WOLF CREEK - nrc.gov · timeline 20 control room turnover sheets daily plant report 22 daily pod...

WOLF CREEKNUCLEAR OPERATING CORPORATION

Clay C. WarrenVice President and Chief Operating Officer

SEP 1 3 1999

WO 99-0079

U. S. Nuclear Regulatory CommissionATTN: Document Control DeskMail Station P1-137Washington,-D. C. 20555

Subject: Docket No. 50-482: Emergency Preparedness FieldExercise Scenario for 1999

NOTE:This transmittal contains Emergency Preparedness exercise information thatshould not be released to the Public Document Room before November 24, 1999.

Gentlemen:

Enclosed is the 1999 Wolf Creek Generating Station Emergency PreparednessField Exercise Scenario which is scheduled for November 17, 1999.

If you have any questions concerning this matter, please contact me at(316) 364-4048, or Mr. Timothy F. East at (316)364-8831, extension 5054.

Very truly yours,

-C7 C. Warren

CCW/rlr

Enclosure

cc: J. N. Donohew (NRC), w/eW. D Johnson (NRC), w/eG. M. Good (NRC), w/eE. W. Merschoff(NRC), w/eSenior Resident Inspector (NRC), w/e

9909210194 990913CF ADOCK 05000482

PO. Box 411 Burlington. KS 66839 Phone: (316) 364-8831

1999 GRADED EXERCISE17 NOVEMBER 1999

Players are from Team 'D'Controllers are from Team 'C'

TIN GE-77-356-10 Rev. 0

SCENARIO DEVELOPMENT COMMITTEE REVIEW:

R. E. BARTH i DATE:

R. D. BENHAM < DATE:

D. E. BIRK DATE:

P. S. DeBLONK L w > DATE:

B. L. HEDSTROM R DATE:

W. H. KETCHUM DATE:

J. P. KNAPP __ DATE:

M. R. McKINNEY DATE:

T.G. MOREAU DATE:

T. D. PATTEN < DATE

G. R. SMITH - V DATE:

K. M. THRALL DATE:

FACILITY LEAD CONTROLLER REVIEW:

TSC DATE:

EOF Add) DATE:

PIO(asst) / DATE:

8/26/99

8/27/99

8/20/1999

8/31/99

8/26/99

8/19/99

8/24/99

8/20/99

8/23/99

8/25/99

8-27-99

9/8/99

9/2/99

9-9-99

9-10-99

9909210198 990913CF ADOCK 05000482

CIF

1999 GRADED EXERCISE17 NOVEMBER 1999

RULES OF CONDUCTOBJECTIVES 1FEMA OBJECTIVES 2PLAYER GUIDELINES 3DRILL PARTICIPANTS 4

CONTROLLER ASSIGNMENTS AND INSTRUCTIONSGENERAL INSTRUCTIONS 5COMMUNICATIONS 5DRILL LEAD CONTROLLER 5FACILITY LEAD CONTROLLERS 5PUBLIC INFORMATION CONTROLLERS 6

PHONE TEAM CONTROLLERS 6MEDIA CONTROLLERS 6

ASSIGNMENTSCONTROLLERS 7EVALUATORS / COACHES 8CONTROLLER PHONE NUMBERS 9FACILITYIPOSITION PHONE NUMBERS 9CORNERSTONE TRACKING LOG 10EVALUATION LOG SHEET 12PERFORMANCE REPORT 17

SCENARIONARRATIVE SUMMARY 19TIMELINE 20CONTROL ROOM TURNOVER SHEETS

DAILY PLANT REPORT 22DAILY POD BOARD 23OFFSITE CONTACTS I CONTROL CELL PHONE NUMBERS 24POST ACCIDENT SYSTEM ANALYZER STATUS 25CHEMISTRY TURNOVER SHEET 36

MESSAGESCLASSIFICATION PLANT ANNOUNCEMENTS

NUE 37ALERT 38SITE AREA EMERGENCY 39GENERAL EMERGENCY 40DRILL MESSAGES

I - Drill - CR Lead - 'SS Initial Conditions' Message @ 0730 412 - Drill - Drill Lead - 'Drill today' Message @ 0745 423 - Drill - Communications - 'Phone Numbers' Message @ 0800 434- Drill - Drill Lead -'Begin Drill' Message @ 0800 445- Drill - Facility Leads -'Initial Conditions' Message @ 0800+ 456 - Drill - Sim. Op. -'Fire' Message @ 0800 467 - Simulator - CR Lead - 'Equipment failure' Message @ 0802 478 - Drill - Security Lead Controller - 'Security Diesel' Message @ 0803 489 - Simulator - CR Lead - 'Equipment failure' Message @ 0803 4910 - Simulator - CR Lead - 'Radiation monitors increasing' Message @ 0805 5011 - Simulator - CR Lead - 'Equipment failure' Message @ 0810 5112 - Contingency - CR Lead - 'ALERT Declaration' Message @ 0815+ 5213 - Drill - Fire Brigade - 'Heat Stress' Message @ 0820 5314 - Contingency - Security Lead Controller - 'Heat Stress' Message @ -0821 54

1999 GRADED EXERCISE Page i

15 - Drill - Security Lead Controller - 'Missing Person' Message @ -0835 5516 - Drill - Security Lead -'Missing Person' Message@ -0839 5617 - Simulator- CR Lead - 'RCS Leak' Message @ 0845 5718 - Simulator- CR Lead - 'LOCA' Message @ 0900 5819 - Simulator - CR Lead - 'Mini-purge does not isolate' Message @ 0900 5920 - Simulator - CR Lead -'Release' Message @0905 6021 - Contingency - CR Lead - 'SAE Declaration' Message @ 0915+ 6122 - Contingency - CR Lead - 'PARs' Message @ 0915+ 6223 - Simulator - CR Lead - 'Increasing CHARMs' Message @ 0930 6324 - Contingency - CR Lead - 'GE Declaration' Message @ 0945+ 6425 - Contingency- CR Lead - 'PARs' Message @ 1015+ 6526 - Simulator - EOF Lead - 'Wind Shift Start' Message @ 1000 6627 - Simulator - EOF Lead - 'Wind Shift End' Message @ 1000 6728 - Contingency- CR Lead - 'PARs' Message @ 1015+ 6829 - Simulator - CR Lead - 'Release termination' Message @ 1215 6930 - Drill- Radiological -'Environmental samples'Message @ 1215+ 7031 - Drill - Facility Leads - 'Drill termination' Message @ 1400 7132 - Drill - Drill Lead - 'Drill termination' Message @ 1400+ 72

MINI SCENARIOSFire Brigade 73Search and Rescue 74First Aid Response 75HZ-12 Repair 76PA-02 Repair 78Isolate H2 Skid 79Public Information Rumor Assignments 80

DATAIN-PLANT SURVEY MAPS

AUXILARY BUILDING1974' 861988' 872000' 882026' 892047' 91

FUEL STORAGE BUILDING 92RADWASTE BUILDING 92CONTAINMENT 92TURBINE BUILDING 93

2065' 93HABITIBILITY RESULTS

TSC 94SECURITY 94EOF 94

OPERATIONS DATA 95PROCESS RADIOCHEMISTRY

RCS I PASS 97CONTAINMENT ATMOSPHERE 99

PROCESS MONITORSGASEOUS DATA 101LIQUID DATA 103TURBINE BUILDING SUMP 105

METEOROLOGICAL DATA 107RADIOLOGICAL DATA

AREA RADIATION MONITORS 109ONSITE PLUME DATA 111OFFSITE PLUME DATA 113INDEX 180

1999 GRADED EXERCISE Page ii

RULES OF CONDUCTOBJECTIVES

The NRC inspection module, for demonstration during graded exercises, includes the followingobjectives. These objectives NEED NOT be demonstrated in every training Drill. Additionalclarification of objectives is provided in the Player Guidelines.

