 1 amp d t h a t i hstaampdopt$dSi6~eampcntea~ approved~Sticadop~~d~~it~spedific

iSne~~ssaqpt0in8ludelin~d8~16~~~0~i~~hBLAn orda -- acute ~enqn far id i t e~ in ine f i8c t

c i t g i a r f o ~ p r i o r i l y f ~ ~ c ~ o U u ~ ~ - icr the Sm]oagu~nRivet~ouh~of In s~verd~erampeEPARepiond MercsaavermX ~ ~ i h B I ~ I e cwhichmrnotq~~~dbyamp6~t~s

mmded~nr~byampeS~~)~~mghEP~-A ~ a r o r h 9 l e a d y m v ~ ~ w e d ~ m decutepirenonoseieieolUrC~~~aaBTapprovehsite-spedfic ampEamp$QX approvadStatkadopred~sit~rsp~c~cj o ~ ~ g i m C ~ ~ ~ S ~ M e r e M e r e ~ ~ R i o e r i T o- waters oiJhepnipiSxesin thestate nitsrianvithinfne5mte~f vemalisIs~prpeoessw~pgpmreCi~eCaliforma

- of ~i inmik Il ---ii Sevm~L~eeecasesmejdiscu~~edhdeslgnai~dusermdthus~90L11DdUdedrhisaetimmofthIEPAap~mual i a t l ~ s h d amp e ~ ~ 4~r~fioriryzjdciA~lll i~tsi - - ~~lemsm$rencedrincmaayIsLPmamble rwcl ~ ~ t 0 t ~ 4 d o p r e 1 ~ ~ 5 i t m 5 p e d f i ~ ~ r e r i o

me cori tainod1~hra tFve ti ietrampdltamp~~pril~3~9~~~~-bampkSTatamp-e rheampamptiamp~ recordforznurda e s d s ~ a l s o ~ a ~ r o v e ~ ~ r h e S m ~ o ~ u i n ~ v e ~r-lri

d e v 6 i o q ~ i t e ~ e c i B ccriteriawhm m a u r h o ~ v l s r c e d ~ T ( i v e ~ t 0 ~ ~ ~ 6 ~i ~ o n n m e n r o ~ n ~ ~ ~ p ~ m v e d approprietd eg w h m BtaieMde titerie ~ i t e - s p s d i f i c - t ~ ~ t ~ ~ ~ o p p ~ ~ ~ t ~ ~ g p t a d ~ ~ t e ~ e c i f i c ~ a q ~ ~ d c ~ e a~pe~~~ver-orl~~ld~~p~o~ectiv~~oi ~ d s n i u m d t e r i o n ~ 0 f 6 ~ ~ ~ m o n t h i yce~um9nd~c~~thesacramento despatediiiss3a3dilica31j4theState v m ~ ~ p s ~ e s m z o i ~ t o n C i ~ h amp emea~nowaaerDA~a~oy8dda i n r o u amp ~ L t s R W Q ~ ~ ~ g ~ o ~ ~ s i t e e Stet~adogtaaaitfk~pedficr~61e~umCendIramp~ampp~n~~~forthespecf ie c i i tda~for~pi ior iry~~c ~~~ampi~ld~~~~~~)ofamp~~t~~~f c n t m i o n ~ f ~ ~ 4 d m ~ t h ~ ~ m m -pn11u~~lloUtithinieqe~eIBasin n mamppmedfhe8edt + c r i b ~ ~ d ~ n a r ~ o n l p ) ~ ~ e s e ( ~ ~ ~ s hThsie~tei+inren~eamprie w ~ c c r l ~ I J ~ ~ ~ ~ d A ~ g u h t ~ ~ S ~ ~ e g u ~ t l y ~ p m r n Q n t e amp ~ efiectivexhrbqgh6utIthe~8m~~ ices 5pedfioqyUgEPamp+a chronic ~ e 1 ~ ~ ~ t ~ 0 ~ 1 ~ f 5 $ ] 1 ~ n ~ d g r m d ~ - e thrdighouta ~eaarijZiisi~~ta~ddy 5 a c r a m e o r o f i v ~ u ~ ~ ~ $Y a v ~ amp ~ ) r ~ n u B I s a f ~ h ~ ~ B n - ~amputanie) -Yndet CiUfoda~laweisamptma ampme Haml)mnampya20qperpiampoP 10~9UldbV6T~0idmifn8~0uih~dfhe m u s i j ~ ~ ~ ~ d ~ ~ ~ amp ~ M = c s d ~ ~ i ~ m m ~ b i i n ~ t h e ~ add pi56amp~~msxim~)aYncn1tenpn ayrovd qy fheRWQ=BthaSWRCEand in63tareiDBce dfampamp-abve ~ a w ~ [ ~ ~ ) ~ ~ islawcc~pieterhecrirK~$BcomeeSIBte

- - - Thssscrirerie rnusbesubampiiid to

GeT-yampioamp ampampamp-iorfor revl+kid ap rod+5erCNA- seor301~~$~ltcrii~ri~~areu s d y Bubmitt8 to~~Xampjan04aXWQCB

dendmenl9fterthe 4menbenhasbeenampppte3under thePaei - - nrocessma~as becomeSlate

- lt - _I

~sonicrrltsdon=ppliesm~~allof 1 6 ~ i g + m a x i q 1 l m ~ ~ ~ ~ ~ m uitenonofi02~~I~~[~aximum)ampmWafere u a l l ~ p r o g r a m e ~ c o n c ~ ~ ~ t h e thedisso~d-h~y~rn~lt+ampess~of S ~ ~ ~ 0 ~ ~ ~ ~ ~ m o u t h r o f ~ e r c ~ d ~ ~ ~ ~ ~ ~ a o ~ t i ~ ~ ~ ~ ~ ~ ~ ~ 40m lasTaCO~~heee taww~e ~ v ~ ~ ~ ~ d s ~ n ~ s - h d d e

e ~ y e i i o p ~ e d ~ y ~ e S t a t a a n ~ ~o~srn~t~sfiect~he~eirwli~i approved ~ ~ E P A promu1 ateaohronic~leleoimnitenonas ermatibilGiiiamp vary with haraness1 These maWnun oi5ampgf~rampYavPBejetfonbdn~ed r e n a correspondto L C riitefiak NTP-T h i s p r e m o d y 3 e d d ~ ~ ~ - roiays -rule Therefore Federal p r o m u i g a t e d - d r i o n ~ ~ h ~ ~ f i e c ~ ecute critma ior COI)PEI c e k i u m a ~ ~ d~ t h e S ~ ~ l ~ j o a ~ R i v e r m o u t h oi zinc ioziae Sa=ramenroverihu~j Mer~e~fiv~rtoYamp 1 ributanes)aba~e-Mtonary~ampenot Gr~~iandMozerDibtn~~~~Lu~s necessary ro prorecrthe nesipareduses ~ a t i ~ n d ~ d ~ i ~ amp ~ ~ e ~ ~ ~ i o s ~ ~ o s an6 are not urcluned inxhefxidinrle SrareWJdlije~Refige~xX~~p~medio Howwe ineF-2- A-uBIOris the G-assandWaterDim~iS~Luis

a ~tare-~dopted~ire-~p~cc~brenamhE inat ~auonsl~Ji]dl~eReiugeBLLd~D6unecsssTto B~~~ ZnderEampRmew TheStete d i Criliiorriiahasiecently

revlBwkn~6updatsd dofirsXWQ3 6asmPlansAlldr~heBasmlenshave compieted fheSrarswiewann anopnonprocess snd have been submitted ~oEPampior reviewmd aporovalSomeof ihe3ssmPlas contai3-sitrsp~cificcrite~zinthese sasestheStateaioprean~e~specampr cir-ere usedior rvaterquamp~ propams -

EPA ha^ l o r vetconcluded

mclude zxoric aiterieior cGpe Scare lV~ampia~birrgezSc~te-idoptedcadrmum an6 wnc for theSanamerito site-spe-3c aquabclife8selenium

E v e r (and nibum~es)aoo~eampamilmn Citenon~fpgfl imotkJthly rnedby City as pa oEine statewinemirena em n a t e c ~ p d I1990Tamp

promulpared m roaysiinalde reneriLyapproveU Stateadoptad sire- San looarun River Theaelmun specac chromcni~rion 18-T rn

ampten6 ir inis rule are~map~hcable IC

pomons ofthe San ] ~ ~ ~ R i v e r i n the Tznud Valiey kegio~bezause sampericm =itenamp nave been e+erpre+jousiy appmvei DV ior previously promuigater by EPf as pmofhe NTP P a~r rovedand ampa~nrwedSm~e-

efiectior the GrassiundrWaferD~smc San Lus~ati0nelW~dliieReiupem~Los3enos StateWfldliiee~eiuPee --nereiore irk noPezessaryto mlu6e Pzoda~s5nLd e 2 jodc dlezrc icrseieniuiorthe GrassiandWater f i ~ m ~ S e r h hNaUond Viiiaiie

Federal RegisterfVol 65 No 87 Thursday May 182000 Rules and Regulations 316B7

Sun Fi-andscoJlegiondBoard Busin plan olg86EP~approved several ~rioriryro~cpo11uraz~tobjectiws[ W A-amp-]that were conrsmedinfoel986 a n Framisco RenionelBoardB~ir

~ ~ - -~ ~ ~ ~

plan asamenaefl bySWRCBgesbiution Numbers 87-4887+82d87+2by

andlor nesignsreduses andiailueto hguageofthepmvision the stanuq adoptneededcriteriaThusmcia~s bBWrniandyurpose oisechon-303 amonis not unique and theie$iauvebtoq In addug

The CWA insecdon 303(c)(4) secdon303(c)lZ)IB)ro foe CWA urovinesrwo baaes~~vrornulwtion Coneres s undernood the~~of Faneid w~rer~d ir~ 5 i sndaramp~~he fmreqampementsb~~ectioncti3~3(c1~i)firstbasis i n p q g 5 h l A 1 eqplies States~Xoconilucte i d r + e w s o f

letteisi~ted~ptamherSSSIIR8Zandwhen a S r a r e ~ ~ r m u n e w ~ r s v i h e ~ their watnrxpiliQ~dar6scd~bmft

stanriardsfnatEp2determinesareno the resultsnfthose rei i~5FPAanE consisrentwih ampe applicle insectiori303( d~4~~) i r i r i~~~at ionC

Decernber~243~~7~~T~s~~~in-3~thesmmRss~~~~~p~) ~~~ a the m~anpio+dampttersaFe dontained~the requirements o f d e CWAIlaftefPAs -CWAlsection3D3 (d)iduaes~wftko~s

ampan r o d theState noes no~amenc nrleampngJti~tnkessampt0~ itsamp~so~asrdbe-con~enrwitbthe include thesecilt~~forforprio~~Nto~c

~ d m ~ E l t i v e r e c o r ~ b i i i t h i ~ ~ ~ ~ ~ ~ ~ ~

C7NAEPi4is~m~pmmp~p~ro~ose noll~taneltfhat~ei~onampedintheSm appr~~riateFeadwateramp~

-- F n o r i ~ ~ o U u t a n I 6 httiiisiruatioi are i o o m o t e Z i d e s l a n ~ a t l 3 1 3 8 ~ ) ~ I l

~ a t ando~~~~1ampconsum~tion1~

~eadlinesm~section~~O3[c)(4ldirec~6the Kkhis~tort~iact~~promp~~ where the Adminisbator netermines ~thatia~amped~or~new~~endard~~is~~~~

the ~ c t ~ ~ ~ e s s b p ~ g secrior 303(~]1Z)[B)tothe section303(b)ll)

citerie towarars withampqSrates - muniapil orthTJhT bandficiduse designation intheB+~clanfiso some ~ d l i u t o n t 5 s e ~ a t e d h u g h the

supponediP~sevsrdway6~onsi~mt wihEPXs a p _ o r o e ~ L h e ~ P A lnterprerssectioni303[o~(P)IB)dfthe CWA so alowBPXlotactcvjhere the

Statehunobsucc~edSainadli~hing numsticrwaterqualirydtankdstim roxc pollufe~ltsWiuac+ion-cdbethebasia fos~the~IPbinhnmis asterrmnation ~aer~sacdon~303(~)(4) that neiu mte6iseddiiteriame - n e c e s s q m ~ ~ e ~ e S i p t e d u ~ e s are proread -7 -

~~kdoespot~belied~ampat-hif~~ ~tareswersto adop-numeiid5iterk io thoseooliuta~lubasaaorine3041~)

water~bodyby~Water-bod~bampis~~~nr EFf i~towaerraksau-~Eort~conuuc r e s s a r amp ~ a n ~ ~ amp e s ~ o f t e d m r a m

r--p---c -~

adoption ofwateyadiy -dark IS each roxuzpdliutantSor whiampEP~ has x i e d CW~semen pzimafily heregponsioDUrgof Yhe issuetiUWAsemion 304t8lcritena 303[5)l)(B5FR GOB46December Z States2~owevefTWAsez+ion309~c) dancC-thereha~ampEhsrpe~~- 1292EPk incornorares the d ~ s c ~ s s ~ o ~ -~

~lsoampes~be~a~cjle~ior~~the~e~eral ~rrrseneedithat~~Uutan~hich~could government tooverseeState actions to ~easonatily$eexpectiaa~iointeri~~e

~ ~ e ~ N T R ~ ~ r ~ a d o l e ~ s ~ ~ s r t i o f t h i s ~ e m ~ E r e c o r ~ - ii

ensurecamnliance With CWA with~thedesiena~~d~~use~w~ddim~oseThisdererminamptionissu~~Onedbv~- -

requiremen~~IfEPXJsSr~riiewWdifhe anenormous aampbimati~ehurdelt~nd ini~-tionhtheluieamp~reamp Statess~dsrtisfinaSaSfla~sor wouldbecontrqto thestatutory sho~gtheampschageorpre~eof omiss i~ i~en b~~CWAguthurizesdirecti~e~ior~swiftactionmaniiested~~ ~rior~to~xicipoliutan~thr~gholittLhe ~ A t D ~ O ~ e ~ t t h ~ i i e f i C i ~ n C i ~ ~(see ~ t h e ~987~addttion-~ofsectinnnn~~~c1121~StareiWhile~da~iSsnotaecessarily CWAsectidn303Ld11411This~water t o ~ e C W h ~ ~ r e o v ~ r b e c a u e h e s ecomoieampitconstitutesas~onerecord ---- qua stannariisprom~panon c i t e n e areamblent dm16inat nehe sup~omngthe n e e d ~ a ~ e r c c r ~ l ~ x aurhcntv i a s beer used ovEA to issue azaurmentofthedeslwareduesthelr ior n r io~r~x~ no i lu t auu withserm

applicationLDLwarampbodies will 304-ia] ~ i i e n a wher~p i i ~ ~ e ineuroSKU - resultm addibonalconnois o r noes norhavesumen ntene

ronugared rriterle s~miiarID ampOSE dishmgers oniy wberenecessup~o Toiays h a niie woulP nolrnpcs~ nziutied here for E number of S~ates prore=toe ties~pareduses a3y unaue o mappropate h r n c on lnese acbons have aahressed boamp ZCs interpreration o i sedior t o e State o i Zalii3rniao irs jlscher~ci ~ r s u f i z l e n e ~ SEt m e n 2 333(c)2)[B]u supponed by t ie 1mereir puts n i a ~numenz a v n i nrorexvE

--

- - - - - -

~ e amp d RegisterlVl 65 o 91~hmsd~yMay 1820001RuAesandReguhtiPns 31689

the uses of both keshandsaltgtwate~ itestedbe advnresent inthe water amat ic l ibz r i t e r ia for ~ h ~ u a ~ i c o q a n i s m h -body~EP~sap~~amption~ofits~puinelines~ t d d a y s ~ ~ r u l e ~ ~ ~ b a s ~ e s ~ d t h e

An aquabcliiemitdon derived using to develop the miteriamanix inthis merm u i m a forireshwater and F A S dW~b~ztionBD4(a)merhod d e is ]u i lpad bpthe~~ency~ be satrwaier aquatic liiebutis mghtbs thougi~tofasanesrimate of the highestconcennationofasubstsnce

934]EPAsguiaeline~ared e s ~ p e dt o i e r ~ v eciteriahtgroIectaquatic

auremp~z$~rovi6eareasonshleanil idequareamount dfprotectionwith cnly asmampllpossibilitg o ~ubstantial overpro~ecuon~oundsrprotecdonAs discussed1l1detailbejowthareare severK individualfanorswhichmay makehedteriasomBvirhatl2 oveTrote~~s~mun~srp~otecriveThe eDnroachEPA~s~iseliwedtobe amp-welbdmcea aspossihlegiwn the s t a ~cf thedienee

x-mioampaquaticYife c r~ te rkd d v e a using EDAts ia86GILielines are expresseCas short-termminalong-rerm aviees r a t h e r one nunibex i n -or5erthatshe cdterion more accurately reflec tocoiopicAIanamppracttcal -

concenuatiob(CMC)ashort-~ermconcenuationJimitanda criterion

~~ ~~

iayaveragecone~~ationlimiiare des ipne2~opro~de ip ro~c tmn ~f

ep_orqpriateforillwaters nftheUnireamp States T[JS) and~tcalliecosvsrems

Freshw~reanastya~eiIiifiu6ing borb e-nsandmarinewateis)Ihave

prornulgatinghumanhealth~aiteriefpr mernwiordl~suriacewatars m

- -- c-~~ ~~ ~~

some ~uenc~eciesathreatenedor enkaereii s ~ e c ~ e i i n s u c h i n s ~ e ~ --- -- --

i r e s h w a t e r a n d - s k q e c i e s d ~ ~ ~d s r F e d ma implemmid inroqb do no~idnabirfae+arne~~~ITo~~use of tneSta~lsoap~tivecntarionThe provine additiond niteriaare r s a s o n s ~ ~ e s e ~ t i a e m e r c u r y develo_aed5or dn~iorsdi aouauclifenumbwareexp1ainedin

waterFo- - ~ c ~ d e d i i S e 3 t i m Z Eniegeted-thrsde~~~$datideghwarer spelies-amp

-q u a u c IlieuitericontainedLipCWh

secdoQ04[a)mtet1agriiriepcefrrst e F r e ~ i ~ w r ~ ~ ~ ~Sei-umC-oa publiampedicthe~dy3~~p~sBndlate EPh$oaeampadifiarentampeamp~~ter modif iedbth~~as amena~2racut~gusu~Ueair~onfosale~~~~~

tne iollowing~eamppo11utaTL~~ersenic forthisnilethan~waspromuigatsdiricadmiumchrormum~1coppar heNTK as amended EPAs2propossd dielririnendrinWdmee~~3RC) -actionmconrirrentwiampEPA~s n i c k e l p e n r a c h l m q p h e ~ 1 ~ 1 ~ ~ ~ ~ ~ p r o p o s e ~ ~ s e l e ~ m a i t a i i o ~ 1 ~ m ~ u m Thegpdatesused+b86g~fmh cqncennaboniortheWarer Quallgruleareampxplaineaiinadampd mppdn Guidanceforlbe ireetlakes~~Systamp(sr doc~entwtitle~3DB6Rn~~o~asW~er Nrve6oer~sh~~~~~)Tlus~PR58444

ampreamponofxq~uhc~f i~j4mbien ihais~leniumsrwomost prev$ent

Wmer~l~iSEP~~~z~~~6-001~~ox~aationotatesselbte m a selenate

aampinisamptilte ~cdrd tb fos ioxicig ~well-snewdara whii rulemakiqghisiloCUThentampresents the indizarearrhatvariouafmmsdiselmum

amaticlifeand~i~ues~~m~acuteand derivation ni~aampofa CMCs and are eil~uvBAaditivi~hcr~anesthe k o a i c toxiampymadimds maplens C C C ~~ p a amp ~ t amp i $ h a a i ~ ~ h toxicirjolmixrures oamperentfoms of wifnoct beinampasresuicdaeas a one- whiththe upda~d~eihwarerniteria the poliutanlTne propose6 approah numberdieioriw~ddhavembe for t h e m ~dllursnrswere3ezivsd pronucesaampffuexkxeienikicnn ( lessGuialtlinespgesAE4)The criteiibriioricennatimor CMC

~ ~

T h e p o $ ~ ~ ~ ~ p ~ o g l s P C B I terms CMC~aih2CCa~e3heiormal cr i tdavl tha crltpiia~uiifo+s - d e p ~ n ~ a i n g ~ ~ ~ p ~ ~ ~ a ~ j e ~ ~ r o ~ o ~ t i o n s namesior therwo~lacuteandihronic~ dedipoundamprs omh t k - s h e m - a s of siieniteselenateminheiormhoi values ampacrireriogfor a pdliutan amenaek io+b dehedteria-are sildwnthatarepresenr 1

howeXethisZoment will ampo use expressed=ds-sum ofsevorarodors Thereamhle LO f n e ~ u 5 1997 the~orm~svnonvms~c~ecri~ii~n - - whilebkhe~rSm(sremeniiedthe proposednrleprovidea iKpthTand6xomccitenon -

The mrb-n-iersiteua are intended to identifylifyavsra~8pb11utant

con=snwationiwLich willpronuce wate$uamprgs~eriJ1yBliitedlo r ~ ~ e n a n c e 6 f a q u a t i C ~ a n d

icaz ion dfexcampions overtheiveage

criteria-sree-xprsssd each ofaeven -ampduJus~ion6fiihiqpmposedampitampon ior ~odbrsThe~~tic~ee~teri8mr theStaiuof 5 l i f o m i s ~ e e 6 ~ ~ ~ PCBsiq-theCTR a r e f b ~ e aon the aitemxcontsmea in~e198~cr i tena pdanceiocumentfor PCBs whch is mc1udsah ine ridrriiPisnativerecord

explam6 rhediBiivation biaouatittcliie

216D+220S~hincqrpora~s thar ampcussionhere a sam ofthis niiemakingrecorampkl986a simile-discussion wasincludeElc h e

~~dtanrtommentezsquesnonec seveia a spez~oftbe Grasf-ekes ~rooosiEL

c 0 ~ e n t s b d t o ~ ~ 1 1 ~ ~ ~ ~ ~ ~ ~ addi t ional i te ra reviewendtoxici~ testamp iidition3hdUSSWSand

so k o r ex~osureswillno~cause criteriebaseConrotalPCBs For more ~ ~

nile~pecii=~axeraga vane ove ra he ~ommenis~d~mmentfbithis Todayslchro~ciaaticlampniteriaior

time periodlLihori~becauaeampnrrsioq PCBsbehaseampona~residuep e r i ~ d ~ ~ ~ h i ~ c i ~ n t d e S s amp ~

value higher ~thanih~i+kagemaykill [FR~hEA$guiaeliaeSIoraeririing U S ~ S I c o l e C t i v e l y ~ ~ e ~ ~ ~ c e s ) or cause s u b ~ t a n t i d ~ ~ e i n s h o r t aquaticlifeniteriaanFR~~basea a re conceme~tha t~~ s ~ ro~oskd

periods criterionisintenampeampioiprev~nt - ciiterionmay sot be ficimtlyY

~midrmum~da~~set~ofeipht~~eciiisdconcenuations ofocilluta~~tsin protectiveif campthreateneampand -iunihes IE recommendedlor airerie cevelo3nen [deampare p7m in rhe 1985 Zaaelines oaee1 Tne eleh -specific familiesarejintendedto Kz reuresontative oiawides~achmoi iquar iiie o r d s seeson I is not lecessaq -hat rhespe=Ec oranisms

commerually or amp=reanonally ennngeredspecies~~ lomie imponan aquaucspe=]esborn afiecting Bezause ihe Semcea believe there s a the mark~rabihmoihosesaecles or lazkoi dare to show ioi certamh~tn a f i e c t i n g t h e ~ w ~ ~ t h ~ t c ~ ~ u r n e criterion would noiaiiect~roposed aouaticMe tnreatened ampd endaneerea soeciecthe

Toe proposed -3jn=luded ac Senlcespi-thsiii iuampe~ update2 keshviate a n t salrware ve~ate tie protemvenes cf t h c

31690 Federal jBegisterVol 65 Nc 97Thwday M a g 183000 1 R u l e s a n a R e ~ a t i o ~

ampcu~dnereamp~artnf~this inditidoarti~iemampCould 3 i t e n 0 n ~ ~ e i o ~ - h n ~ ~ ~ ~ ~ ~ ~ ~ o s s d -

~ i t w o n T h s r 8 f o r e ~ k n o t r u l e m ~ g ~ e c m ~ M a n y k d e n ~ i dissolvemthe re~eirring~fer-g prom~gatinggd~figa~tahein~~~ thecrimietoke sxceei~dExpresmg sunngiy suspo~dthi~encysSp6kcpcpeele ai t i ionatWtime on ampsdlvsmmamp aquaticlib criteri~ dteria asilissdlvidmedrequiies Aiswcommenters~~qrnsea~ uansiationb~eenan~ntmeralb 9~so laedMeddMamp ^L oPmmfhat tbemds30mnot i o r m i m ~ c ~ a f i n i ~ f ~ e p ~ y ~ D ~ C E ~ O amp ~ ~ - ~ ~ B Z ~ ~ ~ ~ ~ N T R ~ ~ A p r amp d e amp t ~ ~ m e a a e g u a ~ e ~ h i t sotharaurampr~cdlepermi-

promdktea ~wate~iycriteria for p r 6 ~ c t i i i e ~ f i o ~ t i E o f i ~ s p e U ~ S limk c ~ ~ e s c i b K amp e d ~ t +ill -

sever~ta tes- rha t rnadWe~ ~ s s ~ ~ ~ ~ $ ~ r o ~ ~ o ~ e ~ ~ ~ d ~ ~ t s ~ e e qualig staniiafis~husitto meetbe aevpmrer ra~w~ments nfCWAsecbm -- conrainea-idamhom~e~recolti IS unpmrantrhatpdttig~authoriti~s 303(~l(~]IB)~~udea9mong~ewaterenti+]ltd m i i c u t i s i O n d f ~ e ~ ~ f ~ i l i t yto -- a d ~~erau~orifidshave~the ou~ydtampa~rom~gate~~ere - ~ i ~ ~ ~ l ~ d amp k ~ i r l ~ d ~ ~ ~ ~ b a r g meraleralW-r - rr~Iamptib~Mieeriamp~siilvea numericPitentiior~~~rptscdonnf~~ 1 ambientrers~dmd~recotlerample 1 1~ ~ ~ 3 ~ ~ ~ ~ i l t s e ) 1 ~ a ~ ~ aqustiillBiIoill~~rr WRTSErilC res ins VjLcb =er~inltEIu~ntnt5 ~~~- to coampampnltampcument

a r e ~ o m c o n i a i n d a 3 5 t h e e ~ ~ ~ ~ ~ ~ ~EPAbes~~~~pl~t6~dflo~cw~ramp~cadmilimihmniium~~]tchromum~~ recampdioIthk eee [VIlcq~poperlead mernqy dckd -lri use oiu~nbletmsroonv~~o~ selenium~ilmandzincCdtariafor ~~t~ampd~irifs~~c~fi~1sstil hssolved matal6critena~tod rwome~applieh~othe~Sf~tBnf- Metdsmtedd~etalltd~ia~aues recoverleperniit limi~The - Paiifdd - a mbmiiampmm31jleTiiUrn-deTinfie - d o c u m e n ~ h e ~ M e ~ ~ ~ o r f 0 r 9 ~ amp l i i d ~ m - amp y ~ s

Ths ~ s n q r e c d i v e d 8XIMve~uBlic m a ~ amp ~ l S $ ~ ~ ( l ) m k amp ~ G Guidancejor Cddntin~nTnS coamp~~a~~the~~~alopmentbfffheamp s o l lt ~ B ~ ~ b s e ~ t ~ i h a v e Recovernble EermitWFmrn n

NTRZegGmgg mo$$~pte Dissoived~~t~io~~XrS2~~86- b e e n t c ~ a ~ ~ p P ~ $ f y ~ ~ y y ~ T o approaclfhuekpres~ e 0- me $ e ~ ~ t e r m ~ t amp amp d amp r ~ ~ 0077uns~g9Q]is~du^~~inthem e amp d t ~ ~ d T h e ~ ~ r i n p ~ ~ s s u e w ~ ~ adminisu~ve~recmakrtob~s harampse-~pena~ntrtbb~dte i ia nile -rhecon~lntionbewebntme~ampdtare wlUltamp cficdad se -ampflyfofoiiamp TteampG~~hcsexarmnes-how meas+amBTLaimdpihtmefiane supampamp ieatmm- is - KO d ~ ~ ~ o p a r n e t a l 6 ~ h e i i ~ p r ~ n i d nhioawSlahl~iinEtbxic rtoaticlifelt lg13amp~][zyphBkampessd~penasnt i~hns~as~therac t ion~f~d is n m x b e ~ e n spd l i~a t theune fieshwatarduesp~sampC~ampe recpverample mefl in ampe~~wnmern oi d i s s b ~ ~ ~ d m e ~ ma-9010 -no satmiidmaawe ~nS1JBJb](lTharr~been watsrbarisldissol~edi~~e

c o m ~ i ~ c swithaquticllife water campamptea usmgampfampessdf TOOmi dissdivltdmd cdncenpationdivide- quality sradaataqkeibzornmenae11 1as c a c 0 3 ~ ~ - l i l l u - t i w w ~

ampPr b ~ ~ e t o ~ r e c o ~ e r a b l i l e m s d ~ ~

epproacpbacau~e-~SS07vea o+y) wbatampaseaett concenrmtion ampdlator m~sone m d more mt ampma zos1 d ~ ~ i o e ~ l e appoPtiatB areampdm3ti$liiiayamp+ ofhreefeams~~ltmefi~1~~6um~d70 iraaiono thesmed h amp e water - be equiualen~tothecriteria~~ce- c o n v e ~ i b n ~ ~ ~ ~ m r n ~ ~ ~ e ~ ~ 0 ~ -cdlumnthandosstotrilrecov~~ble l g 1 3 ~ ~ [ b 3 1 2 ~ ~ ~ ~ 1 ~ t e r ~ $ amp ~ S amp ~ a ~ meamp-

convmsloa5ianorsLz)ilf~ybe gt -L~

m e d s d t ~ f h a t a r e n ~ ~ d n e ~ - nevelopdddirectlyBS t h ~ --5 mtidi -Si l l cemAk-pr~ous ~t ic ik d e p a n E ~ f a i e r d n i Z a ~ ~ ~ h edissoivedrom~recodl~~e~~anri

criterie-hcshadBesn~~xareseed~t o ~ m d ~ ~ l e ~ t ~ t i amp d 6 ~ f r w W (3)irmampGdeviiqpbhou$theuset ~ r a l ~ e c o v e r a 7 j l s ~ e ~ f o ~ r e s g t h epj=ampampampampoamp3~amp[$3~~ of spdtiampcoedenythamps - -

crirdeas-ampsolve~convar~onfanprs d ~ u ~ a a m a ~ amp s ~ ~ ~~ c t i o n ~ ~ p z ~ l a t e $ t amp e ~ o m ~ f were n~veiqped~baccountfo~ths e e ~ o n T 2 i ~ b b i amp 6 1 ~ amp ~ ~ e n d ~ metalh~ampngaites ogwadsorbentm possiblepresencedf~+nilatemB~in m~tip~lylqgamp-$ghea$prop3ate the w ~ ~ e r c o i ~ I e g ~ ~ o n c e n u a t i o ~ ~ ~ he iamporat~~roxi2iy~esrS~ea~o - c o n v e i s i o n ~ ~ ~ e h n d ~ ~ s ~ v e Zo i radcs~p~ds3~i61id~~~TSSl~This d e v e l o ~ t h e ~ r o d ~ e d ~ ~ 6 l e 6 d i t i r i a a ewin -ceclo-entampcussesampesem ~ ~ ~ ~ ~ ~ d ~ u ~ s a a s C C ~ ~ ~ g p 1 hdudi$aer~dfrecb-ended the manix 40pF131i3~fbC1fare hree io- as o f ~ amp l a ~ $ 7 k 5 ~ ~ uesnwater convemionnms Mthits- roundadtorve c~ t6gures field m a v neigmdatsgemranon an6 lvlerdampPoampy(~ee~OffiEeClfWaterPdlicy T j d ~ o r s y o i ~ ~ l v e ~ t o amp ~ d 7 d y s i h h ssn+gpeamprsnidPPPi~~cann Te-5micelGcidanc6oii -- ~scoveamp]e~Me~samptsDPAaas generate s i w ~ p e c ~ r u ~ l a ~ o r s Inrerpreratioiampdh~lsrnentationdi Natmn~o11utanDisamparge - - C a i i m + R e o ~ ~ a ~ Q u a l i ~ Aquatic Wehilet$le C r l t e i i a ~ S ~limination~ymmINDES~ Conuol iioarampmapuseany ofthese Froihiohc~gj48sistantAbinisuaror repu7etioas~equireampatlimi~5io1meraism e t n o ~ m d e v e l o _ ~ ~ p w a t e r ~ u ~ r y -for Wa1erDnobe~~~9n3)~B~~edonm permits bestaeampas rota1 recovmabl~ basdd~ermit limi~-roneevme~ -additiodaboratoy~eWiuduo~~that m most cases(se~40~~2245~c)l qualipstandards oaiadon-disiolvei slmuiatedthe~o~i~maltoxicfrgzeas exceptvihen aneffluentpaelme merais rrttenr P Aencourapes the A rifmedtheproceau~esusea to spec5esYbdlrrnitationinanotber i o n Stare to-akpt a-xare~ie-pohn onfne r ievi lopEashwa~conver~ion~nors of the merslthe approveaualyticil us6 or^n~larorsao~har themort io aquaticlife crirerik Thesenew me~o~meas~renniydissolveumedelpropriare-sehodnr mshoampare usei zcnversior Zanors were made avdabie or the permitwsit~ expressessmBtels cculstenrlp wiihaliiorrua ior publ~z review and comment in rhe k t in anorheriorm teg~solved aneniments to on hbyn- spesc or total) c Apiica~onofMeisCriterkwherremured 1995 e BD2FF23228Theyare elso to c q outpovisionsnithe CWAThis bselecting anapproampim conteine2 m-tonays d e at 40 CT 2-becausethe chemical~condi~ons implemennqthemetals citeisamp~ i~ 3138]2)

amblenr watersfreouenGydifier principal issue is theconelabor

hose intheeEue~ that sremaesure6 and roposea rule rovineia more ne-ampled m d inese difierenzes result mchange nerais tha~are bioioglcalj availabie ampszus~on oiEAs metals ~ol icv m he nartttionhe berweendissoiveL an6 tonci3 oiaroassure the ioe

Yhegtreambie eotna AupSlD97 n i o s t a n t i ~ ~ i r o m bewee2 meamp

concening the iampat ic l i fekat~Oual i~and abiorbedforms bithe meralThis metalscriteiia arear+ateiorthe ~2----AL----A- 9 ----+he mW$n+ l-+~ 7Rrm-p rnsmicai conditions underwhiamp thav-- ---a---

6 9 7 5

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 3: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

~ ~ ~- - - ---- -- -~- - -~-~---

ELmimtid~4iBmi($)Pe+~ ~ amp ~ ~ e e 6 2 1 ~ ~ 1 1 2 1 6 ~ 1 f i ~ P ~ P1anscreated aset o i m r e r o d ~ and wagt~haaIlocahans~tndJ isinciudinethat disdisampsionampthe stanaampforwaters withinampBSrate of

-- ------- - the wareroodies withinlts r8sp8ChVe

Pr io r~o~ to r i ag ~ampe~~ te

a d d e ~ r o d ~ k ~ w ~ ~ ~ o n g r ~ ~ ~ ~ ~ ~ 8 7 a p p r o ~ ~ t e ~ - E P 4 A ~ p i d A ~ ~ r n a t o ~ of [ampmiB ge~pphicmea~dCaliirndi~Tnese fe-revisw9ndapprowl

had~bsbn~theon]v~tatein~~~afionr ~~mi~-~pTil599~~eiSWRCBdesignared3lsssi(orf5enefiWwes ----- - - ------ -

remained~uYiis~ti~rudiml~en~~adoptedcrirerampi[o~bjeniv~sssampamp -approdtberw 6tarewidewater afrerE P P ~ s n r n ~ m ~ ~ a t i o n o f ~ e ~ i nSta te law3rom~emrerqualim qualiry conuol plans tnelSWPand the Decwbkof-1ggz~~~cti~n~3os[~)~~)distaniaampiwhmtmboampe~Mlithin EBEP1SnlNa~~mbe3r891EA ine C W A ~ u t h o r i r ~ s amp ~ ~ ~ - eachofthe~are~b-Eachdampe Repon 9iormyxonduded its rensr m e ~drmnisuaralampromrii~ate~sfani~ampRMTQOBsnmdergoes~aniennialbasin of the SWRC31splens~EPPapproved

- -- --=om~onefil~o~ampe~fampentB~d~of oim6iindampgXherrlooecorsis~m~ c0nvantiodpo~utan~qe~v~s-such CW~seo~-303[~[2)[~)~~amp~~asampssolvedmxygenNoneoftheBash with t h e ~ e ~ e r n m t s ~ i ~ s ~ o n

EPA-awcnowl~~~esIhart~e Plans conzaimkromprehenaiveilistoi anwithEALsStare di 303(~)[2)~)rof~CVi

cmntamidin ampethreefS~~C3statewioe because df~eormssion~rhe h the CWP E P W n t e i amp a o ~ ~ t a v ~ nlansthe Inlanamp5uriacesWatersOlan no1id ly sansfgCWgt- secnor rule I wirhinthe~Pliamp~lehheir~e j1SW]ine2nciossd3aysaadEs~aries 3031ciZ)Dl Theplansiicnorconrslr ior iudic~d~~viswampe~states-stsndatampPlan ~EP)8and3heDceacPlan olreria~d3meaol iu1an~ifm

reqwemenrsBben~ibnidoPcongraas niamps ampd

appiy are chiiUenae2P~ Pwillthampawbs roalloasinsmdsatisipW A section wh~~~~Ahadnubhhednauonalv

r u l e ~ e r s u ~ j u i l l c i d r e v ~ ~ w 303[c)[Z)IBJ - crirena ~ d s n c k T h e l ~ ~ ~ c o n ~ u n e iis hu~anheal th~tmxhndyrorn~iarsani the Stateamampamp are 0nhuril 11lg9lhe h C 3 - fie

sampea adouted rwastatewidewate~roualitv ~ o ~ u t a n t s ~ d h e ~ E P ~ i c o n t a i n e d conampol plans the ISWP and t5e EB hdihedth~amptar ia~hiody~i I

C These starewideplans contained pollutan~Zord-dchEPAhadissued Ba _ nmativeandsumericwa~rn~~sectio~304al~idanceaiteri2~Both

Inepreadilevtothe XugustS 2997 criterialor~toxic~o~utantS~inp~to aquatic theISWPswp~~~ampEBEP~containedproposedde nroviuedageneral ~sausivCWA~section1303(c~~21(BIITheEeixritm~fmdlnoliumis excent

Federal ampgisterVol 65 No BiIThmday May 18 20001Rules and Regnlations 31685

--

a ~ a t i v e ~ e c o r d ~ f a f e d t h a t a l l h amp c ~ ~ e n a h 2 r i o r i t y ~ o x i c priontypoliurents withEPA criteria PollurantsSrates C o m - h ~ - - piaence werelikely tdbepresentin BemsionnfMampCrife~BDFR Califorma watesHowaxerthe 222822229~41BBSltheNRas SWRCBs r e c o r d c o n t a f n e a k ~ c i n t amenie~lTheataywesmrespomee~dormationto suppmrahdingthathe alawauirapainn~ chdlenpg exdu~ed_ooUuf~~f~~~wore~otreasonabl~ 8mong~oherIiSsue5m~t~s~~t~~ expectedrointerfereIwih~~e~gnaf~dcupmassdesrrodzscwerable - uses o i thewaf~~s of the c o n c e n U a t i o n s h p ~ S d e m e n tSafe

AlthougIiEPAapprwedthe sratewide hgreementreouir~dEP~-mka~ promulgatedirthe NTRasmecific seieniumobjetivein ineISWPand me c r i t d m t h e N T R ~ ~ - ~ n mrssaec~cw~~botliessSbutnot~~

rrr lampddcewaters andenndampeampba EBPEik di~apprmm8~~sdbjectlve~promu~e~ampcenurcme~drer ia~ in ande-es - -

iorzhsLsananF~an~coBa~iand_D~1te~ oi _ -_ theh ~ d i v e a J o = t h r ~ ~ g h ~ r h ~ ~ e lt - becausetherewas d e a r ~ d ~ e ~ conversionfacrrxs Tneseiaampisare 2~raampcoj~plmmmtionnofCWA ine oDjerive~~olild~notprota~the iisted mtheNTRas amenaerA Se~ongDSfcJ(2IlB~ --- desiparadffish~andddlifeuses(the scienttf i=amps~s~loDof~me Snorily~afrer~theSWRCB~adopted~thedreriais TaltforniaDepamnentof dch found m a subsequentsecfionofas ISWP and-ZBEP~severd~dischargmsServices~baamp~sue~~~~t~owl preamble _ 3ed~buivagainst~efStatsampepin~rha~co~pt ion aav isones~ue io s~eniumSmcecerampampt~a~~~~amp~~dy irLaa ~ot~adoptedthenr~plani~concannations wni+scientiiic-sru~es been~prnmulgarad$nforspecificware compliaone~withStarelawTnee hadLonrmenre~~eeleriium~oxiciyul boampeslinhe Statedf Caliio- iofne p h t i f i s inaronsdlidated case )fish9ndwildliid)reateddfbfb - ~aae~amendedtheya~enotgtwihmcluded the Zounty of Sacramento c o ~ m e n t ~ t o ~ ~ b ] a c [ i ~ N ~ t i ~ ~ ~ ~ S a ~ e n t o C o u q ~ W a t e r A g w q the scopesdf todaysfiril-rule~Howevar Pollutant Dlschuge -tionS~aem ionclarityin~rea~g~~om_orehe~uiveSaoammtoXedCou~Sanltation[NPDES)~permftb~hmed+f~rS~~id e f o r t h e ~ t a t r c n f C ~ a f f t h e 8 e