A. Demonstrate that personnel who are assigned emergency response responsibilities are adequately trained to performaccording to plans and procedures.

B. Provide training for personnel and provide for identification of potential problems in the overall emergency response.C. The Technical Support Center (TSC), Emergency Operations Facility (EOF) and Public Information Organization will

be staffed according to the instructions in the Emergency Planning Procedures.D. Management of the Control Room, TSC, EOF and Public Information Organization will respond effectively to the

emergency. The lead personnel in these facilities will make timely and effective decisions regarding emergencyresponse efforts.

E. The staff in the Control Room, TSC and EOF will assess the emergency conditions to prepare appropriate mitigativepriorities, properly classify the events and to recommend offsite protective actions. (Each facility may not performthese actions, depending on the timing of turnover of responsibilities between facilities.)

F. Notifications of emergency conditions or protective action will be performed by the Control Room, TSC and the EOF.(NOTE: Each facility may NOT perform all of these actions, depending on the timing of turnover of responsibilitiesbetween facilities.) This will include the use of the Emergency Notification System (ENS) and Health Physics Network(HPN) in contact with onsite controllers.

G. Communications (e.g., phone, fax or radio) between facilities and teams in support of emergency response activitieswill be demonstrated using primary communication (or backup if appropriate).

H. Good radiological protection practices shall be demonstrated within the Control Room, TSC and the EOF. This shallbe reflected, in part, by maintaining radiological exposure to persons staffing the facilities and teams as low asreasonably achievable (ALARA).

1. Rumors identified during the Drill I Exercise will be confirmed or denied as part of the activities of the InformationClearinghouse, Phone Team or the Media Center.

J. Dispatch and coordination of emergency repair and damage control teams will be demonstrated by the Control Roomand the TSC. (Each facility may not perform each of these actions depending on the timing of turnover ofresponsibilities between facilities.)

K. Any radiological release from the plant will be characterized by either the Control Room, TSC or the EOF radiologicalassessment staff as to its magnitude and offsite impact. (Each facility may not perform each of these actionsdepending on the timing of turnover of responsibilities between facilities.)

L. Personnel accountability will be maintained within the Control Room, TSC, and EOF.M. Habitability of the Control Room, TSC and EOF will be periodically assessed.N. The Public Information Organization will disseminate accurate and timely information either through scheduled news

conferences, news statements or Phone Team communication.O. The TSC and EOF shall demonstrate assistance and support to the Control Room for mitigation of the emergency

conditions.P. Thorough scenario preparation and effective Drill I Exercise control will be demonstrated throughout the Drill I

Exercise.II. The following objectives are specific to this scenario.

A. The TSC WILL be activated.B. The EOF WILL be activated.C. Public Information WILL be activated.D. Post-accident sampling MAY be demonstrated during this drill. (It is a requirement to include a post accident sampling

system analysis in a Health Physics drill, annually during a drill).E. The objectives of a semi-annual Health Physics Drill WILL be demonstrated, by obtaining direct measurements, an

airborne sample and environmental samples, as part of this drill. These samples may include air, water, soil orvegetation. (Each team is not required to collect all samples).

PERIODIC DRILL REQUIREMENTS NOT BEING MET111. The following objectives are those associated with NRC requirements for periodic inclusion in drills or

exercises. They are identified here for tracking and clarification purposes.A. Site evacuation WILL NOT be performed for accountability.

1999 GRADED EXERCISE Page 1

FEMA OBJECTIVESFEMA OBJECTIVES THAT ARF TO nP I ;TRATED IN ASSOCIATION WIT THE 10 VDArno n sn~vrn~E

_,_,__ .. -. ____,,, _,,. ,,,, ,,- I Irwrg ,~~l } nv

STATE EOC

DOE I FIL I'ASSM. a

F.T.MONIT.PLUME

FIELDMONIT.I NGe. IPAu- crev I.....n ,---COFFEY CO

IANDER. CO,RECEP.

LYON CO.RECEP. COFFEY CO

NEWMANIMEMOR_OBJECTIVE USD 243 |USD 2441 USD 245COnn E PP7

I'Z4a~c REL" 11I EG I .IBR.ILRYI CENTE I ECENTR. COFFEY CI HEORPYES YES ; YE yp vi I II _ _ __I_

1.'Mobilization of Personnel 1 YES IO ~ Ill~L~ ~I U ~ . B ICNE ETE OP _HS2.18111%eup.&dslas-I I- -TOI TCO NI NA IN/A YES N-O- _N/A2. FacIlIEles, equlp & displays YES YES N/ A N_/_A IYES N/A N/A YES YES N/A N /A N/A N/A N/A N /3. Direct & Control YES YES N /_A N/A N/A N/A N/A YES N/A N/A N/A YES NO4. Communications YES YES YES NO YYES ES N/A YES YES YES NO NO YES NO N/A5. Worker Expos. Cntrl. N/A YES YES NO N/A YES NO YES YES YES NO NO YES NO YES1. Fied Monitoring N/A N IA YE N A U S S .

A -

El

N/AN/AN/AN/ANO

N/A7 '. Pluma DosePnA ;1 1A IMIA I IA I A I M k I N IA I MIA N/ N/AI . s wv vr-. IlA -1 . .1. . .1. . .1. . .. 1. . .. I. . .... . .... . -_0Q

~~~~lLL N/Af N/A N/A N/A ui...... ..1N-/A/A I - I N; IN" n I ll j r I NIA N /A N /A IN/A N / A I/A N/A N/A.Radlolodlne Sampl. I / / I E N A IA MIAN T MIdA 'M A I . /._._._I__ _ _ _ _ _I I I "' I " e ' I.r wvWs_ r vu. . vuuls:> *t;o YES I N/A I N/A I NIA I MIA I lIA II A I

N/IA NIA N/A NA HIA N/A I -NllO. Publlc Alert.5 min YES IN/A N NIA N N/A NN/A N /A N /A N /A N /A N /1. Publjc Informatlon YES N/A N/A N/A N/A N/A N/A N/A YES N/A N/A N/A N/A N/A N/A | N/12.I Fedia nil'flnls I MIAN/ / NA NA IN/I2.Medlaarleflngs . N/A N /A N/A YES N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A I N/A13.RumorControl N/A N/A N/I N /A Y E UlA. ...-

i�_IIk

.. .... . AAA.lAL "B I N/A I/ N/A I/ N/A I/ N/AN/-I It I t-i i -t -14. KI - Emer. Workers N /A YES YES N /A N/A IYES N /A YES YES YES NO NO N/A N/A YES15. Implem. Prot Act N /A N /A N/A N /A N/A N/A N /A N/A YES _ N/A N /A IN/AI N/A N/A N /A16. School Prot .Act. N/A /AI I S S .s _ Z A _CI 117rak&ccescdI- YES I N/A I U;; I Ytb I 1-0wo| .. ||_ NO I NO-----.......

_w_. . I. . . I . . .1. . - . IA . .. '.*c .lA I _,A I MIA I N I18. Regis. 6 Monit. N/A N/A N/ N/A NA N/A N /AlQ a . SUEII ---SFJ -tiES. ! - I A- N/A

N/AN/AN/A

. r. Iu - n ., Iq. Vtw HIA rItA I NIA I NIA I MIA I UhAl_-, 1. , .NI/ I NI I N/A I N/A20. Emer. Meod. Svcs. N I N / A IN/A N N /A N /IA N /A N /A 4N/A N/A N/A I N/A21. Hospital Oper. __ N /A NIA NIA NIA NIA NI/A N/A N/A NIA NIA N /AT7Wlrfh r- nI M A I . . I .. -~ . _- I - -

NIA

NIA

,N I.

NIAN/AYES

YESN/A

N/AN/ANONO

N/A

N/AN/AN/A

N/AN/AYES

N/A |

N/A

N/AN/A

|N/AN/A

N/A

N/A I

NO

N/A|

COFFEYCOFFEY LYON Co. Co COFFEY

CO.AMS. AMB. R. & B. CO.DECONN/A N/A YES N

N/A N/A YES| N/AN/A N/A YES NON/A N/A YES | NOYES NO ZYES| NON//A N/A | N/A N/AN/A N/A N/A N/A

N/A |NA N/A N/AN/A N/ N/A N/AN/A I N/A - N/A N/AN/A N/A N/A N/ANiA N/A N/A N/AN/A NA / NA

YES NO YES NON/A N/A YES N/AN/A N/A | N/A N/AN/A N/A |YES N/AN/A N/A N/A N/AN/A N/A |N/A N/AYES NO | N/A N/AN/A N/A N/A N/AN/A N/A N/A NO

N/A N/A N/A N/AN/A N/A N/A N/ANW/A N/A N /A- N/AN/A -N/ A N/-A N/AN/IA ~N/A N/A N/A

N/A N/A N/A N/AN/A /A NO NN/ A N/ NA N/A

N /AA/A N AN/A N/A N/A N/

- - -L~

... ,,.^..,0...w... nlo .1. . ... . .1. . .1. . .1. . .. I.___ _ ",_A **A f "A Ni/MA N/A N/A N/A N/A N/A YES NO

23. Ass. Requests NO N/A N/A N/A N /A N/A N /A NIA N /A N /A N/A NN/A N /AW4 'Inges.smipi. coliec. I[ N/A N IA I wn I _EA. - S r N___ I___

2!24.NA I.A Ines I "A Cle I /A I I In I N/ u - N-.. .. . .15. -g L -er.I f I L ab Op A N/ NIA N/A N/A N I /A I

A I /A N/ALEE26.Inges.Dose Foj. N/A NO N/A N/A N/A N/A 'N/A N/A N//A N/A N/A N/A N/A N/A21 s.FtotcL NO_ N/A NIA -/A N/A -IA -N!7. Inges. Prot. Act. _ NO N/INA N/A /A I N/A I MNA I N/A j N/A N/A N/A N/A I N /A N/-WIAT.RcoJ~aI~a~. n n IA IUi .. I...I ... - _- --

I I X

L

I N/AN/AN/A

N/AN/ANIAN/AN/A

. .... . _ . . .. _ - . 1- . 1- . ... . .1. . .1. . .1. . .11.I/A .A N/A. I N/A' l , l' I mlII IA NIA N/A IN NIA'Y. ROCov /Rnl Jlel un

eo;,. nvvJnvUwIz. AW{. NU N/A I N/A I N/A I N/A N/A N/A U unN/AN/A3C -- - A n IA I A IMN/AI.ShiftChanae IA I t N;A | 0 | II | .| A A

- . - . . - . - . - . - . L- u. | .... a .... . __

31 /.On-siteEvac.Sppt. MIA -MIA A -MA 1 NIA M IA | - - I/ .I.|- *c |. N 2 - YES I NO I N/AN /A32. UnaOn. Exer.drIII NO N/A It N/ N/ N/A N/A I /A uN/A I u I N /A I N . N /A33. Off-hr. ExerJDrIII Ir n I 1M A u n IIZ. L-- .... . ... -.

N/A N/A IMIA I

N/AN/A

1. ". . - - . . .1. . .1. . . I . . .1. . L- . .. . . . .. a . . ....

._. ...... ._._. w- I1 A I "w I NtA N IA N/A I N/A IN/IA IN/A | /

999 GRADED EXERCISEPage 2

PLAYER GUIDELINES

A. These guidelines define the extent of play in demonstrating the previously listed generic objectives.1. For Graded Exercises, participants WILL NOT have prior knowledge of the scenario.2. For training drills:

a. scenario data will be treated discreetly and knowledge of the scenario will not preclude participation in the drill.b. coaching of players is allowed.

3. Personnel will be notified of emergency conditions through methods normally employed in making notifications (e.g.,Gaitronics, pager activation or Security). The site evacuation alarm will be activated (when power is available) atALERT, or higher classifications.

4. The Control Room will be simulated from the plant simulator.5. For drill purposes, communications to the Control Room should be directed to the Simulator Control Room.6. Communications involving the Control Room will be duplicated in the simulator, except for the Emergency Notification

System (ENS) dedicated line and the State/County radios. A telephone will be used in the simulator for the ENS. Ifthe State or County need to be notified as part of the drill by radio from the Control Room will use the radios in theEOF, since there are no radios in the simulator.

7. Operational and meteorological initial conditions will be established prior to the start of the drill and will be distributedto those players who would, under actual conditions, be aware of this information.

8. Participation by onsite personnel involved with emergency response shall be carried out to the fullest extent possiblewithout affecting plant operations or plant safety. Dispatch of teams into the power block will occur as required. Use ofProtective Clothing is not expected to be simulated but will be dictated by environmental conditions the day of the drill.The decision of what to simulate will be made in accordance with Al 14-002, 'Heat Stress Management Program", onthe morning of the drill.

9. During actual emergency conditions, certain administrative controls may be bypassed (i.e. clearances, fire watches,procedure changes, work packages, radiation work permits, radiological postings, clearance orders, plant modificationrequest, etc.). When performing a walk through, steps such as clearances, need not be demonstrated.

10. For drill purposes, the need for a fire watch shall be determined on a case by case basis.11. All drill related radio, Gaitronics and telephone transmissions shall begin and end with 'This is a drill'.12. IF the scenario requires contacting offsite organizations which are not participating, THEN they shall be contacted for

the purpose of checking communications only.13. Additional personnel may be called in to supplement the regular ERO staffing.14. If Potassium Iodide is recommended for use by emergency workers, its actual ingestion will be simulated.15. If parts or tools are needed from the Warehouse/Tool Shop they will be brought to the check-out counter, confirmed to

be the correct tool / part, then returned to the Warehouse/Tool Shop.16. If entry into hazardous areas is required by the scenario, then drill participants will simulate the entry.17. The TSC and EOF may discuss plant recovery and reentry activities following termination of the release.18. Actual off-site siren and tone alert radio activation will be simulated.

B. These guidelines are specific to this scenario.1. There will be pre-staging of licensee participants in:

a. The Wolf Creek Generating Station (WCGS) Simulator 30 minutes before the start of the drill.b. The Shift Supervisor's Conference Room, for Station Operators personnel only. They should be at the Operations

Relief Area 30 minutes before the start of the drill. Their normal dispatch point is from the Control Room. This pre-staging reduces impact to normal Control Room activities and provides a central location for repair teams to bedispatched, prior to activation of the TSC.

c. Public Information in Topeka (Information Clearinghouse, Media Center, and Phone Team). Team membersshould be in the State Defense Building (break room, lower level) by 09:00.


DRILL PARTICIPANTSThe following groups will participate as delineated below:

WILL PARTICIPATE WILL NOTWOLF CREEK FACILITIES / ORGANIZATIONS PARTICIPATE

Information Clearinghouse, CMedia Center, *

I ....... ''''''''''''''''''........ ............. ..........................

EOF*... . Wol CreekiRep t heCRou..n .............................................................................. .................... ...............................................Wolf Creek Rep @- the County*

STATE OF KANSAS:PIO from TopekaKDHE at EOF,JRMTs (# of Teams?)j

KDEM at EOF,KDEM @ Topeka

KDHE @ TopekaKDEM Comnmunication Center @ TopekaDept. of Agriculture @ Topeka

..h . . , ,.. . .. . .. .. ...... ... ...... . .Highway Patrol @ Topeka

National Guard @ EOF~~~~~~~~. ......... ..................................................National Guard @ Topeka

_ . Dept of Trans @ TopekaDept. of Wildlife & Parks ; Topeka

...............................................(4)

.......... ...

...............................................*if

..............................................

.............................................................. ...............

...............................................

...................... .................................................. ;......

.................................

....................... ........

...................... ..I

COFFEY COUNTYCoffey County PIO-at Information ClearingCoffey County -at. the EOF

JRMTs (# of Teams?)County Commissioners

Coffey County - at the Coffey County EOISheriff's Dept.Sheriff's Office for communicatiorRadiological Officer

,.,...........,,,,.........E.Emergency Preparedness CoordiHealth & Medical Managemni1ent

Shelter Systems Officer.............................. . ..... _._County EngineerHighway DeptHighway Dept. Shop

STATE FORWARD STAGING AREAHighway PatrolNational Guard.......... _..._...._.

C RL s I aiW 1~ ....... .dif ..............

..*1- - -- - - -

:

(4)..............................................

.................. Z L.........

...............................................

...... ... ..... .. ............. ...... .... ..........

..............

.......................

....................... ................ . ...

.... . ................. .............

I

..........................................1L_ - I

.