Disoin the CitgoSacramenm b e Cirg~1anmscb~aythatc0orainadefDuen~ =idaare i n c o p o r a t e d ~ ~ ~ o 4 0 ~ of S~~MetheCirpofSan)osetheMrs$asriaonanobjectivegraatmrnan ~31~8(d](~~oomorcs30~e~ableinCityofStoampo~mdS~psorP~per5 psxs~er~billionYppb)7foyday - 40 m 3 3 1 ~ ~ ( b ) ( 1 ) ~ + a 0 ~ ~

a v e r a g e ) - K ~ p b ~ ~ h o ~ ~ v e n a g e ~ ~ yPg$-gers ampege3-haithsState l g 1 ~ 8 ( d ) ( ~ ) + l ~ h ~ amp ~ ~ ~ a ( ~ d

the irebhwater~~it~EPA~e~-mediorw~chsne~WB~boampaS])WeIe hadnotadoptedhe2SW a n d B E IEits ampsapprovalcof GaliiorPiasrsite- prom~g~teaampff ie7~ amp5amende~comIjlia~ewirh-theC i l i i e a specfic~seleniumdbieamp~sfor~ortions ~ ~ ~ f o r e ~ l u ~ e ~ n m ~ i s - hdmimsaab~eP10ei~~sXcof the Sm7oaquin31iv~SahSlough i ind~e~~9pproqriatki~ebwarerC o d e 9 e ~ d ~ 1 1 ~ ~ 0

[Gov er segJtbe ^and MudSloughDAamp~~ampsapproved m s ~ m a m ) n q ~ t i c amp ~ m w h i amp CaliiorrmhwonmendQuilir) Amof therategozicelampeiamp~ana e r e p r o m ~ g a ~ ~ ~ ~ e ~ 7 8 5

seg3exempuoabTheserdieapprovds amendearrdl iul~~~dm+face~ewaater Pi~ RafrideSectio~2~O~et CdieandhePow-Cdlopeqn~atti x i u b d the~diSappmvalof~SsSra~e2sden~oseabaysand~s~Bs

Secboni3200et ssag1 Theellegationcieiarrdofwateraualityobj~criveslto i i ~ l ~ a e i ~ o ~ u m ~ m - a i + d e ~h~ eEuantdominated-~a~mb~ICate~o~i) or that the State-rlidoors~~euroiiuentlyapg~~pi iate (weten~ampor~ 1

whitn ahopdngandrosneamsdominatedrby org~moily)miidhealtbrri~eria cn~i~dweconomics

a g r l c u l t u r r i l ~ ~ ~ e ( C a r q g o ~ ~ b ) a n d w a t e r ~ ~ u a l i ~ a b j e m ~ ~ s a s d l q p e ~ yw ~ ~ ~ ~ ~ e m r o m ~ g a ~ a m m ~ e ~ - l a s resjiedby~Section~3~~10fthCPoner

the dma~provdiofthe exemptiomof amend~a~ viatersd i d a r ~ s u r i a c e water quakrg~objsmvesmrconsuumd d emuies e n ~ l o s e d b a g s ~apridmalrdrains(taregory~c]IPA ~rltd= - Coiogne Act wasahimpormntissue m

tbelitigabon ~ n ~ n o ~ e r ~ o f ~ ~ ~ 9 i t b e ~ ~ ~ n o r ~ o m

oi ~~U0~~aCo~gdi9acramrmto issued atentative decisioninvm of t h e amp s ~ ~ ~ s ~ l n M a r c h o f189Clthe C o u ~issuea8 siiosiuntively sjmilk final tecisior h6voCnfthe disinqpersFind pdpenrsfiamp the C o ~ ~ i n l u l yof1992 orderactbe SWRCB 13 r e sud the ISW andEBZP OnSeptmberleeampe SWRCE iornally rescmied rharwo~sraampdc w a t r q u n l ~ ~ conro1planr The Stare li -entlym tbeprocessci readqoing water qualirpconrrolrplans i o d a n d suiace warersenciosedbayr end esruaries

3 P - secuo~SD9~~121IB~ was id mpiementeim the State of ~ s l i i o r i e i3=3ecembe of2892 when tbe A waspromdpared mtilSeptenbe of 99i whez r h a 9AXCEw reqwrer rc reszln the ISWF end BEToe provsions icr abmr m EPLs ATE rogerae wiu b e ap~roved ponions of

ioundrthedeEnibonsmofftbecare ones impre~isa~ndmvsriyhoaawhampcould haveiledtoian~aonechntemreration

Smce EEAhadampsapprma~~oruons cfeach of ine California atemdepians wh i~were necessqmtOSui6jCA1s e ~ o n a 0 3 ( c ) 2 1 ( B ) c ~ amp eoroved a spec t s o i~WomaBs w a t e r d ~ srenampampwere include~inEPA6 promuieation oi+helG~tiondToldcs Kule(NTRj (40 CFR1313657FR 60848L-4pzonulgated specific cn ren~ io rcenauwaterbodiss in Taliioma

Tne NTR was amencied efieampve A n d i4 leg to 6- ceamp meamp crireae whichbadbeen nromulpatad as tolal~ecoverablr[i~ffecti~e 15 ~ ~ r i i 1996 EPAjpromdgated interimEnd metdscriteriaas~2issolved concennationsfor those meds~hich had been~ampayedJAbinistrativeStq of Federal Waxer QualityCritedtiior Metals andhterimFindRule Water

_ I BP-PY

E g

~

oqlyioni~i

csrbontsmchionde chlmDbsnzsnel 1Xdichio1oerhanE I-dirhloroeinylcne 3-ampchloropropyhesthylhsnzme1122amachioro~rhane reca~moethylmell~chloroo~sne ui=hlorosrhylms vmy chionde 2-rLdni010pn~l 2-rnerhy~-L6-drpluonhexo

e C d - =~ a l i j o a a sIWLme2EpEP rst tdffommerce Caliiomia(RWPCBimamp-~--~ impiementedthe r e p a m e + t s l o f ~ A Nat iod hilsrineFisheriesS~ceon TalieyR~giort)PAbdetermumtionan section 303ldl~211BlHo~veraince EeA~tentativeap~odIdisa~pmwl these site-pedifioaireriaiscoW Seprembc of 1884 when thelSMTRCS actionsonhRWQ~9~inPlansIn in hlstr=aat=dApprilJ 1990 resdnaed the ISWp- ~pd~EP the thLs sintation~emorBampenttd~e ~ p ~ ~ a l l y ~ A a g p o v ~ a ~ I h ehe

requirements of aection903f912Il3) two diteiia[fhe3t~t-ma~di~ S a n j o ~ q u i n ~ m o u t h d f Merced havenot bsen~fdyimplementedm sueamp fiver t o ~ ~ amp b ~ ~ ~ t i c i l amp dmrWm3hei~WQEBBeSm~~ talifornia - Y - $ I F h ~ B F ~ a d c r i t e d a ~ t b a lseldumriiamp+iampn~xmn[manmum

Theiecoperaf ~o i a~ 6 de~~1nzb -ruld]~wo~de~ea~~watern~r~ mfn ampemims~ampght i the eSIahliih crireriaamprampe~remainiq pr0~6~clu~-rh8calnitatlonof ~ t a n e r m s ~ m ~ ~ i l c o n C B D u a t l m urioriry toxlcpd11ufsllts tosreetamphe waterq~ygtbasedeffluentrii~ti~Icmavnbtlexce~amped~e~momthar ieq~emenrs~ofisecnons03(c1lg~1~10 =krAiXadod~dllu~tiDisCaarge~- - o n c e e ~ f h r e e p e B I S ] ~ ~ ~ ~ b ~ h e ~ A ~ ~ amp ~ ~ o ~ E B amp o D ~ O ~ [ C ) [ ~ ~ ~ ~ ~ ~ d o s s n o r amp ~ F e d g -E I I ~ ~ ~ amp O ~ ~ ~ ~ ~ ( N P D E S ] ~ ~ I ~ ~ + ~ u a t o r h a s ~ 8 1 amp d t h a t i hstaampdopt$dSi6~eampcntea~ approved~Sticadop~~d~~it~spedific

iSne~~ssaqpt0in8ludelin~d8~16~~~0~i~~hBLAn orda -- acute ~enqn far id i t e~ in ine f i8c t

c i t g i a r f o ~ p r i o r i l y f ~ ~ c ~ o U u ~ ~ - icr the Sm]oagu~nRivet~ouh~of In s~verd~erampeEPARepiond MercsaavermX ~ ~ i h B I ~ I e cwhichmrnotq~~~dbyamp6~t~s

mmded~nr~byampeS~~)~~mghEP~-A ~ a r o r h 9 l e a d y m v ~ ~ w e d ~ m decutepirenonoseieieolUrC~~~aaBTapprovehsite-spedfic ampEamp$QX approvadStatkadopred~sit~rsp~c~cj o ~ ~ g i m C ~ ~ ~ S ~ M e r e M e r e ~ ~ R i o e r i T o- waters oiJhepnipiSxesin thestate nitsrianvithinfne5mte~f vemalisIs~prpeoessw~pgpmreCi~eCaliforma

- of ~i inmik Il ---ii Sevm~L~eeecasesmejdiscu~~edhdeslgnai~dusermdthus~90L11DdUdedrhisaetimmofthIEPAap~mual i a t l ~ s h d amp e ~ ~ 4~r~fioriryzjdciA~lll i~tsi - - ~~lemsm$rencedrincmaayIsLPmamble rwcl ~ ~ t 0 t ~ 4 d o p r e 1 ~ ~ 5 i t m 5 p e d f i ~ ~ r e r i o

me cori tainod1~hra tFve ti ietrampdltamp~~pril~3~9~~~~-bampkSTatamp-e rheampamptiamp~ recordforznurda e s d s ~ a l s o ~ a ~ r o v e ~ ~ r h e S m ~ o ~ u i n ~ v e ~r-lri

d e v 6 i o q ~ i t e ~ e c i B ccriteriawhm m a u r h o ~ v l s r c e d ~ T ( i v e ~ t 0 ~ ~ ~ 6 ~i ~ o n n m e n r o ~ n ~ ~ ~ p ~ m v e d approprietd eg w h m BtaieMde titerie ~ i t e - s p s d i f i c - t ~ ~ t ~ ~ ~ o p p ~ ~ ~ t ~ ~ g p t a d ~ ~ t e ~ e c i f i c ~ a q ~ ~ d c ~ e a~pe~~~ver-orl~~ld~~p~o~ectiv~~oi ~ d s n i u m d t e r i o n ~ 0 f 6 ~ ~ ~ m o n t h i yce~um9nd~c~~thesacramento despatediiiss3a3dilica31j4theState v m ~ ~ p s ~ e s m z o i ~ t o n C i ~ h amp emea~nowaaerDA~a~oy8dda i n r o u amp ~ L t s R W Q ~ ~ ~ g ~ o ~ ~ s i t e e Stet~adogtaaaitfk~pedficr~61e~umCendIramp~ampp~n~~~forthespecf ie c i i tda~for~pi ior iry~~c ~~~ampi~ld~~~~~~)ofamp~~t~~~f c n t m i o n ~ f ~ ~ 4 d m ~ t h ~ ~ m m -pn11u~~lloUtithinieqe~eIBasin n mamppmedfhe8edt + c r i b ~ ~ d ~ n a r ~ o n l p ) ~ ~ e s e ( ~ ~ ~ s hThsie~tei+inren~eamprie w ~ c c r l ~ I J ~ ~ ~ ~ d A ~ g u h t ~ ~ S ~ ~ e g u ~ t l y ~ p m r n Q n t e amp ~ efiectivexhrbqgh6utIthe~8m~~ ices 5pedfioqyUgEPamp+a chronic ~ e 1 ~ ~ ~ t ~ 0 ~ 1 ~ f 5 $ ] 1 ~ n ~ d g r m d ~ - e thrdighouta ~eaarijZiisi~~ta~ddy 5 a c r a m e o r o f i v ~ u ~ ~ ~ $Y a v ~ amp ~ ) r ~ n u B I s a f ~ h ~ ~ B n - ~amputanie) -Yndet CiUfoda~laweisamptma ampme Haml)mnampya20qperpiampoP 10~9UldbV6T~0idmifn8~0uih~dfhe m u s i j ~ ~ ~ ~ d ~ ~ ~ amp ~ M = c s d ~ ~ i ~ m m ~ b i i n ~ t h e ~ add pi56amp~~msxim~)aYncn1tenpn ayrovd qy fheRWQ=BthaSWRCEand in63tareiDBce dfampamp-abve ~ a w ~ [ ~ ~ ) ~ ~ islawcc~pieterhecrirK~$BcomeeSIBte

- - - Thssscrirerie rnusbesubampiiid to

GeT-yampioamp ampampamp-iorfor revl+kid ap rod+5erCNA- seor301~~$~ltcrii~ri~~areu s d y Bubmitt8 to~~Xampjan04aXWQCB

dendmenl9fterthe 4menbenhasbeenampppte3under thePaei - - nrocessma~as becomeSlate

- lt - _I

~sonicrrltsdon=ppliesm~~allof 1 6 ~ i g + m a x i q 1 l m ~ ~ ~ ~ ~ m uitenonofi02~~I~~[~aximum)ampmWafere u a l l ~ p r o g r a m e ~ c o n c ~ ~ ~ t h e thedisso~d-h~y~rn~lt+ampess~of S ~ ~ ~ 0 ~ ~ ~ ~ ~ m o u t h r o f ~ e r c ~ d ~ ~ ~ ~ ~ ~ a o ~ t i ~ ~ ~ ~ ~ ~ ~ ~ 40m lasTaCO~~heee taww~e ~ v ~ ~ ~ ~ d s ~ n ~ s - h d d e

e ~ y e i i o p ~ e d ~ y ~ e S t a t a a n ~ ~o~srn~t~sfiect~he~eirwli~i approved ~ ~ E P A promu1 ateaohronic~leleoimnitenonas ermatibilGiiiamp vary with haraness1 These maWnun oi5ampgf~rampYavPBejetfonbdn~ed r e n a correspondto L C riitefiak NTP-T h i s p r e m o d y 3 e d d ~ ~ ~ - roiays -rule Therefore Federal p r o m u i g a t e d - d r i o n ~ ~ h ~ ~ f i e c ~ ecute critma ior COI)PEI c e k i u m a ~ ~ d~ t h e S ~ ~ l ~ j o a ~ R i v e r m o u t h oi zinc ioziae Sa=ramenroverihu~j Mer~e~fiv~rtoYamp 1 ributanes)aba~e-Mtonary~ampenot Gr~~iandMozerDibtn~~~~Lu~s necessary ro prorecrthe nesipareduses ~ a t i ~ n d ~ d ~ i ~ amp ~ ~ e ~ ~ ~ i o s ~ ~ o s an6 are not urcluned inxhefxidinrle SrareWJdlije~Refige~xX~~p~medio Howwe ineF-2- A-uBIOris the G-assandWaterDim~iS~Luis

a ~tare-~dopted~ire-~p~cc~brenamhE inat ~auonsl~Ji]dl~eReiugeBLLd~D6unecsssTto B~~~ ZnderEampRmew TheStete d i Criliiorriiahasiecently

revlBwkn~6updatsd dofirsXWQ3 6asmPlansAlldr~heBasmlenshave compieted fheSrarswiewann anopnonprocess snd have been submitted ~oEPampior reviewmd aporovalSomeof ihe3ssmPlas contai3-sitrsp~cificcrite~zinthese sasestheStateaioprean~e~specampr cir-ere usedior rvaterquamp~ propams -

EPA ha^ l o r vetconcluded

mclude zxoric aiterieior cGpe Scare lV~ampia~birrgezSc~te-idoptedcadrmum an6 wnc for theSanamerito site-spe-3c aquabclife8selenium

E v e r (and nibum~es)aoo~eampamilmn Citenon~fpgfl imotkJthly rnedby City as pa oEine statewinemirena em n a t e c ~ p d I1990Tamp

promulpared m roaysiinalde reneriLyapproveU Stateadoptad sire- San looarun River Theaelmun specac chromcni~rion 18-T rn

ampten6 ir inis rule are~map~hcable IC

pomons ofthe San ] ~ ~ ~ R i v e r i n the Tznud Valiey kegio~bezause sampericm =itenamp nave been e+erpre+jousiy appmvei DV ior previously promuigater by EPf as pmofhe NTP P a~r rovedand ampa~nrwedSm~e-

efiectior the GrassiundrWaferD~smc San Lus~ati0nelW~dliieReiupem~Los3enos StateWfldliiee~eiuPee --nereiore irk noPezessaryto mlu6e Pzoda~s5nLd e 2 jodc dlezrc icrseieniuiorthe GrassiandWater f i ~ m ~ S e r h hNaUond Viiiaiie

Federal RegisterfVol 65 No 87 Thursday May 182000 Rules and Regulations 316B7

Sun Fi-andscoJlegiondBoard Busin plan olg86EP~approved several ~rioriryro~cpo11uraz~tobjectiws[ W A-amp-]that were conrsmedinfoel986 a n Framisco RenionelBoardB~ir

~ ~ - -~ ~ ~ ~

plan asamenaefl bySWRCBgesbiution Numbers 87-4887+82d87+2by

andlor nesignsreduses andiailueto hguageofthepmvision the stanuq adoptneededcriteriaThusmcia~s bBWrniandyurpose oisechon-303 amonis not unique and theie$iauvebtoq In addug

The CWA insecdon 303(c)(4) secdon303(c)lZ)IB)ro foe CWA urovinesrwo baaes~~vrornulwtion Coneres s undernood the~~of Faneid w~rer~d ir~ 5 i sndaramp~~he fmreqampementsb~~ectioncti3~3(c1~i)firstbasis i n p q g 5 h l A 1 eqplies States~Xoconilucte i d r + e w s o f

letteisi~ted~ptamherSSSIIR8Zandwhen a S r a r e ~ ~ r m u n e w ~ r s v i h e ~ their watnrxpiliQ~dar6scd~bmft

stanriardsfnatEp2determinesareno the resultsnfthose rei i~5FPAanE consisrentwih ampe applicle insectiori303( d~4~~) i r i r i~~~at ionC

Decernber~243~~7~~T~s~~~in-3~thesmmRss~~~~~p~) ~~~ a the m~anpio+dampttersaFe dontained~the requirements o f d e CWAIlaftefPAs -CWAlsection3D3 (d)iduaes~wftko~s

ampan r o d theState noes no~amenc nrleampngJti~tnkessampt0~ itsamp~so~asrdbe-con~enrwitbthe include thesecilt~~forforprio~~Nto~c

~ d m ~ E l t i v e r e c o r ~ b i i i t h i ~ ~ ~ ~ ~ ~ ~ ~

C7NAEPi4is~m~pmmp~p~ro~ose noll~taneltfhat~ei~onampedintheSm appr~~riateFeadwateramp~

-- F n o r i ~ ~ o U u t a n I 6 httiiisiruatioi are i o o m o t e Z i d e s l a n ~ a t l 3 1 3 8 ~ ) ~ I l

~ a t ando~~~~1ampconsum~tion1~

~eadlinesm~section~~O3[c)(4ldirec~6the Kkhis~tort~iact~~promp~~ where the Adminisbator netermines ~thatia~amped~or~new~~endard~~is~~~~

the ~ c t ~ ~ ~ e s s b p ~ g secrior 303(~]1Z)[B)tothe section303(b)ll)

citerie towarars withampqSrates - muniapil orthTJhT bandficiduse designation intheB+~clanfiso some ~ d l i u t o n t 5 s e ~ a t e d h u g h the

supponediP~sevsrdway6~onsi~mt wihEPXs a p _ o r o e ~ L h e ~ P A lnterprerssectioni303[o~(P)IB)dfthe CWA so alowBPXlotactcvjhere the

Statehunobsucc~edSainadli~hing numsticrwaterqualirydtankdstim roxc pollufe~ltsWiuac+ion-cdbethebasia fos~the~IPbinhnmis asterrmnation ~aer~sacdon~303(~)(4) that neiu mte6iseddiiteriame - n e c e s s q m ~ ~ e ~ e S i p t e d u ~ e s are proread -7 -

~~kdoespot~belied~ampat-hif~~ ~tareswersto adop-numeiid5iterk io thoseooliuta~lubasaaorine3041~)

water~bodyby~Water-bod~bampis~~~nr EFf i~towaerraksau-~Eort~conuuc r e s s a r amp ~ a n ~ ~ amp e s ~ o f t e d m r a m

r--p---c -~

adoption ofwateyadiy -dark IS each roxuzpdliutantSor whiampEP~ has x i e d CW~semen pzimafily heregponsioDUrgof Yhe issuetiUWAsemion 304t8lcritena 303[5)l)(B5FR GOB46December Z States2~owevefTWAsez+ion309~c) dancC-thereha~ampEhsrpe~~- 1292EPk incornorares the d ~ s c ~ s s ~ o ~ -~

~lsoampes~be~a~cjle~ior~~the~e~eral ~rrrseneedithat~~Uutan~hich~could government tooverseeState actions to ~easonatily$eexpectiaa~iointeri~~e

~ ~ e ~ N T R ~ ~ r ~ a d o l e ~ s ~ ~ s r t i o f t h i s ~ e m ~ E r e c o r ~ - ii

ensurecamnliance With CWA with~thedesiena~~d~~use~w~ddim~oseThisdererminamptionissu~~Onedbv~- -

requiremen~~IfEPXJsSr~riiewWdifhe anenormous aampbimati~ehurdelt~nd ini~-tionhtheluieamp~reamp Statess~dsrtisfinaSaSfla~sor wouldbecontrqto thestatutory sho~gtheampschageorpre~eof omiss i~ i~en b~~CWAguthurizesdirecti~e~ior~swiftactionmaniiested~~ ~rior~to~xicipoliutan~thr~gholittLhe ~ A t D ~ O ~ e ~ t t h ~ i i e f i C i ~ n C i ~ ~(see ~ t h e ~987~addttion-~ofsectinnnn~~~c1121~StareiWhile~da~iSsnotaecessarily CWAsectidn303Ld11411This~water t o ~ e C W h ~ ~ r e o v ~ r b e c a u e h e s ecomoieampitconstitutesas~onerecord ---- qua stannariisprom~panon c i t e n e areamblent dm16inat nehe sup~omngthe n e e d ~ a ~ e r c c r ~ l ~ x aurhcntv i a s beer used ovEA to issue azaurmentofthedeslwareduesthelr ior n r io~r~x~ no i lu t auu withserm

applicationLDLwarampbodies will 304-ia] ~ i i e n a wher~p i i ~ ~ e ineuroSKU - resultm addibonalconnois o r noes norhavesumen ntene

ronugared rriterle s~miiarID ampOSE dishmgers oniy wberenecessup~o Toiays h a niie woulP nolrnpcs~ nziutied here for E number of S~ates prore=toe ties~pareduses a3y unaue o mappropate h r n c on lnese acbons have aahressed boamp ZCs interpreration o i sedior t o e State o i Zalii3rniao irs jlscher~ci ~ r s u f i z l e n e ~ SEt m e n 2 333(c)2)[B]u supponed by t ie 1mereir puts n i a ~numenz a v n i nrorexvE

--

- - - - - -

~ e amp d RegisterlVl 65 o 91~hmsd~yMay 1820001RuAesandReguhtiPns 31689

the uses of both keshandsaltgtwate~ itestedbe advnresent inthe water amat ic l ibz r i t e r ia for ~ h ~ u a ~ i c o q a n i s m h -body~EP~sap~~amption~ofits~puinelines~ t d d a y s ~ ~ r u l e ~ ~ ~ b a s ~ e s ~ d t h e

An aquabcliiemitdon derived using to develop the miteriamanix inthis merm u i m a forireshwater and F A S dW~b~ztionBD4(a)merhod d e is ]u i lpad bpthe~~ency~ be satrwaier aquatic liiebutis mghtbs thougi~tofasanesrimate of the highestconcennationofasubstsnce

934]EPAsguiaeline~ared e s ~ p e dt o i e r ~ v eciteriahtgroIectaquatic

auremp~z$~rovi6eareasonshleanil idequareamount dfprotectionwith cnly asmampllpossibilitg o ~ubstantial overpro~ecuon~oundsrprotecdonAs discussed1l1detailbejowthareare severK individualfanorswhichmay makehedteriasomBvirhatl2 oveTrote~~s~mun~srp~otecriveThe eDnroachEPA~s~iseliwedtobe amp-welbdmcea aspossihlegiwn the s t a ~cf thedienee

x-mioampaquaticYife c r~ te rkd d v e a using EDAts ia86GILielines are expresseCas short-termminalong-rerm aviees r a t h e r one nunibex i n -or5erthatshe cdterion more accurately reflec tocoiopicAIanamppracttcal -

concenuatiob(CMC)ashort-~ermconcenuationJimitanda criterion

~~ ~~

iayaveragecone~~ationlimiiare des ipne2~opro~de ip ro~c tmn ~f

ep_orqpriateforillwaters nftheUnireamp States T[JS) and~tcalliecosvsrems

Freshw~reanastya~eiIiifiu6ing borb e-nsandmarinewateis)Ihave

prornulgatinghumanhealth~aiteriefpr mernwiordl~suriacewatars m

- -- c-~~ ~~ ~~

some ~uenc~eciesathreatenedor enkaereii s ~ e c ~ e i i n s u c h i n s ~ e ~ --- -- --

i r e s h w a t e r a n d - s k q e c i e s d ~ ~ ~d s r F e d ma implemmid inroqb do no~idnabirfae+arne~~~ITo~~use of tneSta~lsoap~tivecntarionThe provine additiond niteriaare r s a s o n s ~ ~ e s e ~ t i a e m e r c u r y develo_aed5or dn~iorsdi aouauclifenumbwareexp1ainedin

waterFo- - ~ c ~ d e d i i S e 3 t i m Z Eniegeted-thrsde~~~$datideghwarer spelies-amp

-q u a u c IlieuitericontainedLipCWh

secdoQ04[a)mtet1agriiriepcefrrst e F r e ~ i ~ w r ~ ~ ~ ~Sei-umC-oa publiampedicthe~dy3~~p~sBndlate EPh$oaeampadifiarentampeamp~~ter modif iedbth~~as amena~2racut~gusu~Ueair~onfosale~~~~~

tne iollowing~eamppo11utaTL~~ersenic forthisnilethan~waspromuigatsdiricadmiumchrormum~1coppar heNTK as amended EPAs2propossd dielririnendrinWdmee~~3RC) -actionmconrirrentwiampEPA~s n i c k e l p e n r a c h l m q p h e ~ 1 ~ 1 ~ ~ ~ ~ ~ p r o p o s e ~ ~ s e l e ~ m a i t a i i o ~ 1 ~ m ~ u m Thegpdatesused+b86g~fmh cqncennaboniortheWarer Quallgruleareampxplaineaiinadampd mppdn Guidanceforlbe ireetlakes~~Systamp(sr doc~entwtitle~3DB6Rn~~o~asW~er Nrve6oer~sh~~~~~)Tlus~PR58444

ampreamponofxq~uhc~f i~j4mbien ihais~leniumsrwomost prev$ent

Wmer~l~iSEP~~~z~~~6-001~~ox~aationotatesselbte m a selenate

aampinisamptilte ~cdrd tb fos ioxicig ~well-snewdara whii rulemakiqghisiloCUThentampresents the indizarearrhatvariouafmmsdiselmum

amaticlifeand~i~ues~~m~acuteand derivation ni~aampofa CMCs and are eil~uvBAaditivi~hcr~anesthe k o a i c toxiampymadimds maplens C C C ~~ p a amp ~ t amp i $ h a a i ~ ~ h toxicirjolmixrures oamperentfoms of wifnoct beinampasresuicdaeas a one- whiththe upda~d~eihwarerniteria the poliutanlTne propose6 approah numberdieioriw~ddhavembe for t h e m ~dllursnrswere3ezivsd pronucesaampffuexkxeienikicnn ( lessGuialtlinespgesAE4)The criteiibriioricennatimor CMC

~ ~

T h e p o $ ~ ~ ~ ~ p ~ o g l s P C B I terms CMC~aih2CCa~e3heiormal cr i tdavl tha crltpiia~uiifo+s - d e p ~ n ~ a i n g ~ ~ ~ p ~ ~ ~ a ~ j e ~ ~ r o ~ o ~ t i o n s namesior therwo~lacuteandihronic~ dedipoundamprs omh t k - s h e m - a s of siieniteselenateminheiormhoi values ampacrireriogfor a pdliutan amenaek io+b dehedteria-are sildwnthatarepresenr 1

howeXethisZoment will ampo use expressed=ds-sum ofsevorarodors Thereamhle LO f n e ~ u 5 1997 the~orm~svnonvms~c~ecri~ii~n - - whilebkhe~rSm(sremeniiedthe proposednrleprovidea iKpthTand6xomccitenon -

The mrb-n-iersiteua are intended to identifylifyavsra~8pb11utant

con=snwationiwLich willpronuce wate$uamprgs~eriJ1yBliitedlo r ~ ~ e n a n c e 6 f a q u a t i C ~ a n d

icaz ion dfexcampions overtheiveage

criteria-sree-xprsssd each ofaeven -ampduJus~ion6fiihiqpmposedampitampon ior ~odbrsThe~~tic~ee~teri8mr theStaiuof 5 l i f o m i s ~ e e 6 ~ ~ ~ PCBsiq-theCTR a r e f b ~ e aon the aitemxcontsmea in~e198~cr i tena pdanceiocumentfor PCBs whch is mc1udsah ine ridrriiPisnativerecord

explam6 rhediBiivation biaouatittcliie

216D+220S~hincqrpora~s thar ampcussionhere a sam ofthis niiemakingrecorampkl986a simile-discussion wasincludeElc h e

~~dtanrtommentezsquesnonec seveia a spez~oftbe Grasf-ekes ~rooosiEL

c 0 ~ e n t s b d t o ~ ~ 1 1 ~ ~ ~ ~ ~ ~ ~ addi t ional i te ra reviewendtoxici~ testamp iidition3hdUSSWSand

so k o r ex~osureswillno~cause criteriebaseConrotalPCBs For more ~ ~

nile~pecii=~axeraga vane ove ra he ~ommenis~d~mmentfbithis Todayslchro~ciaaticlampniteriaior

time periodlLihori~becauaeampnrrsioq PCBsbehaseampona~residuep e r i ~ d ~ ~ ~ h i ~ c i ~ n t d e S s amp ~

value higher ~thanih~i+kagemaykill [FR~hEA$guiaeliaeSIoraeririing U S ~ S I c o l e C t i v e l y ~ ~ e ~ ~ ~ c e s ) or cause s u b ~ t a n t i d ~ ~ e i n s h o r t aquaticlifeniteriaanFR~~basea a re conceme~tha t~~ s ~ ro~oskd

periods criterionisintenampeampioiprev~nt - ciiterionmay sot be ficimtlyY

~midrmum~da~~set~ofeipht~~eciiisdconcenuations ofocilluta~~tsin protectiveif campthreateneampand -iunihes IE recommendedlor airerie cevelo3nen [deampare p7m in rhe 1985 Zaaelines oaee1 Tne eleh -specific familiesarejintendedto Kz reuresontative oiawides~achmoi iquar iiie o r d s seeson I is not lecessaq -hat rhespe=Ec oranisms

commerually or amp=reanonally ennngeredspecies~~ lomie imponan aquaucspe=]esborn afiecting Bezause ihe Semcea believe there s a the mark~rabihmoihosesaecles or lazkoi dare to show ioi certamh~tn a f i e c t i n g t h e ~ w ~ ~ t h ~ t c ~ ~ u r n e criterion would noiaiiect~roposed aouaticMe tnreatened ampd endaneerea soeciecthe

Toe proposed -3jn=luded ac Senlcespi-thsiii iuampe~ update2 keshviate a n t salrware ve~ate tie protemvenes cf t h c

31690 Federal jBegisterVol 65 Nc 97Thwday M a g 183000 1 R u l e s a n a R e ~ a t i o ~

ampcu~dnereamp~artnf~this inditidoarti~iemampCould 3 i t e n 0 n ~ ~ e i o ~ - h n ~ ~ ~ ~ ~ ~ ~ ~ o s s d -

~ i t w o n T h s r 8 f o r e ~ k n o t r u l e m ~ g ~ e c m ~ M a n y k d e n ~ i dissolvemthe re~eirring~fer-g prom~gatinggd~figa~tahein~~~ thecrimietoke sxceei~dExpresmg sunngiy suspo~dthi~encysSp6kcpcpeele ai t i ionatWtime on ampsdlvsmmamp aquaticlib criteri~ dteria asilissdlvidmedrequiies Aiswcommenters~~qrnsea~ uansiationb~eenan~ntmeralb 9~so laedMeddMamp ^L oPmmfhat tbemds30mnot i o r m i m ~ c ~ a f i n i ~ f ~ e p ~ y ~ D ~ C E ~ O amp ~ ~ - ~ ~ B Z ~ ~ ~ ~ ~ N T R ~ ~ A p r amp d e amp t ~ ~ m e a a e g u a ~ e ~ h i t sotharaurampr~cdlepermi-

promdktea ~wate~iycriteria for p r 6 ~ c t i i i e ~ f i o ~ t i E o f i ~ s p e U ~ S limk c ~ ~ e s c i b K amp e d ~ t +ill -

sever~ta tes- rha t rnadWe~ ~ s s ~ ~ ~ ~ $ ~ r o ~ ~ o ~ e ~ ~ ~ d ~ ~ t s ~ e e qualig staniiafis~husitto meetbe aevpmrer ra~w~ments nfCWAsecbm -- conrainea-idamhom~e~recolti IS unpmrantrhatpdttig~authoriti~s 303(~l(~]IB)~~udea9mong~ewaterenti+]ltd m i i c u t i s i O n d f ~ e ~ ~ f ~ i l i t yto -- a d ~~erau~orifidshave~the ou~ydtampa~rom~gate~~ere - ~ i ~ ~ ~ l ~ d amp k ~ i r l ~ d ~ ~ ~ ~ b a r g meraleralW-r - rr~Iamptib~Mieeriamp~siilvea numericPitentiior~~~rptscdonnf~~ 1 ambientrers~dmd~recotlerample 1 1~ ~ ~ 3 ~ ~ ~ ~ i l t s e ) 1 ~ a ~ ~ aqustiillBiIoill~~rr WRTSErilC res ins VjLcb =er~inltEIu~ntnt5 ~~~- to coampampnltampcument

a r e ~ o m c o n i a i n d a 3 5 t h e e ~ ~ ~ ~ ~ ~ ~EPAbes~~~~pl~t6~dflo~cw~ramp~cadmilimihmniium~~]tchromum~~ recampdioIthk eee [VIlcq~poperlead mernqy dckd -lri use oiu~nbletmsroonv~~o~ selenium~ilmandzincCdtariafor ~~t~ampd~irifs~~c~fi~1sstil hssolved matal6critena~tod rwome~applieh~othe~Sf~tBnf- Metdsmtedd~etalltd~ia~aues recoverleperniit limi~The - Paiifdd - a mbmiiampmm31jleTiiUrn-deTinfie - d o c u m e n ~ h e ~ M e ~ ~ ~ o r f 0 r 9 ~ amp l i i d ~ m - amp y ~ s

Ths ~ s n q r e c d i v e d 8XIMve~uBlic m a ~ amp ~ l S $ ~ ~ ( l ) m k amp ~ G Guidancejor Cddntin~nTnS coamp~~a~~the~~~alopmentbfffheamp s o l lt ~ B ~ ~ b s e ~ t ~ i h a v e Recovernble EermitWFmrn n

NTRZegGmgg mo$$~pte Dissoived~~t~io~~XrS2~~86- b e e n t c ~ a ~ ~ p P ~ $ f y ~ ~ y y ~ T o approaclfhuekpres~ e 0- me $ e ~ ~ t e r m ~ t amp amp d amp r ~ ~ 0077uns~g9Q]is~du^~~inthem e amp d t ~ ~ d T h e ~ ~ r i n p ~ ~ s s u e w ~ ~ adminisu~ve~recmakrtob~s harampse-~pena~ntrtbb~dte i ia nile -rhecon~lntionbewebntme~ampdtare wlUltamp cficdad se -ampflyfofoiiamp TteampG~~hcsexarmnes-how meas+amBTLaimdpihtmefiane supampamp ieatmm- is - KO d ~ ~ ~ o p a r n e t a l 6 ~ h e i i ~ p r ~ n i d nhioawSlahl~iinEtbxic rtoaticlifelt lg13amp~][zyphBkampessd~penasnt i~hns~as~therac t ion~f~d is n m x b e ~ e n spd l i~a t theune fieshwatarduesp~sampC~ampe recpverample mefl in ampe~~wnmern oi d i s s b ~ ~ ~ d m e ~ ma-9010 -no satmiidmaawe ~nS1JBJb](lTharr~been watsrbarisldissol~edi~~e

c o m ~ i ~ c swithaquticllife water campamptea usmgampfampessdf TOOmi dissdivltdmd cdncenpationdivide- quality sradaataqkeibzornmenae11 1as c a c 0 3 ~ ~ - l i l l u - t i w w ~

ampPr b ~ ~ e t o ~ r e c o ~ e r a b l i l e m s d ~ ~

epproacpbacau~e-~SS07vea o+y) wbatampaseaett concenrmtion ampdlator m~sone m d more mt ampma zos1 d ~ ~ i o e ~ l e appoPtiatB areampdm3ti$liiiayamp+ ofhreefeams~~ltmefi~1~~6um~d70 iraaiono thesmed h amp e water - be equiualen~tothecriteria~~ce- c o n v e ~ i b n ~ ~ ~ ~ m r n ~ ~ ~ e ~ ~ 0 ~ -cdlumnthandosstotrilrecov~~ble l g 1 3 ~ ~ [ b 3 1 2 ~ ~ ~ ~ 1 ~ t e r ~ $ amp ~ S amp ~ a ~ meamp-

convmsloa5ianorsLz)ilf~ybe gt -L~

m e d s d t ~ f h a t a r e n ~ ~ d n e ~ - nevelopdddirectlyBS t h ~ --5 mtidi -Si l l cemAk-pr~ous ~t ic ik d e p a n E ~ f a i e r d n i Z a ~ ~ ~ h edissoivedrom~recodl~~e~~anri

criterie-hcshadBesn~~xareseed~t o ~ m d ~ ~ l e ~ t ~ t i amp d 6 ~ f r w W (3)irmampGdeviiqpbhou$theuset ~ r a l ~ e c o v e r a 7 j l s ~ e ~ f o ~ r e s g t h epj=ampampampampoamp3~amp[$3~~ of spdtiampcoedenythamps - -

crirdeas-ampsolve~convar~onfanprs d ~ u ~ a a m a ~ amp s ~ ~ ~~ c t i o n ~ ~ p z ~ l a t e $ t amp e ~ o m ~ f were n~veiqped~baccountfo~ths e e ~ o n T 2 i ~ b b i amp 6 1 ~ amp ~ ~ e n d ~ metalh~ampngaites ogwadsorbentm possiblepresencedf~+nilatemB~in m~tip~lylqgamp-$ghea$prop3ate the w ~ ~ e r c o i ~ I e g ~ ~ o n c e n u a t i o ~ ~ ~ he iamporat~~roxi2iy~esrS~ea~o - c o n v e i s i o n ~ ~ ~ e h n d ~ ~ s ~ v e Zo i radcs~p~ds3~i61id~~~TSSl~This d e v e l o ~ t h e ~ r o d ~ e d ~ ~ 6 l e 6 d i t i r i a a ewin -ceclo-entampcussesampesem ~ ~ ~ ~ ~ ~ d ~ u ~ s a a s C C ~ ~ ~ g p 1 hdudi$aer~dfrecb-ended the manix 40pF131i3~fbC1fare hree io- as o f ~ amp l a ~ $ 7 k 5 ~ ~ uesnwater convemionnms Mthits- roundadtorve c~ t6gures field m a v neigmdatsgemranon an6 lvlerdampPoampy(~ee~OffiEeClfWaterPdlicy T j d ~ o r s y o i ~ ~ l v e ~ t o amp ~ d 7 d y s i h h ssn+gpeamprsnidPPPi~~cann Te-5micelGcidanc6oii -- ~scoveamp]e~Me~samptsDPAaas generate s i w ~ p e c ~ r u ~ l a ~ o r s Inrerpreratioiampdh~lsrnentationdi Natmn~o11utanDisamparge - - C a i i m + R e o ~ ~ a ~ Q u a l i ~ Aquatic Wehilet$le C r l t e i i a ~ S ~limination~ymmINDES~ Conuol iioarampmapuseany ofthese Froihiohc~gj48sistantAbinisuaror repu7etioas~equireampatlimi~5io1meraism e t n o ~ m d e v e l o _ ~ ~ p w a t e r ~ u ~ r y -for Wa1erDnobe~~~9n3)~B~~edonm permits bestaeampas rota1 recovmabl~ basdd~ermit limi~-roneevme~ -additiodaboratoy~eWiuduo~~that m most cases(se~40~~2245~c)l qualipstandards oaiadon-disiolvei slmuiatedthe~o~i~maltoxicfrgzeas exceptvihen aneffluentpaelme merais rrttenr P Aencourapes the A rifmedtheproceau~esusea to spec5esYbdlrrnitationinanotber i o n Stare to-akpt a-xare~ie-pohn onfne r ievi lopEashwa~conver~ion~nors of the merslthe approveaualyticil us6 or^n~larorsao~har themort io aquaticlife crirerik Thesenew me~o~meas~renniydissolveumedelpropriare-sehodnr mshoampare usei zcnversior Zanors were made avdabie or the permitwsit~ expressessmBtels cculstenrlp wiihaliiorrua ior publ~z review and comment in rhe k t in anorheriorm teg~solved aneniments to on hbyn- spesc or total) c Apiica~onofMeisCriterkwherremured 1995 e BD2FF23228Theyare elso to c q outpovisionsnithe CWAThis bselecting anapproampim conteine2 m-tonays d e at 40 CT 2-becausethe chemical~condi~ons implemennqthemetals citeisamp~ i~ 3138]2)

amblenr watersfreouenGydifier principal issue is theconelabor

hose intheeEue~ that sremaesure6 and roposea rule rovineia more ne-ampled m d inese difierenzes result mchange nerais tha~are bioioglcalj availabie ampszus~on oiEAs metals ~ol icv m he nartttionhe berweendissoiveL an6 tonci3 oiaroassure the ioe