OTHER ORGANIZATIONS 1 AGENCIESRumor Control (GO KCPL)FEMA State Liaison,.............. ..... ...................... ;--- - -- -_-----FEMA PIO, ....................................... . .. .. ...... . ........ . ......... . .. . . .. ..- 1

................... NRC PIO,i�A & ff ....................................................... ....................... ;........ .............................................................. PlOs - Western Res�urces. KCPL and KEPCo,.... . ............................................... ................................................ ..............................................i��y iii� R6;�;JwCoffey County Ambulance

I

NOTE: At any point, the recipient of an off site notification may request the termination .of further notifications.


CONTROLLER ASSIGNMENTS AND INSTRUCTIONSGENERAL INSTRUCTIONS

A. Controllers should report to their assigned facility no later than 0730.B. Controllers will ensure players do not use radios in Area 5 or other designated (posted) areas.C. Controllers must comply with instructions from the Drill Lead Controller.D. Prior to the commencement of drill activities, controllers shall test telecommunications and synchronizewatches with the Drill Lead Controller.E. Controller messages must be approved by the Facility Lead Controller prior to issuance.F. Special messages and messages designated as contingency must be approved by the Drill LeadController prior to issuance.G. Information for scenario events or data may only be provided when earned by the appropriate players.H. Scenario information or data must not be provided prior to the time noted on the message or data sheets.I. Maintain a log of major player actions, scenario-driven activities, alterations in scenario sequence ofevents, and other pertinent data or information. IF also acting as an evaluator, THEN include a list ofdeficiencies, weaknesses, improvement items and other observations.

Communications

A. Gaitronics will be operable from the simulator. Channel 5 shall be used for drill communications, and thephrase "This is a drill" MUST be used to distinguish drill play from normal operating traffic.B. The following radio channels have been cleared for drill use:

- Channel 1: radio checks- Channel 3: in-plant teams- Channel 4: off-site field teams

Drill Lead Controller shall:

1. Provide for the overall management and technical direction of the controller team.2. Monitor the drill to ensure that the scenario progresses in an orderly and coordinated manner.3. Coordinate the issuance of drill messages with the other members of the controller team.4. Approve any changes requiring an alteration in the schedule or sequence of events in the scenario.

Note: Only the Drill Lead Controller may authorize such activities as described below.5. Temporarily freeze play after simulator failure. The Drill Lead Controller will communicate with all LeadFacility Controllers to ensure that play resumes at the same time, with the appropriate data. The Drill LeadController shall determine if further play is simulator or hard-copy driven.6. The Drill Lead Controller may assemble evaluators, facility lead controllers, and facility lead players toconduct an overall drill critique, the day after the drill. The purpose of such a meeting is to capture timelineinformation, issues for resolution, owners for these issues, strengths, and determine whether drill objectiveswere met. A meeting of this type is not normally conducted after training drills.

Facility Lead Controllers shall:

1. Coordinate with the Drill Lead Controller for issuance of drill messages within the assigned facility andrecovery from a simulator failure.2. Monitor data being received and issued from the facility to ensure consistency with the scenario.3. Maintain a log of major player actions, scenario-driven activities, alterations in scenario sequence ofevents, and other pertinent data or information. IF also acting as an evaluator, THEN include a list ofdeficiencies, weaknesses, improvement items and other observations.4. Supervise the facility support controllers.5. Collect all logs and paperwork generated by facility support controllers and players.


6. Ensure that all controllers, evaluators and players are prepared to attend a player's critique immediatelyfollowing the drill. A critique shall be held in each facility. Facility Leads shall request that the players spendapproximately 15 - 30 minutes after the drill to identify and assign drill improvement issues, strengths,weaknesses and important timeline information.7. Conduct a facility controllers critique after the player's critique. Important timeline information should becaptured in this critique. The facility lead controller will collect issues and assign ownership of those issues.8. Participate in the drill critique. The facility lead controller should bring issues and owners of these issuesto the overall drill critique. Important timeline information should also be brought to this meeting. If there isno overall drill critique, the facility lead controllers shall forward an electronic summary of their performancereport(s), and hard copies of all drill generated forms.

PUBLIC INFORMATION CONTROLLERS

Phone Team Controllers

A. Call 1-800-354-3831 (Topeka) to ask the phone team questions. Prepare questions in advance, or developquestions during the play using scenario information, information you receive from the phone team, or fromstatements made during news conferences.B. Should challenge the phone team to ensure that they understand:

1. How individuals with special needs would be identified and addressed during an evacuation.2. How school being in session would effect the need to evacuate a subzone3. How questions regarding employee injuries would be handled4. Sheltering requirements for people in subzones encouraged to Shelter in place."

Media Controllers

1. Do not use detailed job-specific knowledge to ask questions or form assessments of the news conference. Ifyou know that an answer provided is obviously incorrect or misleading, you need to note this in your log.2. As a member of the media you have deadlines to meet and require a great deal of information in a timelymanner. Be sure to portray this sense of urgency during news conferences. If you're not receiving informationneeded to write your story or complete your newscast, let that be known. Ask questions. Be as polite as youperceive media would be in this situation-some are very polite, others considerably, but be aggressive enoughto get what you need to complete your job.3. When you are not in a news conference or writing a story, try to find other information by pressing the MediaLiaison and calling the phone team with questions. You may start to call 1-800-354-3831 once the TopekaPhone Team is activated.


CONTROLLERS

I IFRA A-QT I =ArASSIGNMENT FACIr1I Tr S:TACC 1-nkTnrI I np

Drill Lead Controller Ken ThrallControl Room Controller - George Smith

...................................................................................... !111....... ......... W R ..... ........... ................................ . ;..CR.(SimtatorJ CotrollerTim FrakerJaeKnp........................................................................................... ........................ ..................... ............ ..... .........................................

CR Chemistry *.I.*.Marc..BlowCR Co mmu n icatio ns . Betty Sayler.............. p n ~ i a i n ......... .*...............................-----------------------------------------------------4--i a FrCR Plant Team~s ......................... Richard Fure

Lany Boss.. . ..................................... ........... ............................................. . ....................................... ...... ,Rona eOfsiteCommunicatorControl Cell , Lee Ann Pock

Security Montie McKinneyTSC Lead Controller Pete Martin

...................................................................................... ............................... ...

C(At.) Clarence RichFi r e a f............. ......................... .............. ... ................. . .... ...... . ..... . ,_...... . . ....Fld Tm Control I I * Charlie Medenciy............................................................................................................................................................................................................. y. ..... En.ineen.ng . ........ Ba.t

Health Physics Charlie Medenciy........... n !A ...................... .......... ............................... ... ....... . ... ._.......... ........................... ..Onsite Teams Kathy HubbardSteve Robinson

Dennis Sloop

. ................................................................ ....................... . ' .TSC ommunications - Ron Holloway............................. i.............................................................................. .. ... ; ..... ............................... .. _.. .PASS Team Greg KinnEOF Lead Controller Britt McKinney....... ............................................. ...................................Y...... . .................................... .......................... ......... ,...._._._._.._.....Dos Asesment .MryBo

........................... .............. ....................................... ..... ................... ! ..P R .. . ... ............ ;--Field Team Control '*JnHaey.............. J................................................................anee... . _ _, 4 . .Communications Jim Kitchens

Offsite Monitoring Teams Steve TrendelBruce CopeDan HainesTeresa Rice

HPN Rick Denton.................................................................. . .... ........... .................... ........ ...... -5 ....... .. .. 9..

ENS ,Jim Bloomer. ....... Pi§. ,_,,,,,,,,,, , ,,, ,,,,,,,,,,X-5,2,County EOC Art Mah

Lead Public Information-Topeka Todd Anselmi Brad Grieves

................................................................................ .......................................................................................... .....................................................Media Center-Topeka MC . DeGary Burchart

~~~~~............................................................................................................................... .....................................................-

MEDIA * - . Sheila Teal

I~ d f f ..... I.............................!.................. ......................................... . ............................................ i,

MEDIA Webb Nifn

........................................ ... S .M q ............... ........................................... .............................................. ................. q .2 ! ........................................

.EIA.. Ron Sims

................................................ ......~~..............................................................................................................................................

..................... ................... ................................................................ ................................................................

PHONE TEM (Room) -Topeka Deb Rassmussen

..... x .§ ( P ...................... ..... ............. ...........................................................................;......... ........................................... ...........................PHNETEA - Topeka MC MRksFelltner

PHONE TEAM - Topeka MC *Roy Andrews

............................ ........................... ..................................... ................................................... ,;

PHONE TEAM - Topeka MC i*i Jacob Cherr

................. ...... ........................................................................................................................................................................................... ......

PHONE TEAM - Topeka MC *IJanet OsmundsonPHONE TEAM - Topeka MC *i.Cindy Hill

AV SUPPORT - Topzeka MC *.. Russell Moon

........ I nf... . C o n t r ol.. .. .. .. . .. .....Q ! . R. W... . ..................... ........................................... ............................................. ............................................. I..... .. . . . .WC PlO - IC IWarren Wood.Y .E q..................................................................................................,,4Coffey County PIO -IC * * May.Bloomer............................ ......................... ..........News Writer- IC Nola Hivelyf i a ,.........- "............................................ ................................. ............................................. .................................... ... .. ....................Technical Support I-IC . Luis Solorio/John Johnson

Phone Team Manager- Phone I . Mary Stevenson


EVALUATORS I COACHESASSIGNMENT EVALUATORS COACHES

Control Room Steve Hedges N / AEOF

Offsite Emergency Manager *Mike Angus N I AAdministrative Coordinator Dennis Parks N I ARadioiogical Coordinator Ray Ryan

TSC

Site Emergency Manager Chris Younie N I AAdministrative Coordinator Chuck DeLong N I AOperations Coordinator Bob Kopecky N I AMaintenance Coordinator Gene Lawson N / A

Pl Organization

Public Information Officer Rick Muench N /APhone Team Mindy Sadowski N I AMedia Center Tom Moreau N I A


CONTROLLER PHONE NUMBERSCONTROLLER POSITIONS PHONE NUMBER

DRILL LEAD Ext. 5818785-5754976 (PAGER)

Control Room Lead (Simulator) Ext. 5112Simulator Operator Ext. 5112TSC Lead Ext. 4509

Ext. 5324 TSC Conference Rm.EOF Lead Ext. 5071 / 5368JRMT Vehicles

Vehicle 1024 (316) 437-6609Vehicle 1042 (316) 437-6614Vehicle 1094 (316) 437-6613State vehicle (785) 221-2814/

(785) 221-6788Security Lead Ext. 5376State EOC (785) 274-1445County EOC (316) 364-2721State Forward Staging Area (316) 256-6187Public Information Lead-Topeka (785) 267-0669 Ext. (NRC Line)Public Information Control Cell-WC (316) 364-8831 (5427)

From a Rolm single line phone: I I ITo Transfer Flash Dial 2nd # Flash Announce Caller Hang-upTo Conference: Flash Dial 2nd # Flash (can repeat up to 5 tmes)

Control RoomShift SupervisorNSOs (SS Conference Room)SimulatorShift SupervisorOperations Communicator

TSCSite Emergency ManagerRadiological Coordinator

Operations CoordinatorMaintenance CoordinatorAdministrative CoordinatorSecurityPublic Information-TopekaWC Public Information OfficerPublic Information ManagerTechnical SupportNews WriterPhone Team ManagerMedia Conference phoneAudio Visual SupportPC line for e-mailPhone team controllers I evaluatorsshould call.State Public Information Officer

48

FACILITYIPOSITION PHONE NUMBERSEOF

102 Offsite Emergency Manager170 Administrative Coordinator

Radiological Coordinator300 or 5802 Operations Coordinator58

5680

53415352

5345534753754399

Engineering Team CoordinatorOperations Recorder

Onsite Public Information Coordinator

Operations Status RecorderDose Assessment CoordinatorTeam DirectorOffsite PIC

534253785355536853535310538753615396 or364-41525704535653915372

785-267-0649785-267-0651785-267-3228785-267-0603785-267-1441785-267-9327785-267-0537785-267-11341-800-354-3831

(785) 274-1192 or(785) 267-0688

The ENS and HPN should call the numbers listed for HPN and ENS Controller Assignments (page 7) or "PHONE NUMBERS TO BEUSED FOR OFFSITE AGENCIES" (page 24).