Yhegtreambie eotna AupSlD97 n i o s t a n t i ~ ~ i r o m bewee2 meamp

concening the iampat ic l i fekat~Oual i~and abiorbedforms bithe meralThis metalscriteiia arear+ateiorthe ~2----AL----A- 9 ----+he mW$n+ l-+~ 7Rrm-p rnsmicai conditions underwhiamp thav-- ---a---

6 9 7 5

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 4: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal ampgisterVol 65 No BiIThmday May 18 20001Rules and Regnlations 31685

--

a ~ a t i v e ~ e c o r d ~ f a f e d t h a t a l l h amp c ~ ~ e n a h 2 r i o r i t y ~ o x i c priontypoliurents withEPA criteria PollurantsSrates C o m - h ~ - - piaence werelikely tdbepresentin BemsionnfMampCrife~BDFR Califorma watesHowaxerthe 222822229~41BBSltheNRas SWRCBs r e c o r d c o n t a f n e a k ~ c i n t amenie~lTheataywesmrespomee~dormationto suppmrahdingthathe alawauirapainn~ chdlenpg exdu~ed_ooUuf~~f~~~wore~otreasonabl~ 8mong~oherIiSsue5m~t~s~~t~~ expectedrointerfereIwih~~e~gnaf~dcupmassdesrrodzscwerable - uses o i thewaf~~s of the c o n c e n U a t i o n s h p ~ S d e m e n tSafe

AlthougIiEPAapprwedthe sratewide hgreementreouir~dEP~-mka~ promulgatedirthe NTRasmecific seieniumobjetivein ineISWPand me c r i t d m t h e N T R ~ ~ - ~ n mrssaec~cw~~botliessSbutnot~~

rrr lampddcewaters andenndampeampba EBPEik di~apprmm8~~sdbjectlve~promu~e~ampcenurcme~drer ia~ in ande-es - -

iorzhsLsananF~an~coBa~iand_D~1te~ oi _ -_ theh ~ d i v e a J o = t h r ~ ~ g h ~ r h ~ ~ e lt - becausetherewas d e a r ~ d ~ e ~ conversionfacrrxs Tneseiaampisare 2~raampcoj~plmmmtionnofCWA ine oDjerive~~olild~notprota~the iisted mtheNTRas amenaerA Se~ongDSfcJ(2IlB~ --- desiparadffish~andddlifeuses(the scienttf i=amps~s~loDof~me Snorily~afrer~theSWRCB~adopted~thedreriais TaltforniaDepamnentof dch found m a subsequentsecfionofas ISWP and-ZBEP~severd~dischargmsServices~baamp~sue~~~~t~owl preamble _ 3ed~buivagainst~efStatsampepin~rha~co~pt ion aav isones~ue io s~eniumSmcecerampampt~a~~~~amp~~dy irLaa ~ot~adoptedthenr~plani~concannations wni+scientiiic-sru~es been~prnmulgarad$nforspecificware compliaone~withStarelawTnee hadLonrmenre~~eeleriium~oxiciyul boampeslinhe Statedf Caliio- iofne p h t i f i s inaronsdlidated case )fish9ndwildliid)reateddfbfb - ~aae~amendedtheya~enotgtwihmcluded the Zounty of Sacramento c o ~ m e n t ~ t o ~ ~ b ] a c [ i ~ N ~ t i ~ ~ ~ ~ S a ~ e n t o C o u q ~ W a t e r A g w q the scopesdf todaysfiril-rule~Howevar Pollutant Dlschuge -tionS~aem ionclarityin~rea~g~~om_orehe~uiveSaoammtoXedCou~Sanltation[NPDES)~permftb~hmed+f~rS~~id e f o r t h e ~ t a t r c n f C ~ a f f t h e 8 e

Disoin the CitgoSacramenm b e Cirg~1anmscb~aythatc0orainadefDuen~ =idaare i n c o p o r a t e d ~ ~ ~ o 4 0 ~ of S~~MetheCirpofSan)osetheMrs$asriaonanobjectivegraatmrnan ~31~8(d](~~oomorcs30~e~ableinCityofStoampo~mdS~psorP~per5 psxs~er~billionYppb)7foyday - 40 m 3 3 1 ~ ~ ( b ) ( 1 ) ~ + a 0 ~ ~

a v e r a g e ) - K ~ p b ~ ~ h o ~ ~ v e n a g e ~ ~ yPg$-gers ampege3-haithsState l g 1 ~ 8 ( d ) ( ~ ) + l ~ h ~ amp ~ ~ ~ a ( ~ d

the irebhwater~~it~EPA~e~-mediorw~chsne~WB~boampaS])WeIe hadnotadoptedhe2SW a n d B E IEits ampsapprovalcof GaliiorPiasrsite- prom~g~teaampff ie7~ amp5amende~comIjlia~ewirh-theC i l i i e a specfic~seleniumdbieamp~sfor~ortions ~ ~ ~ f o r e ~ l u ~ e ~ n m ~ i s - hdmimsaab~eP10ei~~sXcof the Sm7oaquin31iv~SahSlough i ind~e~~9pproqriatki~ebwarerC o d e 9 e ~ d ~ 1 1 ~ ~ 0

[Gov er segJtbe ^and MudSloughDAamp~~ampsapproved m s ~ m a m ) n q ~ t i c amp ~ m w h i amp CaliiorrmhwonmendQuilir) Amof therategozicelampeiamp~ana e r e p r o m ~ g a ~ ~ ~ ~ e ~ 7 8 5

seg3exempuoabTheserdieapprovds amendearrdl iul~~~dm+face~ewaater Pi~ RafrideSectio~2~O~et CdieandhePow-Cdlopeqn~atti x i u b d the~diSappmvalof~SsSra~e2sden~oseabaysand~s~Bs

Secboni3200et ssag1 Theellegationcieiarrdofwateraualityobj~criveslto i i ~ l ~ a e i ~ o ~ u m ~ m - a i + d e ~h~ eEuantdominated-~a~mb~ICate~o~i) or that the State-rlidoors~~euroiiuentlyapg~~pi iate (weten~ampor~ 1

whitn ahopdngandrosneamsdominatedrby org~moily)miidhealtbrri~eria cn~i~dweconomics

a g r l c u l t u r r i l ~ ~ ~ e ( C a r q g o ~ ~ b ) a n d w a t e r ~ ~ u a l i ~ a b j e m ~ ~ s a s d l q p e ~ yw ~ ~ ~ ~ ~ e m r o m ~ g a ~ a m m ~ e ~ - l a s resjiedby~Section~3~~10fthCPoner

the dma~provdiofthe exemptiomof amend~a~ viatersd i d a r ~ s u r i a c e water quakrg~objsmvesmrconsuumd d emuies e n ~ l o s e d b a g s ~apridmalrdrains(taregory~c]IPA ~rltd= - Coiogne Act wasahimpormntissue m

tbelitigabon ~ n ~ n o ~ e r ~ o f ~ ~ ~ 9 i t b e ~ ~ ~ n o r ~ o m

oi ~~U0~~aCo~gdi9acramrmto issued atentative decisioninvm of t h e amp s ~ ~ ~ s ~ l n M a r c h o f189Clthe C o u ~issuea8 siiosiuntively sjmilk final tecisior h6voCnfthe disinqpersFind pdpenrsfiamp the C o ~ ~ i n l u l yof1992 orderactbe SWRCB 13 r e sud the ISW andEBZP OnSeptmberleeampe SWRCE iornally rescmied rharwo~sraampdc w a t r q u n l ~ ~ conro1planr The Stare li -entlym tbeprocessci readqoing water qualirpconrrolrplans i o d a n d suiace warersenciosedbayr end esruaries

3 P - secuo~SD9~~121IB~ was id mpiementeim the State of ~ s l i i o r i e i3=3ecembe of2892 when tbe A waspromdpared mtilSeptenbe of 99i whez r h a 9AXCEw reqwrer rc reszln the ISWF end BEToe provsions icr abmr m EPLs ATE rogerae wiu b e ap~roved ponions of

ioundrthedeEnibonsmofftbecare ones impre~isa~ndmvsriyhoaawhampcould haveiledtoian~aonechntemreration

Smce EEAhadampsapprma~~oruons cfeach of ine California atemdepians wh i~were necessqmtOSui6jCA1s e ~ o n a 0 3 ( c ) 2 1 ( B ) c ~ amp eoroved a spec t s o i~WomaBs w a t e r d ~ srenampampwere include~inEPA6 promuieation oi+helG~tiondToldcs Kule(NTRj (40 CFR1313657FR 60848L-4pzonulgated specific cn ren~ io rcenauwaterbodiss in Taliioma

Tne NTR was amencied efieampve A n d i4 leg to 6- ceamp meamp crireae whichbadbeen nromulpatad as tolal~ecoverablr[i~ffecti~e 15 ~ ~ r i i 1996 EPAjpromdgated interimEnd metdscriteriaas~2issolved concennationsfor those meds~hich had been~ampayedJAbinistrativeStq of Federal Waxer QualityCritedtiior Metals andhterimFindRule Water

_ I BP-PY

E g

~

oqlyioni~i

csrbontsmchionde chlmDbsnzsnel 1Xdichio1oerhanE I-dirhloroeinylcne 3-ampchloropropyhesthylhsnzme1122amachioro~rhane reca~moethylmell~chloroo~sne ui=hlorosrhylms vmy chionde 2-rLdni010pn~l 2-rnerhy~-L6-drpluonhexo

e C d - =~ a l i j o a a sIWLme2EpEP rst tdffommerce Caliiomia(RWPCBimamp-~--~ impiementedthe r e p a m e + t s l o f ~ A Nat iod hilsrineFisheriesS~ceon TalieyR~giort)PAbdetermumtionan section 303ldl~211BlHo~veraince EeA~tentativeap~odIdisa~pmwl these site-pedifioaireriaiscoW Seprembc of 1884 when thelSMTRCS actionsonhRWQ~9~inPlansIn in hlstr=aat=dApprilJ 1990 resdnaed the ISWp- ~pd~EP the thLs sintation~emorBampenttd~e ~ p ~ ~ a l l y ~ A a g p o v ~ a ~ I h ehe

requirements of aection903f912Il3) two diteiia[fhe3t~t-ma~di~ S a n j o ~ q u i n ~ m o u t h d f Merced havenot bsen~fdyimplementedm sueamp fiver t o ~ ~ amp b ~ ~ ~ t i c i l amp dmrWm3hei~WQEBBeSm~~ talifornia - Y - $ I F h ~ B F ~ a d c r i t e d a ~ t b a lseldumriiamp+iampn~xmn[manmum

Theiecoperaf ~o i a~ 6 de~~1nzb -ruld]~wo~de~ea~~watern~r~ mfn ampemims~ampght i the eSIahliih crireriaamprampe~remainiq pr0~6~clu~-rh8calnitatlonof ~ t a n e r m s ~ m ~ ~ i l c o n C B D u a t l m urioriry toxlcpd11ufsllts tosreetamphe waterq~ygtbasedeffluentrii~ti~Icmavnbtlexce~amped~e~momthar ieq~emenrs~ofisecnons03(c1lg~1~10 =krAiXadod~dllu~tiDisCaarge~- - o n c e e ~ f h r e e p e B I S ] ~ ~ ~ ~ b ~ h e ~ A ~ ~ amp ~ ~ o ~ E B amp o D ~ O ~ [ C ) [ ~ ~ ~ ~ ~ ~ d o s s n o r amp ~ F e d g -E I I ~ ~ ~ amp O ~ ~ ~ ~ ~ ( N P D E S ] ~ ~ I ~ ~ + ~ u a t o r h a s ~ 8 1 amp d t h a t i hstaampdopt$dSi6~eampcntea~ approved~Sticadop~~d~~it~spedific

iSne~~ssaqpt0in8ludelin~d8~16~~~0~i~~hBLAn orda -- acute ~enqn far id i t e~ in ine f i8c t

c i t g i a r f o ~ p r i o r i l y f ~ ~ c ~ o U u ~ ~ - icr the Sm]oagu~nRivet~ouh~of In s~verd~erampeEPARepiond MercsaavermX ~ ~ i h B I ~ I e cwhichmrnotq~~~dbyamp6~t~s

mmded~nr~byampeS~~)~~mghEP~-A ~ a r o r h 9 l e a d y m v ~ ~ w e d ~ m decutepirenonoseieieolUrC~~~aaBTapprovehsite-spedfic ampEamp$QX approvadStatkadopred~sit~rsp~c~cj o ~ ~ g i m C ~ ~ ~ S ~ M e r e M e r e ~ ~ R i o e r i T o- waters oiJhepnipiSxesin thestate nitsrianvithinfne5mte~f vemalisIs~prpeoessw~pgpmreCi~eCaliforma

- of ~i inmik Il ---ii Sevm~L~eeecasesmejdiscu~~edhdeslgnai~dusermdthus~90L11DdUdedrhisaetimmofthIEPAap~mual i a t l ~ s h d amp e ~ ~ 4~r~fioriryzjdciA~lll i~tsi - - ~~lemsm$rencedrincmaayIsLPmamble rwcl ~ ~ t 0 t ~ 4 d o p r e 1 ~ ~ 5 i t m 5 p e d f i ~ ~ r e r i o

me cori tainod1~hra tFve ti ietrampdltamp~~pril~3~9~~~~-bampkSTatamp-e rheampamptiamp~ recordforznurda e s d s ~ a l s o ~ a ~ r o v e ~ ~ r h e S m ~ o ~ u i n ~ v e ~r-lri

d e v 6 i o q ~ i t e ~ e c i B ccriteriawhm m a u r h o ~ v l s r c e d ~ T ( i v e ~ t 0 ~ ~ ~ 6 ~i ~ o n n m e n r o ~ n ~ ~ ~ p ~ m v e d approprietd eg w h m BtaieMde titerie ~ i t e - s p s d i f i c - t ~ ~ t ~ ~ ~ o p p ~ ~ ~ t ~ ~ g p t a d ~ ~ t e ~ e c i f i c ~ a q ~ ~ d c ~ e a~pe~~~ver-orl~~ld~~p~o~ectiv~~oi ~ d s n i u m d t e r i o n ~ 0 f 6 ~ ~ ~ m o n t h i yce~um9nd~c~~thesacramento despatediiiss3a3dilica31j4theState v m ~ ~ p s ~ e s m z o i ~ t o n C i ~ h amp emea~nowaaerDA~a~oy8dda i n r o u amp ~ L t s R W Q ~ ~ ~ g ~ o ~ ~ s i t e e Stet~adogtaaaitfk~pedficr~61e~umCendIramp~ampp~n~~~forthespecf ie c i i tda~for~pi ior iry~~c ~~~ampi~ld~~~~~~)ofamp~~t~~~f c n t m i o n ~ f ~ ~ 4 d m ~ t h ~ ~ m m -pn11u~~lloUtithinieqe~eIBasin n mamppmedfhe8edt + c r i b ~ ~ d ~ n a r ~ o n l p ) ~ ~ e s e ( ~ ~ ~ s hThsie~tei+inren~eamprie w ~ c c r l ~ I J ~ ~ ~ ~ d A ~ g u h t ~ ~ S ~ ~ e g u ~ t l y ~ p m r n Q n t e amp ~ efiectivexhrbqgh6utIthe~8m~~ ices 5pedfioqyUgEPamp+a chronic ~ e 1 ~ ~ ~ t ~ 0 ~ 1 ~ f 5 $ ] 1 ~ n ~ d g r m d ~ - e thrdighouta ~eaarijZiisi~~ta~ddy 5 a c r a m e o r o f i v ~ u ~ ~ ~ $Y a v ~ amp ~ ) r ~ n u B I s a f ~ h ~ ~ B n - ~amputanie) -Yndet CiUfoda~laweisamptma ampme Haml)mnampya20qperpiampoP 10~9UldbV6T~0idmifn8~0uih~dfhe m u s i j ~ ~ ~ ~ d ~ ~ ~ amp ~ M = c s d ~ ~ i ~ m m ~ b i i n ~ t h e ~ add pi56amp~~msxim~)aYncn1tenpn ayrovd qy fheRWQ=BthaSWRCEand in63tareiDBce dfampamp-abve ~ a w ~ [ ~ ~ ) ~ ~ islawcc~pieterhecrirK~$BcomeeSIBte

- - - Thssscrirerie rnusbesubampiiid to

GeT-yampioamp ampampamp-iorfor revl+kid ap rod+5erCNA- seor301~~$~ltcrii~ri~~areu s d y Bubmitt8 to~~Xampjan04aXWQCB

dendmenl9fterthe 4menbenhasbeenampppte3under thePaei - - nrocessma~as becomeSlate

- lt - _I

~sonicrrltsdon=ppliesm~~allof 1 6 ~ i g + m a x i q 1 l m ~ ~ ~ ~ ~ m uitenonofi02~~I~~[~aximum)ampmWafere u a l l ~ p r o g r a m e ~ c o n c ~ ~ ~ t h e thedisso~d-h~y~rn~lt+ampess~of S ~ ~ ~ 0 ~ ~ ~ ~ ~ m o u t h r o f ~ e r c ~ d ~ ~ ~ ~ ~ ~ a o ~ t i ~ ~ ~ ~ ~ ~ ~ ~ 40m lasTaCO~~heee taww~e ~ v ~ ~ ~ ~ d s ~ n ~ s - h d d e

e ~ y e i i o p ~ e d ~ y ~ e S t a t a a n ~ ~o~srn~t~sfiect~he~eirwli~i approved ~ ~ E P A promu1 ateaohronic~leleoimnitenonas ermatibilGiiiamp vary with haraness1 These maWnun oi5ampgf~rampYavPBejetfonbdn~ed r e n a correspondto L C riitefiak NTP-T h i s p r e m o d y 3 e d d ~ ~ ~ - roiays -rule Therefore Federal p r o m u i g a t e d - d r i o n ~ ~ h ~ ~ f i e c ~ ecute critma ior COI)PEI c e k i u m a ~ ~ d~ t h e S ~ ~ l ~ j o a ~ R i v e r m o u t h oi zinc ioziae Sa=ramenroverihu~j Mer~e~fiv~rtoYamp 1 ributanes)aba~e-Mtonary~ampenot Gr~~iandMozerDibtn~~~~Lu~s necessary ro prorecrthe nesipareduses ~ a t i ~ n d ~ d ~ i ~ amp ~ ~ e ~ ~ ~ i o s ~ ~ o s an6 are not urcluned inxhefxidinrle SrareWJdlije~Refige~xX~~p~medio Howwe ineF-2- A-uBIOris the G-assandWaterDim~iS~Luis

a ~tare-~dopted~ire-~p~cc~brenamhE inat ~auonsl~Ji]dl~eReiugeBLLd~D6unecsssTto B~~~ ZnderEampRmew TheStete d i Criliiorriiahasiecently

revlBwkn~6updatsd dofirsXWQ3 6asmPlansAlldr~heBasmlenshave compieted fheSrarswiewann anopnonprocess snd have been submitted ~oEPampior reviewmd aporovalSomeof ihe3ssmPlas contai3-sitrsp~cificcrite~zinthese sasestheStateaioprean~e~specampr cir-ere usedior rvaterquamp~ propams -

EPA ha^ l o r vetconcluded

mclude zxoric aiterieior cGpe Scare lV~ampia~birrgezSc~te-idoptedcadrmum an6 wnc for theSanamerito site-spe-3c aquabclife8selenium

E v e r (and nibum~es)aoo~eampamilmn Citenon~fpgfl imotkJthly rnedby City as pa oEine statewinemirena em n a t e c ~ p d I1990Tamp

promulpared m roaysiinalde reneriLyapproveU Stateadoptad sire- San looarun River Theaelmun specac chromcni~rion 18-T rn

ampten6 ir inis rule are~map~hcable IC

pomons ofthe San ] ~ ~ ~ R i v e r i n the Tznud Valiey kegio~bezause sampericm =itenamp nave been e+erpre+jousiy appmvei DV ior previously promuigater by EPf as pmofhe NTP P a~r rovedand ampa~nrwedSm~e-

efiectior the GrassiundrWaferD~smc San Lus~ati0nelW~dliieReiupem~Los3enos StateWfldliiee~eiuPee --nereiore irk noPezessaryto mlu6e Pzoda~s5nLd e 2 jodc dlezrc icrseieniuiorthe GrassiandWater f i ~ m ~ S e r h hNaUond Viiiaiie

Federal RegisterfVol 65 No 87 Thursday May 182000 Rules and Regulations 316B7

Sun Fi-andscoJlegiondBoard Busin plan olg86EP~approved several ~rioriryro~cpo11uraz~tobjectiws[ W A-amp-]that were conrsmedinfoel986 a n Framisco RenionelBoardB~ir

~ ~ - -~ ~ ~ ~

plan asamenaefl bySWRCBgesbiution Numbers 87-4887+82d87+2by

andlor nesignsreduses andiailueto hguageofthepmvision the stanuq adoptneededcriteriaThusmcia~s bBWrniandyurpose oisechon-303 amonis not unique and theie$iauvebtoq In addug

The CWA insecdon 303(c)(4) secdon303(c)lZ)IB)ro foe CWA urovinesrwo baaes~~vrornulwtion Coneres s undernood the~~of Faneid w~rer~d ir~ 5 i sndaramp~~he fmreqampementsb~~ectioncti3~3(c1~i)firstbasis i n p q g 5 h l A 1 eqplies States~Xoconilucte i d r + e w s o f

letteisi~ted~ptamherSSSIIR8Zandwhen a S r a r e ~ ~ r m u n e w ~ r s v i h e ~ their watnrxpiliQ~dar6scd~bmft

stanriardsfnatEp2determinesareno the resultsnfthose rei i~5FPAanE consisrentwih ampe applicle insectiori303( d~4~~) i r i r i~~~at ionC

Decernber~243~~7~~T~s~~~in-3~thesmmRss~~~~~p~) ~~~ a the m~anpio+dampttersaFe dontained~the requirements o f d e CWAIlaftefPAs -CWAlsection3D3 (d)iduaes~wftko~s

ampan r o d theState noes no~amenc nrleampngJti~tnkessampt0~ itsamp~so~asrdbe-con~enrwitbthe include thesecilt~~forforprio~~Nto~c

~ d m ~ E l t i v e r e c o r ~ b i i i t h i ~ ~ ~ ~ ~ ~ ~ ~

C7NAEPi4is~m~pmmp~p~ro~ose noll~taneltfhat~ei~onampedintheSm appr~~riateFeadwateramp~

-- F n o r i ~ ~ o U u t a n I 6 httiiisiruatioi are i o o m o t e Z i d e s l a n ~ a t l 3 1 3 8 ~ ) ~ I l

~ a t ando~~~~1ampconsum~tion1~

~eadlinesm~section~~O3[c)(4ldirec~6the Kkhis~tort~iact~~promp~~ where the Adminisbator netermines ~thatia~amped~or~new~~endard~~is~~~~

the ~ c t ~ ~ ~ e s s b p ~ g secrior 303(~]1Z)[B)tothe section303(b)ll)

citerie towarars withampqSrates - muniapil orthTJhT bandficiduse designation intheB+~clanfiso some ~ d l i u t o n t 5 s e ~ a t e d h u g h the

supponediP~sevsrdway6~onsi~mt wihEPXs a p _ o r o e ~ L h e ~ P A lnterprerssectioni303[o~(P)IB)dfthe CWA so alowBPXlotactcvjhere the

Statehunobsucc~edSainadli~hing numsticrwaterqualirydtankdstim roxc pollufe~ltsWiuac+ion-cdbethebasia fos~the~IPbinhnmis asterrmnation ~aer~sacdon~303(~)(4) that neiu mte6iseddiiteriame - n e c e s s q m ~ ~ e ~ e S i p t e d u ~ e s are proread -7 -

~~kdoespot~belied~ampat-hif~~ ~tareswersto adop-numeiid5iterk io thoseooliuta~lubasaaorine3041~)

water~bodyby~Water-bod~bampis~~~nr EFf i~towaerraksau-~Eort~conuuc r e s s a r amp ~ a n ~ ~ amp e s ~ o f t e d m r a m

r--p---c -~

adoption ofwateyadiy -dark IS each roxuzpdliutantSor whiampEP~ has x i e d CW~semen pzimafily heregponsioDUrgof Yhe issuetiUWAsemion 304t8lcritena 303[5)l)(B5FR GOB46December Z States2~owevefTWAsez+ion309~c) dancC-thereha~ampEhsrpe~~- 1292EPk incornorares the d ~ s c ~ s s ~ o ~ -~

~lsoampes~be~a~cjle~ior~~the~e~eral ~rrrseneedithat~~Uutan~hich~could government tooverseeState actions to ~easonatily$eexpectiaa~iointeri~~e

~ ~ e ~ N T R ~ ~ r ~ a d o l e ~ s ~ ~ s r t i o f t h i s ~ e m ~ E r e c o r ~ - ii

ensurecamnliance With CWA with~thedesiena~~d~~use~w~ddim~oseThisdererminamptionissu~~Onedbv~- -

requiremen~~IfEPXJsSr~riiewWdifhe anenormous aampbimati~ehurdelt~nd ini~-tionhtheluieamp~reamp Statess~dsrtisfinaSaSfla~sor wouldbecontrqto thestatutory sho~gtheampschageorpre~eof omiss i~ i~en b~~CWAguthurizesdirecti~e~ior~swiftactionmaniiested~~ ~rior~to~xicipoliutan~thr~gholittLhe ~ A t D ~ O ~ e ~ t t h ~ i i e f i C i ~ n C i ~ ~(see ~ t h e ~987~addttion-~ofsectinnnn~~~c1121~StareiWhile~da~iSsnotaecessarily CWAsectidn303Ld11411This~water t o ~ e C W h ~ ~ r e o v ~ r b e c a u e h e s ecomoieampitconstitutesas~onerecord ---- qua stannariisprom~panon c i t e n e areamblent dm16inat nehe sup~omngthe n e e d ~ a ~ e r c c r ~ l ~ x aurhcntv i a s beer used ovEA to issue azaurmentofthedeslwareduesthelr ior n r io~r~x~ no i lu t auu withserm

applicationLDLwarampbodies will 304-ia] ~ i i e n a wher~p i i ~ ~ e ineuroSKU - resultm addibonalconnois o r noes norhavesumen ntene

ronugared rriterle s~miiarID ampOSE dishmgers oniy wberenecessup~o Toiays h a niie woulP nolrnpcs~ nziutied here for E number of S~ates prore=toe ties~pareduses a3y unaue o mappropate h r n c on lnese acbons have aahressed boamp ZCs interpreration o i sedior t o e State o i Zalii3rniao irs jlscher~ci ~ r s u f i z l e n e ~ SEt m e n 2 333(c)2)[B]u supponed by t ie 1mereir puts n i a ~numenz a v n i nrorexvE

--

- - - - - -

~ e amp d RegisterlVl 65 o 91~hmsd~yMay 1820001RuAesandReguhtiPns 31689

the uses of both keshandsaltgtwate~ itestedbe advnresent inthe water amat ic l ibz r i t e r ia for ~ h ~ u a ~ i c o q a n i s m h -body~EP~sap~~amption~ofits~puinelines~ t d d a y s ~ ~ r u l e ~ ~ ~ b a s ~ e s ~ d t h e

An aquabcliiemitdon derived using to develop the miteriamanix inthis merm u i m a forireshwater and F A S dW~b~ztionBD4(a)merhod d e is ]u i lpad bpthe~~ency~ be satrwaier aquatic liiebutis mghtbs thougi~tofasanesrimate of the highestconcennationofasubstsnce

934]EPAsguiaeline~ared e s ~ p e dt o i e r ~ v eciteriahtgroIectaquatic

auremp~z$~rovi6eareasonshleanil idequareamount dfprotectionwith cnly asmampllpossibilitg o ~ubstantial overpro~ecuon~oundsrprotecdonAs discussed1l1detailbejowthareare severK individualfanorswhichmay makehedteriasomBvirhatl2 oveTrote~~s~mun~srp~otecriveThe eDnroachEPA~s~iseliwedtobe amp-welbdmcea aspossihlegiwn the s t a ~cf thedienee

x-mioampaquaticYife c r~ te rkd d v e a using EDAts ia86GILielines are expresseCas short-termminalong-rerm aviees r a t h e r one nunibex i n -or5erthatshe cdterion more accurately reflec tocoiopicAIanamppracttcal -

concenuatiob(CMC)ashort-~ermconcenuationJimitanda criterion

~~ ~~

iayaveragecone~~ationlimiiare des ipne2~opro~de ip ro~c tmn ~f

ep_orqpriateforillwaters nftheUnireamp States T[JS) and~tcalliecosvsrems

Freshw~reanastya~eiIiifiu6ing borb e-nsandmarinewateis)Ihave

prornulgatinghumanhealth~aiteriefpr mernwiordl~suriacewatars m

- -- c-~~ ~~ ~~

some ~uenc~eciesathreatenedor enkaereii s ~ e c ~ e i i n s u c h i n s ~ e ~ --- -- --

i r e s h w a t e r a n d - s k q e c i e s d ~ ~ ~d s r F e d ma implemmid inroqb do no~idnabirfae+arne~~~ITo~~use of tneSta~lsoap~tivecntarionThe provine additiond niteriaare r s a s o n s ~ ~ e s e ~ t i a e m e r c u r y develo_aed5or dn~iorsdi aouauclifenumbwareexp1ainedin

waterFo- - ~ c ~ d e d i i S e 3 t i m Z Eniegeted-thrsde~~~$datideghwarer spelies-amp

-q u a u c IlieuitericontainedLipCWh

secdoQ04[a)mtet1agriiriepcefrrst e F r e ~ i ~ w r ~ ~ ~ ~Sei-umC-oa publiampedicthe~dy3~~p~sBndlate EPh$oaeampadifiarentampeamp~~ter modif iedbth~~as amena~2racut~gusu~Ueair~onfosale~~~~~

tne iollowing~eamppo11utaTL~~ersenic forthisnilethan~waspromuigatsdiricadmiumchrormum~1coppar heNTK as amended EPAs2propossd dielririnendrinWdmee~~3RC) -actionmconrirrentwiampEPA~s n i c k e l p e n r a c h l m q p h e ~ 1 ~ 1 ~ ~ ~ ~ ~ p r o p o s e ~ ~ s e l e ~ m a i t a i i o ~ 1 ~ m ~ u m Thegpdatesused+b86g~fmh cqncennaboniortheWarer Quallgruleareampxplaineaiinadampd mppdn Guidanceforlbe ireetlakes~~Systamp(sr doc~entwtitle~3DB6Rn~~o~asW~er Nrve6oer~sh~~~~~)Tlus~PR58444

ampreamponofxq~uhc~f i~j4mbien ihais~leniumsrwomost prev$ent

Wmer~l~iSEP~~~z~~~6-001~~ox~aationotatesselbte m a selenate

aampinisamptilte ~cdrd tb fos ioxicig ~well-snewdara whii rulemakiqghisiloCUThentampresents the indizarearrhatvariouafmmsdiselmum

amaticlifeand~i~ues~~m~acuteand derivation ni~aampofa CMCs and are eil~uvBAaditivi~hcr~anesthe k o a i c toxiampymadimds maplens C C C ~~ p a amp ~ t amp i $ h a a i ~ ~ h toxicirjolmixrures oamperentfoms of wifnoct beinampasresuicdaeas a one- whiththe upda~d~eihwarerniteria the poliutanlTne propose6 approah numberdieioriw~ddhavembe for t h e m ~dllursnrswere3ezivsd pronucesaampffuexkxeienikicnn ( lessGuialtlinespgesAE4)The criteiibriioricennatimor CMC

~ ~

T h e p o $ ~ ~ ~ ~ p ~ o g l s P C B I terms CMC~aih2CCa~e3heiormal cr i tdavl tha crltpiia~uiifo+s - d e p ~ n ~ a i n g ~ ~ ~ p ~ ~ ~ a ~ j e ~ ~ r o ~ o ~ t i o n s namesior therwo~lacuteandihronic~ dedipoundamprs omh t k - s h e m - a s of siieniteselenateminheiormhoi values ampacrireriogfor a pdliutan amenaek io+b dehedteria-are sildwnthatarepresenr 1

howeXethisZoment will ampo use expressed=ds-sum ofsevorarodors Thereamhle LO f n e ~ u 5 1997 the~orm~svnonvms~c~ecri~ii~n - - whilebkhe~rSm(sremeniiedthe proposednrleprovidea iKpthTand6xomccitenon -

The mrb-n-iersiteua are intended to identifylifyavsra~8pb11utant

con=snwationiwLich willpronuce wate$uamprgs~eriJ1yBliitedlo r ~ ~ e n a n c e 6 f a q u a t i C ~ a n d

icaz ion dfexcampions overtheiveage

criteria-sree-xprsssd each ofaeven -ampduJus~ion6fiihiqpmposedampitampon ior ~odbrsThe~~tic~ee~teri8mr theStaiuof 5 l i f o m i s ~ e e 6 ~ ~ ~ PCBsiq-theCTR a r e f b ~ e aon the aitemxcontsmea in~e198~cr i tena pdanceiocumentfor PCBs whch is mc1udsah ine ridrriiPisnativerecord

explam6 rhediBiivation biaouatittcliie

216D+220S~hincqrpora~s thar ampcussionhere a sam ofthis niiemakingrecorampkl986a simile-discussion wasincludeElc h e

~~dtanrtommentezsquesnonec seveia a spez~oftbe Grasf-ekes ~rooosiEL

c 0 ~ e n t s b d t o ~ ~ 1 1 ~ ~ ~ ~ ~ ~ ~ addi t ional i te ra reviewendtoxici~ testamp iidition3hdUSSWSand

so k o r ex~osureswillno~cause criteriebaseConrotalPCBs For more ~ ~

nile~pecii=~axeraga vane ove ra he ~ommenis~d~mmentfbithis Todayslchro~ciaaticlampniteriaior

time periodlLihori~becauaeampnrrsioq PCBsbehaseampona~residuep e r i ~ d ~ ~ ~ h i ~ c i ~ n t d e S s amp ~

value higher ~thanih~i+kagemaykill [FR~hEA$guiaeliaeSIoraeririing U S ~ S I c o l e C t i v e l y ~ ~ e ~ ~ ~ c e s ) or cause s u b ~ t a n t i d ~ ~ e i n s h o r t aquaticlifeniteriaanFR~~basea a re conceme~tha t~~ s ~ ro~oskd

periods criterionisintenampeampioiprev~nt - ciiterionmay sot be ficimtlyY

~midrmum~da~~set~ofeipht~~eciiisdconcenuations ofocilluta~~tsin protectiveif campthreateneampand -iunihes IE recommendedlor airerie cevelo3nen [deampare p7m in rhe 1985 Zaaelines oaee1 Tne eleh -specific familiesarejintendedto Kz reuresontative oiawides~achmoi iquar iiie o r d s seeson I is not lecessaq -hat rhespe=Ec oranisms

commerually or amp=reanonally ennngeredspecies~~ lomie imponan aquaucspe=]esborn afiecting Bezause ihe Semcea believe there s a the mark~rabihmoihosesaecles or lazkoi dare to show ioi certamh~tn a f i e c t i n g t h e ~ w ~ ~ t h ~ t c ~ ~ u r n e criterion would noiaiiect~roposed aouaticMe tnreatened ampd endaneerea soeciecthe

Toe proposed -3jn=luded ac Senlcespi-thsiii iuampe~ update2 keshviate a n t salrware ve~ate tie protemvenes cf t h c

31690 Federal jBegisterVol 65 Nc 97Thwday M a g 183000 1 R u l e s a n a R e ~ a t i o ~

ampcu~dnereamp~artnf~this inditidoarti~iemampCould 3 i t e n 0 n ~ ~ e i o ~ - h n ~ ~ ~ ~ ~ ~ ~ ~ o s s d -

~ i t w o n T h s r 8 f o r e ~ k n o t r u l e m ~ g ~ e c m ~ M a n y k d e n ~ i dissolvemthe re~eirring~fer-g prom~gatinggd~figa~tahein~~~ thecrimietoke sxceei~dExpresmg sunngiy suspo~dthi~encysSp6kcpcpeele ai t i ionatWtime on ampsdlvsmmamp aquaticlib criteri~ dteria asilissdlvidmedrequiies Aiswcommenters~~qrnsea~ uansiationb~eenan~ntmeralb 9~so laedMeddMamp ^L oPmmfhat tbemds30mnot i o r m i m ~ c ~ a f i n i ~ f ~ e p ~ y ~ D ~ C E ~ O amp ~ ~ - ~ ~ B Z ~ ~ ~ ~ ~ N T R ~ ~ A p r amp d e amp t ~ ~ m e a a e g u a ~ e ~ h i t sotharaurampr~cdlepermi-

promdktea ~wate~iycriteria for p r 6 ~ c t i i i e ~ f i o ~ t i E o f i ~ s p e U ~ S limk c ~ ~ e s c i b K amp e d ~ t +ill -

sever~ta tes- rha t rnadWe~ ~ s s ~ ~ ~ ~ $ ~ r o ~ ~ o ~ e ~ ~ ~ d ~ ~ t s ~ e e qualig staniiafis~husitto meetbe aevpmrer ra~w~ments nfCWAsecbm -- conrainea-idamhom~e~recolti IS unpmrantrhatpdttig~authoriti~s 303(~l(~]IB)~~udea9mong~ewaterenti+]ltd m i i c u t i s i O n d f ~ e ~ ~ f ~ i l i t yto -- a d ~~erau~orifidshave~the ou~ydtampa~rom~gate~~ere - ~ i ~ ~ ~ l ~ d amp k ~ i r l ~ d ~ ~ ~ ~ b a r g meraleralW-r - rr~Iamptib~Mieeriamp~siilvea numericPitentiior~~~rptscdonnf~~ 1 ambientrers~dmd~recotlerample 1 1~ ~ ~ 3 ~ ~ ~ ~ i l t s e ) 1 ~ a ~ ~ aqustiillBiIoill~~rr WRTSErilC res ins VjLcb =er~inltEIu~ntnt5 ~~~- to coampampnltampcument

a r e ~ o m c o n i a i n d a 3 5 t h e e ~ ~ ~ ~ ~ ~ ~EPAbes~~~~pl~t6~dflo~cw~ramp~cadmilimihmniium~~]tchromum~~ recampdioIthk eee [VIlcq~poperlead mernqy dckd -lri use oiu~nbletmsroonv~~o~ selenium~ilmandzincCdtariafor ~~t~ampd~irifs~~c~fi~1sstil hssolved matal6critena~tod rwome~applieh~othe~Sf~tBnf- Metdsmtedd~etalltd~ia~aues recoverleperniit limi~The - Paiifdd - a mbmiiampmm31jleTiiUrn-deTinfie - d o c u m e n ~ h e ~ M e ~ ~ ~ o r f 0 r 9 ~ amp l i i d ~ m - amp y ~ s

Ths ~ s n q r e c d i v e d 8XIMve~uBlic m a ~ amp ~ l S $ ~ ~ ( l ) m k amp ~ G Guidancejor Cddntin~nTnS coamp~~a~~the~~~alopmentbfffheamp s o l lt ~ B ~ ~ b s e ~ t ~ i h a v e Recovernble EermitWFmrn n