CORNERSTONE TRACKING LOG

Evaluator Name:Facility Evaluated:

Drill Date:ERO Team:

Facility ActivationTime of Classification: Time of Activation: Requirement Met? (Y/N):

StaffingMinimum 'Activation" staffing met? (Y/N):Unstaffed Positions:

Staffing Supplemental? (YIN):

ClassificationsTime of initial plant indication:Time of initial plant indication:Number of Classification opportunities:

Time of Classification:Time of Classification: _

Number of correct Classifications:

Protective Action RecommendationsNumber of PAR opportunities: _ _ Number of correct PARs:

Emergency NotificationsNumber of Immediate Notifications To State and County for Emergency Classification:Number of Immediate Notifications to both groups made accurately and within 15 minutes: I

SUCCEED / FAILEDNumber of Immediate Notifications To State and County for PARs:Number of Immediate Notifications to both groups made accurately and within 15 minutes:

SUCCEED / FAILED

AccountabilityCompleted within 30 minutes? (Y/N): Maintained? (Y/N):


CommunicationNumber of times Timeout" was used:Failed to Communicate data within facility:

Failed to use '3-way communication: _ _

Failed to Communicate data outside facility:

Consider: Timeliness and accuracy of data communicated. Communication to appropriate organizations.

Command and ControlPriorities are established? (YIN) Posted? (YIN)Number of facility briefings: Number of briefings where 'Priorities" are reviewed:Number of management meetings: 50.54(x) invoked? (YIN)

Consider: Quality of briefings, Evaluation of data and priorities, Ability to delegate.

Number of Teams DispatchSearch and Rescue: Maintenance Repair: Medical: Survey:Number of Individuals or Teams Dispatched (not originating from TSCIEOF):

Consider: Quality of team formation, briefing and team tracking.

Radiological ProtectionNumber of staff potentially overexposed: Number of failures to maintain doses ALARA:

Consider: Deviations from normal Radiological practices, Timeliness of dose assessments, Assumptions made for doseassessments, Plume tracking success.

Public InformationNumber of Approved News Statements:Number of News Statements without an errorNumber of News Conferences:

No. of Rumors Identified:No. of Rumors Answered in News Statements:No. of Rumors Addressed in Press Conferences: _

1999 GRADED EXERCISE Page 1 1

WOLF CREEK NUCLEAR OPERATING CORPORATION

EVALUATION LOG SHEET

Name: Date:

Assignment: Page: 1 OF

TIME _

1.-i.

1.-I.

t-t

1-i-

i i11.-I.

i.-1.

1.-I.

1.-I

_ _ _ _ _ _ _ _ _ _ i I1.-I.

*-1.




Name: Date:


TIME I l

I -

fI.I1 .I

_ .

i-II 1i-i1 I

_ .

_ 1._I 1

_ .__ _

I-t

I______ IL1999 GRADED EXERCISE Page 13



Name: Date:


TIME I

I

I-I III

i-1

j-I

t-t

-i

_ .. __

I-I

I-I

I�-t

_-




Name: Date:

Assignment: Page: 4 OFTIME


PHONE TEAM CONTROLLER FORM

Date Time Call Placed Sequence #

Evaluator: I Representing: Citizen Media OtherPhone # Called: Phone Team Member:

Question:

Response:

OBSERVATIONS -"

Is the answer received accurate to the best of your knowledge? YES NOIf No - Comment:

Is the person answering your questions courteous and helpful? YES NOIf No - Comment:

Does the phone team member seem concerned about you? YES NOAre the answers you get provided in a timely manner? YES NOIf No - Comment:

If the phone team doesn't know an answer to a particular question, do they get back with you on it? YES NODo they speculate or give you their opinion of what they "think" may be happening or about to happen? YES NOIf Yes - Comment:

If you call to ask a question relating to a rumor, do you get a timely response to the validity of the rumor? YES NOIf No - Comment:

If you ask the same question of several phone team members or spokespersons at virtually the same time, do youreceive virtually the same answer? YES NOIf No - Comment:

Have you Identified the phone team members strengths and weaknesses on the Performance Report? YES NOOther Comment(s):

1999 GRADED EXERCISEPage 1 6

PERFORMANCE REPORT

DRILL/EXERCISE PERFORMANCE EVALUATION REPORTTeam: Facility: Date:

_ Nam . Name

Strengths: (Indicate if PIR is to be written) PIR-#*

Areas for Improvement: (Indicate if PIR is to be written) PIR-#*

:

*

*

*

Weaknesses: PIR4

*6

Any improvement items or weaknesses listed above were discussed or otherwise resolvedby the team members. Specific methods for improvement were established for each.

ERO PositionSignature of ERO Team Leader

For Emergency Manager/Public Information Officer use:Were the objectives of this Table-top or drill met? U Yes 0 No(Comments above should clarify a no response)

Copies:* Self (Functional Group Team Leader) * Site Emergency Manager, Off-Site Emergency Manager,

or Wolf Creek Public Information Officer. as appropriate* E-Plan Instructor/Facilitator or Facility Lead Controller 0


Items for consideration when preparing your PERFORMANCE EVALUATION REPORT include, but are notlimited to the following.

Critique Process (thorough, meaningful, self-critical)

A - Operational Assessment and Response* Facility activation or task initiation* Engineering Evaluation* Emergency Classification* ENS Communication* Status board maintenance* Control Room Support and Communication* Communication

B - Maintenance Response* Facility activation or task initiation* Determination of team needs.* Team preparation* Team dispatch* Team communication* Status board maintenance* Communication

C - Radiological Assessment and Response* Facility activation or task initiation* Facility habitability* Dose Assessment* Protective Action Recommendation* Team preparation* Team dispatch* Team Communication* Status board maintenance* HPN Communication* Communication

D - Administrative Support* Facility activation or task initiation* Accountability* Staffing, equipment and materials* Immediate and Follow-Up Notifications* Security Issues (inciuding role of Guardsmen at EOF)* Status board maintenance* Other logistical considerations (including transfer, activation and operation of alternate facilities, if appropriate)* Communication

E - Public Information (Note: Applicable to all facilities)* Activation of facilities or task initiation* Staffing* Information gathering from TSC (Onsite Public Information Coordinator)* Information gathering from EOF (Offsite Public Information Coordinator)* Rumor Control* Phone Team* Information Clearinghouse (including preparation for news conferences)* Media Registration* Media Center (including conduct of news conferences)* KCPL Media Monitoring* Communication

F . Coffey County, State of Kansas, and Other Agency Co-Response* Recognition and emergency response* WCNOC support and response* Role of WCNOC Representative to Countyv Communication

G - Command and Control* Facility activation or task initiation* Briefings* Management Meetings* Recognition and response to Public Information Organization* Decision-Making

- Emergency Classification (and Recovery)- Protective Action Recommendation- Authorization of Emergency Notifications- Authorization of Emergency Exposures

* Communicaion

REMEMBER: INVENTORIES MUST BE PERFORMED AND DEPLETED FORMS MUSTBE REPLENISHED PRIOR TO LEAVING FACILITIES.


SCENARIO

Operational events will be conducted as written. Other events may vary from those written according to theactions of the players.

NARRATIVE SUMMARY

This sequence does result in a release of radioactive materials, ensuring that conditions shall require anevacuation of down wind sectors.

INITIAL CONDITIONS

Initial conditions establish the plant is operating at 100% of full power, during the middle of core life. Acontainment purge is in progress. There have been indication of core axial offset throughout this cycle.

SEQUENCE OF EVENTS

At 0800 a fire begins in the turbine building, due to a leak in the hydrogen piping. This should mobilize the FireBrigade and require search and rescue.

The fire quickly causes a failure of PA-02. The loss of PA-02 results in a loss of normal power to NB-02 and aloss of power to reactor coolant pumps 'C' and 'D'. This in turn causes an auto initiated reactor trip. The loss ofPA-02, and subsequent loss of two RCPs, will result in the declaration of an ALERT. Several control rods fail tofully insert due to binding. Mechanical fuel damage follows. Increasing coolant activity levels cause several area Iprocess radiation monitors to increase. In response to these monitor increases, chemistry is directed to draw areactor coolant system (RCS) sample. Several minutes after the reactor trip, a loose parts monitoring alarm isreceived.

With debris passing through the RCS, the reactor coolant pump seal fails on the 'A' RCP. The coolant leakagebegins slowly, without a detectable change in RCS inventory. However, containment atmosphere monitors beginto rise.

At about 0845 the RCS leakage begins to increase to a point where it is noticeable, then ramps up to -480 gallonsper minute by 0900. The change in plant condition results in the declaration of a Site Area Emergency. At thistime containment high range area monitors (CHARMS) begin to noticeably increase. An in-progress containmentmini-purge fails to isolate. The down stream dampers (GTDO012 and GTDO011) leak by, providing a release pathto the environment.

Changing conditions in the plant should result in dispatch of HP team(s) to survey the plant based on changedactivity conditions. Teams should be dispatched to attempt to locally close HZ-11 or HZ-12. These teams will berequired to report to the actual location and will need to locate a ladder. A ladder will not be immediately available.

By 0930, CHARMS will exceed 2800 R/Hr. This will result in the declaration of a General Emergency. Conditionsshall warrant evacuation of down wind sectors out to ten miles.

At -1000 the shift chemist completes the RCS sample and returns to the Control room with the results. The valueprovided will be 305 microcurie/cc Dose Equivalent Iodine (DEI). This will provide a need for continued RCSsamples, but with the ERO team activated, the TSC will need to dispatch a chemistry sampling team to monitorRCS activity.

The fission product release is filtered and monitored. The filtering results in an iodine to noble gas ratio of 0.025(lower than might otherwise be assumed using default ratios). There shall be some extent of failure of theventilation filters. The release will run for -2-3/4 hours, until 1215. After the release has been terminated,environmental samples shall be collected and transported to the EOF.


The drill will be terminated at approximately 1400.

TIME

0730- (H-00:30)

CLASSIFICATION'

0800

0800

(H+00:00)

(H+00:00) ALERT2

0802 (H+00:02)

TIMELINE

SUMMARYEVENT

Initial conditions are provided to the Shift Supervisor.

Drill activities begin.

A hydrogen leak in the turbine Building generates a fire, taking outthe PA-02 bus.

* Various fire alarms come in* Initiates mini-scenario for fire brigade.* Initiates mini-scenario for search and rescue

PA-02 fails causing RCPs 'C' and 'D' to fail.* NB-02 losses normal feed* Loss of two RCPs causes Reactor trip* Several control rods fail to hit bottom* Fuel damage begins, resulting from mechanical binding of

inserted control rods(Initiates mini-scenario to obtain PASS sample, >300 DEI)

* Minor leak before break begins through RCP seal(Process and rad monitors begin to trend upward)

Loose parts monitor alarm

Measurable RCS leakage begins

Safety Injection occurs

LOCA grows to 480 GPM

0810

0845 (H+00:45)

0900 (H+01:00)

1 Times noted for emergency classification are based on the initiation of the causal event and do not reflect time required for event diagnosis.The actual time of classification could vary significantly.2An ALERT should be declared per the WCGS Emergency Plan due to the FR chartSequence

10-FR1 Yes, the fire is in the protected area10-FR2 Yes, the fire is in the Turbine Building1 0-FR3 Yes, the fire is located directly above PA021 0-FR4 YES, the fire removes off site power by damage from NBO2, required by TS.Alert

3A Site Area Emergency should be declared when indications of a LOCA occur.Sequence:

3-LRCB13-LRCB2 Yes, RCS break has occurred and is greater than the capacity of one CCP3-LRCB3 No, No indications of failed fuel exist at this time3-LRCB5 Yes, ECCS flow is required3-LRCB6 No, ECCS flow is not less than 225 gpm


0905 (H+01:05)

0930 (H+01 :30) GE4

* Initiates mini-scenario for HP to survey the Aux. Building* Containment mini-purge fails to isolate and dampers

GTDO012 and GTDOO11 leak by providing release path to theunit vent and out to the environment)(Initiates mini-scenario to locally close HZ-11 or Hz-12,

unable to find ladder for immediate access to these valves)* CHARMS increases

Unit vent monitors begin trending upward

CHARMS exceeds 2,800 RIHr.* Will need to evacuate Offsite out to 10 miles.* Evacuate out to NW-2

Wind begins to shift towards the northeast.

Wind shift completed.Will need to evacuate out to NE-2

Release terminated

Offsite teams collect environmental samples.

Exercise is terminated.

Critique completed.

1000 (H+02:00)

1015 (H+02:15)

-1215 (H+04:15)

-1215 (H+04:15)

1400

1600

(H+06:00)

(H+08:00)

3-LRCB7 Yes, This step provides a challenge to the SS. The open path through the containment wall is containment mini-purge.This is not a CISA or CISB penetration, however the flow path is not isolated. A Yes answer is necessary.SAE

4 A General Emergency should be declared when the Containment Radiation increases to the value found on the decision chart.Sequence:3-LRCBI Yes, Leakage is greater than the limits and cannot be isolated.3-LRCB2 Yes, RCS break has occurred and is greater than the capacity of one CCP3-LRCB3 Yes, Containment Radiation indicates greater than 2.8E+3 R/hour. A secondary indication for a Yes answer is receipt ofthe PASS sample showing DEI>300ucilgm.3-LRCB4 Yes, This step provides a challenge to the SS. The open path through the containment wall is containment mini-purge.This is not a CISA or CISB penetration. But the flow path is not isolated. A Yes answer is necessary.General Emergency

1999 GRADED EXERCISE Iraget z I

DAILY PLANT REPORT

To be provided onil after demonstrating knowledge of where report can be found.AIF 21D-002-01, Rev. 2DAILY PLANT REPORT

Date TODAY Time 0400

Mode I Reactor Power 3547.38 RJU 1 58MAPrevious Day's Generation 0000 to 2400 hours GMWH _______ NMWHGenerator Load (Instantaneous) (GMWe) 1233.4,x C (MAP0001)Condenser Absolute Pressure (INHGA) High 3.36 (ACP0218)

Intermediate 2.77 (ACP021 1)2.33 (ACP0204)

Main Condenser In-Leakage (scfmI ' __ (Systems)/(Operations)Dissolved 02 in the Hotwell (PPB) \ 2.8 (Chemistry)Blowdown Rate (KPIH) 111,, 63.3 (BMU0704)Reactor Pressvre,(PS1G) 2235.5 (BBU0482)Reactor CoolanfTavg (OF) 586.8 (BBT0499A)Reactor Coolant Sys. Boron Concentration (ppm) 766 (Chemistry)Calendar Days of Continuous Operation (Gen. Output Brkr Clsd) 287Lake Level 1087.05 (EFLOO27)Circ Water Inlet Temperature 60.1 (Avg. of DAT0050 and DAT0049)Circ Water Pump Discharge Pressure (PSIG) 26 (IPI CW012A)Major Plant ActivitiesCTMT mini-purge in progress.