NTRZegGmgg mo$$~pte Dissoived~~t~io~~XrS2~~86- b e e n t c ~ a ~ ~ p P ~ $ f y ~ ~ y y ~ T o approaclfhuekpres~ e 0- me $ e ~ ~ t e r m ~ t amp amp d amp r ~ ~ 0077uns~g9Q]is~du^~~inthem e amp d t ~ ~ d T h e ~ ~ r i n p ~ ~ s s u e w ~ ~ adminisu~ve~recmakrtob~s harampse-~pena~ntrtbb~dte i ia nile -rhecon~lntionbewebntme~ampdtare wlUltamp cficdad se -ampflyfofoiiamp TteampG~~hcsexarmnes-how meas+amBTLaimdpihtmefiane supampamp ieatmm- is - KO d ~ ~ ~ o p a r n e t a l 6 ~ h e i i ~ p r ~ n i d nhioawSlahl~iinEtbxic rtoaticlifelt lg13amp~][zyphBkampessd~penasnt i~hns~as~therac t ion~f~d is n m x b e ~ e n spd l i~a t theune fieshwatarduesp~sampC~ampe recpverample mefl in ampe~~wnmern oi d i s s b ~ ~ ~ d m e ~ ma-9010 -no satmiidmaawe ~nS1JBJb](lTharr~been watsrbarisldissol~edi~~e

c o m ~ i ~ c swithaquticllife water campamptea usmgampfampessdf TOOmi dissdivltdmd cdncenpationdivide- quality sradaataqkeibzornmenae11 1as c a c 0 3 ~ ~ - l i l l u - t i w w ~

ampPr b ~ ~ e t o ~ r e c o ~ e r a b l i l e m s d ~ ~

epproacpbacau~e-~SS07vea o+y) wbatampaseaett concenrmtion ampdlator m~sone m d more mt ampma zos1 d ~ ~ i o e ~ l e appoPtiatB areampdm3ti$liiiayamp+ ofhreefeams~~ltmefi~1~~6um~d70 iraaiono thesmed h amp e water - be equiualen~tothecriteria~~ce- c o n v e ~ i b n ~ ~ ~ ~ m r n ~ ~ ~ e ~ ~ 0 ~ -cdlumnthandosstotrilrecov~~ble l g 1 3 ~ ~ [ b 3 1 2 ~ ~ ~ ~ 1 ~ t e r ~ $ amp ~ S amp ~ a ~ meamp-

convmsloa5ianorsLz)ilf~ybe gt -L~

m e d s d t ~ f h a t a r e n ~ ~ d n e ~ - nevelopdddirectlyBS t h ~ --5 mtidi -Si l l cemAk-pr~ous ~t ic ik d e p a n E ~ f a i e r d n i Z a ~ ~ ~ h edissoivedrom~recodl~~e~~anri

criterie-hcshadBesn~~xareseed~t o ~ m d ~ ~ l e ~ t ~ t i amp d 6 ~ f r w W (3)irmampGdeviiqpbhou$theuset ~ r a l ~ e c o v e r a 7 j l s ~ e ~ f o ~ r e s g t h epj=ampampampampoamp3~amp[$3~~ of spdtiampcoedenythamps - -

crirdeas-ampsolve~convar~onfanprs d ~ u ~ a a m a ~ amp s ~ ~ ~~ c t i o n ~ ~ p z ~ l a t e $ t amp e ~ o m ~ f were n~veiqped~baccountfo~ths e e ~ o n T 2 i ~ b b i amp 6 1 ~ amp ~ ~ e n d ~ metalh~ampngaites ogwadsorbentm possiblepresencedf~+nilatemB~in m~tip~lylqgamp-$ghea$prop3ate the w ~ ~ e r c o i ~ I e g ~ ~ o n c e n u a t i o ~ ~ ~ he iamporat~~roxi2iy~esrS~ea~o - c o n v e i s i o n ~ ~ ~ e h n d ~ ~ s ~ v e Zo i radcs~p~ds3~i61id~~~TSSl~This d e v e l o ~ t h e ~ r o d ~ e d ~ ~ 6 l e 6 d i t i r i a a ewin -ceclo-entampcussesampesem ~ ~ ~ ~ ~ ~ d ~ u ~ s a a s C C ~ ~ ~ g p 1 hdudi$aer~dfrecb-ended the manix 40pF131i3~fbC1fare hree io- as o f ~ amp l a ~ $ 7 k 5 ~ ~ uesnwater convemionnms Mthits- roundadtorve c~ t6gures field m a v neigmdatsgemranon an6 lvlerdampPoampy(~ee~OffiEeClfWaterPdlicy T j d ~ o r s y o i ~ ~ l v e ~ t o amp ~ d 7 d y s i h h ssn+gpeamprsnidPPPi~~cann Te-5micelGcidanc6oii -- ~scoveamp]e~Me~samptsDPAaas generate s i w ~ p e c ~ r u ~ l a ~ o r s Inrerpreratioiampdh~lsrnentationdi Natmn~o11utanDisamparge - - C a i i m + R e o ~ ~ a ~ Q u a l i ~ Aquatic Wehilet$le C r l t e i i a ~ S ~limination~ymmINDES~ Conuol iioarampmapuseany ofthese Froihiohc~gj48sistantAbinisuaror repu7etioas~equireampatlimi~5io1meraism e t n o ~ m d e v e l o _ ~ ~ p w a t e r ~ u ~ r y -for Wa1erDnobe~~~9n3)~B~~edonm permits bestaeampas rota1 recovmabl~ basdd~ermit limi~-roneevme~ -additiodaboratoy~eWiuduo~~that m most cases(se~40~~2245~c)l qualipstandards oaiadon-disiolvei slmuiatedthe~o~i~maltoxicfrgzeas exceptvihen aneffluentpaelme merais rrttenr P Aencourapes the A rifmedtheproceau~esusea to spec5esYbdlrrnitationinanotber i o n Stare to-akpt a-xare~ie-pohn onfne r ievi lopEashwa~conver~ion~nors of the merslthe approveaualyticil us6 or^n~larorsao~har themort io aquaticlife crirerik Thesenew me~o~meas~renniydissolveumedelpropriare-sehodnr mshoampare usei zcnversior Zanors were made avdabie or the permitwsit~ expressessmBtels cculstenrlp wiihaliiorrua ior publ~z review and comment in rhe k t in anorheriorm teg~solved aneniments to on hbyn- spesc or total) c Apiica~onofMeisCriterkwherremured 1995 e BD2FF23228Theyare elso to c q outpovisionsnithe CWAThis bselecting anapproampim conteine2 m-tonays d e at 40 CT 2-becausethe chemical~condi~ons implemennqthemetals citeisamp~ i~ 3138]2)

amblenr watersfreouenGydifier principal issue is theconelabor

hose intheeEue~ that sremaesure6 and roposea rule rovineia more ne-ampled m d inese difierenzes result mchange nerais tha~are bioioglcalj availabie ampszus~on oiEAs metals ~ol icv m he nartttionhe berweendissoiveL an6 tonci3 oiaroassure the ioe

Yhegtreambie eotna AupSlD97 n i o s t a n t i ~ ~ i r o m bewee2 meamp

concening the iampat ic l i fekat~Oual i~and abiorbedforms bithe meralThis metalscriteiia arear+ateiorthe ~2----AL----A- 9 ----+he mW$n+ l-+~ 7Rrm-p rnsmicai conditions underwhiamp thav-- ---a---

6 9 7 5

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 5: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

e C d - =~ a l i j o a a sIWLme2EpEP rst tdffommerce Caliiomia(RWPCBimamp-~--~ impiementedthe r e p a m e + t s l o f ~ A Nat iod hilsrineFisheriesS~ceon TalieyR~giort)PAbdetermumtionan section 303ldl~211BlHo~veraince EeA~tentativeap~odIdisa~pmwl these site-pedifioaireriaiscoW Seprembc of 1884 when thelSMTRCS actionsonhRWQ~9~inPlansIn in hlstr=aat=dApprilJ 1990 resdnaed the ISWp- ~pd~EP the thLs sintation~emorBampenttd~e ~ p ~ ~ a l l y ~ A a g p o v ~ a ~ I h ehe

requirements of aection903f912Il3) two diteiia[fhe3t~t-ma~di~ S a n j o ~ q u i n ~ m o u t h d f Merced havenot bsen~fdyimplementedm sueamp fiver t o ~ ~ amp b ~ ~ ~ t i c i l amp dmrWm3hei~WQEBBeSm~~ talifornia - Y - $ I F h ~ B F ~ a d c r i t e d a ~ t b a lseldumriiamp+iampn~xmn[manmum

Theiecoperaf ~o i a~ 6 de~~1nzb -ruld]~wo~de~ea~~watern~r~ mfn ampemims~ampght i the eSIahliih crireriaamprampe~remainiq pr0~6~clu~-rh8calnitatlonof ~ t a n e r m s ~ m ~ ~ i l c o n C B D u a t l m urioriry toxlcpd11ufsllts tosreetamphe waterq~ygtbasedeffluentrii~ti~Icmavnbtlexce~amped~e~momthar ieq~emenrs~ofisecnons03(c1lg~1~10 =krAiXadod~dllu~tiDisCaarge~- - o n c e e ~ f h r e e p e B I S ] ~ ~ ~ ~ b ~ h e ~ A ~ ~ amp ~ ~ o ~ E B amp o D ~ O ~ [ C ) [ ~ ~ ~ ~ ~ ~ d o s s n o r amp ~ F e d g -E I I ~ ~ ~ amp O ~ ~ ~ ~ ~ ( N P D E S ] ~ ~ I ~ ~ + ~ u a t o r h a s ~ 8 1 amp d t h a t i hstaampdopt$dSi6~eampcntea~ approved~Sticadop~~d~~it~spedific

iSne~~ssaqpt0in8ludelin~d8~16~~~0~i~~hBLAn orda -- acute ~enqn far id i t e~ in ine f i8c t

c i t g i a r f o ~ p r i o r i l y f ~ ~ c ~ o U u ~ ~ - icr the Sm]oagu~nRivet~ouh~of In s~verd~erampeEPARepiond MercsaavermX ~ ~ i h B I ~ I e cwhichmrnotq~~~dbyamp6~t~s

mmded~nr~byampeS~~)~~mghEP~-A ~ a r o r h 9 l e a d y m v ~ ~ w e d ~ m decutepirenonoseieieolUrC~~~aaBTapprovehsite-spedfic ampEamp$QX approvadStatkadopred~sit~rsp~c~cj o ~ ~ g i m C ~ ~ ~ S ~ M e r e M e r e ~ ~ R i o e r i T o- waters oiJhepnipiSxesin thestate nitsrianvithinfne5mte~f vemalisIs~prpeoessw~pgpmreCi~eCaliforma

- of ~i inmik Il ---ii Sevm~L~eeecasesmejdiscu~~edhdeslgnai~dusermdthus~90L11DdUdedrhisaetimmofthIEPAap~mual i a t l ~ s h d amp e ~ ~ 4~r~fioriryzjdciA~lll i~tsi - - ~~lemsm$rencedrincmaayIsLPmamble rwcl ~ ~ t 0 t ~ 4 d o p r e 1 ~ ~ 5 i t m 5 p e d f i ~ ~ r e r i o

me cori tainod1~hra tFve ti ietrampdltamp~~pril~3~9~~~~-bampkSTatamp-e rheampamptiamp~ recordforznurda e s d s ~ a l s o ~ a ~ r o v e ~ ~ r h e S m ~ o ~ u i n ~ v e ~r-lri

d e v 6 i o q ~ i t e ~ e c i B ccriteriawhm m a u r h o ~ v l s r c e d ~ T ( i v e ~ t 0 ~ ~ ~ 6 ~i ~ o n n m e n r o ~ n ~ ~ ~ p ~ m v e d approprietd eg w h m BtaieMde titerie ~ i t e - s p s d i f i c - t ~ ~ t ~ ~ ~ o p p ~ ~ ~ t ~ ~ g p t a d ~ ~ t e ~ e c i f i c ~ a q ~ ~ d c ~ e a~pe~~~ver-orl~~ld~~p~o~ectiv~~oi ~ d s n i u m d t e r i o n ~ 0 f 6 ~ ~ ~ m o n t h i yce~um9nd~c~~thesacramento despatediiiss3a3dilica31j4theState v m ~ ~ p s ~ e s m z o i ~ t o n C i ~ h amp emea~nowaaerDA~a~oy8dda i n r o u amp ~ L t s R W Q ~ ~ ~ g ~ o ~ ~ s i t e e Stet~adogtaaaitfk~pedficr~61e~umCendIramp~ampp~n~~~forthespecf ie c i i tda~for~pi ior iry~~c ~~~ampi~ld~~~~~~)ofamp~~t~~~f c n t m i o n ~ f ~ ~ 4 d m ~ t h ~ ~ m m -pn11u~~lloUtithinieqe~eIBasin n mamppmedfhe8edt + c r i b ~ ~ d ~ n a r ~ o n l p ) ~ ~ e s e ( ~ ~ ~ s hThsie~tei+inren~eamprie w ~ c c r l ~ I J ~ ~ ~ ~ d A ~ g u h t ~ ~ S ~ ~ e g u ~ t l y ~ p m r n Q n t e amp ~ efiectivexhrbqgh6utIthe~8m~~ ices 5pedfioqyUgEPamp+a chronic ~ e 1 ~ ~ ~ t ~ 0 ~ 1 ~ f 5 $ ] 1 ~ n ~ d g r m d ~ - e thrdighouta ~eaarijZiisi~~ta~ddy 5 a c r a m e o r o f i v ~ u ~ ~ ~ $Y a v ~ amp ~ ) r ~ n u B I s a f ~ h ~ ~ B n - ~amputanie) -Yndet CiUfoda~laweisamptma ampme Haml)mnampya20qperpiampoP 10~9UldbV6T~0idmifn8~0uih~dfhe m u s i j ~ ~ ~ ~ d ~ ~ ~ amp ~ M = c s d ~ ~ i ~ m m ~ b i i n ~ t h e ~ add pi56amp~~msxim~)aYncn1tenpn ayrovd qy fheRWQ=BthaSWRCEand in63tareiDBce dfampamp-abve ~ a w ~ [ ~ ~ ) ~ ~ islawcc~pieterhecrirK~$BcomeeSIBte

- - - Thssscrirerie rnusbesubampiiid to

GeT-yampioamp ampampamp-iorfor revl+kid ap rod+5erCNA- seor301~~$~ltcrii~ri~~areu s d y Bubmitt8 to~~Xampjan04aXWQCB

dendmenl9fterthe 4menbenhasbeenampppte3under thePaei - - nrocessma~as becomeSlate

- lt - _I

~sonicrrltsdon=ppliesm~~allof 1 6 ~ i g + m a x i q 1 l m ~ ~ ~ ~ ~ m uitenonofi02~~I~~[~aximum)ampmWafere u a l l ~ p r o g r a m e ~ c o n c ~ ~ ~ t h e thedisso~d-h~y~rn~lt+ampess~of S ~ ~ ~ 0 ~ ~ ~ ~ ~ m o u t h r o f ~ e r c ~ d ~ ~ ~ ~ ~ ~ a o ~ t i ~ ~ ~ ~ ~ ~ ~ ~ 40m lasTaCO~~heee taww~e ~ v ~ ~ ~ ~ d s ~ n ~ s - h d d e

e ~ y e i i o p ~ e d ~ y ~ e S t a t a a n ~ ~o~srn~t~sfiect~he~eirwli~i approved ~ ~ E P A promu1 ateaohronic~leleoimnitenonas ermatibilGiiiamp vary with haraness1 These maWnun oi5ampgf~rampYavPBejetfonbdn~ed r e n a correspondto L C riitefiak NTP-T h i s p r e m o d y 3 e d d ~ ~ ~ - roiays -rule Therefore Federal p r o m u i g a t e d - d r i o n ~ ~ h ~ ~ f i e c ~ ecute critma ior COI)PEI c e k i u m a ~ ~ d~ t h e S ~ ~ l ~ j o a ~ R i v e r m o u t h oi zinc ioziae Sa=ramenroverihu~j Mer~e~fiv~rtoYamp 1 ributanes)aba~e-Mtonary~ampenot Gr~~iandMozerDibtn~~~~Lu~s necessary ro prorecrthe nesipareduses ~ a t i ~ n d ~ d ~ i ~ amp ~ ~ e ~ ~ ~ i o s ~ ~ o s an6 are not urcluned inxhefxidinrle SrareWJdlije~Refige~xX~~p~medio Howwe ineF-2- A-uBIOris the G-assandWaterDim~iS~Luis

a ~tare-~dopted~ire-~p~cc~brenamhE inat ~auonsl~Ji]dl~eReiugeBLLd~D6unecsssTto B~~~ ZnderEampRmew TheStete d i Criliiorriiahasiecently

revlBwkn~6updatsd dofirsXWQ3 6asmPlansAlldr~heBasmlenshave compieted fheSrarswiewann anopnonprocess snd have been submitted ~oEPampior reviewmd aporovalSomeof ihe3ssmPlas contai3-sitrsp~cificcrite~zinthese sasestheStateaioprean~e~specampr cir-ere usedior rvaterquamp~ propams -

EPA ha^ l o r vetconcluded

mclude zxoric aiterieior cGpe Scare lV~ampia~birrgezSc~te-idoptedcadrmum an6 wnc for theSanamerito site-spe-3c aquabclife8selenium

E v e r (and nibum~es)aoo~eampamilmn Citenon~fpgfl imotkJthly rnedby City as pa oEine statewinemirena em n a t e c ~ p d I1990Tamp

promulpared m roaysiinalde reneriLyapproveU Stateadoptad sire- San looarun River Theaelmun specac chromcni~rion 18-T rn

ampten6 ir inis rule are~map~hcable IC

pomons ofthe San ] ~ ~ ~ R i v e r i n the Tznud Valiey kegio~bezause sampericm =itenamp nave been e+erpre+jousiy appmvei DV ior previously promuigater by EPf as pmofhe NTP P a~r rovedand ampa~nrwedSm~e-

efiectior the GrassiundrWaferD~smc San Lus~ati0nelW~dliieReiupem~Los3enos StateWfldliiee~eiuPee --nereiore irk noPezessaryto mlu6e Pzoda~s5nLd e 2 jodc dlezrc icrseieniuiorthe GrassiandWater f i ~ m ~ S e r h hNaUond Viiiaiie

Federal RegisterfVol 65 No 87 Thursday May 182000 Rules and Regulations 316B7

Sun Fi-andscoJlegiondBoard Busin plan olg86EP~approved several ~rioriryro~cpo11uraz~tobjectiws[ W A-amp-]that were conrsmedinfoel986 a n Framisco RenionelBoardB~ir

~ ~ - -~ ~ ~ ~

plan asamenaefl bySWRCBgesbiution Numbers 87-4887+82d87+2by

andlor nesignsreduses andiailueto hguageofthepmvision the stanuq adoptneededcriteriaThusmcia~s bBWrniandyurpose oisechon-303 amonis not unique and theie$iauvebtoq In addug

The CWA insecdon 303(c)(4) secdon303(c)lZ)IB)ro foe CWA urovinesrwo baaes~~vrornulwtion Coneres s undernood the~~of Faneid w~rer~d ir~ 5 i sndaramp~~he fmreqampementsb~~ectioncti3~3(c1~i)firstbasis i n p q g 5 h l A 1 eqplies States~Xoconilucte i d r + e w s o f

letteisi~ted~ptamherSSSIIR8Zandwhen a S r a r e ~ ~ r m u n e w ~ r s v i h e ~ their watnrxpiliQ~dar6scd~bmft

stanriardsfnatEp2determinesareno the resultsnfthose rei i~5FPAanE consisrentwih ampe applicle insectiori303( d~4~~) i r i r i~~~at ionC

Decernber~243~~7~~T~s~~~in-3~thesmmRss~~~~~p~) ~~~ a the m~anpio+dampttersaFe dontained~the requirements o f d e CWAIlaftefPAs -CWAlsection3D3 (d)iduaes~wftko~s

ampan r o d theState noes no~amenc nrleampngJti~tnkessampt0~ itsamp~so~asrdbe-con~enrwitbthe include thesecilt~~forforprio~~Nto~c

~ d m ~ E l t i v e r e c o r ~ b i i i t h i ~ ~ ~ ~ ~ ~ ~ ~

C7NAEPi4is~m~pmmp~p~ro~ose noll~taneltfhat~ei~onampedintheSm appr~~riateFeadwateramp~

-- F n o r i ~ ~ o U u t a n I 6 httiiisiruatioi are i o o m o t e Z i d e s l a n ~ a t l 3 1 3 8 ~ ) ~ I l

~ a t ando~~~~1ampconsum~tion1~

~eadlinesm~section~~O3[c)(4ldirec~6the Kkhis~tort~iact~~promp~~ where the Adminisbator netermines ~thatia~amped~or~new~~endard~~is~~~~

the ~ c t ~ ~ ~ e s s b p ~ g secrior 303(~]1Z)[B)tothe section303(b)ll)

citerie towarars withampqSrates - muniapil orthTJhT bandficiduse designation intheB+~clanfiso some ~ d l i u t o n t 5 s e ~ a t e d h u g h the

supponediP~sevsrdway6~onsi~mt wihEPXs a p _ o r o e ~ L h e ~ P A lnterprerssectioni303[o~(P)IB)dfthe CWA so alowBPXlotactcvjhere the

Statehunobsucc~edSainadli~hing numsticrwaterqualirydtankdstim roxc pollufe~ltsWiuac+ion-cdbethebasia fos~the~IPbinhnmis asterrmnation ~aer~sacdon~303(~)(4) that neiu mte6iseddiiteriame - n e c e s s q m ~ ~ e ~ e S i p t e d u ~ e s are proread -7 -

~~kdoespot~belied~ampat-hif~~ ~tareswersto adop-numeiid5iterk io thoseooliuta~lubasaaorine3041~)

water~bodyby~Water-bod~bampis~~~nr EFf i~towaerraksau-~Eort~conuuc r e s s a r amp ~ a n ~ ~ amp e s ~ o f t e d m r a m

r--p---c -~

adoption ofwateyadiy -dark IS each roxuzpdliutantSor whiampEP~ has x i e d CW~semen pzimafily heregponsioDUrgof Yhe issuetiUWAsemion 304t8lcritena 303[5)l)(B5FR GOB46December Z States2~owevefTWAsez+ion309~c) dancC-thereha~ampEhsrpe~~- 1292EPk incornorares the d ~ s c ~ s s ~ o ~ -~

~lsoampes~be~a~cjle~ior~~the~e~eral ~rrrseneedithat~~Uutan~hich~could government tooverseeState actions to ~easonatily$eexpectiaa~iointeri~~e

~ ~ e ~ N T R ~ ~ r ~ a d o l e ~ s ~ ~ s r t i o f t h i s ~ e m ~ E r e c o r ~ - ii

ensurecamnliance With CWA with~thedesiena~~d~~use~w~ddim~oseThisdererminamptionissu~~Onedbv~- -

requiremen~~IfEPXJsSr~riiewWdifhe anenormous aampbimati~ehurdelt~nd ini~-tionhtheluieamp~reamp Statess~dsrtisfinaSaSfla~sor wouldbecontrqto thestatutory sho~gtheampschageorpre~eof omiss i~ i~en b~~CWAguthurizesdirecti~e~ior~swiftactionmaniiested~~ ~rior~to~xicipoliutan~thr~gholittLhe ~ A t D ~ O ~ e ~ t t h ~ i i e f i C i ~ n C i ~ ~(see ~ t h e ~987~addttion-~ofsectinnnn~~~c1121~StareiWhile~da~iSsnotaecessarily CWAsectidn303Ld11411This~water t o ~ e C W h ~ ~ r e o v ~ r b e c a u e h e s ecomoieampitconstitutesas~onerecord ---- qua stannariisprom~panon c i t e n e areamblent dm16inat nehe sup~omngthe n e e d ~ a ~ e r c c r ~ l ~ x aurhcntv i a s beer used ovEA to issue azaurmentofthedeslwareduesthelr ior n r io~r~x~ no i lu t auu withserm

applicationLDLwarampbodies will 304-ia] ~ i i e n a wher~p i i ~ ~ e ineuroSKU - resultm addibonalconnois o r noes norhavesumen ntene

ronugared rriterle s~miiarID ampOSE dishmgers oniy wberenecessup~o Toiays h a niie woulP nolrnpcs~ nziutied here for E number of S~ates prore=toe ties~pareduses a3y unaue o mappropate h r n c on lnese acbons have aahressed boamp ZCs interpreration o i sedior t o e State o i Zalii3rniao irs jlscher~ci ~ r s u f i z l e n e ~ SEt m e n 2 333(c)2)[B]u supponed by t ie 1mereir puts n i a ~numenz a v n i nrorexvE

--

- - - - - -

~ e amp d RegisterlVl 65 o 91~hmsd~yMay 1820001RuAesandReguhtiPns 31689

the uses of both keshandsaltgtwate~ itestedbe advnresent inthe water amat ic l ibz r i t e r ia for ~ h ~ u a ~ i c o q a n i s m h -body~EP~sap~~amption~ofits~puinelines~ t d d a y s ~ ~ r u l e ~ ~ ~ b a s ~ e s ~ d t h e

An aquabcliiemitdon derived using to develop the miteriamanix inthis merm u i m a forireshwater and F A S dW~b~ztionBD4(a)merhod d e is ]u i lpad bpthe~~ency~ be satrwaier aquatic liiebutis mghtbs thougi~tofasanesrimate of the highestconcennationofasubstsnce

934]EPAsguiaeline~ared e s ~ p e dt o i e r ~ v eciteriahtgroIectaquatic

auremp~z$~rovi6eareasonshleanil idequareamount dfprotectionwith cnly asmampllpossibilitg o ~ubstantial overpro~ecuon~oundsrprotecdonAs discussed1l1detailbejowthareare severK individualfanorswhichmay makehedteriasomBvirhatl2 oveTrote~~s~mun~srp~otecriveThe eDnroachEPA~s~iseliwedtobe amp-welbdmcea aspossihlegiwn the s t a ~cf thedienee

x-mioampaquaticYife c r~ te rkd d v e a using EDAts ia86GILielines are expresseCas short-termminalong-rerm aviees r a t h e r one nunibex i n -or5erthatshe cdterion more accurately reflec tocoiopicAIanamppracttcal -

concenuatiob(CMC)ashort-~ermconcenuationJimitanda criterion

~~ ~~

iayaveragecone~~ationlimiiare des ipne2~opro~de ip ro~c tmn ~f

ep_orqpriateforillwaters nftheUnireamp States T[JS) and~tcalliecosvsrems

Freshw~reanastya~eiIiifiu6ing borb e-nsandmarinewateis)Ihave

prornulgatinghumanhealth~aiteriefpr mernwiordl~suriacewatars m

- -- c-~~ ~~ ~~

some ~uenc~eciesathreatenedor enkaereii s ~ e c ~ e i i n s u c h i n s ~ e ~ --- -- --

i r e s h w a t e r a n d - s k q e c i e s d ~ ~ ~d s r F e d ma implemmid inroqb do no~idnabirfae+arne~~~ITo~~use of tneSta~lsoap~tivecntarionThe provine additiond niteriaare r s a s o n s ~ ~ e s e ~ t i a e m e r c u r y develo_aed5or dn~iorsdi aouauclifenumbwareexp1ainedin

waterFo- - ~ c ~ d e d i i S e 3 t i m Z Eniegeted-thrsde~~~$datideghwarer spelies-amp

-q u a u c IlieuitericontainedLipCWh

secdoQ04[a)mtet1agriiriepcefrrst e F r e ~ i ~ w r ~ ~ ~ ~Sei-umC-oa publiampedicthe~dy3~~p~sBndlate EPh$oaeampadifiarentampeamp~~ter modif iedbth~~as amena~2racut~gusu~Ueair~onfosale~~~~~

tne iollowing~eamppo11utaTL~~ersenic forthisnilethan~waspromuigatsdiricadmiumchrormum~1coppar heNTK as amended EPAs2propossd dielririnendrinWdmee~~3RC) -actionmconrirrentwiampEPA~s n i c k e l p e n r a c h l m q p h e ~ 1 ~ 1 ~ ~ ~ ~ ~ p r o p o s e ~ ~ s e l e ~ m a i t a i i o ~ 1 ~ m ~ u m Thegpdatesused+b86g~fmh cqncennaboniortheWarer Quallgruleareampxplaineaiinadampd mppdn Guidanceforlbe ireetlakes~~Systamp(sr doc~entwtitle~3DB6Rn~~o~asW~er Nrve6oer~sh~~~~~)Tlus~PR58444

ampreamponofxq~uhc~f i~j4mbien ihais~leniumsrwomost prev$ent

Wmer~l~iSEP~~~z~~~6-001~~ox~aationotatesselbte m a selenate

aampinisamptilte ~cdrd tb fos ioxicig ~well-snewdara whii rulemakiqghisiloCUThentampresents the indizarearrhatvariouafmmsdiselmum

amaticlifeand~i~ues~~m~acuteand derivation ni~aampofa CMCs and are eil~uvBAaditivi~hcr~anesthe k o a i c toxiampymadimds maplens C C C ~~ p a amp ~ t amp i $ h a a i ~ ~ h toxicirjolmixrures oamperentfoms of wifnoct beinampasresuicdaeas a one- whiththe upda~d~eihwarerniteria the poliutanlTne propose6 approah numberdieioriw~ddhavembe for t h e m ~dllursnrswere3ezivsd pronucesaampffuexkxeienikicnn ( lessGuialtlinespgesAE4)The criteiibriioricennatimor CMC

~ ~

T h e p o $ ~ ~ ~ ~ p ~ o g l s P C B I terms CMC~aih2CCa~e3heiormal cr i tdavl tha crltpiia~uiifo+s - d e p ~ n ~ a i n g ~ ~ ~ p ~ ~ ~ a ~ j e ~ ~ r o ~ o ~ t i o n s namesior therwo~lacuteandihronic~ dedipoundamprs omh t k - s h e m - a s of siieniteselenateminheiormhoi values ampacrireriogfor a pdliutan amenaek io+b dehedteria-are sildwnthatarepresenr 1

howeXethisZoment will ampo use expressed=ds-sum ofsevorarodors Thereamhle LO f n e ~ u 5 1997 the~orm~svnonvms~c~ecri~ii~n - - whilebkhe~rSm(sremeniiedthe proposednrleprovidea iKpthTand6xomccitenon -

The mrb-n-iersiteua are intended to identifylifyavsra~8pb11utant

con=snwationiwLich willpronuce wate$uamprgs~eriJ1yBliitedlo r ~ ~ e n a n c e 6 f a q u a t i C ~ a n d

icaz ion dfexcampions overtheiveage

criteria-sree-xprsssd each ofaeven -ampduJus~ion6fiihiqpmposedampitampon ior ~odbrsThe~~tic~ee~teri8mr theStaiuof 5 l i f o m i s ~ e e 6 ~ ~ ~ PCBsiq-theCTR a r e f b ~ e aon the aitemxcontsmea in~e198~cr i tena pdanceiocumentfor PCBs whch is mc1udsah ine ridrriiPisnativerecord

explam6 rhediBiivation biaouatittcliie

216D+220S~hincqrpora~s thar ampcussionhere a sam ofthis niiemakingrecorampkl986a simile-discussion wasincludeElc h e

~~dtanrtommentezsquesnonec seveia a spez~oftbe Grasf-ekes ~rooosiEL

c 0 ~ e n t s b d t o ~ ~ 1 1 ~ ~ ~ ~ ~ ~ ~ addi t ional i te ra reviewendtoxici~ testamp iidition3hdUSSWSand

so k o r ex~osureswillno~cause criteriebaseConrotalPCBs For more ~ ~

nile~pecii=~axeraga vane ove ra he ~ommenis~d~mmentfbithis Todayslchro~ciaaticlampniteriaior

time periodlLihori~becauaeampnrrsioq PCBsbehaseampona~residuep e r i ~ d ~ ~ ~ h i ~ c i ~ n t d e S s amp ~

value higher ~thanih~i+kagemaykill [FR~hEA$guiaeliaeSIoraeririing U S ~ S I c o l e C t i v e l y ~ ~ e ~ ~ ~ c e s ) or cause s u b ~ t a n t i d ~ ~ e i n s h o r t aquaticlifeniteriaanFR~~basea a re conceme~tha t~~ s ~ ro~oskd

periods criterionisintenampeampioiprev~nt - ciiterionmay sot be ficimtlyY

~midrmum~da~~set~ofeipht~~eciiisdconcenuations ofocilluta~~tsin protectiveif campthreateneampand -iunihes IE recommendedlor airerie cevelo3nen [deampare p7m in rhe 1985 Zaaelines oaee1 Tne eleh -specific familiesarejintendedto Kz reuresontative oiawides~achmoi iquar iiie o r d s seeson I is not lecessaq -hat rhespe=Ec oranisms

commerually or amp=reanonally ennngeredspecies~~ lomie imponan aquaucspe=]esborn afiecting Bezause ihe Semcea believe there s a the mark~rabihmoihosesaecles or lazkoi dare to show ioi certamh~tn a f i e c t i n g t h e ~ w ~ ~ t h ~ t c ~ ~ u r n e criterion would noiaiiect~roposed aouaticMe tnreatened ampd endaneerea soeciecthe

Toe proposed -3jn=luded ac Senlcespi-thsiii iuampe~ update2 keshviate a n t salrware ve~ate tie protemvenes cf t h c

31690 Federal jBegisterVol 65 Nc 97Thwday M a g 183000 1 R u l e s a n a R e ~ a t i o ~

ampcu~dnereamp~artnf~this inditidoarti~iemampCould 3 i t e n 0 n ~ ~ e i o ~ - h n ~ ~ ~ ~ ~ ~ ~ ~ o s s d -

~ i t w o n T h s r 8 f o r e ~ k n o t r u l e m ~ g ~ e c m ~ M a n y k d e n ~ i dissolvemthe re~eirring~fer-g prom~gatinggd~figa~tahein~~~ thecrimietoke sxceei~dExpresmg sunngiy suspo~dthi~encysSp6kcpcpeele ai t i ionatWtime on ampsdlvsmmamp aquaticlib criteri~ dteria asilissdlvidmedrequiies Aiswcommenters~~qrnsea~ uansiationb~eenan~ntmeralb 9~so laedMeddMamp ^L oPmmfhat tbemds30mnot i o r m i m ~ c ~ a f i n i ~ f ~ e p ~ y ~ D ~ C E ~ O amp ~ ~ - ~ ~ B Z ~ ~ ~ ~ ~ N T R ~ ~ A p r amp d e amp t ~ ~ m e a a e g u a ~ e ~ h i t sotharaurampr~cdlepermi-

promdktea ~wate~iycriteria for p r 6 ~ c t i i i e ~ f i o ~ t i E o f i ~ s p e U ~ S limk c ~ ~ e s c i b K amp e d ~ t +ill -

sever~ta tes- rha t rnadWe~ ~ s s ~ ~ ~ ~ $ ~ r o ~ ~ o ~ e ~ ~ ~ d ~ ~ t s ~ e e qualig staniiafis~husitto meetbe aevpmrer ra~w~ments nfCWAsecbm -- conrainea-idamhom~e~recolti IS unpmrantrhatpdttig~authoriti~s 303(~l(~]IB)~~udea9mong~ewaterenti+]ltd m i i c u t i s i O n d f ~ e ~ ~ f ~ i l i t yto -- a d ~~erau~orifidshave~the ou~ydtampa~rom~gate~~ere - ~ i ~ ~ ~ l ~ d amp k ~ i r l ~ d ~ ~ ~ ~ b a r g meraleralW-r - rr~Iamptib~Mieeriamp~siilvea numericPitentiior~~~rptscdonnf~~ 1 ambientrers~dmd~recotlerample 1 1~ ~ ~ 3 ~ ~ ~ ~ i l t s e ) 1 ~ a ~ ~ aqustiillBiIoill~~rr WRTSErilC res ins VjLcb =er~inltEIu~ntnt5 ~~~- to coampampnltampcument

a r e ~ o m c o n i a i n d a 3 5 t h e e ~ ~ ~ ~ ~ ~ ~EPAbes~~~~pl~t6~dflo~cw~ramp~cadmilimihmniium~~]tchromum~~ recampdioIthk eee [VIlcq~poperlead mernqy dckd -lri use oiu~nbletmsroonv~~o~ selenium~ilmandzincCdtariafor ~~t~ampd~irifs~~c~fi~1sstil hssolved matal6critena~tod rwome~applieh~othe~Sf~tBnf- Metdsmtedd~etalltd~ia~aues recoverleperniit limi~The - Paiifdd - a mbmiiampmm31jleTiiUrn-deTinfie - d o c u m e n ~ h e ~ M e ~ ~ ~ o r f 0 r 9 ~ amp l i i d ~ m - amp y ~ s

Ths ~ s n q r e c d i v e d 8XIMve~uBlic m a ~ amp ~ l S $ ~ ~ ( l ) m k amp ~ G Guidancejor Cddntin~nTnS coamp~~a~~the~~~alopmentbfffheamp s o l lt ~ B ~ ~ b s e ~ t ~ i h a v e Recovernble EermitWFmrn n

NTRZegGmgg mo$$~pte Dissoived~~t~io~~XrS2~~86- b e e n t c ~ a ~ ~ p P ~ $ f y ~ ~ y y ~ T o approaclfhuekpres~ e 0- me $ e ~ ~ t e r m ~ t amp amp d amp r ~ ~ 0077uns~g9Q]is~du^~~inthem e amp d t ~ ~ d T h e ~ ~ r i n p ~ ~ s s u e w ~ ~ adminisu~ve~recmakrtob~s harampse-~pena~ntrtbb~dte i ia nile -rhecon~lntionbewebntme~ampdtare wlUltamp cficdad se -ampflyfofoiiamp TteampG~~hcsexarmnes-how meas+amBTLaimdpihtmefiane supampamp ieatmm- is - KO d ~ ~ ~ o p a r n e t a l 6 ~ h e i i ~ p r ~ n i d nhioawSlahl~iinEtbxic rtoaticlifelt lg13amp~][zyphBkampessd~penasnt i~hns~as~therac t ion~f~d is n m x b e ~ e n spd l i~a t theune fieshwatarduesp~sampC~ampe recpverample mefl in ampe~~wnmern oi d i s s b ~ ~ ~ d m e ~ ma-9010 -no satmiidmaawe ~nS1JBJb](lTharr~been watsrbarisldissol~edi~~e

c o m ~ i ~ c swithaquticllife water campamptea usmgampfampessdf TOOmi dissdivltdmd cdncenpationdivide- quality sradaataqkeibzornmenae11 1as c a c 0 3 ~ ~ - l i l l u - t i w w ~

ampPr b ~ ~ e t o ~ r e c o ~ e r a b l i l e m s d ~ ~

epproacpbacau~e-~SS07vea o+y) wbatampaseaett concenrmtion ampdlator m~sone m d more mt ampma zos1 d ~ ~ i o e ~ l e appoPtiatB areampdm3ti$liiiayamp+ ofhreefeams~~ltmefi~1~~6um~d70 iraaiono thesmed h amp e water - be equiualen~tothecriteria~~ce- c o n v e ~ i b n ~ ~ ~ ~ m r n ~ ~ ~ e ~ ~ 0 ~ -cdlumnthandosstotrilrecov~~ble l g 1 3 ~ ~ [ b 3 1 2 ~ ~ ~ ~ 1 ~ t e r ~ $ amp ~ S amp ~ a ~ meamp-

convmsloa5ianorsLz)ilf~ybe gt -L~

m e d s d t ~ f h a t a r e n ~ ~ d n e ~ - nevelopdddirectlyBS t h ~ --5 mtidi -Si l l cemAk-pr~ous ~t ic ik d e p a n E ~ f a i e r d n i Z a ~ ~ ~ h edissoivedrom~recodl~~e~~anri

criterie-hcshadBesn~~xareseed~t o ~ m d ~ ~ l e ~ t ~ t i amp d 6 ~ f r w W (3)irmampGdeviiqpbhou$theuset ~ r a l ~ e c o v e r a 7 j l s ~ e ~ f o ~ r e s g t h epj=ampampampampoamp3~amp[$3~~ of spdtiampcoedenythamps - -

crirdeas-ampsolve~convar~onfanprs d ~ u ~ a a m a ~ amp s ~ ~ ~~ c t i o n ~ ~ p z ~ l a t e $ t amp e ~ o m ~ f were n~veiqped~baccountfo~ths e e ~ o n T 2 i ~ b b i amp 6 1 ~ amp ~ ~ e n d ~ metalh~ampngaites ogwadsorbentm possiblepresencedf~+nilatemB~in m~tip~lylqgamp-$ghea$prop3ate the w ~ ~ e r c o i ~ I e g ~ ~ o n c e n u a t i o ~ ~ ~ he iamporat~~roxi2iy~esrS~ea~o - c o n v e i s i o n ~ ~ ~ e h n d ~ ~ s ~ v e Zo i radcs~p~ds3~i61id~~~TSSl~This d e v e l o ~ t h e ~ r o d ~ e d ~ ~ 6 l e 6 d i t i r i a a ewin -ceclo-entampcussesampesem ~ ~ ~ ~ ~ ~ d ~ u ~ s a a s C C ~ ~ ~ g p 1 hdudi$aer~dfrecb-ended the manix 40pF131i3~fbC1fare hree io- as o f ~ amp l a ~ $ 7 k 5 ~ ~ uesnwater convemionnms Mthits- roundadtorve c~ t6gures field m a v neigmdatsgemranon an6 lvlerdampPoampy(~ee~OffiEeClfWaterPdlicy T j d ~ o r s y o i ~ ~ l v e ~ t o amp ~ d 7 d y s i h h ssn+gpeamprsnidPPPi~~cann Te-5micelGcidanc6oii -- ~scoveamp]e~Me~samptsDPAaas generate s i w ~ p e c ~ r u ~ l a ~ o r s Inrerpreratioiampdh~lsrnentationdi Natmn~o11utanDisamparge - - C a i i m + R e o ~ ~ a ~ Q u a l i ~ Aquatic Wehilet$le C r l t e i i a ~ S ~limination~ymmINDES~ Conuol iioarampmapuseany ofthese Froihiohc~gj48sistantAbinisuaror repu7etioas~equireampatlimi~5io1meraism e t n o ~ m d e v e l o _ ~ ~ p w a t e r ~ u ~ r y -for Wa1erDnobe~~~9n3)~B~~edonm permits bestaeampas rota1 recovmabl~ basdd~ermit limi~-roneevme~ -additiodaboratoy~eWiuduo~~that m most cases(se~40~~2245~c)l qualipstandards oaiadon-disiolvei slmuiatedthe~o~i~maltoxicfrgzeas exceptvihen aneffluentpaelme merais rrttenr P Aencourapes the A rifmedtheproceau~esusea to spec5esYbdlrrnitationinanotber i o n Stare to-akpt a-xare~ie-pohn onfne r ievi lopEashwa~conver~ion~nors of the merslthe approveaualyticil us6 or^n~larorsao~har themort io aquaticlife crirerik Thesenew me~o~meas~renniydissolveumedelpropriare-sehodnr mshoampare usei zcnversior Zanors were made avdabie or the permitwsit~ expressessmBtels cculstenrlp wiihaliiorrua ior publ~z review and comment in rhe k t in anorheriorm teg~solved aneniments to on hbyn- spesc or total) c Apiica~onofMeisCriterkwherremured 1995 e BD2FF23228Theyare elso to c q outpovisionsnithe CWAThis bselecting anapproampim conteine2 m-tonays d e at 40 CT 2-becausethe chemical~condi~ons implemennqthemetals citeisamp~ i~ 3138]2)

amblenr watersfreouenGydifier principal issue is theconelabor

hose intheeEue~ that sremaesure6 and roposea rule rovineia more ne-ampled m d inese difierenzes result mchange nerais tha~are bioioglcalj availabie ampszus~on oiEAs metals ~ol icv m he nartttionhe berweendissoiveL an6 tonci3 oiaroassure the ioe

Yhegtreambie eotna AupSlD97 n i o s t a n t i ~ ~ i r o m bewee2 meamp

concening the iampat ic l i fekat~Oual i~and abiorbedforms bithe meralThis metalscriteiia arear+ateiorthe ~2----AL----A- 9 ----+he mW$n+ l-+~ 7Rrm-p rnsmicai conditions underwhiamp thav-- ---a---

6 9 7 5

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 6: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal RegisterfVol 65 No 87 Thursday May 182000 Rules and Regulations 316B7

Sun Fi-andscoJlegiondBoard Busin plan olg86EP~approved several ~rioriryro~cpo11uraz~tobjectiws[ W A-amp-]that were conrsmedinfoel986 a n Framisco RenionelBoardB~ir

~ ~ - -~ ~ ~ ~

plan asamenaefl bySWRCBgesbiution Numbers 87-4887+82d87+2by

andlor nesignsreduses andiailueto hguageofthepmvision the stanuq adoptneededcriteriaThusmcia~s bBWrniandyurpose oisechon-303 amonis not unique and theie$iauvebtoq In addug

The CWA insecdon 303(c)(4) secdon303(c)lZ)IB)ro foe CWA urovinesrwo baaes~~vrornulwtion Coneres s undernood the~~of Faneid w~rer~d ir~ 5 i sndaramp~~he fmreqampementsb~~ectioncti3~3(c1~i)firstbasis i n p q g 5 h l A 1 eqplies States~Xoconilucte i d r + e w s o f

letteisi~ted~ptamherSSSIIR8Zandwhen a S r a r e ~ ~ r m u n e w ~ r s v i h e ~ their watnrxpiliQ~dar6scd~bmft

stanriardsfnatEp2determinesareno the resultsnfthose rei i~5FPAanE consisrentwih ampe applicle insectiori303( d~4~~) i r i r i~~~at ionC

Decernber~243~~7~~T~s~~~in-3~thesmmRss~~~~~p~) ~~~ a the m~anpio+dampttersaFe dontained~the requirements o f d e CWAIlaftefPAs -CWAlsection3D3 (d)iduaes~wftko~s

ampan r o d theState noes no~amenc nrleampngJti~tnkessampt0~ itsamp~so~asrdbe-con~enrwitbthe include thesecilt~~forforprio~~Nto~c

~ d m ~ E l t i v e r e c o r ~ b i i i t h i ~ ~ ~ ~ ~ ~ ~ ~

C7NAEPi4is~m~pmmp~p~ro~ose noll~taneltfhat~ei~onampedintheSm appr~~riateFeadwateramp~

-- F n o r i ~ ~ o U u t a n I 6 httiiisiruatioi are i o o m o t e Z i d e s l a n ~ a t l 3 1 3 8 ~ ) ~ I l

~ a t ando~~~~1ampconsum~tion1~

~eadlinesm~section~~O3[c)(4ldirec~6the Kkhis~tort~iact~~promp~~ where the Adminisbator netermines ~thatia~amped~or~new~~endard~~is~~~~

the ~ c t ~ ~ ~ e s s b p ~ g secrior 303(~]1Z)[B)tothe section303(b)ll)

citerie towarars withampqSrates - muniapil orthTJhT bandficiduse designation intheB+~clanfiso some ~ d l i u t o n t 5 s e ~ a t e d h u g h the

supponediP~sevsrdway6~onsi~mt wihEPXs a p _ o r o e ~ L h e ~ P A lnterprerssectioni303[o~(P)IB)dfthe CWA so alowBPXlotactcvjhere the

Statehunobsucc~edSainadli~hing numsticrwaterqualirydtankdstim roxc pollufe~ltsWiuac+ion-cdbethebasia fos~the~IPbinhnmis asterrmnation ~aer~sacdon~303(~)(4) that neiu mte6iseddiiteriame - n e c e s s q m ~ ~ e ~ e S i p t e d u ~ e s are proread -7 -

~~kdoespot~belied~ampat-hif~~ ~tareswersto adop-numeiid5iterk io thoseooliuta~lubasaaorine3041~)

water~bodyby~Water-bod~bampis~~~nr EFf i~towaerraksau-~Eort~conuuc r e s s a r amp ~ a n ~ ~ amp e s ~ o f t e d m r a m

r--p---c -~

adoption ofwateyadiy -dark IS each roxuzpdliutantSor whiampEP~ has x i e d CW~semen pzimafily heregponsioDUrgof Yhe issuetiUWAsemion 304t8lcritena 303[5)l)(B5FR GOB46December Z States2~owevefTWAsez+ion309~c) dancC-thereha~ampEhsrpe~~- 1292EPk incornorares the d ~ s c ~ s s ~ o ~ -~

~lsoampes~be~a~cjle~ior~~the~e~eral ~rrrseneedithat~~Uutan~hich~could government tooverseeState actions to ~easonatily$eexpectiaa~iointeri~~e

~ ~ e ~ N T R ~ ~ r ~ a d o l e ~ s ~ ~ s r t i o f t h i s ~ e m ~ E r e c o r ~ - ii

ensurecamnliance With CWA with~thedesiena~~d~~use~w~ddim~oseThisdererminamptionissu~~Onedbv~- -

requiremen~~IfEPXJsSr~riiewWdifhe anenormous aampbimati~ehurdelt~nd ini~-tionhtheluieamp~reamp Statess~dsrtisfinaSaSfla~sor wouldbecontrqto thestatutory sho~gtheampschageorpre~eof omiss i~ i~en b~~CWAguthurizesdirecti~e~ior~swiftactionmaniiested~~ ~rior~to~xicipoliutan~thr~gholittLhe ~ A t D ~ O ~ e ~ t t h ~ i i e f i C i ~ n C i ~ ~(see ~ t h e ~987~addttion-~ofsectinnnn~~~c1121~StareiWhile~da~iSsnotaecessarily CWAsectidn303Ld11411This~water t o ~ e C W h ~ ~ r e o v ~ r b e c a u e h e s ecomoieampitconstitutesas~onerecord ---- qua stannariisprom~panon c i t e n e areamblent dm16inat nehe sup~omngthe n e e d ~ a ~ e r c c r ~ l ~ x aurhcntv i a s beer used ovEA to issue azaurmentofthedeslwareduesthelr ior n r io~r~x~ no i lu t auu withserm

applicationLDLwarampbodies will 304-ia] ~ i i e n a wher~p i i ~ ~ e ineuroSKU - resultm addibonalconnois o r noes norhavesumen ntene

ronugared rriterle s~miiarID ampOSE dishmgers oniy wberenecessup~o Toiays h a niie woulP nolrnpcs~ nziutied here for E number of S~ates prore=toe ties~pareduses a3y unaue o mappropate h r n c on lnese acbons have aahressed boamp ZCs interpreration o i sedior t o e State o i Zalii3rniao irs jlscher~ci ~ r s u f i z l e n e ~ SEt m e n 2 333(c)2)[B]u supponed by t ie 1mereir puts n i a ~numenz a v n i nrorexvE

--

- - - - - -

~ e amp d RegisterlVl 65 o 91~hmsd~yMay 1820001RuAesandReguhtiPns 31689

the uses of both keshandsaltgtwate~ itestedbe advnresent inthe water amat ic l ibz r i t e r ia for ~ h ~ u a ~ i c o q a n i s m h -body~EP~sap~~amption~ofits~puinelines~ t d d a y s ~ ~ r u l e ~ ~ ~ b a s ~ e s ~ d t h e

An aquabcliiemitdon derived using to develop the miteriamanix inthis merm u i m a forireshwater and F A S dW~b~ztionBD4(a)merhod d e is ]u i lpad bpthe~~ency~ be satrwaier aquatic liiebutis mghtbs thougi~tofasanesrimate of the highestconcennationofasubstsnce

934]EPAsguiaeline~ared e s ~ p e dt o i e r ~ v eciteriahtgroIectaquatic

auremp~z$~rovi6eareasonshleanil idequareamount dfprotectionwith cnly asmampllpossibilitg o ~ubstantial overpro~ecuon~oundsrprotecdonAs discussed1l1detailbejowthareare severK individualfanorswhichmay makehedteriasomBvirhatl2 oveTrote~~s~mun~srp~otecriveThe eDnroachEPA~s~iseliwedtobe amp-welbdmcea aspossihlegiwn the s t a ~cf thedienee

x-mioampaquaticYife c r~ te rkd d v e a using EDAts ia86GILielines are expresseCas short-termminalong-rerm aviees r a t h e r one nunibex i n -or5erthatshe cdterion more accurately reflec tocoiopicAIanamppracttcal -

concenuatiob(CMC)ashort-~ermconcenuationJimitanda criterion

~~ ~~

iayaveragecone~~ationlimiiare des ipne2~opro~de ip ro~c tmn ~f

ep_orqpriateforillwaters nftheUnireamp States T[JS) and~tcalliecosvsrems

Freshw~reanastya~eiIiifiu6ing borb e-nsandmarinewateis)Ihave

prornulgatinghumanhealth~aiteriefpr mernwiordl~suriacewatars m

- -- c-~~ ~~ ~~

some ~uenc~eciesathreatenedor enkaereii s ~ e c ~ e i i n s u c h i n s ~ e ~ --- -- --

i r e s h w a t e r a n d - s k q e c i e s d ~ ~ ~d s r F e d ma implemmid inroqb do no~idnabirfae+arne~~~ITo~~use of tneSta~lsoap~tivecntarionThe provine additiond niteriaare r s a s o n s ~ ~ e s e ~ t i a e m e r c u r y develo_aed5or dn~iorsdi aouauclifenumbwareexp1ainedin

waterFo- - ~ c ~ d e d i i S e 3 t i m Z Eniegeted-thrsde~~~$datideghwarer spelies-amp

-q u a u c IlieuitericontainedLipCWh

secdoQ04[a)mtet1agriiriepcefrrst e F r e ~ i ~ w r ~ ~ ~ ~Sei-umC-oa publiampedicthe~dy3~~p~sBndlate EPh$oaeampadifiarentampeamp~~ter modif iedbth~~as amena~2racut~gusu~Ueair~onfosale~~~~~

tne iollowing~eamppo11utaTL~~ersenic forthisnilethan~waspromuigatsdiricadmiumchrormum~1coppar heNTK as amended EPAs2propossd dielririnendrinWdmee~~3RC) -actionmconrirrentwiampEPA~s n i c k e l p e n r a c h l m q p h e ~ 1 ~ 1 ~ ~ ~ ~ ~ p r o p o s e ~ ~ s e l e ~ m a i t a i i o ~ 1 ~ m ~ u m Thegpdatesused+b86g~fmh cqncennaboniortheWarer Quallgruleareampxplaineaiinadampd mppdn Guidanceforlbe ireetlakes~~Systamp(sr doc~entwtitle~3DB6Rn~~o~asW~er Nrve6oer~sh~~~~~)Tlus~PR58444

ampreamponofxq~uhc~f i~j4mbien ihais~leniumsrwomost prev$ent

Wmer~l~iSEP~~~z~~~6-001~~ox~aationotatesselbte m a selenate

aampinisamptilte ~cdrd tb fos ioxicig ~well-snewdara whii rulemakiqghisiloCUThentampresents the indizarearrhatvariouafmmsdiselmum

amaticlifeand~i~ues~~m~acuteand derivation ni~aampofa CMCs and are eil~uvBAaditivi~hcr~anesthe k o a i c toxiampymadimds maplens C C C ~~ p a amp ~ t amp i $ h a a i ~ ~ h toxicirjolmixrures oamperentfoms of wifnoct beinampasresuicdaeas a one- whiththe upda~d~eihwarerniteria the poliutanlTne propose6 approah numberdieioriw~ddhavembe for t h e m ~dllursnrswere3ezivsd pronucesaampffuexkxeienikicnn ( lessGuialtlinespgesAE4)The criteiibriioricennatimor CMC

~ ~

T h e p o $ ~ ~ ~ ~ p ~ o g l s P C B I terms CMC~aih2CCa~e3heiormal cr i tdavl tha crltpiia~uiifo+s - d e p ~ n ~ a i n g ~ ~ ~ p ~ ~ ~ a ~ j e ~ ~ r o ~ o ~ t i o n s namesior therwo~lacuteandihronic~ dedipoundamprs omh t k - s h e m - a s of siieniteselenateminheiormhoi values ampacrireriogfor a pdliutan amenaek io+b dehedteria-are sildwnthatarepresenr 1

howeXethisZoment will ampo use expressed=ds-sum ofsevorarodors Thereamhle LO f n e ~ u 5 1997 the~orm~svnonvms~c~ecri~ii~n - - whilebkhe~rSm(sremeniiedthe proposednrleprovidea iKpthTand6xomccitenon -

The mrb-n-iersiteua are intended to identifylifyavsra~8pb11utant

con=snwationiwLich willpronuce wate$uamprgs~eriJ1yBliitedlo r ~ ~ e n a n c e 6 f a q u a t i C ~ a n d

icaz ion dfexcampions overtheiveage

criteria-sree-xprsssd each ofaeven -ampduJus~ion6fiihiqpmposedampitampon ior ~odbrsThe~~tic~ee~teri8mr theStaiuof 5 l i f o m i s ~ e e 6 ~ ~ ~ PCBsiq-theCTR a r e f b ~ e aon the aitemxcontsmea in~e198~cr i tena pdanceiocumentfor PCBs whch is mc1udsah ine ridrriiPisnativerecord

explam6 rhediBiivation biaouatittcliie

216D+220S~hincqrpora~s thar ampcussionhere a sam ofthis niiemakingrecorampkl986a simile-discussion wasincludeElc h e

~~dtanrtommentezsquesnonec seveia a spez~oftbe Grasf-ekes ~rooosiEL

c 0 ~ e n t s b d t o ~ ~ 1 1 ~ ~ ~ ~ ~ ~ ~ addi t ional i te ra reviewendtoxici~ testamp iidition3hdUSSWSand

so k o r ex~osureswillno~cause criteriebaseConrotalPCBs For more ~ ~

nile~pecii=~axeraga vane ove ra he ~ommenis~d~mmentfbithis Todayslchro~ciaaticlampniteriaior

time periodlLihori~becauaeampnrrsioq PCBsbehaseampona~residuep e r i ~ d ~ ~ ~ h i ~ c i ~ n t d e S s amp ~

value higher ~thanih~i+kagemaykill [FR~hEA$guiaeliaeSIoraeririing U S ~ S I c o l e C t i v e l y ~ ~ e ~ ~ ~ c e s ) or cause s u b ~ t a n t i d ~ ~ e i n s h o r t aquaticlifeniteriaanFR~~basea a re conceme~tha t~~ s ~ ro~oskd

periods criterionisintenampeampioiprev~nt - ciiterionmay sot be ficimtlyY

~midrmum~da~~set~ofeipht~~eciiisdconcenuations ofocilluta~~tsin protectiveif campthreateneampand -iunihes IE recommendedlor airerie cevelo3nen [deampare p7m in rhe 1985 Zaaelines oaee1 Tne eleh -specific familiesarejintendedto Kz reuresontative oiawides~achmoi iquar iiie o r d s seeson I is not lecessaq -hat rhespe=Ec oranisms

commerually or amp=reanonally ennngeredspecies~~ lomie imponan aquaucspe=]esborn afiecting Bezause ihe Semcea believe there s a the mark~rabihmoihosesaecles or lazkoi dare to show ioi certamh~tn a f i e c t i n g t h e ~ w ~ ~ t h ~ t c ~ ~ u r n e criterion would noiaiiect~roposed aouaticMe tnreatened ampd endaneerea soeciecthe

Toe proposed -3jn=luded ac Senlcespi-thsiii iuampe~ update2 keshviate a n t salrware ve~ate tie protemvenes cf t h c

31690 Federal jBegisterVol 65 Nc 97Thwday M a g 183000 1 R u l e s a n a R e ~ a t i o ~

ampcu~dnereamp~artnf~this inditidoarti~iemampCould 3 i t e n 0 n ~ ~ e i o ~ - h n ~ ~ ~ ~ ~ ~ ~ ~ o s s d -

~ i t w o n T h s r 8 f o r e ~ k n o t r u l e m ~ g ~ e c m ~ M a n y k d e n ~ i dissolvemthe re~eirring~fer-g prom~gatinggd~figa~tahein~~~ thecrimietoke sxceei~dExpresmg sunngiy suspo~dthi~encysSp6kcpcpeele ai t i ionatWtime on ampsdlvsmmamp aquaticlib criteri~ dteria asilissdlvidmedrequiies Aiswcommenters~~qrnsea~ uansiationb~eenan~ntmeralb 9~so laedMeddMamp ^L oPmmfhat tbemds30mnot i o r m i m ~ c ~ a f i n i ~ f ~ e p ~ y ~ D ~ C E ~ O amp ~ ~ - ~ ~ B Z ~ ~ ~ ~ ~ N T R ~ ~ A p r amp d e amp t ~ ~ m e a a e g u a ~ e ~ h i t sotharaurampr~cdlepermi-

promdktea ~wate~iycriteria for p r 6 ~ c t i i i e ~ f i o ~ t i E o f i ~ s p e U ~ S limk c ~ ~ e s c i b K amp e d ~ t +ill -

sever~ta tes- rha t rnadWe~ ~ s s ~ ~ ~ ~ $ ~ r o ~ ~ o ~ e ~ ~ ~ d ~ ~ t s ~ e e qualig staniiafis~husitto meetbe aevpmrer ra~w~ments nfCWAsecbm -- conrainea-idamhom~e~recolti IS unpmrantrhatpdttig~authoriti~s 303(~l(~]IB)~~udea9mong~ewaterenti+]ltd m i i c u t i s i O n d f ~ e ~ ~ f ~ i l i t yto -- a d ~~erau~orifidshave~the ou~ydtampa~rom~gate~~ere - ~ i ~ ~ ~ l ~ d amp k ~ i r l ~ d ~ ~ ~ ~ b a r g meraleralW-r - rr~Iamptib~Mieeriamp~siilvea numericPitentiior~~~rptscdonnf~~ 1 ambientrers~dmd~recotlerample 1 1~ ~ ~ 3 ~ ~ ~ ~ i l t s e ) 1 ~ a ~ ~ aqustiillBiIoill~~rr WRTSErilC res ins VjLcb =er~inltEIu~ntnt5 ~~~- to coampampnltampcument

a r e ~ o m c o n i a i n d a 3 5 t h e e ~ ~ ~ ~ ~ ~ ~EPAbes~~~~pl~t6~dflo~cw~ramp~cadmilimihmniium~~]tchromum~~ recampdioIthk eee [VIlcq~poperlead mernqy dckd -lri use oiu~nbletmsroonv~~o~ selenium~ilmandzincCdtariafor ~~t~ampd~irifs~~c~fi~1sstil hssolved matal6critena~tod rwome~applieh~othe~Sf~tBnf- Metdsmtedd~etalltd~ia~aues recoverleperniit limi~The - Paiifdd - a mbmiiampmm31jleTiiUrn-deTinfie - d o c u m e n ~ h e ~ M e ~ ~ ~ o r f 0 r 9 ~ amp l i i d ~ m - amp y ~ s

Ths ~ s n q r e c d i v e d 8XIMve~uBlic m a ~ amp ~ l S $ ~ ~ ( l ) m k amp ~ G Guidancejor Cddntin~nTnS coamp~~a~~the~~~alopmentbfffheamp s o l lt ~ B ~ ~ b s e ~ t ~ i h a v e Recovernble EermitWFmrn n

NTRZegGmgg mo$$~pte Dissoived~~t~io~~XrS2~~86- b e e n t c ~ a ~ ~ p P ~ $ f y ~ ~ y y ~ T o approaclfhuekpres~ e 0- me $ e ~ ~ t e r m ~ t amp amp d amp r ~ ~ 0077uns~g9Q]is~du^~~inthem e amp d t ~ ~ d T h e ~ ~ r i n p ~ ~ s s u e w ~ ~ adminisu~ve~recmakrtob~s harampse-~pena~ntrtbb~dte i ia nile -rhecon~lntionbewebntme~ampdtare wlUltamp cficdad se -ampflyfofoiiamp TteampG~~hcsexarmnes-how meas+amBTLaimdpihtmefiane supampamp ieatmm- is - KO d ~ ~ ~ o p a r n e t a l 6 ~ h e i i ~ p r ~ n i d nhioawSlahl~iinEtbxic rtoaticlifelt lg13amp~][zyphBkampessd~penasnt i~hns~as~therac t ion~f~d is n m x b e ~ e n spd l i~a t theune fieshwatarduesp~sampC~ampe recpverample mefl in ampe~~wnmern oi d i s s b ~ ~ ~ d m e ~ ma-9010 -no satmiidmaawe ~nS1JBJb](lTharr~been watsrbarisldissol~edi~~e

c o m ~ i ~ c swithaquticllife water campamptea usmgampfampessdf TOOmi dissdivltdmd cdncenpationdivide- quality sradaataqkeibzornmenae11 1as c a c 0 3 ~ ~ - l i l l u - t i w w ~

ampPr b ~ ~ e t o ~ r e c o ~ e r a b l i l e m s d ~ ~

epproacpbacau~e-~SS07vea o+y) wbatampaseaett concenrmtion ampdlator m~sone m d more mt ampma zos1 d ~ ~ i o e ~ l e appoPtiatB areampdm3ti$liiiayamp+ ofhreefeams~~ltmefi~1~~6um~d70 iraaiono thesmed h amp e water - be equiualen~tothecriteria~~ce- c o n v e ~ i b n ~ ~ ~ ~ m r n ~ ~ ~ e ~ ~ 0 ~ -cdlumnthandosstotrilrecov~~ble l g 1 3 ~ ~ [ b 3 1 2 ~ ~ ~ ~ 1 ~ t e r ~ $ amp ~ S amp ~ a ~ meamp-

convmsloa5ianorsLz)ilf~ybe gt -L~

m e d s d t ~ f h a t a r e n ~ ~ d n e ~ - nevelopdddirectlyBS t h ~ --5 mtidi -Si l l cemAk-pr~ous ~t ic ik d e p a n E ~ f a i e r d n i Z a ~ ~ ~ h edissoivedrom~recodl~~e~~anri

criterie-hcshadBesn~~xareseed~t o ~ m d ~ ~ l e ~ t ~ t i amp d 6 ~ f r w W (3)irmampGdeviiqpbhou$theuset ~ r a l ~ e c o v e r a 7 j l s ~ e ~ f o ~ r e s g t h epj=ampampampampoamp3~amp[$3~~ of spdtiampcoedenythamps - -

crirdeas-ampsolve~convar~onfanprs d ~ u ~ a a m a ~ amp s ~ ~ ~~ c t i o n ~ ~ p z ~ l a t e $ t amp e ~ o m ~ f were n~veiqped~baccountfo~ths e e ~ o n T 2 i ~ b b i amp 6 1 ~ amp ~ ~ e n d ~ metalh~ampngaites ogwadsorbentm possiblepresencedf~+nilatemB~in m~tip~lylqgamp-$ghea$prop3ate the w ~ ~ e r c o i ~ I e g ~ ~ o n c e n u a t i o ~ ~ ~ he iamporat~~roxi2iy~esrS~ea~o - c o n v e i s i o n ~ ~ ~ e h n d ~ ~ s ~ v e Zo i radcs~p~ds3~i61id~~~TSSl~This d e v e l o ~ t h e ~ r o d ~ e d ~ ~ 6 l e 6 d i t i r i a a ewin -ceclo-entampcussesampesem ~ ~ ~ ~ ~ ~ d ~ u ~ s a a s C C ~ ~ ~ g p 1 hdudi$aer~dfrecb-ended the manix 40pF131i3~fbC1fare hree io- as o f ~ amp l a ~ $ 7 k 5 ~ ~ uesnwater convemionnms Mthits- roundadtorve c~ t6gures field m a v neigmdatsgemranon an6 lvlerdampPoampy(~ee~OffiEeClfWaterPdlicy T j d ~ o r s y o i ~ ~ l v e ~ t o amp ~ d 7 d y s i h h ssn+gpeamprsnidPPPi~~cann Te-5micelGcidanc6oii -- ~scoveamp]e~Me~samptsDPAaas generate s i w ~ p e c ~ r u ~ l a ~ o r s Inrerpreratioiampdh~lsrnentationdi Natmn~o11utanDisamparge - - C a i i m + R e o ~ ~ a ~ Q u a l i ~ Aquatic Wehilet$le C r l t e i i a ~ S ~limination~ymmINDES~ Conuol iioarampmapuseany ofthese Froihiohc~gj48sistantAbinisuaror repu7etioas~equireampatlimi~5io1meraism e t n o ~ m d e v e l o _ ~ ~ p w a t e r ~ u ~ r y -for Wa1erDnobe~~~9n3)~B~~edonm permits bestaeampas rota1 recovmabl~ basdd~ermit limi~-roneevme~ -additiodaboratoy~eWiuduo~~that m most cases(se~40~~2245~c)l qualipstandards oaiadon-disiolvei slmuiatedthe~o~i~maltoxicfrgzeas exceptvihen aneffluentpaelme merais rrttenr P Aencourapes the A rifmedtheproceau~esusea to spec5esYbdlrrnitationinanotber i o n Stare to-akpt a-xare~ie-pohn onfne r ievi lopEashwa~conver~ion~nors of the merslthe approveaualyticil us6 or^n~larorsao~har themort io aquaticlife crirerik Thesenew me~o~meas~renniydissolveumedelpropriare-sehodnr mshoampare usei zcnversior Zanors were made avdabie or the permitwsit~ expressessmBtels cculstenrlp wiihaliiorrua ior publ~z review and comment in rhe k t in anorheriorm teg~solved aneniments to on hbyn- spesc or total) c Apiica~onofMeisCriterkwherremured 1995 e BD2FF23228Theyare elso to c q outpovisionsnithe CWAThis bselecting anapproampim conteine2 m-tonays d e at 40 CT 2-becausethe chemical~condi~ons implemennqthemetals citeisamp~ i~ 3138]2)

amblenr watersfreouenGydifier principal issue is theconelabor

hose intheeEue~ that sremaesure6 and roposea rule rovineia more ne-ampled m d inese difierenzes result mchange nerais tha~are bioioglcalj availabie ampszus~on oiEAs metals ~ol icv m he nartttionhe berweendissoiveL an6 tonci3 oiaroassure the ioe

Yhegtreambie eotna AupSlD97 n i o s t a n t i ~ ~ i r o m bewee2 meamp

concening the iampat ic l i fekat~Oual i~and abiorbedforms bithe meralThis metalscriteiia arear+ateiorthe ~2----AL----A- 9 ----+he mW$n+ l-+~ 7Rrm-p rnsmicai conditions underwhiamp thav-- ---a---

6 9 7 5

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 7: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

--

- - - - - -

~ e amp d RegisterlVl 65 o 91~hmsd~yMay 1820001RuAesandReguhtiPns 31689

the uses of both keshandsaltgtwate~ itestedbe advnresent inthe water amat ic l ibz r i t e r ia for ~ h ~ u a ~ i c o q a n i s m h -body~EP~sap~~amption~ofits~puinelines~ t d d a y s ~ ~ r u l e ~ ~ ~ b a s ~ e s ~ d t h e

An aquabcliiemitdon derived using to develop the miteriamanix inthis merm u i m a forireshwater and F A S dW~b~ztionBD4(a)merhod d e is ]u i lpad bpthe~~ency~ be satrwaier aquatic liiebutis mghtbs thougi~tofasanesrimate of the highestconcennationofasubstsnce

934]EPAsguiaeline~ared e s ~ p e dt o i e r ~ v eciteriahtgroIectaquatic

auremp~z$~rovi6eareasonshleanil idequareamount dfprotectionwith cnly asmampllpossibilitg o ~ubstantial overpro~ecuon~oundsrprotecdonAs discussed1l1detailbejowthareare severK individualfanorswhichmay makehedteriasomBvirhatl2 oveTrote~~s~mun~srp~otecriveThe eDnroachEPA~s~iseliwedtobe amp-welbdmcea aspossihlegiwn the s t a ~cf thedienee

x-mioampaquaticYife c r~ te rkd d v e a using EDAts ia86GILielines are expresseCas short-termminalong-rerm aviees r a t h e r one nunibex i n -or5erthatshe cdterion more accurately reflec tocoiopicAIanamppracttcal -

concenuatiob(CMC)ashort-~ermconcenuationJimitanda criterion

~~ ~~

iayaveragecone~~ationlimiiare des ipne2~opro~de ip ro~c tmn ~f

ep_orqpriateforillwaters nftheUnireamp States T[JS) and~tcalliecosvsrems

Freshw~reanastya~eiIiifiu6ing borb e-nsandmarinewateis)Ihave

prornulgatinghumanhealth~aiteriefpr mernwiordl~suriacewatars m

- -- c-~~ ~~ ~~

some ~uenc~eciesathreatenedor enkaereii s ~ e c ~ e i i n s u c h i n s ~ e ~ --- -- --

i r e s h w a t e r a n d - s k q e c i e s d ~ ~ ~d s r F e d ma implemmid inroqb do no~idnabirfae+arne~~~ITo~~use of tneSta~lsoap~tivecntarionThe provine additiond niteriaare r s a s o n s ~ ~ e s e ~ t i a e m e r c u r y develo_aed5or dn~iorsdi aouauclifenumbwareexp1ainedin

waterFo- - ~ c ~ d e d i i S e 3 t i m Z Eniegeted-thrsde~~~$datideghwarer spelies-amp

-q u a u c IlieuitericontainedLipCWh

secdoQ04[a)mtet1agriiriepcefrrst e F r e ~ i ~ w r ~ ~ ~ ~Sei-umC-oa publiampedicthe~dy3~~p~sBndlate EPh$oaeampadifiarentampeamp~~ter modif iedbth~~as amena~2racut~gusu~Ueair~onfosale~~~~~

tne iollowing~eamppo11utaTL~~ersenic forthisnilethan~waspromuigatsdiricadmiumchrormum~1coppar heNTK as amended EPAs2propossd dielririnendrinWdmee~~3RC) -actionmconrirrentwiampEPA~s n i c k e l p e n r a c h l m q p h e ~ 1 ~ 1 ~ ~ ~ ~ ~ p r o p o s e ~ ~ s e l e ~ m a i t a i i o ~ 1 ~ m ~ u m Thegpdatesused+b86g~fmh cqncennaboniortheWarer Quallgruleareampxplaineaiinadampd mppdn Guidanceforlbe ireetlakes~~Systamp(sr doc~entwtitle~3DB6Rn~~o~asW~er Nrve6oer~sh~~~~~)Tlus~PR58444

ampreamponofxq~uhc~f i~j4mbien ihais~leniumsrwomost prev$ent

Wmer~l~iSEP~~~z~~~6-001~~ox~aationotatesselbte m a selenate

aampinisamptilte ~cdrd tb fos ioxicig ~well-snewdara whii rulemakiqghisiloCUThentampresents the indizarearrhatvariouafmmsdiselmum

amaticlifeand~i~ues~~m~acuteand derivation ni~aampofa CMCs and are eil~uvBAaditivi~hcr~anesthe k o a i c toxiampymadimds maplens C C C ~~ p a amp ~ t amp i $ h a a i ~ ~ h toxicirjolmixrures oamperentfoms of wifnoct beinampasresuicdaeas a one- whiththe upda~d~eihwarerniteria the poliutanlTne propose6 approah numberdieioriw~ddhavembe for t h e m ~dllursnrswere3ezivsd pronucesaampffuexkxeienikicnn ( lessGuialtlinespgesAE4)The criteiibriioricennatimor CMC

~ ~

T h e p o $ ~ ~ ~ ~ p ~ o g l s P C B I terms CMC~aih2CCa~e3heiormal cr i tdavl tha crltpiia~uiifo+s - d e p ~ n ~ a i n g ~ ~ ~ p ~ ~ ~ a ~ j e ~ ~ r o ~ o ~ t i o n s namesior therwo~lacuteandihronic~ dedipoundamprs omh t k - s h e m - a s of siieniteselenateminheiormhoi values ampacrireriogfor a pdliutan amenaek io+b dehedteria-are sildwnthatarepresenr 1

howeXethisZoment will ampo use expressed=ds-sum ofsevorarodors Thereamhle LO f n e ~ u 5 1997 the~orm~svnonvms~c~ecri~ii~n - - whilebkhe~rSm(sremeniiedthe proposednrleprovidea iKpthTand6xomccitenon -

The mrb-n-iersiteua are intended to identifylifyavsra~8pb11utant

con=snwationiwLich willpronuce wate$uamprgs~eriJ1yBliitedlo r ~ ~ e n a n c e 6 f a q u a t i C ~ a n d

icaz ion dfexcampions overtheiveage

criteria-sree-xprsssd each ofaeven -ampduJus~ion6fiihiqpmposedampitampon ior ~odbrsThe~~tic~ee~teri8mr theStaiuof 5 l i f o m i s ~ e e 6 ~ ~ ~ PCBsiq-theCTR a r e f b ~ e aon the aitemxcontsmea in~e198~cr i tena pdanceiocumentfor PCBs whch is mc1udsah ine ridrriiPisnativerecord

explam6 rhediBiivation biaouatittcliie

216D+220S~hincqrpora~s thar ampcussionhere a sam ofthis niiemakingrecorampkl986a simile-discussion wasincludeElc h e

~~dtanrtommentezsquesnonec seveia a spez~oftbe Grasf-ekes ~rooosiEL

c 0 ~ e n t s b d t o ~ ~ 1 1 ~ ~ ~ ~ ~ ~ ~ addi t ional i te ra reviewendtoxici~ testamp iidition3hdUSSWSand

so k o r ex~osureswillno~cause criteriebaseConrotalPCBs For more ~ ~

nile~pecii=~axeraga vane ove ra he ~ommenis~d~mmentfbithis Todayslchro~ciaaticlampniteriaior

time periodlLihori~becauaeampnrrsioq PCBsbehaseampona~residuep e r i ~ d ~ ~ ~ h i ~ c i ~ n t d e S s amp ~

value higher ~thanih~i+kagemaykill [FR~hEA$guiaeliaeSIoraeririing U S ~ S I c o l e C t i v e l y ~ ~ e ~ ~ ~ c e s ) or cause s u b ~ t a n t i d ~ ~ e i n s h o r t aquaticlifeniteriaanFR~~basea a re conceme~tha t~~ s ~ ro~oskd

periods criterionisintenampeampioiprev~nt - ciiterionmay sot be ficimtlyY

~midrmum~da~~set~ofeipht~~eciiisdconcenuations ofocilluta~~tsin protectiveif campthreateneampand -iunihes IE recommendedlor airerie cevelo3nen [deampare p7m in rhe 1985 Zaaelines oaee1 Tne eleh -specific familiesarejintendedto Kz reuresontative oiawides~achmoi iquar iiie o r d s seeson I is not lecessaq -hat rhespe=Ec oranisms

commerually or amp=reanonally ennngeredspecies~~ lomie imponan aquaucspe=]esborn afiecting Bezause ihe Semcea believe there s a the mark~rabihmoihosesaecles or lazkoi dare to show ioi certamh~tn a f i e c t i n g t h e ~ w ~ ~ t h ~ t c ~ ~ u r n e criterion would noiaiiect~roposed aouaticMe tnreatened ampd endaneerea soeciecthe

Toe proposed -3jn=luded ac Senlcespi-thsiii iuampe~ update2 keshviate a n t salrware ve~ate tie protemvenes cf t h c

31690 Federal jBegisterVol 65 Nc 97Thwday M a g 183000 1 R u l e s a n a R e ~ a t i o ~

ampcu~dnereamp~artnf~this inditidoarti~iemampCould 3 i t e n 0 n ~ ~ e i o ~ - h n ~ ~ ~ ~ ~ ~ ~ ~ o s s d -

~ i t w o n T h s r 8 f o r e ~ k n o t r u l e m ~ g ~ e c m ~ M a n y k d e n ~ i dissolvemthe re~eirring~fer-g prom~gatinggd~figa~tahein~~~ thecrimietoke sxceei~dExpresmg sunngiy suspo~dthi~encysSp6kcpcpeele ai t i ionatWtime on ampsdlvsmmamp aquaticlib criteri~ dteria asilissdlvidmedrequiies Aiswcommenters~~qrnsea~ uansiationb~eenan~ntmeralb 9~so laedMeddMamp ^L oPmmfhat tbemds30mnot i o r m i m ~ c ~ a f i n i ~ f ~ e p ~ y ~ D ~ C E ~ O amp ~ ~ - ~ ~ B Z ~ ~ ~ ~ ~ N T R ~ ~ A p r amp d e amp t ~ ~ m e a a e g u a ~ e ~ h i t sotharaurampr~cdlepermi-

promdktea ~wate~iycriteria for p r 6 ~ c t i i i e ~ f i o ~ t i E o f i ~ s p e U ~ S limk c ~ ~ e s c i b K amp e d ~ t +ill -

sever~ta tes- rha t rnadWe~ ~ s s ~ ~ ~ ~ $ ~ r o ~ ~ o ~ e ~ ~ ~ d ~ ~ t s ~ e e qualig staniiafis~husitto meetbe aevpmrer ra~w~ments nfCWAsecbm -- conrainea-idamhom~e~recolti IS unpmrantrhatpdttig~authoriti~s 303(~l(~]IB)~~udea9mong~ewaterenti+]ltd m i i c u t i s i O n d f ~ e ~ ~ f ~ i l i t yto -- a d ~~erau~orifidshave~the ou~ydtampa~rom~gate~~ere - ~ i ~ ~ ~ l ~ d amp k ~ i r l ~ d ~ ~ ~ ~ b a r g meraleralW-r - rr~Iamptib~Mieeriamp~siilvea numericPitentiior~~~rptscdonnf~~ 1 ambientrers~dmd~recotlerample 1 1~ ~ ~ 3 ~ ~ ~ ~ i l t s e ) 1 ~ a ~ ~ aqustiillBiIoill~~rr WRTSErilC res ins VjLcb =er~inltEIu~ntnt5 ~~~- to coampampnltampcument

a r e ~ o m c o n i a i n d a 3 5 t h e e ~ ~ ~ ~ ~ ~ ~EPAbes~~~~pl~t6~dflo~cw~ramp~cadmilimihmniium~~]tchromum~~ recampdioIthk eee [VIlcq~poperlead mernqy dckd -lri use oiu~nbletmsroonv~~o~ selenium~ilmandzincCdtariafor ~~t~ampd~irifs~~c~fi~1sstil hssolved matal6critena~tod rwome~applieh~othe~Sf~tBnf- Metdsmtedd~etalltd~ia~aues recoverleperniit limi~The - Paiifdd - a mbmiiampmm31jleTiiUrn-deTinfie - d o c u m e n ~ h e ~ M e ~ ~ ~ o r f 0 r 9 ~ amp l i i d ~ m - amp y ~ s

Ths ~ s n q r e c d i v e d 8XIMve~uBlic m a ~ amp ~ l S $ ~ ~ ( l ) m k amp ~ G Guidancejor Cddntin~nTnS coamp~~a~~the~~~alopmentbfffheamp s o l lt ~ B ~ ~ b s e ~ t ~ i h a v e Recovernble EermitWFmrn n

NTRZegGmgg mo$$~pte Dissoived~~t~io~~XrS2~~86- b e e n t c ~ a ~ ~ p P ~ $ f y ~ ~ y y ~ T o approaclfhuekpres~ e 0- me $ e ~ ~ t e r m ~ t amp amp d amp r ~ ~ 0077uns~g9Q]is~du^~~inthem e amp d t ~ ~ d T h e ~ ~ r i n p ~ ~ s s u e w ~ ~ adminisu~ve~recmakrtob~s harampse-~pena~ntrtbb~dte i ia nile -rhecon~lntionbewebntme~ampdtare wlUltamp cficdad se -ampflyfofoiiamp TteampG~~hcsexarmnes-how meas+amBTLaimdpihtmefiane supampamp ieatmm- is - KO d ~ ~ ~ o p a r n e t a l 6 ~ h e i i ~ p r ~ n i d nhioawSlahl~iinEtbxic rtoaticlifelt lg13amp~][zyphBkampessd~penasnt i~hns~as~therac t ion~f~d is n m x b e ~ e n spd l i~a t theune fieshwatarduesp~sampC~ampe recpverample mefl in ampe~~wnmern oi d i s s b ~ ~ ~ d m e ~ ma-9010 -no satmiidmaawe ~nS1JBJb](lTharr~been watsrbarisldissol~edi~~e

c o m ~ i ~ c swithaquticllife water campamptea usmgampfampessdf TOOmi dissdivltdmd cdncenpationdivide- quality sradaataqkeibzornmenae11 1as c a c 0 3 ~ ~ - l i l l u - t i w w ~

ampPr b ~ ~ e t o ~ r e c o ~ e r a b l i l e m s d ~ ~

epproacpbacau~e-~SS07vea o+y) wbatampaseaett concenrmtion ampdlator m~sone m d more mt ampma zos1 d ~ ~ i o e ~ l e appoPtiatB areampdm3ti$liiiayamp+ ofhreefeams~~ltmefi~1~~6um~d70 iraaiono thesmed h amp e water - be equiualen~tothecriteria~~ce- c o n v e ~ i b n ~ ~ ~ ~ m r n ~ ~ ~ e ~ ~ 0 ~ -cdlumnthandosstotrilrecov~~ble l g 1 3 ~ ~ [ b 3 1 2 ~ ~ ~ ~ 1 ~ t e r ~ $ amp ~ S amp ~ a ~ meamp-

convmsloa5ianorsLz)ilf~ybe gt -L~

m e d s d t ~ f h a t a r e n ~ ~ d n e ~ - nevelopdddirectlyBS t h ~ --5 mtidi -Si l l cemAk-pr~ous ~t ic ik d e p a n E ~ f a i e r d n i Z a ~ ~ ~ h edissoivedrom~recodl~~e~~anri

criterie-hcshadBesn~~xareseed~t o ~ m d ~ ~ l e ~ t ~ t i amp d 6 ~ f r w W (3)irmampGdeviiqpbhou$theuset ~ r a l ~ e c o v e r a 7 j l s ~ e ~ f o ~ r e s g t h epj=ampampampampoamp3~amp[$3~~ of spdtiampcoedenythamps - -

crirdeas-ampsolve~convar~onfanprs d ~ u ~ a a m a ~ amp s ~ ~ ~~ c t i o n ~ ~ p z ~ l a t e $ t amp e ~ o m ~ f were n~veiqped~baccountfo~ths e e ~ o n T 2 i ~ b b i amp 6 1 ~ amp ~ ~ e n d ~ metalh~ampngaites ogwadsorbentm possiblepresencedf~+nilatemB~in m~tip~lylqgamp-$ghea$prop3ate the w ~ ~ e r c o i ~ I e g ~ ~ o n c e n u a t i o ~ ~ ~ he iamporat~~roxi2iy~esrS~ea~o - c o n v e i s i o n ~ ~ ~ e h n d ~ ~ s ~ v e Zo i radcs~p~ds3~i61id~~~TSSl~This d e v e l o ~ t h e ~ r o d ~ e d ~ ~ 6 l e 6 d i t i r i a a ewin -ceclo-entampcussesampesem ~ ~ ~ ~ ~ ~ d ~ u ~ s a a s C C ~ ~ ~ g p 1 hdudi$aer~dfrecb-ended the manix 40pF131i3~fbC1fare hree io- as o f ~ amp l a ~ $ 7 k 5 ~ ~ uesnwater convemionnms Mthits- roundadtorve c~ t6gures field m a v neigmdatsgemranon an6 lvlerdampPoampy(~ee~OffiEeClfWaterPdlicy T j d ~ o r s y o i ~ ~ l v e ~ t o amp ~ d 7 d y s i h h ssn+gpeamprsnidPPPi~~cann Te-5micelGcidanc6oii -- ~scoveamp]e~Me~samptsDPAaas generate s i w ~ p e c ~ r u ~ l a ~ o r s Inrerpreratioiampdh~lsrnentationdi Natmn~o11utanDisamparge - - C a i i m + R e o ~ ~ a ~ Q u a l i ~ Aquatic Wehilet$le C r l t e i i a ~ S ~limination~ymmINDES~ Conuol iioarampmapuseany ofthese Froihiohc~gj48sistantAbinisuaror repu7etioas~equireampatlimi~5io1meraism e t n o ~ m d e v e l o _ ~ ~ p w a t e r ~ u ~ r y -for Wa1erDnobe~~~9n3)~B~~edonm permits bestaeampas rota1 recovmabl~ basdd~ermit limi~-roneevme~ -additiodaboratoy~eWiuduo~~that m most cases(se~40~~2245~c)l qualipstandards oaiadon-disiolvei slmuiatedthe~o~i~maltoxicfrgzeas exceptvihen aneffluentpaelme merais rrttenr P Aencourapes the A rifmedtheproceau~esusea to spec5esYbdlrrnitationinanotber i o n Stare to-akpt a-xare~ie-pohn onfne r ievi lopEashwa~conver~ion~nors of the merslthe approveaualyticil us6 or^n~larorsao~har themort io aquaticlife crirerik Thesenew me~o~meas~renniydissolveumedelpropriare-sehodnr mshoampare usei zcnversior Zanors were made avdabie or the permitwsit~ expressessmBtels cculstenrlp wiihaliiorrua ior publ~z review and comment in rhe k t in anorheriorm teg~solved aneniments to on hbyn- spesc or total) c Apiica~onofMeisCriterkwherremured 1995 e BD2FF23228Theyare elso to c q outpovisionsnithe CWAThis bselecting anapproampim conteine2 m-tonays d e at 40 CT 2-becausethe chemical~condi~ons implemennqthemetals citeisamp~ i~ 3138]2)

amblenr watersfreouenGydifier principal issue is theconelabor

hose intheeEue~ that sremaesure6 and roposea rule rovineia more ne-ampled m d inese difierenzes result mchange nerais tha~are bioioglcalj availabie ampszus~on oiEAs metals ~ol icv m he nartttionhe berweendissoiveL an6 tonci3 oiaroassure the ioe

Yhegtreambie eotna AupSlD97 n i o s t a n t i ~ ~ i r o m bewee2 meamp

concening the iampat ic l i fekat~Oual i~and abiorbedforms bithe meralThis metalscriteiia arear+ateiorthe ~2----AL----A- 9 ----+he mW$n+ l-+~ 7Rrm-p rnsmicai conditions underwhiamp thav-- ---a---

6 9 7 5

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 8: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

31690 Federal jBegisterVol 65 Nc 97Thwday M a g 183000 1 R u l e s a n a R e ~ a t i o ~

ampcu~dnereamp~artnf~this inditidoarti~iemampCould 3 i t e n 0 n ~ ~ e i o ~ - h n ~ ~ ~ ~ ~ ~ ~ ~ o s s d -

~ i t w o n T h s r 8 f o r e ~ k n o t r u l e m ~ g ~ e c m ~ M a n y k d e n ~ i dissolvemthe re~eirring~fer-g prom~gatinggd~figa~tahein~~~ thecrimietoke sxceei~dExpresmg sunngiy suspo~dthi~encysSp6kcpcpeele ai t i ionatWtime on ampsdlvsmmamp aquaticlib criteri~ dteria asilissdlvidmedrequiies Aiswcommenters~~qrnsea~ uansiationb~eenan~ntmeralb 9~so laedMeddMamp ^L oPmmfhat tbemds30mnot i o r m i m ~ c ~ a f i n i ~ f ~ e p ~ y ~ D ~ C E ~ O amp ~ ~ - ~ ~ B Z ~ ~ ~ ~ ~ N T R ~ ~ A p r amp d e amp t ~ ~ m e a a e g u a ~ e ~ h i t sotharaurampr~cdlepermi-

promdktea ~wate~iycriteria for p r 6 ~ c t i i i e ~ f i o ~ t i E o f i ~ s p e U ~ S limk c ~ ~ e s c i b K amp e d ~ t +ill -

sever~ta tes- rha t rnadWe~ ~ s s ~ ~ ~ ~ $ ~ r o ~ ~ o ~ e ~ ~ ~ d ~ ~ t s ~ e e qualig staniiafis~husitto meetbe aevpmrer ra~w~ments nfCWAsecbm -- conrainea-idamhom~e~recolti IS unpmrantrhatpdttig~authoriti~s 303(~l(~]IB)~~udea9mong~ewaterenti+]ltd m i i c u t i s i O n d f ~ e ~ ~ f ~ i l i t yto -- a d ~~erau~orifidshave~the ou~ydtampa~rom~gate~~ere - ~ i ~ ~ ~ l ~ d amp k ~ i r l ~ d ~ ~ ~ ~ b a r g meraleralW-r - rr~Iamptib~Mieeriamp~siilvea numericPitentiior~~~rptscdonnf~~ 1 ambientrers~dmd~recotlerample 1 1~ ~ ~ 3 ~ ~ ~ ~ i l t s e ) 1 ~ a ~ ~ aqustiillBiIoill~~rr WRTSErilC res ins VjLcb =er~inltEIu~ntnt5 ~~~- to coampampnltampcument

a r e ~ o m c o n i a i n d a 3 5 t h e e ~ ~ ~ ~ ~ ~ ~EPAbes~~~~pl~t6~dflo~cw~ramp~cadmilimihmniium~~]tchromum~~ recampdioIthk eee [VIlcq~poperlead mernqy dckd -lri use oiu~nbletmsroonv~~o~ selenium~ilmandzincCdtariafor ~~t~ampd~irifs~~c~fi~1sstil hssolved matal6critena~tod rwome~applieh~othe~Sf~tBnf- Metdsmtedd~etalltd~ia~aues recoverleperniit limi~The - Paiifdd - a mbmiiampmm31jleTiiUrn-deTinfie - d o c u m e n ~ h e ~ M e ~ ~ ~ o r f 0 r 9 ~ amp l i i d ~ m - amp y ~ s

Ths ~ s n q r e c d i v e d 8XIMve~uBlic m a ~ amp ~ l S $ ~ ~ ( l ) m k amp ~ G Guidancejor Cddntin~nTnS coamp~~a~~the~~~alopmentbfffheamp s o l lt ~ B ~ ~ b s e ~ t ~ i h a v e Recovernble EermitWFmrn n

NTRZegGmgg mo$$~pte Dissoived~~t~io~~XrS2~~86- b e e n t c ~ a ~ ~ p P ~ $ f y ~ ~ y y ~ T o approaclfhuekpres~ e 0- me $ e ~ ~ t e r m ~ t amp amp d amp r ~ ~ 0077uns~g9Q]is~du^~~inthem e amp d t ~ ~ d T h e ~ ~ r i n p ~ ~ s s u e w ~ ~ adminisu~ve~recmakrtob~s harampse-~pena~ntrtbb~dte i ia nile -rhecon~lntionbewebntme~ampdtare wlUltamp cficdad se -ampflyfofoiiamp TteampG~~hcsexarmnes-how meas+amBTLaimdpihtmefiane supampamp ieatmm- is - KO d ~ ~ ~ o p a r n e t a l 6 ~ h e i i ~ p r ~ n i d nhioawSlahl~iinEtbxic rtoaticlifelt lg13amp~][zyphBkampessd~penasnt i~hns~as~therac t ion~f~d is n m x b e ~ e n spd l i~a t theune fieshwatarduesp~sampC~ampe recpverample mefl in ampe~~wnmern oi d i s s b ~ ~ ~ d m e ~ ma-9010 -no satmiidmaawe ~nS1JBJb](lTharr~been watsrbarisldissol~edi~~e

c o m ~ i ~ c swithaquticllife water campamptea usmgampfampessdf TOOmi dissdivltdmd cdncenpationdivide- quality sradaataqkeibzornmenae11 1as c a c 0 3 ~ ~ - l i l l u - t i w w ~

ampPr b ~ ~ e t o ~ r e c o ~ e r a b l i l e m s d ~ ~

epproacpbacau~e-~SS07vea o+y) wbatampaseaett concenrmtion ampdlator m~sone m d more mt ampma zos1 d ~ ~ i o e ~ l e appoPtiatB areampdm3ti$liiiayamp+ ofhreefeams~~ltmefi~1~~6um~d70 iraaiono thesmed h amp e water - be equiualen~tothecriteria~~ce- c o n v e ~ i b n ~ ~ ~ ~ m r n ~ ~ ~ e ~ ~ 0 ~ -cdlumnthandosstotrilrecov~~ble l g 1 3 ~ ~ [ b 3 1 2 ~ ~ ~ ~ 1 ~ t e r ~ $ amp ~ S amp ~ a ~ meamp-

convmsloa5ianorsLz)ilf~ybe gt -L~

m e d s d t ~ f h a t a r e n ~ ~ d n e ~ - nevelopdddirectlyBS t h ~ --5 mtidi -Si l l cemAk-pr~ous ~t ic ik d e p a n E ~ f a i e r d n i Z a ~ ~ ~ h edissoivedrom~recodl~~e~~anri

criterie-hcshadBesn~~xareseed~t o ~ m d ~ ~ l e ~ t ~ t i amp d 6 ~ f r w W (3)irmampGdeviiqpbhou$theuset ~ r a l ~ e c o v e r a 7 j l s ~ e ~ f o ~ r e s g t h epj=ampampampampoamp3~amp[$3~~ of spdtiampcoedenythamps - -

crirdeas-ampsolve~convar~onfanprs d ~ u ~ a a m a ~ amp s ~ ~ ~~ c t i o n ~ ~ p z ~ l a t e $ t amp e ~ o m ~ f were n~veiqped~baccountfo~ths e e ~ o n T 2 i ~ b b i amp 6 1 ~ amp ~ ~ e n d ~ metalh~ampngaites ogwadsorbentm possiblepresencedf~+nilatemB~in m~tip~lylqgamp-$ghea$prop3ate the w ~ ~ e r c o i ~ I e g ~ ~ o n c e n u a t i o ~ ~ ~ he iamporat~~roxi2iy~esrS~ea~o - c o n v e i s i o n ~ ~ ~ e h n d ~ ~ s ~ v e Zo i radcs~p~ds3~i61id~~~TSSl~This d e v e l o ~ t h e ~ r o d ~ e d ~ ~ 6 l e 6 d i t i r i a a ewin -ceclo-entampcussesampesem ~ ~ ~ ~ ~ ~ d ~ u ~ s a a s C C ~ ~ ~ g p 1 hdudi$aer~dfrecb-ended the manix 40pF131i3~fbC1fare hree io- as o f ~ amp l a ~ $ 7 k 5 ~ ~ uesnwater convemionnms Mthits- roundadtorve c~ t6gures field m a v neigmdatsgemranon an6 lvlerdampPoampy(~ee~OffiEeClfWaterPdlicy T j d ~ o r s y o i ~ ~ l v e ~ t o amp ~ d 7 d y s i h h ssn+gpeamprsnidPPPi~~cann Te-5micelGcidanc6oii -- ~scoveamp]e~Me~samptsDPAaas generate s i w ~ p e c ~ r u ~ l a ~ o r s Inrerpreratioiampdh~lsrnentationdi Natmn~o11utanDisamparge - - C a i i m + R e o ~ ~ a ~ Q u a l i ~ Aquatic Wehilet$le C r l t e i i a ~ S ~limination~ymmINDES~ Conuol iioarampmapuseany ofthese Froihiohc~gj48sistantAbinisuaror repu7etioas~equireampatlimi~5io1meraism e t n o ~ m d e v e l o _ ~ ~ p w a t e r ~ u ~ r y -for Wa1erDnobe~~~9n3)~B~~edonm permits bestaeampas rota1 recovmabl~ basdd~ermit limi~-roneevme~ -additiodaboratoy~eWiuduo~~that m most cases(se~40~~2245~c)l qualipstandards oaiadon-disiolvei slmuiatedthe~o~i~maltoxicfrgzeas exceptvihen aneffluentpaelme merais rrttenr P Aencourapes the A rifmedtheproceau~esusea to spec5esYbdlrrnitationinanotber i o n Stare to-akpt a-xare~ie-pohn onfne r ievi lopEashwa~conver~ion~nors of the merslthe approveaualyticil us6 or^n~larorsao~har themort io aquaticlife crirerik Thesenew me~o~meas~renniydissolveumedelpropriare-sehodnr mshoampare usei zcnversior Zanors were made avdabie or the permitwsit~ expressessmBtels cculstenrlp wiihaliiorrua ior publ~z review and comment in rhe k t in anorheriorm teg~solved aneniments to on hbyn- spesc or total) c Apiica~onofMeisCriterkwherremured 1995 e BD2FF23228Theyare elso to c q outpovisionsnithe CWAThis bselecting anapproampim conteine2 m-tonays d e at 40 CT 2-becausethe chemical~condi~ons implemennqthemetals citeisamp~ i~ 3138]2)

amblenr watersfreouenGydifier principal issue is theconelabor

hose intheeEue~ that sremaesure6 and roposea rule rovineia more ne-ampled m d inese difierenzes result mchange nerais tha~are bioioglcalj availabie ampszus~on oiEAs metals ~ol icv m he nartttionhe berweendissoiveL an6 tonci3 oiaroassure the ioe

Yhegtreambie eotna AupSlD97 n i o s t a n t i ~ ~ i r o m bewee2 meamp

concening the iampat ic l i fekat~Oual i~and abiorbedforms bithe meralThis metalscriteiia arear+ateiorthe ~2----AL----A- 9 ----+he mW$n+ l-+~ 7Rrm-p rnsmicai conditions underwhiamp thav-- ---a---

6 9 7 5

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 9: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

~ o d ~ s ~ ~ ~ ~ ~ ~ t

-- --- -

~ e d k a lB e ~ l V o l 65 No 57I~Thursday May 18 2OOOlRulesanb Regulatidns 33691

ampsoivedamptena andWERsiorrore auatic organismsnqgenerally tGemte recwerable uitmaDissolved hgher concentrationsoi~o11urantsover

spe~curxicfjPtisMgun~lyingthe rharheampncan~tion ~ ~ a ~ o l l u ~ a n WERsfor dissolved~teriaBecause exceed the CCCwithourcaumg an WERsfm dissoived criteria genesilly are uriaccebieeamp~2[a)themapimiie ~nisaf iened~~elmtsd_parhcuiate and d u r e h o n ~ o ~ e z c e i d ~ s ere

WWsro besornm+hatiess than= ampimpn~atx~~peuoampof2amp during for r o d recwerihle aiterie in-siiii w~chtbeconcenmtimonishelo~vthe sirnahonsfieverthdessafterthesiu- C C C T b i s i a o n amp ~ q e ~ g lt

specific+adodf~~solved durationof inavmgg~pennover tomdmetal bas beenuken mroaccountEPJ which h e averqeconcenaatio~~-snoui

~

DnSebq2 1~9~EPAissued interim Gludnnce onLheDsIenninampon and Use ofr~sWnr~Effe~~Rampos$Jr

Merds [ E P A I ~ z s - B - pound I ~ o ~ ~ ) ~ o w -------- -~

- ~

inco~oratedintoirheypdatadSeomd a ~ d ~ ~ ~ ~ ~ r i o dZdihonnfthe~WaterpuilityStantandards oi chrDnicPitaia TheStatemagapply 5andbookr~~pendixL~-roppofampe roZPEPtiiorspprod ofanalmnative ~ t i o o o k i s s o n ~ i l i n t h e a v m a g i n g ~ o d amp ~ ~ o ~ h o z h e ~ a t eadmmis~ativerecori3 forzodaylsdeln mustaubmittoTPh~hebaaisrsuch

andaczordancewiththe3NER~danc~ alternative averagmg period where apnlicationaftheWiS The most rmpm~oonsideration im deemed apprapriateEPhsaonamp seniqgan appropnatemvere~petiod encourapes~sapplicatioo1ofhe~~ 1s fnelanghoftunsthat~sensihvaoniawa~ersheae-~ater~bodybasisi~~ o g ~ c a n m l e x a t ~ ~ e q o s u r ema p a n b f m w 0 t e r q ~ d e I 1 e c b pollutantst lmelscexcesdingauit~an Cal i fda3as oppoaebmamp~wplic~tion o r a Ilisnnarger--dischargerbasi6througnmdividuali~DESipd~ Tksrapproacnismchnic~yaound9nd en effiuen~~seotresourows~weverh ~ ~ ~ a t w ~ t e ~ ~ ~ ~ p ~ n i ~ k ~ ~ ~bi the chronic tests on whcb theCPC disdbiqerspecific 4VEPcforindi~duBl believes thesenewAattAave national isbased since msomecases~efiemme ~ ~ ~ E S ~ p d t ~ l i r n i f 6 m e p o s s i b l e i a n d porendallye~cienrw-nere~the pddance nowco~teinss-CMCd+8 rests used NDES ~ g nuration ~ o n a ~ h t amp c i n dlschargerk rhe pnyrpointsource 1 dissdlved addaCCCdf3gtpgll w emablisbtheamproniccritmia u s ~ s w g e r w a q e ~ c w a t e i b o d y ~ ampssoivedllntheamamp3ments w the qosuretcconducredus~gmeai~

Theruie r e o _ u i i 8 6 a d d f a f i h ~ d u e NTRF k n o t i amp d e a i qf pageto~~anrsha~ean2B~ampyamp~1TSDcf 1owhch viUbe~sumea i5nosite- d a ~ 35 Som~Ehrontcse~bowmmmmmeto s u p p a these khanges to the specihc WER isdererniined Tousea mSsdlicitid commentsThedara m~chshmrer~h~~~TSD~Appmdu WZ other thm-tnedefault ui rothq cenheloun2h t + e ~ i l o c u m e n t G-2)EPd-selanedampeampdayevsrapgrule reouSre~ thatYheiWERmmbe entitlea AmnienrWarerampality per~ddbasei o n h e shortest aurahon y

n e t e m i d as s e ~ d i d E A s ~ pdenceoibyanother scientEcally aoampem1s~v~ab7i~omfie~~ceoi Clbserved ior c e m m specias and defensible lidtho2 thathas been WatcResourceLenf~~ana romcenrs In adamptiorEh believes inat isavaiiaole aciopred by the Stare sspari ofit= water forreviewinfh~ariministrativere~ord the resdtsoi some chronictebtsmampue ----q u h r j srandardspropram an2 approved hr - t o acacut6 e5ezon hsensinve life sape bf P A inat o c m s soma time drningrhe ex

The WEis-amore ~bm~rehensive e Chroriic AveragingPenod raine- i c abeingcausedkyiong-tern

meampanisrcloraidressing nesrablishg ware-quality crirena srresssiong-termac~mdehonoi~e

3ioavailabiliry issues inan simply Ek generallprecommenas an tes matend m tbeormnisms expressmg h e criteria in r e T s of - -averaeinaperiod~whiampreflectsthe ~Aampditionddiscusslon of the rationale ampseoivec m e d Consenuenuy drueuon oi exposure requhea to ekzr ior the day averapng period w exprsssingtheulteria i6terms oi efiects m inampvldual orpamsms VSD conrimed irAu~anduDoi the Tm dissoiven metalasdonebdo~ysde hu~eni ixr -2) Tne nlteria connnuous Edancme all of me above amptors anL for Camporniadoesnotcompletely campicentrationor~~~ dataE~belieesthat kgtendedtohe fie ampday eliminate the utility of ampe NERThisis the highest concehuationthatcmiIdbe averagingperiod iaIlswithinthe

t mainraindindefhjteiy i n ~ scien~csljyreascnablerqpeSivduesp~rLicuiaclptrueiorcopper~arneralrha waterbody formsreducedtoxiciry~complexes ~ h without causing annnaccqtabieefiec forchoice dithe averaampperio2 and xiissolvedorganic matter on thea~uaticco~unitymitsuses i s anappropriaieleq$h oitime of

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 10: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

~~ro ~rorecr~a~uatiliie n c h e campulated when he-hadness-iselow25 ing as aiversehuman-efietsuetoniosmcer 6Fiern conzenrabons c i berrhasser CsZZ andwb=rhLn=ssinearer z amhen wareZf- sCMsezticc

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 11: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal RegisterlJol 65 No 97Thmday May 18 200DITcules and Redations 31693

tmcicolqgical endobints (1) 0ftLnem morerealishcl~w~ consumptirmas anexpomiactor dosesaver cccmogeniciryand(2)systemi~toxid~atime exposure~eriod-byase~oi ~e~liresampguantificationofpollutan I= all otheradmeefiecrs omer than barextr~poiationmodekT i e cmcm residues b theedibie portions of the cancer)Thustn~~~i~~etwo procedures siope iacm-glisEPAse~reoi in ened species fo~assessingthesehealtheffec~~neforcarunoperuc potmcyand ~smtenaed to ~oconcmrahonismrsIBPS)are carcmopensmd onefor non- be a conservanmuppcbomn estimate used~tore~n~pdllurantresiduesir carcmogens q u a c c o ~ m i s m s ~ o t h e q o l l u ~ 1eg 95 uppmholnicorbidaer~tnerearenodaamponb~~~a limit) concenuatlrmin denrwa te r r 3Dr chemical

agent oauses canceEAsexistrng Tor non-carampogampampAampe6rhe are auantified bymaiousproceiurns humaahealfn g u i d ~ h e s a6swnetha reampencedose IRfD)mrhedose- 1 d e ~ o q r h e ~ ~ ~ ~ ~ 1 i i F i l i ~ ~ o f r h e 9 c~cmogenicirpisanon~hrssh~ld rrsponse-parameter+cdnriatmgfie po uranPaXpid~so~uble~p011u~t~a phenomenon ampatdsthereare no dtm~aornon-carcinogensoralRfD e averqpeBEas ~ n i l a t a d ~ t b e samp ~ r no-efisnJsvels because we~phwdavara~epercentampidsintheassessments ~ h e r e m i f t c ~ i m p l ~ ~ ] e ~ e ~ ~ ~ x p e r n e ~ y d i o s e s ~ r e ~ ~ s s 1 ~ m r i a lt edihiepostionsoffishandshhare ~ev~opedbased~onpohu~~~lt to cause am~e innsase in the~ concenUationsbtecmeethreshdld wmamphis~bout45h oi3k~cdcuia16d mcldencedf the~efienlieBano~l- efiemTheRfD isansstimate(wirh iromampenretindconsiiemh~susmg T~ereforeEPAs~aterqu~i~~~itda the ocranol~ater~~~~on~coCampieni~unceampmsn~gqeihapsu-oraampi puldancp for carcinogens are presented oimagnitude~dia d a i amp i ~ o ~ e r o t h e Fcr non~hpid~soiuleromP~isthe as pollurant concenuauons num~~qpu~ationlincl~~g~rs~inv~ emljiiicsllyThe- ~ C ~ s ~ n ~ t m i b e d corr~spondmptoinzreases+theampk of niogmupsl~t~~~~~t~b~~thoutassume6amp1ercoisumdPbonisampn

ievelopmg cancer See ~ ~ ~ a l r h e m ~ ~ ~ ~ u e n c e sappradable~skof aeler~~~Cfiecf5ampom theyaaond Aca Guidelines at 45 FX79347 L - d e g ~a71ifebmeSeeXmanHedth publicationthamp$Wm-mddHedamp

With existrng dreria-pollu~~~~tstha -G u i d ~ l i n e s T n e W + ~ e r l ~ (1977)piferencer3inTbeHumnn do no t rnanifen~an~gp~parent reierrs~toaS9nAccop~~leDDailg IiealthGuideLines)This-miluwu carcmogeriic efiectin animalstuaies In~6~orA11~Rn~mefrilas~a~urnpriatsasxtiindu~esa+uidi

s a 6 0 ~ t ~ e ~ g e n ~ p o p d a t i 0 1 i s ins thepoUuranrbasa~esholdbelow -effenidfotheridosefDosesfiatmeeless nrotem2f eealsoEAsdiscussion-di w h z h n o effecvwillbe observed This than theBmmemot~lytoibB tneOlirersy msumpbon arP61FF

(esysremic roxlcanrs]EPA m6umeE r e f ~ e n c q p o m r ~ g a u ~ i h 8 p o t e n d d

asscmpfinnusassdmdheyre~etaat associateampwith~yhedthris~~k6 65183DsclTS986)Th~6I5~peare pnys io log icdmech~m~sxi61~ herefore J e s s ~ l y I t o ~ o f day conraminate~fi2n~+tIahelEin~gulatorg

wiamp ~living~organlsms~tcravoiB concemb th~hcuencydf~osures consumption~dueor was~nivalmt~c overcomethe~~~ersecPffsct~th~ exceedingiheheRfD increaswsandasine the awraeeper-capita consumpnon rate ~ o l l u r a n i b r i i o w 5 h e ~ u l a slzeofthe~ssinpeyesrthe ofa 7 1 ~ ( c o n ~ t e d i a n d n o n - ~-

ioncenmation - probampill~kmbrisesmdverss effect c o n ~ t e d ) ~ amp e s b w a r e r ~ ~ ~ d n ~ ~ ~ ~ ~ 1 1 1 e NotoCRecent~goninithe4g8ncy8 mqe~~bserveilm~ahuma~~- 5sh addshdl6shfar theLIS

cancar g u i d amp n s s r a d ~ l n g Z h ~ 8 ~ popu~atimNoneb~less~~c~ed popdatiorSeelffllmanHealfn - essumphons a r w dsruibsd in thsEmhWater c o n c l ~ i o ~ ~ ~ o i b e - c a t z ~ b r i c ~ ~ - Guidelines QuallryM u r r i a M ~ r h o d o l a ~ ~ H ~ ~ drawnthatdl dosssel~w+heRfD E P ~ a s s u m e amp r a i d ~ ~ 9 a i e r are iiealtn 6 3 m 4S736 Aug~lC f lBBB dOsampiinin 8 g c c e P ~ e ~ 2 amp d ~ f ~ qualiryoitsnatbattheeqosid rPh~~humarhe~fh~isksrofi~~subh~ce h nampviduiilis an average e ~ ~ t h b o c ~ excss6 r i f f i ~ p r q ~ ~ ~ ~ ~ ~ ~ c c e p ~ o ~ ~ ~ ~

campotbe~2ietkmin~dawith~anp degree exnapolatmpnon-cardni-W d amp t ndf70kilogrsmsEPAaseunes-of confidence dessdose res~onse testdate to humans TO denveGT3fD E5gramsperday of conraminared5L relarions-nips areuantBed Tnereiore EPAAtvides eithampaNoDb~erve- an shellfish consum~tionan21olirers

e doseresponeeassesmentisasquired Adv~seEfiectLevel1~OAEL)Zowestper nay ofcontambted h z g wetsr beiorea=rirerionioanb~ calcdatedThe Observed 5dveeEffenZeve1~~0PiEL]consum~uon3-lma70~ltilo~~mpfvbod o s e - r e p o m e ~ a s s e s s m B n t ~ e t e ~ ~ ~ ir ciil~dat~theoimia~h~~~din~or other benhmarlr aose observed in he~cluantiratl~er61dti~nShpSrb~~~enanimal studies by an unceminy- issues c o n c ~ g n i t d a ~ ~ ~ e v ~ o p m e m ine a m o u n t ~ ~ ~ e x p o s ~ ~ t ~ a a ~ b s t ~ ~ eianor whch is basea nnlordiessional and difiermces m doseqe Uopramdi

and the onsetof toac mjury01diseass j udpen t oi t o x i c o 1 0 ~ a n a ~ i c a l l y bodywelgh~ RfDsare aiways5eiived 3 a t a ~ i o r ~ amp e t e ~ g ~ d b s ~ r e s p o n s e eranges b o n 10 KC 10000 1 based on demost qensitive hsnlrhfiez

Fo CWP- secdon 304(a)humBc healti end~ohTnereiore wbebenthatbasisi r -ei --dies-or less hquent ly ampom uirena develonmen- Zamprypic+l ouetoarhropicnrliiehehedrh epidemidlocal~studiesir exposed conslners oniyeosures toapolmrant eiiezthe riposur~parameters assllmt pomlations that occw rb-oug ineingesaon oi th6expossi inckviau2ro be theaverage

Thenose-response information vrater and c o n ~ ~ e d f u a n d aduhasindicate6MOVE =eedeampforor-carcinopemisanes-mare oi shellfish nume cltaria ampbased on 3- ine absence oihsfnelampe inere

re lar iomlupsare~ica l iyde~ved11om

t h e carzinopenacporeasy o r h e an assessmem of n s h relate0 to fne may bepafocdar risks to caildren Pi compound Carcmopenic porenq 1s suiace water exposure routeonlpwhere bekeves -hath i iken eregrotexei D ciaianei here asageneral-rsnn-tor 2 oesipare uses ere dnriKingwater ant ne iunm health nitem coniainai ir-rnemicds human cancer-causag h s i an shelbab consumption i b s h a lNE Xlciren are proteztec ~o~enuLT=hirsermIS niten usea T i e assumed expowepathwaya in e p m otherless sensinve edvcsc Ioosely toreferro~emoresp~sific cdcula++ the criieria arampthe hia1theridpointrdue tothe -

carciaogeniooraan~ers1~ppee~ctor consumption oi 2 1itersperdapofwater consemativ~waythattheRDsare which is n e h e d as an estimate oi at the criteria concen-ation end the derived MRfD is a ~ublic hsdth

~ ~

zarcinogemz potencyamperive50~ consumpuon oi Ej p n s n e r day cf crotec5ve endpor-1kls cn am- o i sruampes orenidemioon~c~ oats i s h end shelliish contarmnarec at F E chemicd thacar be consumed DL i ~

of h-anexposureltis baseaan eve1 equdtothe criteria concenkation daily basis3oraliiedme without exnap~l~tionampomtest~exposuces~of out multi~liedby2 bioconcen~ation expeciing-an aiverse eEe-RLDs are ~gh-~ose~overrelati~e~y iacro basidonsensitive health ennpoints an6 short perm Tneveorfish uldsbelliisb

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 12: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

healthEZ- u s i s t he mostrecin+PJ5 -noliutants-fowhichinin1980 -- ~7 - 4-- ininrmiinn =vicra +n - m o m r e assessments andLL- Finn+

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 13: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

I

I

I

1 Federal RegisterlVol 65 No 97Thursday May 18ZOODlRules and Regulath 31896

theseproposedchsng~sandothers ~leassnierto-theFmierelampr Lotneor h e E F A document

It should benotsdthataomesf the ~rogoaedrhangesmaysesul~h sigiihcam nuuiericcbangesinthe ambient ~aze~~+ycrirerie~Ho~eve

Planeampopt+amp 19901midapproved Z4h 1991ssrahllshsdnumeric ~veter qualiryarena~mgan aveqgehsh and sh~llfishconsumpnon~areof29grems ~nerdavT~$aduei$b~~e6~opgn

-rmtive rezord~rodaysmamp laaO~ARMrlfi)EPAMamarandue tllthmghEPhhes norussd thisamp S~teTolicies~Wafer~aiin I cons~ptiondueherebecaus~trus ~ r a n d a r amp a n d ~ e r m i t ~ t s h o ~ ~ormat ionrbmtyet be~11haLzedhlaredro228-TCDDmSurface the Smremaruseanv~aa~mnam - W a t e r ~ o m f n s ~ s ~ ~ hgher state-~erif~c~andsheBsh ~dmYllmamriorWata porL consumpbonaasj~ifh~~adop-Jon~iV~~e~Mana~ementD1uls102Direzto~ I

guidancrdpcument~8viiiibng t h e heilthmEemoi~diodand racoampendingamp~anhedamp~~e~ie for rllowcEqranarsddrafi

pdae~donunenii forXoii i~

r~0ntmusdfo~~~hclm~tificdy~~sioi~Until theueassessmentarocesswa6

t h e resulrs of+eiaasfieltkme$j~re -~ a t e r ~ e n c l o ~ e d $ a ~ ~ a n d s ~ ~ ~ ~ ~ ~ e s mde~u8ciesaboderalternativeew~s challenged~~esu4rnenc~Fnrest~d~dij c o ~ n ~ l ~ l j l a n s f ~ I ~ ~ a n a ~ c ecrireriagmkceampcumenthad~~-

The re inrends roznnsider Iriormado~oa5st~anasheWsh consimudon rateserduareii d summamphed in a redo nrenaiedbv the

r - - ~r- - -States Pesticidemd ~ n v i ~ o n m e n t d

Toxicolom5e~on~of~theBDfficeof E n v i r o amp n W ~ e d ~ H a z s r d Assessment oftheCaliiornia Envitonmental Protectiovhgency The mpofi entitled Cheniicamph Fish Report No 1Consumpfjo~i~Fishm d Shellfish inCdffoSoand theUdted Statamp was ubhshedampal ampaft form in july -of1987and~ileasedto the public on~September161997The report is curreatly~ndergoingiind evaluation ~anampis~emectampdto oublished z i n d i o z rr henek- iuwg This

unavailable (see SABs D j m Pmd P ~ ~ e r A ~ s q l n c ~ ralUrD~ Awiew ojlomenrsjiom b e w c e or (Sonsdli~reaCeseNo95~b694MU hesenrthand Eavelopmentmatmg ro DDC)~BvoideraaredSe~remberi the~RiSk~~8bD~~re1Assessment0f1996~e~0uri~uhei~d~~Asd~chior ~~~~z~~-TGDDB-sB-Ec~woD~~~khrid~~amps~aampsn~ciblonare Novamber~ac19B9)~~1uaeddn~e ~ l u d e d ~ t h e c s ~ s ~ t i v e r e c o r d

adaiinistraampv~r~o~dampr~dsy~de~~ormdaybdi~~~-~~~~j ~Be~eenl9~~handJ990i~~K~6ue~ iEEA~hasundertampen~sipncsntefiot numkrn~sxeporlsm~dan~esi towara~ompletion~oi~eiii~~ rela~toLhezo~ol+dfiampiliDxin~ reassessmentOn September13 199i dischmgeshnmnulpana~aper EPAseleaseampf~Cp~hlicreviewandmills Sees~~AjMemorandumIShateevcommentaiikampreassessmentnf forampiRepulation-offDiscnarEessof WDs~i6r~FWEs5omPYLpand-Paper ~Mifis-totheWaterscffieUnited -

StatesbomAssistmt Admjnisuator forWetertoRepiond4Water ~ a n a ~ e m e r - Drrezors an2 ~ h s ~ o c

toxioity end expos~etoampoxin~ee HenlthAs~essmentDoumentfo 378Tetrnrh]ordbefl~o~p~Diu~

~[TWD)~nnd~elotedCompoundsUS EPA1994Bhismentlvadhressine--~

c ~ m e n l r n a d ebykt pubLmt h e

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 14: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

31696 ampdampampampegistac-amprol 653Io9~ ~hur iamp~Ma~~ l8 ~ O D O Rules ampa tioIIS

avoid~errhharhmTampllChorilth~d the WHOre-duatidand~evissdthe reco~enieaamptEpXAmymtheSaie fnebaiirhrthS tlio~11)-ampteiia~bothiIr p m o ~ ~ e m b l i s h e d ~ g i W a t ~ ~ ~ f a r s i i i i c ~ m a x i m u mTEFskbonus r r m s ~ r i f amp ~ + c p ~ t i m ~ ~ a i f h e fDs1 iuransTFsIBnamp~~n-like c o n ~ r l e v r i l ~ ~ ~ ] a s ~ s o o n l a s-

- carn~~ud~~lv~aan~ers1~9BlTnen o s ~ i ~ e ~ ~ 9 1 ~ c M ~ ~ i s z u w n f l vemasu~a~=~mnres~remiim -~ p ~ - ~ ~ - - ~ - - ~ ~

n o m i ~ a r r i ~ ~ ~ s c h e m e e i s h~ 0 ~ ~ 7 1 ) ~ r ~ l d d e r e r TEQDFP-~UB$rihampTEQi the N R C ~ ~ p r o v i d e ~ n i f n e r ~ d r e s m i k amp ~ ~ ~ ~ T d x i ~ ~ basisiartheriksessmentaI~1~

~~ ~- ~-

amp o ~ n h ~ d - ~ ~ e m O ~ ~ ~ ( ~ f i s ~ a n d - M-s of Chlorinored~Dibenzoip- ~semcimenumberffS~tes3n1B92 -WC- _ (FCxDCF

i n ~ h e ~ 3 a s e d ~ n ~ E P d s 1 9 B O Wnre secdon304(~niterie~danseio F Z =ReierenceDose rrsamcwtabzishedin~mironIRlS RVI = Bain Wemht

exmedtatrthe~ o f t h e ~ ~ p r o p o s a I Zonmm~mior_aeDay conzemmgrhenealth~epoundiemoiuse3ic B C i = ~ ~ a 6 l o c o n z e n t c a n o r -Theseissues enduncenaintieswere ramlweirei~averae~-supmanzedic lssllesReiared to r o r n e r z q tiemost ~urrenRD 3ealrh Risk~oiPssemcwbi~ LrorES is 1 Theis r lCFlrpIkg1~~ conreined inine adminimative ~ e c c r i use6 e berchmek dose as an-esumatt krtodz~~~-sulah~~~~~the of a 140 Obseroec An~erseEfieclleve oerioc of

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 15: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

~ ~ ~ ~

IFederal RqiskrIVol 65 No B7IThmday May 18 200DIRuies and Regulations 31697

ior exuarisb wallnewolocd efiieR~ ~opdationinpmhdarthe wide mxkces In f i e context of semng obsemdm ~~I rag ich i ld Ien q o ~ u r e n i t e r i a i r i s ~ g e n e r a l l y exoossd in ~ a n a t i o n i n ~ b i d o g i c ~ l i i e o f uteroab reporred inMarih et d11~~71 msthylmamqBndhwwriatiorhalt ~ n d e r m n d ~ - ~ t h e m w ~ B c F ~aria M a t d hm mercury was the meawe obserrreainthezationofbampmercury sreadymteBF8are sgnonymm h oi exposure Exaesskrefersroan to mereurgktthebiodhddit ionxhe he stey-steterondtti~11+1cm~twh~~ adjustment forbackground~incidanceof ~e~~ia~m~countsiorlach-of6~ r g ~ - amp e x p o s e ~ ~ a s u f h ~ e n t

lande pvenheslth efienSpeampcally b e ~vo-gensratiotionreproaucti~~dy length oi trmerbat iheTatio~ioespD exutrisicis the raded incidencesof t i e 1adrofidamon iongrermigEiecrsmi chengedo-ay I - - observing aneflensbovehe childhodmsm~~exposuresThe~~Tne~mitbatvvampusedhBIEinBPPbackground ra tese la t iveso~e rhuscddatedx3~11~~qAgboayproporhon ofhapopuiationofdnr~mbl w e i ~ h ~ ~ y o r O z ~ ~ ~ d a y ~ h e ~ b o d ~ the~F~~aBiotdncenwtiOnTmols ~ a f l s n o r e x p e c r e d w ~ b i I ~ i B s w e i p h ~ u e ~ ~ ~ e z q u a t i o n B s ~ r I ~ e ( I g ~ ~ f h a t w ~ ~ ~ v e ~ m d Q 8 n d eiiec The resul~g~esbmate ~as the marlurgurgpite~7asrampmsed~ampe 55O0ampckeam=3Z65for esruaripe lower95ybstatistical~qun~~~onampeloDb HumanXed~iGuid~l ine~h~ma~ c o ~ ~ ~ i ~ ~ ~ ~ a g O ~ D ~ ~ r ~ p e n n

risk this m ~ ~ ~ p m ~ ~ q oc~ans~ee+agges~0~~~t~amp1~nm addtjhuman~hodywei~tofa~kS-~he r n a t e m d b a k ~ h ~ i o a e i m ~ ~ g w z a ~ e r c o ~ ~ t i o n z a t e sWaterQdg-Crit~nak~=nq~~W~W e -

convened to an equjviisnttingest+ discusse~dnW~HampXudW 405-BD058)brsrbmple1a ~ ~ o i ~ t ~ ~ ~ ~di~eussiononifne~PBCE~~sca~~e~ofihe

amount by ap$lyjng amodelgtaseo on ~ ~ a ~ ~ ~ ~

data=oiromhuman smdiss the resulting ~

T h ~ ~ i o c o n c ~ ~ a t i o ~ ~ m ~ C F ~ smyth~wereamprivedampseePBCFs -

bendhmarkdosew~1~10-~mgr~g deheaampasltheratioiafampedpal= de~mroaccount~~p~skefm~c~iooampas boiyweipk lnayThelfDwas c m o e n ~ a t i o n ~ ~ amp ~ q g ~ ~ 1 o t h a r mw e U ~ ~ p t a k ~ ~ o m m ~ A w e i ~ w d calcuiared by dividing the benchmarl surroun~gwareriocmcenuabon werage9BEfBCF ~vasnalcuiatednode dose by a composite uncsmm~facwr ~ o c n u s e t h r o u g b ~ p ~ d ~ ~ s t e n t i o ~ ~ o fint~ra~count~rheleveragexonaumption oflo o he uncenainrpfactoravas u e a a~subaance~omt~~teronlythrou~ uomthe three yarn6 asusiqg~the to accoum imdUty t inbehuman -gillm d x a n e s m r d t h ~ m e m d h o d y iollowing equatior iir m riil

I - lt ( -

-+ 2 ~ ( P C ~ ~ ( ~ ~ 0 1 7 ~ ) ( s ~ ~ ~ ~ ( O ~ o D ~ 7 8 ) ( j 7 6 ~ ~ ~ ( o ~ o ~ 2 2 ) ~ 9 D O ~ ~ ~ ~ ~ amp~cr) 13j3

~ c i g h c c ~~vcra~e ~racr id BCF= -- s-=33amp6 rO00$7B-~0~012~-lsquo iFFDl7Z7p)d lt 4aD0187- - - lt z- gt lt -ampgt I

-~~~~~~- - --

P ~ampamp-~$lt _ -- - -

~ i v e n h el ~ g e ~ ~ e l d amp amp e y i i ~ h r e d criteriafmihuman healfnhwe~eramp~e mdbplyingalioo~topm~-edBCF averagePB=E~econmbubonoi byatfooddhainmdtipkana(4]-- BAFmefnodologyht~Ih~wei2 dririking~ateriroroMlyinamp is curradrl~iundmevaluario~~m~fp r e d i n e ~ ~ s i d e n v e a ~ ~ m u ~ p l p g

aB0fEalculatddfrornzheiogEsowby EPA~smionsmStsNatiDnalHum~~negligble amp D ~ F amp I ~ ~ ~ u ~ ~ ~ ~ ~ c o n ~ M g t h eampbemIc e d ~ M e t h o d o l o g y i l u ~ 8 ~ 8 e c ~ ~ F ~ 5 a f n o d - ~ ~ ~ l i e r ~ a n a l amp e a t -mernuyb ampg ~ te r3edomeiass LakesGuiaancedevdo eaBhFs fo- -9boai)EPYLappliad~a~~~ -

aqpMclevelsRhrsewampfkofhe r n e h o i o 1 ~ g y i n S t s ~ ~ S N a pimponant~ehum~ihe~thrn~nuyamp r e r i a ~ p ~ o m ~ g a t ~ a i o r ~ ~ d e ~ e ~ GreatZakefisinrRtp~Ofiye~y~ampe RepoR~oCongress(~RC)~)deriv8~ baaed on thelateptlIUD asampr~dinIRIS BAEsfor rner~Iform~hio51e~ampl3gndBAT f n r ~ t h $ I m e r ~ ~ e i M S R C ~ I s and a weigri2PBCFhomthe1880 4 ~ s h w e r e ~ 7 B O D ~ ~ ~ d ~ ~ Q O o o ~availablethrouampJJPS(EPh452W-- 5 304[a)crirenei- $ocumyYfm The BAF-prom~gated~qtheGLlwas97-003) Alrhmtghm~B~wwBerive~ mercury aeveiopsd+~erificampyamppeGreat ~ l ~ e r ~ S ~ ~ I ~ ~ ~ o e s r n n r ~ i n t e n d m 0rWar~22310~5~~6~FR15366~ L a k e s S ~ s t e m X t i d m e ~ $ e i h e ~ usebhi63M~foSNatiodapplieation

EPApromulpatedtheGrea~LakesWarm th8SBfis o fZ7 ~ODA~d ~0 001 ~e Epampisszngeddn aseparatesfionm Qdit)Guidance Gui~ce ) Tb a p p r ~ r e ~ - ~ ~ e i n ~ d i f o m i a a ~ ~ t h i s 3mcmporats a6ditiohalaerqg Guidance incorporated bioaccumulation trme~reior~irprpday~~Wirileeenoes ~ i o a c N m u l a t i d n ~ d s t 6 ~ e t ~ a o t facrgrs 1-8in the derivon of inheMSRCgtaudnoassessnor ue3he~GLIiBBF~~e~blishmg ~conkidared criteria roprorect humeahealtbbecause human health criteriaampx+ermqi uncamptieswito~11~inglt~Nabonal~BAF 11~sbelieve~thaiBAFs CalifomieThenn~ruae~ofIampe-BhFa~pro~iormercuryrDncethE-arsaetter predinbrthadBCEs ofine - -2-for~lercur)hagivebyhtemae~enamp- p r o p o s e t ~ e m s e a i ~ ~ h e a l t h c~nrencatibnoiadhedo~withiafish 0ntnowpluchofthe~odmercury~ ~metboiiolo~mciudingheiBw- z s sue s inceB~shcluil8comi~erabon pmsentinampem~hylateddom zompcnentisfin~edPA~willrmre oi the uptikeof conmmnanIsbm all M e ~ l a d o n z a t e s ~ ~ ~ d e ~ ~ o mone i~ 3D41a) =riteria for mercurjro~efiect rozres of exposureP-d~oaccumulation wate bodytoisnotheriorxeasonstha~ zhanges ir the underlying methonology fancris as the~at ioImLlkg) of arenoriullymdermodLaokinghe recommendations conrsmedinithe E SUSIB~CES t O if h e MSRCad~ecommendationsm e ~ o n c e n n a I i o ~ ~ ~ ~data ir is difhcukzo~aerermule h e concenrratio~ir-theamhlen1Water National ampa~emyofSciencerepon on B~xnsed in the GIIr~resen t s~e rue

siruanons where bdirhe ~ g d m potentialiormernny~~ioaccumUiare humanbedin assessmentof -2nd IS i002areeqosen md a e ratio m Caliiorn~a suriacexvam6 Theme m8inylmercuryWherEPh~hangesit doeeuro nor c h e g e su~siant~ally over b e average-B~=LSorCaliiomia 304(a) miteria recmmendation forcouid bc he hdGrea Lakes Gudsnce higher c r l ower fo rmore ~or sauo~ mercuryStates an6 Tribe willbe establishes-6 berarchp of ioymeho3s see EPA4sResponsero Comments s e v ~ e w i h ~ v e ~ e c r e i r o ware oueiry i3r d e n v ~ n g 3 ~ s i o r non-poL- o r g d c aocument m thsaimmisnauve record srandc6s i g r m e i i q mcrnake myiemals (I) lo-measureEBATs (2) ior-ks n i e (s~eri5cillycomments - revisions nezessq TO enrurer predicted BhFs d e n v e ~ usmE ~ e i ~ - CTP-002-0071~) and CTR-016-007) -standaramp are sc1ent6cally~neie~sihe 3eanrredblota-sehen aceusulabor P A is develonmg6 nabonL BAT icr Kew rrrioraaricr may become ~ ~ 0 [ 3 ] ~ p ~ lt amp c t e a ~ ~ a e r i ~ e ~ mercury as art bir-ampions ioits 3D4la) a~dahle~r~~ar~ing~ebioacmuiation by ~

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 16: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

inciuampedin thsbhimitive rscordoi XB~I x(lOOO zinc end s-meampflcamporophenol are -- --AJ k rh 50 tnp 7092

6983

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 17: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal ker(rol 65 NoQ7~Thmhyap 31699May 18ZOO0 Rubs and R~guktions

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 18: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

j

-- -- gt gtgt - i

FiTii_~i amp i j i lt- - i ~ Q7ampampampamamp g 7 ~ h ~ ~ d e y ~ ~ $ ~ ~ 8 i 1 ~ ~ o o2 mol6smo Rules xeticms

n r i a i n nriaritv tov ic odllutam toxic barbes s wressea as cil~ium specamp$ d e s i ~ flows for soceams and

~ ---

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 19: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federg amp k t e r l ~ o l 65 No 97IThursky May la2000 IItules and RegulationS 32701

oanaipcdnethoamp~inder r~u lgt h eWhere acrud~enrriropmenraimpacrsTne citena-promui~ateL vaday 410 i s t h e ~ 0 ~ e S 1 0 n e d a y envlroamendimpan oi e poliuranls EPhnasprornulgareiampDh v ~ w i t h ar ~veragere~rence-irequenyoi oasedt o r e s=lenampiicner~uation nc 1338[c)(3) 10~derazmhevine~ orce irzO yee-s d e t e m e d emrrasu-inp+edaue w h l c h ~ ~ ueshwater m ~ d w a t e aouaC3 liitSC~EC hy-5010gizamp~ to ampange Setdnpde nireaatLevamps crireneapplj Yhs provlsior

r E 2 sbioigtPicampv basst and inkcates thatreflanadequare orotecnon tends to rncomorares eume parameter to bener

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 20: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

-~-~ -~ -~- - -~ - ----~~ ~ ~- floweoamplio or r a l e n r ro thG~~10cTP~$tire oiCdibriie a amp $ Z - -

rhe amp e s i ~ n a r i amp m t e r ~ a d a w e e l o w e s ~ 1 1 ~ i a ~ ~ oroceaureswMch derail howwater ~ a r a g r a p ~ ~ [ a ) ~ a o ~ ~ 3 1 - s ~ ~ ~ ~

t nesipnfiow l i e n c i a s s i f i ~ ~ t i o n s ~ f n ~ h ~ h flowampithaniaveragemcurrence -tneuitena ouiliycnreme vrillo6amp~lementei ap~l~~necrft~iaarsappliedxoOiaeeeouenqcif oncejmampn years) rb roue N P D - P S p e r m i r s i ~ ~ e T

ben~lalwse~ebienabonsaaontefib annlies~the~CCCtat~ee7O10~esierfov amps-e reouiremenu and arher -- ~ ~~

regulatory-aroaches~hesai ir

nroceduresentitled Policpfor t--3-ai 2 ~ s r e o u ~ c y o i n i c ~ +plementotioni$Tofics StampZninSjb inirengeer~3i~

ampcee3ence~F~quenq~In~~mater amp~esrablisheai~jthreeyaer+ W a n d Sujoce Waters Enclosed B$s 2 oualiipteiio~fo~jaq~w~~c~EphaliM]eampeqnenylinlintheNTRIri andEsturrriesof California were ecoamperiasan-~~owabl~~ireouen~for isethrnent nfelitipationion~eihrTR adoPten c~~ampct2 ~20ooOnce rheso

oroceiuresarembnittei icr revles h e r ZWksecnoc 3031clEPl-wX

irequenqpioampampesan appropriare zesek-ch u m e d aradampissampgsclentc revlev thm as the p i~~~ T i ware i pendd nfme du5ngwoJampthe aunt= issuer seiatedtorhe~oasisiormd o u e l i ~btaniarizandeanrnve or

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 21: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal ReerVol 65 No gj i l~hukda~May 1820001Rules adltamptiamp 31703

mee water qudity ~ w d a r i s necessery~~ morefiullyassess ine~enpe exlsGg amps+rgersU sinceampr=easm The Coun~emiainedthat mdumia of-~ssuesandpossibieopnonsior t h ~ ampschezgesarembdng iaciliueswk~ stcrm-water ampscharges musrzompy conuol oisrormwarerampcnqesfor L c i ~ a n g ~ m ~ w e s c ~ine her s ~ c i vwifc Statewatequel~q nrotecbon oi waxer qualiryMore ampszharge Suchiac3hesmay mciuk standamp~s~butthat~~on~~s~amposenotdormanon on thisksueis inciudedin those Gth 8easonalvariationn to mclude esimiiaroro+ision~ioI- theresporiseto comment documenriin hcreasingG~cb~~ers~d~aLwadp

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 22: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

31704 Fsdd RegistarVol 65 No 07lllpsampy May 18200D Rules and Reamption~

-

cb-~ancbskhsietrheP~treecan eamp~qondampetermofthemoamped ~ ~ u amp i G ~ ~ ~ d w e t ~ ~ ~ ~ u amp ~ nemonsrrare to f n e e ~ + r autlibnqther permi6In~cb~cases~emiledows ConuolBoaramp~-mWQa$The Starsfor en extendeaiden sswarianred rhe modifie~pe~ft0conrain a - and RWQ~sbaveibroad~ampsxe~onto ~ A s ~ e g 3 i a t i o m ~ a t ~ ~ ~ amp 7require comphance~cheddewithan inre aiqot e promiorincludin~~sue~oa com$kanrewith srank~diassoooas 1idi~~bythe~encdfthepermit on reasoneb1elengthsof timeior fin6term possibleThis rn~ans tharpedt Wnenrhe-permitls reissuedthepermir PAcompliance~wi~+WQBhi-s aurho~ibe~-snou l6~or i l l~wcom~hance aurho~ymaextend~rhecompLance r e c o p e s t h ~ ~ ~ ~ a k a m euames s=heaules~nv(inerethe~erminee~s~ro w i b whchaoaet i31erim gods m yschedulein fnenextpermirpmviied dzmorsrratetheknscesslryThs rha t t hp ~ 1 o ~ ~ ~ = o U n r r h ~ a m o u m be necsssqr3aciueveme~girrI of provision should not~oeconsidered a dmadowen un~ere prevlousperil imp-tern unprovementsicwstc iampul~ c 3 = p ~ a n c e ~ amp ~ ~ e r i ~ a n ~ ~ quali~~~mCnliiorairLeenure com~1iencescheriuie ic~enmngia=iUtiez containedin the p d ~ s h a l no exceet haveP - I amp ~ ~ ~ W O R W ~ C B S

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 23: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Fedaral BegisterlVol i s No 97 ~Thmdaymay^ 182000 Rules andhutiom 31705

suriace waiuated these I

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 24: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

-- ~-~- - - ~ - ~ - ~~ -~

amps6hargers zrhe 185mormcilities was rouy proportiod IO the pore3riacos~wnileampcr dmherger 6 are 3uilicvownea neamen works un~verseofiacilibes in each are- wouldmx-ltnocr ~ercentOfrhe- ~-~ -~~

were G o j e ~ e d ~ a ~ o r i l i r e c t ~ s c h ~ ~ m ~ p ~ ~ w s ~ w o u l dIPOTW~)ma 53 are in6usmdkdiliaes For thosiampcilities that ----- I ----i---i

6991

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 25: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

FederalBeamprlVol 65 No 97IThmsdep May 18200DIRules and amptiom 31707

ammg 128malonROTWsin the~ta te Yes m 15toSDpei-cent of the toxic- the pro~ess~nteil~d~-~th~ t h e a v a r a g e c o s c ~ e r ~ l a d t d ~ e weighredbaselindoah~h-ampeampamp- -portirmdfloral~oadingsDriptrng ssiooops~yek-amparnica1 and and lm-mdscanarios remechvely h m pointso-s Thirdthe peuolaurc indusrfhs w d d incur the The cost-effectivancss nfthescsnarios p e r ~ a n r s g e ~ amp d u ~ ~ ~ amp ~ ~ ~ h ~ s

e x p e c l e ~ n u ~ o ~ l ~ m a n t a t i o nof rodey ~ampcf i tena ~~s t im~d~d rhen mul~$heampbythe$haraoampP~intso~~e

ioa~gs~caldatethsp~mon~fi henefirs~arcoampd~oaamirm~ed~~to ~$l~men~tionoiimlerq~rg~randarampbasedron-~amp~snfene_

T dmonetized annampenamps weree-aIe~in~ezange~~~emisjrA miUion3Byc8~1porgannual~btmefits~- w O ~ d b ~ ~ ~ 1 3 x o s 4 j 6 ~ ~ ~ ~ ~

flvDiedcmcerT~1c~S2 52 2mE1 ampnfm~oeadona~lg~girand

U ~ t ~ I ~ 5 s ~ ~ o n ~ o ~ p u n r u r benefirs -I-lrr I-q = es

numerOU5ats g6riesif otentid orW1~~bwifirsnha~bave

geenomitteatiromBthepvantifigddma m o n e k e h b ~ e s ~ e s ~ ~ B ~ ~ d f ~ ~ ~ ~ ~ ~ ~ B d i ~ a ~ s f ~ b n n ~ ~ a i o l l o w i n p a r e W y ~ ~ h e ~ ~ c a n t ~ c m c i h ~ e - d ~ ~ ~ o ftheamp6keHnralues~~en16d+ove~

~~m~r~menti~C+~termW~lio- ~ ~ ~ 8 m ~ d + e i m ~ ~ ) i s ~ s a t i hapm ~omifi~~~7~hei~mis~0~of~oteam1m o r amp ~ ~ ~ - d n m o ~ e 3 b o a ~ ~ ~~g~iamp8~~atea~m-s m ~ ~ ~ ~ ~ a m - ~ d e i ~ d e amp t i o n ~ acdvitiescmm~~en~-fi~stima~e5 oiilmbib~s-jh

Unaampamptiorid~I~tiil~bibfitr~u~h recrilttiod+vitibampbebt)i~bD~ in e~uiri6irlmq+~obi~gUy vaiusdddampium~d~stamprngesbi

p ~ ~ ~ a ~ o n amp d ~ U i ~ ~ i r ~ u a ~ c e u l 2 l~a~~B~ahlebenefi1~st~rde~orn~ of these ac+dtiesce be ilosely-assoaredwith~ m t m a r ~ ~ f yntdioutes (nofit~~snmiq9~ampber~e~eadonescd~tieqmay~e~~b$amp~e~ctlysehreat o therwaterferqudirg~5mgtroyemenfs3ut

andoperationzand ampr-cacosrs +=smay usingmcapproaamp mwhich might nonethilejsuqaese due3oi1eu woC1rimakeup iess-~afi9rpercent oi changes ssodation wIampWqamp -g or~enefi1~1oidisat)~1argescae m u d cosm r- - - i - h y otherachuitiesinGhi +he in w a m ~ q u a l i ~ b e y m i d ~ r e s e n ~

Cos-Efietiveneslt( Cost-effectiveness conditionsiwezee~ated~rwherever parhpal~~~ d f n r engage 1s esrunate2in terms ofthe cost oi ieasibleAshaFedffthose5ene3fsfSwu lmprovemenrkm c o n s q n v e me r e d u m ~fneloadinpsdsoxi~~oIIufmfs ofthen~~pportionedlroim~lementador nonconnlm~rive~Bdd~b~bed~euaano iram pomraourcss Thsron- warer~quali~~tstandardsnaseriontoiag~s ujiampie -suampGXGtmgani efiecnvezessialderivedbydi~dingthe animatecnteriehe~apportioam~nt observarionlmprovemmtsm apuau projered~ualcosrsofunplemen~g was basedonarhree-stageprocess habitan mayiead(viafooacn mc perpit1 h i ~ ~b a s e c ~ o n w a t ~oui l iq FirstEPAmsesseampcunent total r amp e t e i i e c o l o g F ~ e n a n r m e ~ ~ ~ to s r a n r i a r r i s r n s ~ g t o d ~ y 1 s a i ~ ~the 1 0 a h g s ~0mdsources that-are bedthiera2gerruidmoreampverse roxlciryweigntednounds(pound- conaibuting~tc popriia~ons~oitheronzs-reia~enwarer avian add terresuid ~ q m v d e n u ~ o f ~ o ~ u ~ ~ ~ e m o v e 2 quahtyurobiemsooserved inamp State qedessuct aswaterfowl eagles an6 Pound-equivalents arecaiculated by This d e h e s the o v m d mapirude of ouers ircprovemenu m the populations rd~p~gpouaampoiearh~poUuia~~t loadinps Second theshareof rotlt iortheseseiies c o u l ~ d e s r es removeampby thesoxicweignr rnased OII i o a b g s that a r ~er=iburablercsources ~mprovednmtkg andwildliie vlevnng therox=iry ofjcopper)ioh-poUu~ tharwodcibe conuolled throupt opcrx~inecwinamp mpnr m m n

Base2 c n m s anatys1sStare mplemenranonof warer quampq =crease pmiclpanc~ md user daympiemenranon ofpermit lirvu based srandards basedon toaays cdrene was vaiues io such acavities Mrhoupn-k or t0neys elreria wodd beresponsihie esumate Since this analysiswas scope oitbe benefiraneiyslr basn- ior b e r s a u x o r oiabour 1 milkonro deslped tcioasonly on those conrois dioweieo~~~lntanveessessmenr c i

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 26: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

amp 2 7

~ ~ ~ ~ ~

Pederal BeglstecVol 65 No B ~ ~ u F ~ 31709Mag 182DODlRulss and Regdatirms

srandarcis)(2) a ~ ~ g o v e n r m e n r a l aresamp ofEPAs actionhere the State Asparroftheoonsultphonprocess i~sdiampon~rihagm-mta ofCaEnmiswiIlseefi r o a ~ ~ u r e EP~bmittedmhmcesa ha iry counrg town school ampstrim o r permitsit insues incluielimiw as BiolocalEvaiuationmrthirrevievievin specliildistiictuvith ap~pli lat ionofless Ondber dflQ8iThisswi~~tionnecessarjromsettnemerqualip fouud inan sno~om~[S)asmall srsndardsasrablisheillbpampecritampin ampit theproposed CTFvm noClikelpro orgsnization~tistan~not~bproflt todays nile Inko5oingtheStatewil -jeoparampetnecontmued~ence of

enreq5iiae+hamp-isiain~e - have a n ~ b e r ~ o f i d i s c r e t i o ~ ~ c h o i c e s tn2endently anyEed~yhed~qeciesa-=ampI o ~ e a ~ a ~ p e r a r e a i ~is nor asso~atediVith-oeri+t wiitjngliWhile theaesuuchon oiXdversemndi6ca~on dowfsnierdiiiii - - C W a s jmp~ewntationroftoaajs of designarea crincdhahit t l~1nAoi Afterconiider1~~~cthe~economio Nie may dtimare~yrs~~in~omepew SmcessenEPAiadraft - 199ee

mnacm ~ f d f n o d a ~ s i ~ d r ~ n ~ l 0 reviserip-r conditionsforsome BiolopcalSp~onwhamp~t~hvely enaties1 certifythat thjsaction d m 0 1 amp c h s r g a r s m c i ~ ~ ~ ~ mund~at~amp6propomdrui~-woddentities h a v e ~ e ~ s i ~ c ~ ~ ~ f e c o n o r m c ~ p ~ O n ~ e o p a r amp e ~ e x o n d n u e d r ~ c e o f EPAs~ction~~ydoe6aotimpose~y a suhsIBDdB1n U m b e l f d ~ t ~ 1 1 t i t i ~ 6 ~ sawralZedaall~~linadispaCi~sand o i t h ~ s e ~ ~ ~ e f ~ o ~ ~ ~ g i k e m e n r s This ~ ~ e d l r n o t i m $ o s e ~ a n y ondlenritibbf 2 redtin~wfiesrm~mmrheadverse

_ -I --

-reo~emenwmn~mallt~~tihen~r ~ ~ ~ ~ A i e ~ a ~ y ~ P O f f t h e e f c r o n ~ a s i p a r e d ~ ~ a l i h a b i r s ~ UnnerampetOWA~amrgualig-gt- ~economicimpact6pound~sy1~~~~anIheA l f t e r ~ e n amp c ~ ~ J ~ ~ t h

~ k d s ~ r o ~ a m s m t e s + ~ a o ~ f- S e m c e s ~ A ~ s e h m e v d i h a n g e s~ ~ e n ~ ~ e s ~ ~ b j e t l ~ o ~ t h ~ d ~ ~ ~ ~ tn the~alnile9nd2h~SBMcebhwater~dtr)csrandmdsdortheirrwater6 r e q e n ~ ~ ~ o ~ ~ ~ v e c o ~ n ~ ~ bvn

thar ~taber~brrrittedit09EB1hrpra~h e ~ d ~ ~ a ~ ~ ~ ~ ~ ~ ~ ~ ~ p P s e s ~ o o ~ ~ g a ~ o nafinalrBioio~~~pdnnr g ~ e d eppraualZthe-Agen~idisapprovesca onan4gqfo grepa rBadgntiFn n d m g ~ ~ ~ a c t i o n ~ n l d n o t

ikely~eqmWampewntinued~ Slararstan~d~uheiSUItefdOesmot m~ysissfampe~effecvgfadeon~tit les 8yciesmsrsnce20f9nydyilisdado propria-xe~io-Ito~~ddraSs P o c z c g u l a w d ~ ~ ~ ~ e ~ e ~ o f o n ~ = 7 l

~ ~ u i p ~ a ~ ~ ~ ~ ~ i amp ~ ] ~ ~E P ~ ~ s a ~ p r o w l ~ A 9 1 r U n - ~ a d r l d d t t i n ~ e d e ~ ~ l o ~ d v e- ~moampcarionrof~desipnareddtidcal ~~~~~k~~~~~~~~~~~~~~~~ BidloBiC on and 448467ampn5B~~C~~BQ8~[quotisg dawiuatiths sramm~re~uiEemenB~hasl~UnttedStmsD~b~iioILlCoqpnniesvthw -mglo19picdiDpinlDn

authori~~~romu1~atecriferia-w~8~~-~ are conraineaiinampegwmahVeTi~~CBE3Sd11OSiill7D~CCir-srandar sulnnvicanewh~reXhe - gt

Admrnis~arordete~minashata=evised ~ 0 ) ~ ~ ~ amp ~ ~ ~ ~ ~ ~ ~recordri~~mdayt~zule - r-a or nay~rsndmdi q n a c s s s q i ~ ( D ~ c k e 2 ~ e e ~ ~ ~ amp p i l ~ ~hiorieamp emb~cont faueameet tha req-menrsofthes amp ~ amp fml~amp-rampamp~a ha~e~aampen~effeasnly1on~th~Sreta10fyrote~onxrf~ed~phampthr~aamphdanAmdangeredspecies anddtDtDprot8zihctThese~te g - c CaLiiomiaw~3hnotatadenti~ m s e n t h e ~ m ~ ~ amp ~ a ~ dthercFi~cal~bitatEpA~~~eax~~~maards)vaaaoue~water~gu~ry~are emenreaough the quatic31iseiaiwdorconuoljprqgr8m6 - ~~~

dischqersjindudingsd~entiti~sare mercuryandjtbeaCllfB~shwaIBI inclu~g~eNati~na19a11umt- mtbctlym-bje etettoamga Emenf6 T n b D i s ~ e ~ a t i 0 4 s r 6 r e m ~ m D E s )p r o g r a m t h a t l i m i ~ ~ ~ a s ~ ~ o ~ i ~ ~ ~ ~ ~ amp ~ ~ ~ M ~ ~ ~ w ~ ~ ~ ~ o L L u B B I o ~ ~r

a q u a u c l i i e ~ n ~ 5 a r a e l ~ l l ~ aS~cesoekeuBthatEPa~pDPoe~d

navzgabl~mtmstrxcepronaompliance crit~nararenot15~ien11yCaliforiiiFs~i~sdo~inin3mp1~antmg otectivBoiwith~~~~~permit~rzpermir issusd- these -dsrampf~ampcannorrassess~e FeddYYhedaecies an~dnoutdsot under enaa pmvedSrare~JpE)ES exurnt~ow~chtheqrom~ati~ndf~~s apresd6thatit beproulgaiedmhproFamT~eamp~A~esuirssampatampallall - ms~siiba~uenfl~aect811~CCc wouldre~uatethesecrimafiamp W~SpermifsmusrAncludeanyh i t s disohargeraiiidluding smallimtities ~ e 5 ~ o e s c o n c e P n ~ b B i p on~dischargesthat~~~e~necessary~f~me~t pro~gafiir~th~forheStareofConse~uenf13cefi=ation-derr07 -s t a l ~ w a r e n o u a ~ i I Y ~ ~ B T L ~ d B section~60~Yis~aVro~teteSf~e~ ~ a r m L ~ R ~ m ~ m B n m m ~ d e $ y Thus unltramp8~AEPAArs hfrchigrniet~i3irirtrSfiriis~m~dEPAaie ampampibeainGeue--rdthelt prom~geton~f o No 9~148703C Sampcesdated Dece~~ierl614PQihisMrater-+ryampit- rorechon A~ency s t a n ~ ~ ~ ~ ~ l i s ~ i s ~ ~ d ~ ~ ~ ~ t t h e ~ 9001 fh 0Pr4342 l e ~ amp e n ~ i d ~ amp s i ~ m a t i v E S~8ainrurpimpl~nwMrouphe~ ~ - -~ ~ gt amp ~ rEco+2or~totiaysde~ 2 7 d

NltOongresbionflReviewActx~ppl~d~nie~+$+-ire~~~ii - NPDE~petg_~ocess1Tn~Srafebp

comiamperable~6qetion~d~~gh~~w -IC mee~the w a ~ e r ~ ~ y s t t + i i ~ ~ ~ dayondti in ampveiopmgdlB e l r m i ~ g ~

3 he ~ ~ 6 ~ ~ ~ s i o n d ~ ~ e o l s i v ~ ~ ~ reoorbng orrecordeepiqgsub]ecrto

nee386 romeeihe sranamprdi3n the a p e y o r ~ ~ u c t i o n ~ gt BusmessampguiarorySni~rc~rnent IZSL~ ampL USC

crc~sranceiwherethereei6more than - - __ Fabess Act oil99E peneraliyiprovibs one ampcharger to awhterboay tdiris M hd~ge~elampede66am tha before a rule nagmk~fiecthe

subjec ro w a r e r ~ ~ r y s ~ 6 ~ or -4gency promdgatingthe ruie m -crirerieaSrsre sohasampsc=eUon lr ~oseihon s u b m i gt ~ euieeporwhkin=lunes~eP u r m ~ (a) ofthe

ampeddtngonfn6a ~ p t l a r e t s f o r Endangered Species A5IESA) P h h a s c3pyoiiher~leto~saampiirmseoft b ~ ine diEerenrdiscnargershhW+ampe ine consulle6 witn theUSZAau- ConpessmirorheComgturilie-Gene-+l Srareslm~lementawnof~eaerally- Wadlife Service andtheUSNational cf thYnitedSlaresEPhwillslibamptromugarezwarairy =itenampor Marinetisheries Service(coleeuv~~ repon=onmnqgampis ruiean6 other starrdards may resampindire-tk ir new theServices concedng pfiS reqlured mimation toineU55enat~ or ra-qsed ampschk-geLmits for small ruiemikng alion forthe Stare oi tke CSZiouse oi~~rssentanvesant entitiesthe ctenaa nsndar is CaliiormeEL mitiaten i~3ormd rhe Zomgtuollsi SenerL oftheZjnire6 themselves do notapply roany consultauo~in early~~894and Statesprior ~qp~amphcatioa~ineTue~~~ zischrge lnciudin small ezdties clmpiire f o r d consulmtior irAnri ~eFeneriRegkerX-majmme

Todays ruleas explameampaooveLees 2000hs 2 result oithe consultauor zannrr reke eiien urtU 60 days akei i 30 itselIesrablish m y reo1~~emenrs P A rnodjLe5 some oi the_oro~rionsin ispuolishec krheTederdRegi6ter mtia re ~~ l i z io l erc s a d entiaer -4s the W rule Thls +E isnor emajo d e as nehed

TSC 801 e i seqas addedtheSmal

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 27: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal Re IVol 65 No97l~hursda~ 317ilMay 1830DO Rules andRegulatiom

Damp~A$ 27 ZDOU - riqs3lUSCs2Slctseq watersanaidosedbm d estunrk c as- ~s - Carpproer T ~ ~ e c t i o n ~ ~ - ~ o n ~ a z o r n p ~ e 1

- MAmen~edl - samperid~~rmrision ib)[l)Criteria ior Priority Toxic

Pollutantsin the State oi Cali imia as nescribed in the poundoliowingtable

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 28: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

- ~

3112 F e d e r a l ~ ~ I N o l and Rsp la t i ons66 No 97 I T h m d a g May -1820oD Ru les

gt 2 ~ i e n i c 1 7440382 dDim 36im (1 ampamp17 s9 irjiliiamp n n

4 cadmium 7amp0439 -43 eimwx I z2eimw 42 i im 93iml n j n

5a Chromium (Ill) i6055~31 ~350eimol 180eimol 1 n l n

t Sb hrnrnium(VI) 18540299 16 i m ~ 1 i m w 1100im 5Dim n n

-

744L1508 -

33eirnwx ( 90eimwI 46im 3 i m 1 I300

7 Leadb 7439821 65eim i25eimI 2101m) 1 i m n l n

18 Merwryy

7439876 pese rve~I [Reserved] ( TReserved) I R ~ s amp ~ ~ I OOSD a 0051 a

k PNIckel 1 7440020 1 47Deimw I 52 eirnw ( 7 4 im I 82 im ( El0 a ( -4800s

10Seienium a 1782402 11 [Reservedl p 1 50 q $ 1 ZOO im 71im n n

11 Siivern 7M0224 34eim I I I

12Thallium M40280 17 as 63at

13 Zinc 7440666 120 120 eLmw I eImw~

14 Cyanide a -57125 22o1 5 2 6 l 7 r 700 e ( PDOOO i j

15 Asbestos 1322211 7000000 I flbenlL ks

76 2376-TCDp(Dioxin) 1748015 1 00000000~3 0000000D14~

I C D 4

21 Carbon Tetrachiolide I - 1 I

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 29: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal RegistarlVol 65 No 97IThursday May 182OOORules and Regatahns 51713

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 30: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

F e d d BeterIVol 65 No 97IThursday May 18~000JRulesandRegulations i 31715

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 31: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

- - rdoes not apply m h ewarn- -

nrRtDasc o n t u a u s d ~ ~ ~ t h e jNo n i m n c m ~ p r o f u c t i a n ofhuman - r These nitads w ~ p r m n i 3 p m d d k- amp ~ - ~ ~ d c0lm32prC2-oelu~xi-~ ~ ~ ~ ~ ~ q -~

Inregrated Risk -y p m r m a ~ ~ ~ m ~ ] m ~ f ~ ~ b s r i - - b e a l t h b ~ o m p n c a n i a ~ ~ ~ b c a p e ~ E c w s amp i i ~ - ~ ~ t b S N T R ~ a 7 ~ ~ ~ ~ h d ~ ~ ~ m ~ ~ 1 0 E o n c ~ w f r o norganisml ~ d u d m p w a w lwas prssenrad -risnefivmtera m which-it~kiitftariaBmj~e r saoaomnw-=--a ~ m ~ ~ r s ~ n ~ ~ ~ ~ t ~ ~ - r h e1 o a b ~ ~ i p p ~ ~ m ~ u ~ w i t ~ t i i n t s ~ d ~ ~ nnaachrase - Yoeya-lty~i~j~u GualIfyC r I ~ i o r W ~ 1 N ~ ~ ~ a l ~ s s o r s ~ o u l d i amp i r ~ ~ amp d ~ E b ~ ~ o - ~ 2 ~ r s n a a p p l l j r l o ~ ~ W I I t+ t ~ amp n m d ~ ~ ~ ~ p r e s a n f s d ~ m t h s ~ ~ ~ ~- j 3 n y J p m s ~ - ~ ~ ~ i amp g 6 ~ ~ -~or~osswnrsra~6ub]am(0~nblemws ~ 8 0 d o n r m t m r ad f i e ~ ~ B P ~ m 5 ~ I Y L y D a q ~ ~ ~m to nLlowa r a l d a t m n of a ~ a ~ ~ s s ~ - ~ ~ - ~ ~ ~ ~ o ~ f n t ~ ~ ~ p z a n ~ c o c r i~enonmanrhoinsd~~f~6~8~-~~~sctirndoeBE O t ~ ~ y ~ a ~ d f t h e N T R i o r

- Repmil Warsr Qunli~~~GonmYBoards calnrladonwsre not shown iu tbsdocummr~ --Ly -c~~+ ( s ~ q ~ T g ~ e ~ ~ ~ a n ~ - e y 7 ~ ~ e - ~ ~ e n e pmrnirlpateNTh-- A T ~ ~ C W A B O ~ ~ U I ~ ~ ~ B P ~ ~ ~ B S ~ ~ ~ ~ ~dlwarvae

IthaMU - ~doorsampb~ma~~wn~andithss~~~~- I e ~ c w a m i n i n ~ i d ~ a 7 N E R ~ e

recovarabls iDreTius mrmm waa -~eneral~otastoXablsh ~ a r a ~ r a ~ h b ) l l )~~kTnaeemtamprimply M a c i I c e amp i n - $iom~lpba3~frrr hpedi icivat~s inCalliomie

srzb coiuna Fma-nc U s h e r e are 23 NIR8ndwna pm_rnuipated-= Getotal The m ~ p ~ ~ h ~ ( b l l ~ ] b t r ~ ~

pnoriry~oxicpoUutanriwithlsomeij+id rezovaiable iarmTne weampw~uvs to- d i E P 4 ~pnddq tok t fidllurezeiTnerhero ampampwater or aaltwaremte or irvampc which the NIR critmii6 weliesindude not Uitmiaguidancem nvuilableBM mireria Edr hum= hea th there ere 82 W a r n oi the San ~ r a n c i s ~ ~ s y u p s u e m spaces indicate ths ebsenceninationd to prioriY toxic pollumnI8 with either water i and hcludina SuiaurBav and the secdon 304(a) uiterie guidsllce Because oi organism or mganismonly criterik Note ~acramanto-n l o a q u r n ~ e l ~ variations in chsmicdnomandame sysvsisms and waters o i that these t o d s c o w dnrmium as one Sal Slouamp Mud Slou lnonhl and urc Sun this lisdng of toxic po11umfs does not pollurant even though EPh he6 developed 1 o a o u R i v ~ ~ auplimte the listing inAppandixh to 40 SnucDam lo V e r b T h s criteria based on two valence sIate6 in the critampinn does not mnlv instead ofthe NTR CFRPF423-126 Priorin P o ~ u m x PA rnarrir Pi hes a s s i p a d numbeta 5a and 5b has added the ChemicelJhsuactr Smice ro the =riteria br chromium to renen h e iact lCAS1reEiS2-y numberswhich provide a KMt h e hsd 126 p n d y poliu~untb unique idenUcation in eat3 chemical n 5 u a e s only E smeh g frrr cnro311um 2 The ioUoiving chemiEalS have 1 k t e n e ioztncse =etais are s~pesredas- - organoleptic-hed cizeiarecommendationr

+hitare n o t ineiuried on tamp chr amp j

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 32: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

mya~ternati~e~aia~a~g~eriod - conamptent withthe des~pdischarge theseWus5 fmplrrpoies of thisaction 6i- - ~ e ~ ~ p e ~ c amp a m amp ~ z h e i a D P i e - Ey~~~l~rampd~~esi~fio~iiiliiil~ inco5~~6~pcamp3amp~3ifiipLVBFaPh

paragraph(d](~~~seampmimbased Beforii~ppi06~ampyamp+geEPAviiU ( ~ ) ( 2 ~ o ~ t ~ e c t i ~ ~ i ~ ~ e B i amp n ~ o w sfo~ l j~~~~~mti ia i+ ~~ - ana$-giineamp ~i~~-+i o ~ ~ a ~ e s e ~ c e ~ ~ w ~ b r S ~ f s o m e ~ ~

dodumentproposing~th8~Aangh C ( ~ ) T ~ e m ~ ~ ~ ~ $ ~ e ~ ~ i aamptica iieae~pa~nampd~en~~~l

t(~3lZhefceshwaten~~d~~dr~abr (c~rdpodamp~amp13~~h1fh~~bi~amp p~esenceo r a b s ~ e n c 6 ~ ~ f i h ~ ~ ~ ~ ~ e aquaticllife~iteriw~be~ma~~b oYtamp~~ctinn)~are designationTmWtip~~ando~gsa6h(tj)(~) dumedc parggraphJo]~~) df ~s se~nappiy~~~ sup$ly)(See~aginT~~iomore~~~re~sd~~8s~sd10ed-ampePt~h~~

ampdeaUsampdefraitiOnS)-follows 2 othampenampdwp+ses li)For waters in whiamp he saihiQis

c~culatingapuiiticliiePireriBio (2)The+i ~sejrkbieiiiiii

s o d to a- less thm 1panper thousand 05 or more ofthe timefhe ap5licdoie

merslsirDm~thee~uati~11~~inio~~ote4ilmapraB$b]lT) dithis-sedan ip$lyto t o thetatilekFmgpapnbl(l)lofthis ihe watermduse~lassifications-diked

criteria are the ireshwatw criteria in Goiumn B

seamponada~the~e~tio~~~~in~~uapa~h asinp amp ~ a ~ b [ d ) ( l ) ~ o f ~ ~ s e ~ o n b)(2) oithis~se~onthe~wateieEect follows

7003

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 33: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal RegisterIYol 65 No 971Thnrsdag May 18 2000 Rules and Regulations 31719

Water ampd use classiEcation Applicable criteria -- ~ ~~ -

) (i) All inland waters of the United States or enciosed bays [A) C o l b s Bi and Bz--all pollutants and estuaries that are waters -of the United States that in- [B)Columns Ci and C2-all pollutants clude aMCTN use designation lC) Column DI--all pollutants

[ii) Allhiandwaters o f the United Statesor mciosed bays [A) Columns B1 and Bdl pollutants and estuaries that are waters o f the United States that d o ip)Columns Ciand C24lndllutants not include a MUNuse desipation

( ~ ) ~ b t h i n ~in this sectiin is intended to apply insteadof specfiiccriteria inciuding specific Plteria for the San Francisco Bay estuajpromulgated for Californiab the Nstiond Toxics Rule at 5 13136

141The human hiihfthcamperiaihallbe an iied attheState-udamptid l0S-6)

~(iij~othingin thisaectionappliLs t o

ivaters located inIndian Counuy [e)Schedules ojcompljnnce L1)It is

presumedthat newandampsting point somedischaraershU~rometl~

comply with anynewoi moamp -resmcbve waterqualiry-based effluent limitations fW0BELs) base6 on the water ouali6~criieriaset forth in this sedan

(Z) When apermit issued on nrafter

ICI Coiumn D 2 - 4ndllutants

13 Where an e=sting ampcharger whach exceeds fiveyears horn the nat reasmabiybelieves ampa1 it will be of n d issuance re~ssuarceor d a s i M i to prornpgy comuly with a - rn6~cationvihichever is sooner

newor more restiictive WPBlXbased Where shorter soheduies of compliance on the waterqualitydteriasetforthin are or sdheddes cif

thissection-the discbmger may request coampiltmcebprohibitea by lawfhose approvalhom amppermitissuing pzampisions ampa1 govem

-authoritg3ora scheaule ~fcompliance

[7) Ifa schddde nf coampampde exceedcthe ~ 1 4 ) ~ c o m ~ E a n c ~ E h ~ d u l e i i ~ a permitinterim

see compiience -withthWQBELs based permit limttskctiye thepermit on -terqualityditeria~etforth in hhal beincludeain thepermitampaPamp~FF (b)ofampsection= soon as =ddressedinththepermitslfamfiheet

possible tampngintoaccoudtthe ~ o h K g e r s s t e ~ ~ to amphieve ofbasisThe a W a t i v e =wfitr statem~nt

~ecorijiorihepermitshill reflect findcom~]iencewiths u amp ~ ~ g ~ ~ i51Ifthe sampedule ofcomjliance ~permitlimitsandfinalcompliance

axceedsnne y e a r ~ o m ~ e date n i p a tdatesFind complianceiates forEnel issuancereissusnceorm~dification permit limits which donot occur thesampeaulesha seforthinterim during the term of thepermitmust

May18 2000toanewidischarper contains a WQBELbased onwater quality criteria set forthin paragiaphbj of Chis section the permitteeshall comply withsuch WQ3ELqpon the

commencement of thedischarge A new dischqgeris ampfined as wy building smcturefacilityarinstallatioaahom whiohthereis or may be a discharge of nol1utantslas defined inA0 CFR 12i2) to the state of Califodats inland -serace waters or enclosed bays anil estuaries the constructionoi which

commences after Mag 18 200D a

dateshfori ac~evementnedates dfcom$letion bemen~achrequikmentmaynot exceed one yearIf the timenecessary

for completionofanv m~uirement is more ampan one ye= and not raadily divisible into stages for completion t h e permit shallreqampe a ta mampimum -specified datesfor m u d submissionof progress repom on the btatus ofinterim requirements

16)Inno event shallthe permit issuing a of compliance i o ~a point source discharge

occuryyithin Sve years hom ihe date n i issuancereissuance ~jmoilification o i thepermit which M a t e s the complibce schedule Where shorter schedulesdf compliance arsprescribod or scneduies oi compliance ampe prohibitedby law those nmvlslonr ihdgovern - -

18)The provisions in ~ $paapaph J ~ ) schedules ~icomplianca e q i r e onMay 18 2005

IFR Doc00-11106 Fifed 5-1-00 845m]

alwN0 CODE ~ 6 ~ s ~ p

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 34: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

i

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 35: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

9632 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

DEPARTMENT OF DEFENSE

Office of the Secretary

32 CFR Part 3

Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects

AGENCY Office of the Secretary Department of Defense (DoD)

ACTION Proposed rule public meeting

SUMMARY The Director of Defense Procurement is sponsoring a public meeting to discuss the proposed rule on conditions for appropriate use and audit policy for transactions for prototype projects published in the Federal Register at 66 FR 58422 on November 21 2001

DATES The meeting will be held on March 27 2002 from am to

ADDRESSES The meeting will be held at the National Contract Management Association (NCMA) which is located at 1912 Woodford Road Vienna Virginia 22182 Directions to NCMA are available at hrtpwwwacqosdmjNdp dspsotprhtm

FOR FURTHER INFORMATION CONTACT David Capitano Office of Cost Pricing and Finance by telephone at 703-602- 4245 by FAX at 703-602-0350 or by e- mail at dovidcopitanoosdmil

SUPPLEMENTARY INFORMATION The Director of Defense Procurement would like to hear the views of interested parties on what they believe to be the key issues pertaining to the proposed rule on Transactions Other Than Contracts Grants or Cooperative Agreements for Prototype Projects published in the Federal Register at 66 FR 58422 on November 212001 A listins of some of the possible issues for discussion as well as copies of the writton public comments submitted in response to the November 212001 proposed rule are available at http

DEPARTMENT OF TRANSPORTATION

Coast Guard

33 CFR Part 151

[USCG-2001-104861 RIN 2115-AG21

Standards for Living Organisms in Ships Ballast Water Discharged in -US Waters

AGENCY Coast Guard DOT ACTION Advance notice of proposed rulemaking request for comments

SUMMARY The Coast Guard seeks ~ - ~ -~ ~ -

comments on the development of a ballast water treatment goal and an interim ballast water treatment standard The Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 and the National lnvasive Soecies Act of 1996 require the Coast ~ u amp d to regulate ballast water management practices to prevent the discharge of shipborne ballast water from reieasing harmful nonindigenous species into US waters of the Great Lakes and to issue voluntary guidelines to prevent the introduction-of such specres through ballast water operations in other waters of the US These Acts further provide that the Coast Guard must assess compliance with the voluntary guidelines and if compliance is inadequate must issue regulations that make the guidelines mandatory These euidelines and reeulations must be Lased on open ocean ballast water exchange andlor environmentally sound alternatives that the Coast Guard determines to be at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species (ANSI The Coast Guard will use the publics comments to help define a ballast water treatment goal and standard both of which are essential parts of determining whether alternative ballast water manaeement

u

methods are environmentally sound and at least as effective as ooen ocean ballast water exchange (BWEI [n preventing and controlling infestations of ANS

wwwocqosdmildpdspsotprhtm DATES Comments and related material Dated February 27 2002

LM Bynum Alternative OSDFederal Register Liaison Officer Deportment of Defense IFR Doc 02-5157 Filed 2-28-02 1 1 5 2 am] BILLING CODE 600148-P

must reach the Coast Guard on or before June 32002 ADDRESSES To make sure that your comments and related material are not entered more than once in the docket please submit them by only one of the followina means

(1) By ha i l to the Docket Management Facilitv (USCG2001-104861 US ~ e ~ a r i m e n t room PL- of ~rans~or ta t iok

(2) By delivery to room P M 0 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays The telephone number is 202-366- 9329

(3)By fax to the Docket Management Facilit at 202-493-2251

(4)~yectronicall~through the Web Site for the Docket Management System at httplldmsdotgov

The Docket Management Facility maintains the public docket for this rulemaking Comments and material received from the public as well as documents mentioned in this preamble as being available in the docket will become part of this docket and will be available for inspection or copying at room P M O 1 on the Plaza level of the Nassif Building 400 Seventh Street SW Washington DC between 9 am and 5 pm Monday through Friday except Federal holidays You may also find this docket on the Internet at httpl dmsdotgov FOR FURTHER INFORMATION CONTACT If you have questions about this notice call Dr Richard Everett Project Manager Office of Operating and Environmental Standards (GMSO) Coast Guard telephone 202-267-0214 If you have questions on viewing or submitting material to the docket call Dorothy Beard Chief Dockets Department of Transportation telephone 202-366-5149 SUPPLEMENTARYINFORMATION

Other NISA Rulemaking to Date This rulemaking follows the

publication of the Final Rule (USCG 1998-34231 on November 212001 (66 FR 583811 for the Implementation of the National Invasive Species Act of 1996 that finalizes regulations for the Great Lakes ecosystems and voluntary ballast water management guidelines for all other waters of the United States including reporting for nearly all vessels entering waters of the United States Both rules follow the publication of the notice and request for comments for Potential Approaches To Setting Ballast Water Treatment Standards (USCG 2001-8737) on May 12001 notice and request for comments on Approval for Experimental Shipboard Installations of Ballast Water Treatment Systems (USCG2001-9267) on May 222001 and the publication of notice of meetings request for comments on The Ballast Water Management Program (USCG2001-100621 on July 112001

Request for Comments 401400 Seventh Street SW The Coast Guard encourages T - ----- 7

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 36: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

9633 Federal RegisterIVol 67 No 42Monday March 4 20021Proposed Rules

rulemaking by submitting written data views or arguments Persons submitting comments should include their name and address identify the docket number for this rulemaking (USCG2001- 10466) and the specific section of this proposal to which each comment applies and give the reason for each comment Please submit all comments and related material in an unbound format no larger than 8z by 11inches suitable for copvine Persons wantinn -acknow~ed~enienti f receipt of comments should enclose a s tam~ed self-addressed postcard or enveldpe Dont submit the same comment or attachment more than once Dont submit anything you consider to be confidential business information as all comments are placed in the docket and are thus open to ~ u b l i c insuection and duplicatidn ~he coas t ~ u a r d will consider all comments and material received during the comment period We may change this proposed rule in view of them

Public Meeting We have no plans for any public

meetings unless vou request one Some of the information that helped us prepare this notice came from the oliowing meetings that have already been held meetings of the Ballast Water and Shipping Committee [BWSC] of the Federal Aquatic Nuisance Species Task Force the workshop on ballast water treatment standards sponsored by the Global Ballast Water Program [Globallast) of the International Maritime Organization (IMO) in March 2001 and two technical workshops we held in April and May 2001 If you want a meeting you may request one by writing to the Docket Management Facility at the address under ADDRESSES Explain why you think a meeting would he useful If we determine that oral presentations would aid this rulemaking we will hold a public hearing at a time date and place announced by later notice in the Federal Register -Background and Purpose

Congress in the Nonindigenous Aquatic Nuisance Prevention and Control Act of 1990 (NANPCA) as amended by the National Invasive Species Act of 1996 (NISA) directs the Coast Guard to issue regulations and guidelines for ballast water management (BWM) The goal of BWM is to prevent discharged ballast water from introducing harmful nonindieenous -species ( ~ 3 )to US waters

Responding to NANPCAs directive we published a final rule (58FR 18i30 8 7 m

treatment [BWT) for the Great Lakes about setting standards along with a These requirements appear in 33 CFX summary of the comments we received part 151 subpart C and were later and our res onse extended to include the Hudson River 1~houl~astaidard be bosed on north of the George Washington Bridge EWEbest avoiloble technology [BAT] [59 FR 67632 December 301994) as or the biological capacity of the required by the statute In 1999 receiving ecosystem What are the responding to NISAs directive we arguments for or against eoch option published an interim rule (64 ER 26672 Thirteen respondents specifically May 171999) that sets voluntary BWM addressed this question Five guidelines for all other US waters and commenters all associated with the BWM reportin2 reauirements for most shipping industry recommended that a ships eniering~waters oithe effectiveness of

NANPCA and NISA require BWT to BWE be used to set the standard All be executed by mid-ocean ballast water five also stated that the language of exchange (BWE) or by a Coast Guard- NISA dictates this approach Four approved alternative BWT method The commenters favored a BAT approach alternative BNT must be at least as Four commenters favored a biological effective as BWE in preventing and capacity approach controlling infestations of aquatic Participants in both the Globallast and nuisance species [ANSI Therefore in Coast Guard workshops recommended order to ealuate the effectiveness of against basing a ballait water veaunenl alternative BWT methods the Coast standard on the effectiveness either Guard must first define for theoretical or measured of BWE The programmatic purposes what as Globallast report on the findings of the effective as [BWE] means The purpose workshop stated It is not appropriate of this notice in p b is to present for to use equivalency to ballast water public comment various approaches to exchange as an effectiveness standard clarifying this term for evaluating and approvinglaccepting

On Mav 12001 we published a new ballast water treatment notice aamp request for iublic comments technologies as the relationship (66 FR 21607) that invited comment on between volumeu~c exchanee and rea four conceptual approaches to BWT biological effectiveness a c h h e d by standards for assessing relative ballast water exchange is extremely effectiveness to EWE and posed poorly defined This relationship cannot questions all of which were developed be established without extremely in meetings of the BWSC The expensive empirical testing comments we received revealed a wide Participants in the two Coast Guard range of opinion [see Comments on the workshops recommended that standards May 12001Notice below) indicating be based on the level of protection the need for more discussion needed to prevent biological invasions

The present notice reflects comments The recommendations are neither received in response to the May 12001 endorsed nor discredited by the Coast notice It also draws on information ~- ~ ~ - ~~ ~ - ~ Guard taken from the Globallast workshop 2 If EWE is the basis for a standard (March 2001) Finally it draws on what criterion should be used to discussions of the four conceptual BWT quantify effectiveness the theoretical approaches by participants invited to effectiveness of exchange the water the April and May 2001 Coast Guard volume exchonged (0s estimated with workshops [The report of the Globallast physicalchemicol marker$ the workshop is available at http effectiveness in removing or killing all global1astimoorg Reports from the or specific groups of organisms or Coast Guard workshops when something else and why Twelve completed will be available at http commenters specifically addressed this dmsdotgov) question None of the 12 thought that

theoretical efficacv should be used Comments on the May 12001 Notice Three recommended using volumeuic We received 22 written responses to effectiveness and five considered

our May 12001 request for comments measured effectiveness in killing1 which set out 4 optional approaches for removing organisms to be the most BWT standards posed 5 questions appropriate measure One commenter related to setting the standard and thought that all three metrics should be posed 3 questions relating to used and four commenters re-expressed implementation issues We will their opinion that exchange should not summarize res~onses to the - - ~~~~~be the basis for the standard ~-~ ~ ~~ ~ - ----

implementatih questions when we 3 How specifically should the propose a specific implementation effectiveness of either BWE or best approach and testing protocol at a later available technolog~be dctermined(ie

gt gt I gt I

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 37: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

9634 Federal RegisterlVol 67 No 42Monday March 4 2002Proposed Rules

vessels) before setting a standard based concentrations of organisms as the methods of calculating the percentage of on the capabilities of these processes concentrations in the test medium (as water exchanged and used different Ten respondents specifically addressed recommended by participants in the taxonomic groups to evaluate BWEs this question One commenter Globallast and the USCG workshops] effectiveness in reducing the presence of recommended determining the the percent reduction approach ANS effectiveness of exchange on a ship-by- effectively becomes a concentration Technical experts at the Coast Guard ship basis two thought effectiveness approach This is because the standard and IMO workshops and comments by should be calculated far different risk percent reduction (for example 95) of the National Oceanic and Atmospheric classes of vessels or sectors of the an absolute concentration produces an Administration agree that scientifically shippin industry one recommended absolute concentration of remaining determining even the quantitative that excfange be evaluated with organisms On the other hand for effectiveness of BWE (leavingaside its hydrodynamic models before being purposes of assessing compliance with qualitative effectiveness)will be evaluated on test vessels and six the standard at the level of an challenging advocated the use of a broad average individual vessel the two approaches We think Congress viewed BWE as a effectiveness calculated across many could have very differentresults practical but imperfect tool for treating types of vessels and trading patterns Comments Needed ballast water and wanted to ensure that

4 What are the odvantages and approved alternatives woula not be less disadvantages of considering the We seek more comments because the effectivethan BWE is known to be probability of conducting a safe and discussion of BWT standards has currently practiced BWE produces effectiveBWE on every voyage when focuseduntil now on the suitability of varying results and sometimes mayestimating the overall effectiveness of basing standards on edsting technology remove as few as 39 of the possible BWE Eleven respondents specifically rather than on developing new harmful organisms from the ballast tank addressed this question Six comments

technology that better meets the BWE is affected by a number of came from vendors of ballast water congressional intent of eliminating variables cannot be used on coastal treatment systems or from public and ballast water discharge as a source of voyages (as currently defined)and often private resource protection entities Five harmful NIS cannot be used by a ship on any of its of these said the probability of As we governing voyages due to safety concerns conducting an exchange must be statutes (NANCPA and NISA) specify The Coast Guard is currentlyconsidered at some 1evelin order to the use of BWE and provide that considering an approach in which an better represent BWEs real world alternative form of BWT be at least as alternative BWT method would be capability The sixth said we should effectiveas BWE in Preventing and judged to be at least as effective as BWE take only completed exchanges into controlling the spread of ANS At if it account because class societies could present no alternatives have been Produces predictable results not attest to the effectiveness of systems approved in Part perhaps because the Removes or inactivates a high when safety exemptions were effectivenessof the BWE benchmark propofiion of isms considered All five shipping industry itself is not well defined Furthermore Functions zfectivelyunder most commenters also advocated looking concerns have beenvoiced that mid- operating conditions and only at completed exchanges because ocean BWE is difficult to quantify in Moves toward a goal that expresses too many variables affect whether or not practice cannot be safely performed on the congressional intent to eliminate a full exchange can be conducted The all transoceanic voyages and by current ballast water discharge as a source of Coast Guard considers the feasibility of definition cannot be conducted on harmful NIS conducting a mid-ocean exchange to be voyages that take place within 200 miles In this notice we are seeking one of the significant issues in of shore and in waters shallower than comments that will help us define the evaluating BWE 2000 meters deep standards and goals that would meet 5What are the advantages and There are only limited scientific data these criteria

disodvnntages of expressing a BWT on the effectiveness of BWE A few standard in terms of obsolute empirical studies (see references 5 13 Issues for further comment concentrations of organisms versus the 14 1518)listed in this notice indicate Yamp comments are welcome on any percent of inactivation or removal of that BWE results in the actual exchange aspect of this notice including the organisms Twelve respondents of 88 to 99 of the water carried in submission of alternative goals or specifically addressed this uestion a ballast tank The average result is quite standards that were not presented in Several expressed concern hat if bailast close to the theoretical 95 efficiency todays notice The possible goals and water were taken on in a location with of Flow-Through Exchange standards presented here are intended a very low concentration the vessel However knowing that we exchanged to stimulate discussion that will might not have to use any treatment to 88-99 of the water does not ultimately lead to a standard for meet a concentration standard necessarily tell us we eliminated 88- assessing BWT effectivenessthat will Conversely several commenters argued 99 of the danger of ANS remaining in have broad scientific and public that a high percentage reduction in the ballast tank Some of the empirical support We particularly seek YOU organisms when the initial studies (see references 5 13 14 15 18) input on the Questions we raise concentration was very high could still also looked at that aspect of BWE They below The Questions (Qi-46) refer to result in the discharge of a high found that BWE resulted in reducing the the following possible Goals (G143)concentration of organisms These number of organisms by varying and Standards (Sl-S41 concerns should be kept in mind when degrees ampom39 to 999 depending commenting on the alternative on the taxonomic groups and ships Possible Goals standards presented below It is studied GI No discharge of zooplankton and important to note that for purposes of The variability in this data reflects the photosynthetic organisms (including testing the theoretical effectiveness of a fact that the studies involved different holoplanktonic meroplanktonic and technology if testing is conducted using ships under experimentally demersal zooplankton phytoplanktonthe himhest tlunortorl nztlrral rlnm+vnl~arlrmiitanr -a AcE~-+ -a -mnlnrn$m-lnq-A

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 38: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Federal Register 7

aquatic angiosperms)inclusive of all life-stages For bacteria Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively

G2 Treat for living organisms at least to the same extent as drinking water

G3 Ballast water treatment technologies would demonstrate through direct comparison with ballast water-exchange that they are at least as effective as ballast water exchange in preventing and controlling infestations of aquatic nuisance species for the vessels design and route

Possible Standards -

S1 Achieve at least 95 removal kill or inactivation of a representative species from each of six representative taxonomic groups vertebrates invertebrates (hard-shelled soft shelled soft-bodied)phytoplankton macro-algae This level would be measured against ballast water intake for a defined set of standard biological physical and chemical intake conditions For each representative species those conditions SPO

The highest expected natwal concentration of organisms in the world as derived from avalable literature and

A range of values for salinity turbidity temperature pH dissolved oxygen particulate organic matter and dissolved organic matter (GLOBALLASTPROPOSAL A)

S2 Remove kill or inactivate all-

organisms larger than 100 microns in size (GLOBALLASTPROPOSAL B)

S3 Remove 99 of all coastal holoplanktonic meroplanktonic and demersal zooplankton inclusive of all life-stages (eggslarvae juveniles and adults)Remove 95 of all photosynthetic organisms including phytoplankton and propagules of - -macroalgae and aquatic angiosparms inclusive of all life stages Enterococci and Escherichia coli will not exceed 35 per 100 ml and 126 per 100 ml of treated water respectively (COAST GUARD WORKSHOP PROPOSAL A)

S4 Discharge no organisms greater than 50 microns in size and treat to meet federal criteria for contact recreation (currently 35 Enterococcil 100 ml for marine waters and 126 E coli 1100 ml for freshwaters) (COAST GUARD WORKSHOP PROPOSAL BWl

Note The capability of current technology to remove or kill 95-99 of the zooplankton or phytoplanktonor to remove 100of organisms larger than 50 or 100 microns under the operational flow and volume conditionscharacteristicof most commercialocean-goingvesselsis not well establishedWorkshop participants felt these rmnll 0ffirrir 0 n r t i m 1 2

Jol 67 No 42 Monday March 4 2002 Proposed Rules 9635

realistic initial targets BWT to these levels would provide increased protectioncompared to no BWT at all or to BWE carried out only when vessel design and operating conditionspermit

Questions In answering the questions please

refer to Questions Goals and Standards by their designations (for example QI G2 S3)

The following questions refer to the goals (GI-G3) and standards (Sl-S4) set out in Issues for Further Comment above

01Should the Coast Ghard adout GI ~ 2 - ~ 3 or some other goal (please specify) for BWT

42 Should the Coast Guard adopt any of the standards S1-S4 as an interim BWT standard (You also may propose alternative quantitative or qualitative standards)

43 Please provide information on the effectiveness of current technologies to meet any of the possible standards Please cbmmeni with supporting technical information if possible on the

setting up a program for testing and approving BWT alternatives We think it is premature to ask for comments on these issues until an approach (or at least an interim approach) for assessing BWT effectivenessis chosen because manv ~roceduralasDects of the testine proampss will be dependent on the soecific nature of the selected a~oroach~-ow ever we may ultimately need to address issues such as us in^ standard indicators as evaluation tods as uarticipants in both Globallast and the coast kuard workshops recommended This would depend on

Identifying and validating species or physicallchemical metrics that can be used as practical and efficient standard indicators This in turn would depend on

Improving sampling and analytic techniques b$ Setting etect~onlimits and degrees of slatistical uncertainty for methoamp and protocols used ro enumerate the abundance of organisms in treated ballast water and on

Settina standard testing conditions workshop participants assessment that for the conlcentrations of idicators and these standards ars practical and a suite of physical and chemical realistic initial targets parameters For example testing might

Q4 General comments on how to be based on what the available literature structure any cost-benefit or cost-effectiveness analysis that evaluates the above four possible standards We are requesting comments on how the Coast Guard should measure the benefits to society of the above possible standards in either qualitative or quantitative terms How would the benefits be measured considering each possible standard would continue to allow the

shows to be the highest expected natural concentration in the world for each indicator species or variable under a range of conditions for other parameters (Thisapproach was recommended by participants in both the Globallast and USCG workshops) The suite of parameters would include turbidity dissolved and particulate organic material salinitv DHand temueratwe

introduction of invasive species but at different rates What would the costs be to industry in each of the four proposals How would the cost to industry differ by possible standard

45 What impact would the above four standards have on small businesst that own and operate vessels

Q6 What potential environmental impacts would the goals or standards carry

Issues for Future Consideration The possible goals and standards in

todays notice set out basic biological

At this early stage in the process the Coast Guard cannot anticipate whether any proposed or final rules will be conidamped significant economically or

2s otherwise under Executive Order 12866 or under the Department of Transportation regulatory policies and procedures I44 FR 11034February 26 19791 At this time the economic impact of any regulations that may result hom this notice cannot be accurately determined The Coast Guard plans to use comments received on this

parameters for the discharge of aquatic advance notice of proposed rulemakingorganisms ranging from bacteria to to assess these economic impacts We higher taxonomic groups and are intended to provide a starting point for discussion If the framework for addressing BWT effectivenessthat is discussed in this notice were adopted the final standards would be derived from a process that incorporates the expertise of the scientific community

We know that many practical h1-- - A -L- - 2 2----2

will then prepare either a regulatory assessment or a detailed regulatory evaluation as appropriate which will be placed in the docket

To facilitate the comment process on this notice Table 1below presents cost information compiled from recent technical literature on ballast water technologies Several points should be 1 I

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 39: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

--- - -

9636 Federa l Reg is te r IVo l 67 No 42 Monday M a r c h 4 20021Proposed Rules

First these cost estimates are not a l l rates published October 162001 we have not yet conducted detailed expressed in a constant unit ($05136 AUD = $100 US Dollar) cost-benefit analysis on this subject We Comparisons o f estimates across studies Third these cost estimates are not are making this information available to therefore should be conducted w i t h expressed inconstant dollars they have facilitate publ ic discussion of the caution Second cost estimates from the not been adjusted for inflation Finally questions that we are posing above We Cawthron (1998) andAgriculture these costs are derived primari ly also welcome any comments and Fisheries and Forestry--Australia through experimental and p i lo t projects supporting documentation pertaining to (2001) reports are converted from n o t actual application in the field the cost estimates summarized below Australian dollars based on exchange A t this time the Coast Guard does not

endorse any o f these studies in any way

~

7 Technoiosy 1- Cost 1 Remark

1 Baiiast water exchange $479-$728 per cubic meter Costs are reduced approximately 50 percent if gravity ballastin4 can be accom~iished

Ballast water exchange 1 $4500 fuel cost per exchange 56000 tons of baiiast waier flow through 3 volumes time for exchange about 3 days

Ballast water exchange $3100-$8800 for fuel aAd pump main- Estimates tor conditions on container ships bulk carriers tenance per exchange and two types of tankers 3 dilutions time for exchange

ranged from 33 to 55 hours Ballast water exchange $16000-$80000 total cost of ex- Estimates for conditions on VLCC and Suezmax bulker

change Ballast water exchange Qualiative discussion of cost impiica- Time lost during transit

tions Ballast water exchange $002-$010 per metric ton of ballast Estimates based on study of Caiifomia ports

water Onshore treatment facility $066-$2700 per cubic meter Cost eshmates driven by add i t ia i infrastructure lequired

I I

I in Dorts Onshore treatment faciiity $14 billion for entire treatment facility ~acfltyIn Valoez Alaska only balast water treatment fact

~ty curren1y n Jse In U S covers 1000 acres oi land processes aoOJl 18nl galons of ballast water dailf

Onshore treatment facility 59m-19m for infrastructure $009- Estimate based on port-based facility iocated on land or a I 1 $041 per metric ton of ballast water I floating platform

treated Onshore treatment facility Quaiitative discussion of cost implica- Costs minimized in onshore facility iocated where vessels

tions are already required to stop for customs and quarantine inspection time delay for docking and debaliasting

Onshore treatment faciiity $76m-$497m for infrastructure Estimates based on study of Caiifomia ports $142000-$223000 for annual main- tenance $1404830 per metric ton of ballast water treated

Thermal treatment $1083-$1752 per cubic meter Heatingniushing process Thermal treatment Qualitative discussion of cost impiica- Very expensive labor and materials cost to retrofit heating

tions coils in baiiast tanks i f additional heat generation re- quired then fuel consumption increases

Thermal treatment $75000-$275000 per system Most cost effective in warmer waters UV treatment $3166-$18653 per cubic meter LOW cost estimate represents UV used alone high cost es-

timate reflects combination with hydrocyclone UV treatment $10200-$545000 per system for infra- Cost estimates for 1200 GPM and 8000 GPM systems

structure $2200-$11000 per sys- tem for annual maintenance

UV treatment $250000-$tm life-cycle per treatment I Study part of technology demonstration project system

UV treatment Qualitative discussion of cost impiica- Capital investment very high cost for instailation and pipe 1 I lions I modifications

Chemical treatment $047-$7788 per cubic meter Estimate based only on operating cost Chemical treatment $2m--$4m life-cycle per treatment sys- Study part of technology demonstration project

tam 9 Chemical treatment discussion of cost implica- Installation and engineering of chemical dosing system is

expensive low cost effectiveness large capital invest-

I

men 9 Filtration Qualitative discussion of cost impiica- Large capital investment cost of disposal of concentrated

tims filtrate 8 Rapid response S15m per strike Australia method involved quarantine of the port and de- ( struction of organisms when detected on a vessel in

1 port

As w i t h the cost information provided any way we have not yet conducted our are making this information available to above the Coast Guard does not o w n detailed assessment o f their facilitate public discussion of the currently endorse any of these studies in methodologies and results Rather we questions that w e are posing above We

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 40: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

9637 Federal RegisterVol 67 No 42Monday March 4 2002Proposed Rules

also welcome any comments and supporting documentation pertaining to the damage estimates summarized below

Aquatic Nuisance Species

Adverse environmental and economic effects of some ANS have been documented in a number of studies As with the cost information provided above the Coast Guard does not currently endorse any of these studies in any way we have not yet conducted o w own detailed assessment of their methodologies and results Rather we are making this information available to facilitate public discussion of the ouestions that we are ~ o s i n g above We ilso welcome any comments and supporting documentation pertaining to the damage estimates summarized below

The most studied species the zebra mussel has affected the ecology and economy of the Great Lakes since introduction in the late 1980s Some scientists believe the mussel is responsible for profound changes in the lower food w-ab of the Great Lakes and massive algal blooms (see reference 3) Zebra mussels may clog intake pipes for industrial and municipal plants and may cause extended shut downs in order to chemically treat the pipes In the Great Lakes basin the annual cost of zebra mussel control has been estimated at from $100 to $400 million Dramatically altering the Great Lakes ecosystems zebra mussels have now spread throughout the Mississippi River drainage basin thousands of inland lakes and are threatening the West Coast (see reference 3) There is evidence that The San Francisco and Chesapeake Beys Gulf of Mexico and Hawaiian coral reef may be threatened by other non-indigenous fish mollusks crustaceans and aquatic plants (see reference 3) A 1999 report (see reference 12) estimates that the environmental damage caused by non- indigenous species in the United States (both land and water) is $138 billion per year The report further states that there are approximately 50000 foreign species and the number is increasing It is estimated that about 42 of the species on the Threatened or fndangered species lists are at risk primarilv because of non-indigenous -species

The above damage estimate pertains to all non-indigenous species both land and water Table 2 below ada~ted from the report (see reference 121presants estimates of the annual damanes and costs of aquatic species in t h i ~ n i t e d Statnc

TABLE 2 4 N E ESTIMATE OF THE responders or the burden of responding TOTALANNUALCOST OF AQUATIC on each responder We will include our ~ N V A S ~ V ESPECIES IN OFB~LL~ONS DOLLARS

[See reference 121

Species Total

Aquatic weeds (Fish

50110

Green crab 0044 Zebra mussel 5000

Asian clam 1000 Shipworm 0205

Total annual cost of species

Small Entities We are unable at this time to

determine whether under the Regulatory Flexibility Act (5 USC 601-612) any regulations resulting hom this ANPRM would have a significant economic impact on a substantial number of small entities The term small entities comprises small businesses not-for-profit organizations that are independently owned and operated and are not dominant in their fields and governmental jurisdictions with populations of less than 50000

If you think your business organization or governmental jurisdiction qualifies as a small entity and that a rule establishing standards for evaluating the effectiveness of BWT would have a significant economic impact on it please submit a comment (see ADDRESSES) explaining why you think it qualifies and how and to what degree this rule would economically affect it

Assistance for Small Entities Under section 213(a) of the Small

Business Regulatory Enforcement Fairness Act of 1996 (Public Law 104- 1211 we want to assist smell entities in understanding this ANPRM so that they can better evaluate its potential effects on them and participate in the rulemaking If you believe that this ANPRM could lead to a final regulation that would affect your small business organization or governmental jurisdiction and you have questions concerning its provisions please contact Dr Richard Everett where listed under FOR FURTHER INFORMATION CONTACT above

Collection of Information Any final rule resulting from this

ANPRM could call for a new collection of information under the Paperwork Reduction Act ot 1995 (44USC 3501- 3520) At this time we are unable h- +--A- I-s -P

estimates of this information in a later notice of proposed rulemaking and allow for comments on those estimates before issuine a final rule As alwavs

0 you are not required to respond to an information collection unless it displays a valid OMB approval number Federalism

A rule has implications for federalism under Executive Order 13132 Federalism if it has a substantial direct effect on State or local governments and would either ppempt State law or impose a substantial direct cost of compliance on them We have not yet analyzed whether any rule resulting from this ANPRM would have implications for federalism bur we are aware of efforts bv various stares to stem invasive species ik their waters We will continue to consult with the states through the Ballast Water Working Group

Unfunded Mandates Reform Act The Unfunded Mandates Reform Act

of 1995 (2 USC 1531-1538) requires Federal agencies to assess the effects of their discretionary regulatory actions In particular the Act addresses actions that may result in the expenditure by a State local or tribal government inthe aggregate or by the private sector of $100000000 or more in any one year As stated above we do not yet know the costs that would be associated with any rule resulting from this ANPRhl The Coast Guard will publish information regarding costs using the comments received on this ANPRM in a future publication

Taking of Private Property We anticipate that any proposed rule

would not effect a taking of private property or otherwise have taking implications under Executive Order 12630 Governmental Actions and Interference with Constitutionally Protected Prop Rights

Civil Justice Reform We anticipate that any proposed rule

would meet the applicable standards in sections 3(a) and 3(bl(2) of Executive Order 12988 Civil Justice Reform to minimize litigation eliminate ambiguity and reduce burden

Protection of Children We anticipate that any proposed rule

will be analvzed under Executive Order 13045 ~rotection of Children born Environmental Health Risks and Saferv Risks and any such rule would not

7016

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 41: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

9638 Federal Register 1Vol 67 No 42Monday March 42002Proposed Rules

risk to safety that might disproportionately affect children

Indian Tribal Governments We anticipate that any proposed rule

would not have tribal implications under Executive Order 13175 Consultation and Coordination with Indian Tribal Governmentsbecause it would likely not have a substantial direct effect on one or more Indian tribes on the relationship between the Federal Government and Indian tribes or on the distribution of power and responsibilities between the Federal Government and Indian tribes However we recognize that ANS may pose significant concerns for some tribal governments and are committed to working with tribes as we proceed with this rulemakin

To help the toast Guard establish regular a i ~ dmeaningful consultation angt collaboration ~ 7 t hIndian and Alaskan Native tribes we ~ublisheda notice in the Federal ~ e ~ i a t e r(66 FR 36361 July 1120011requesting comments on how to best carry out the Order We invite your comments on how any rule resulting from this ANPRM might i m ~ a c ttribal governmenk ever if that impact may nor constitute a tribal im~lication under the Order and howbest to address the ANS concerns of the tribal governments

Energy Effects We have not analyzed this ANPRM

under Executive Order 13211 Actions Concerning Regulations That Significantly Affect Energy Supply Distribution or Use We have not determined whether it is a significant energy action under that order because we do not know whether any resulting rule would be a significant regulatory action under Executive Order 12866 Once we determine the economic significance of any rule stemming from this ANPRM we will determine whether a Statement of Energy Effects is required

Environment The Coast Guard will consider the

environmental impact of any proposed rule that results from this advance notice of proposed rulemaking We will include either Environmental Assessment or Environmental Impact Statement in the docket for any such rulemaking as appropriate

References 1Agriculture Fisheries and

Forestry-Australia (AFFA) 2001 Ballast Water Treatment to Minimize the Riab nf tntm4rnnhla-

Marine Organisms into Australian Ports Ballast Water Research Series Report No 13January 2001

2 Battelle 1996 Ballast Water Secondary Treatment Technology Review Northeast Midwest Institute August 241998

3 Stephen B Brandt Director of the Great Lakes Environmental Research Laboratory Testimony before the Committee on Science US House of Representatives July 26 2001 httpll wwwhousegovscienceetsjul26 brandtlhtm (September 182001)

4 Cawthron 1998 Mid Ocean Ballast Water Exchange Procedures Effectiveness and Verification Cawthron Report No 468 December 1996

5 Dickman M and F Zhang 1999 Mid-ocean exchange of container vessel ballast water 2 effectsof vessel t m e in the transport of diatoms and dinoflasellates hom Manzanillo ~ e x i c to Hong Kong ChinaMar Ecol Prog Ser 176 253-262

6 Greenman D K Mullen and S Parmar 1997 Ballast Water Treatment Systems A Feasibility Study ANS Task Force Re~or tsand Publications December 17i997

7 Hurlev WL SS Schilling and TP ~acke undated ~ontrampt Designs for Ballast Water Treatment systems on Containership RJPfeiffer and Tanker Polar Endeavor Great Lakes Ballast Technology Demonstration Project Undated

8 ~ ~~ i ~ ~ ~ ~ ~ ~1999 -stemming the id^ of ~ ~ ~ science~species-2855435 September 17 1999

9 Laughton R T Moran and G Brown 1992 A Review and Evaluation of Ballast Water Management and Treatment Option to Reduce the Potential for the Introduction of Nan-native Species to the Great Lakes wwwpollutecbcomlpaperslp22htm

10 Locke A D M Reid H C Van Leeuwen W G Sprules and J T Carlton 1993 Ballast water exchange as a means of controlling dispersal of freshwater organisms by ships Can J Fish Aouatic Sci 50 2086-2093- - ~~

11~ g d d o x TL 1998 The Thermal Treatment Methodology for Zebra Mussel Elimination Abstract from the Eighth International Zebra Mussel and Other Nuisance Species Conference March 1998

12 Pimental David Lori Lach Rodolfo Zuniga Doug Morrison Environmental and Economic Costs Associated with Non-Indigenous Species in the United States June 12 1999 httpllwwwnewscornelledul releasesljan9slspecies-costshtm1 A ~

13 Rigby G R and G M Hallegraeff 1994 The transfer and control of harmful marine organisms in shipping ballast water Behavior of marine plankton and ballast water exchange trials on the MV Iron Whvalla 1 Mar Environ Engineering 19i-110

14 Smith L D M J Wonham L D McCann D M Reid G R Ruiz and J T Carlton 1996 Shipping study II Biological invasions by nonindigenous species in United States waters Quantifying the role of ballast water and sediments parts I and 11 The National Sea Grant College ProgramConnecticut Sea Grant Project RlES-6 Report No CGD-02-97 Government Accession No AD-A321543 De~artmentof Transportation unitamp States Coast Guard Washington DC and Groton Connecticut 137 pp

15 Taylor M D and EJ Bruce 2000 Mid Ocean Ballast Water Exchange Shipboard Trials of Methods for Verifying Efficiency Cawthron Report No 524 Nelson 59 pp

16 URSIDames ampMoore 2000 Feasibility of Onshore Ballast water Treatment at California Ports California Association of POamp Authorities September 2000

17 Williams R J F B GriffithsE J Van der Wal and J Kelly 1988Cargo vessel ballast water as a vector for the transport of nonindigenous marine species Estuar Coastal amp Shelf Sci 26 409-420

18 Zhang F and M Dickman 1999 l ~ ~ Mid-ocean exchange of container vessel d i ~ ~ballast water 1Seasonal factors

affecting the transport of harmful diatoms and dinoflagellates Mar Ecol PrOgSer 176 243-25

Dated August 27 ~001 Paul J Pluta ReorAdmiml UScoast GuardAssistont CommondontforMorineSofety and EnvironmentolProtection

~ d i t ~ ~ i ~ l~ t ~ ~ a hi^ document was received at the Office of the Federal Register on February 28 zooz IFR Doc 02-5187 Filed 2-28-02 136 pml

CODE 40Mb-P

DEPARTMENT OF VETERANS

38 CFR part RIN 2900-AH42

Evidence for Accrued Beneflts

AGENCY Department of Veterans Affairs ACTION proposed rule

SUMMARY The Department of Veterans ~

Pageintentionally left blank

Page 42: and - California State Water Resources Control Board · 2008-04-06 · Federal ~egisterl~ol: 65, No. .97/Thursdag, WJI 18,~oool~ules &&galations 31683 B. Inuoduclion add:Cmnkv . .

Pageintentionally left blank