1999 GRADED EXERCISEPaae 22

DAILY PO. SOARD

To be provided only after demonstrating knowledge of where report can be found.- .s U

Emprapnt Wnrk I I n-..Ij.,. I l^.. e-e -An~- -- -. vv;W%7LueyrVauVu We~eK: J1Z tl I 4,raln: A Datam nalmotao

. =i rmation..

, S h

| Rev. Ul {Ott

Work Control Center Phones

,' (

t f I___________________________- - -via Ova Rev . .B

# A,

0,,* A 'NWMVIRA~rils

< a?,

1 ,, ,~~* CTMT mini-purge running.

Major POD Activities

11,

L


OFFSITE CONTACTS I CONTROL CELL PHONENUMBERS

AGENCY ACTUAL CONTROL CELL.,.,NUMBER NUMBER5

American Nuclear Insurers 860-561-3433 5695Coffey County Sheriff - 364-2123 5691ENS ____________ 5206HPN__ _ _ _ _ _ _ _ _ _ 5209INPO 800-321-0614 5697NRC Resident 4574 / 4575 5693Security - 4999 5376State of Kansas (KDEM) 785-296-3176 5692System Dispatch 785-575-6078 5694

Other Phone Numbers

Computer Operator Extension 5696In order to make the multi-line phone work for the ENS or HPN control cells, the following directions should be used:

1. When a call comes into your incoming line (5204 for ENS, and 5209 for HPN), pick up the phone then push the button next to theappropriate number (There should be a flashing arrow in the LCD next to the button).

2. Answer the first caller, get his extension, then call him back from the correct outgoing line (5206 for ENS, and 5208 for HPN).3. When the next person calls:

a. push hold onceb. push the button next to your incoming numberc. get the callers extensiond. push your outgoing number (this will disconnect the incoming line)e. push conference oncef. call the second callerg. push conference again - everyone should still be on the line.

You can repeat this as often as necessary to connect as many callers as you receive (it should not exceed 3- but could be less).

5Phone numbers normally expected to be used for drill purposes are in bold.1999 GRADED EXERCISE Dradqe Z4

POST ACCIDENT SAMPLING SYSTEM ANALYZER STATUS

POST ACCIDENT SAMPLING SYSTEM ANALYZER STATUS

CHSF SJ-145-01-001A. % -n

ANALYZER OPERABLE INOPERABLE W # #/ DATEX(1)(2)(3) .p 05009-92/10-6-92

Boronometer . 27468-98/2-13-98x *

Conductivity - __ __ __

,(1X(Dissolved Oxygen ok______

xpHX ___ ___ __

X(4) 98-010363/6-7-98Detector A e

ee~ X(1)Atmospheric Oxygdn __ _ _ _ _rX(1)

,41X(5) WO#98-129492-001Grab SaMp*Wtart

Undiru"cd ab Rx. Coolant XSampnler Position: Ctmt. Sump

Ctmt. Atmos._

Diluted Grab Liquid (1)Sampler Position: Atmosphere

Comments: Status current as of 01-01-991. PASS computer operable. Orbispheres are not calibrated. Second stage dilution on RCS sample is NOT operable.Troubleshooting 2nd stage dilution error message ongoing with WO#98-210064 (error message Alan Bradley not receivingdone status on 500cc fill)2. WR sent to NPE for evaluation.3. WR written for erratic readings. Evaluation of replacement in process.4. WR written to investigate check source replacement

Miscellaneous AR's1. WO#98-128658(3 year PM's)2. WO#98-126812-001 (buttons on suitcase broken)

THIS STATUS SHEET IS FOR E-PLAN DRILL USE ONLY!!!!!!


APF 21-001-01, Rev. 02 PAryo I o-f "AS-- RT 02 RELIEF -HECKLIS K02-OO1A

SHIFT SUPERVISOR RELIEF CHECKLIST I?FF-GOING SHIFT (CHECK BOX) DATE OFF-GOING SS (PRINT) >

DAYS [ NIGHTS TODAY ON-COMING SS (PRINT) lPLANT STATUS SUMMARY ON-COMING SS REVIEW PRIOR TO ASSUMING SHI FV7MODE 1 (100%) , ,e A Zditional Pages 3EVOLUTIONS IN PROGRESS: 1) 100% power, MOLCTMT mini-purge in progress

SIGNIFICANT MAINTENANCE RESTORATION IN PROGRESS: ..

-.

SIGNIFICANT TESTING/RESTORATION IN PROGRE t

RADWASTE STATUS:

GENERAL:

REVIEW THE FOLLOWING PRIOR TO ASSUMING SHIFT: (CHECK BOX)D SHIFT SUPERVISOR LOG D ACTION STATEMENT SUMMARYD FIRE PROTECTION IMPAIRMENTS D COMBUSTIBLE MATERIAL LOGD EQUIP. OUT OF SERVICE LOG [ BREECH AUTHORIZATIONSD ESSENTIAL READING F IGNITION SOURCE PERMITSD SHIFT CREW COMPOSITIOND SURVEILLANCE SCHEDULE F LICENSED OPERATOR QTR SIGN-OFF LOG

UPDATED / -

REVIEW THE FOLLOWING AFTER ASSUMING SHIFT: (CHECK BOX)D TEMP. MODIFICATION LOG [ DISCHARGE PERMITS IN EFFECTD CLEARANCE ORDER INDEX [I CONTROL ROOM LOGI1 OPERATIONS TRACKING PROGRAM D ENSURE BLDG WATCHES REVIEWUPDATED / ESSENTIAL READING

OFF-GOING SS INTASON-COMING SS IlINITIALS llINITIALS l

1999 GRADED EXERCISEPace 26

APF 21-001-01. Rev.02 Panp 2 f 2 Kens)n-A14APF2I --O 1 0. Rev- 02 I -n- - f I(A)-b IAb±11±T SUPERV1IOR RELIEF CHECKLIST

HIFT COMPOSITION 6 A

TODAY,FIRST SHIFT I l1 Q<.

SHIFT SUPERVISOR |

I SUPERVISING OPERATOR-

I- -Or

SHIFTlNEGYqINEER

. , 1

REACTOR OPERATOR j BALANCE OF PLANT

SITE WATCHIAUXILIARY -I ]

BUILDING WATCH

FIRE BRIGADE

BRIGADE LEADER

lB - I- MEMBER MEMBER MEMBER l

OTHER

CALL SUPERINTENDENT HP TECHNICIAN CHEMISTRY TECHNICIAN


APF 21f-nni.A2 Raw 09k D.P 4 1f A-, - K02-OOIC

CONTROL ROOM TURNOVER CHECKLISTDATE:TODAY NIGHTSHIFT DAYSHIFT MODE- 1

OFF-GOING: (PRINT) SO ON-COMING: (PRINT) SO, .RO RO:BOP BOPSSE f ~SE _ _ _ _ _

ON-COMING SOISEIROIBOP REVIEWEVOLUTIONS IN PROGRESS:1) 100 %power, MOLCTMT mini-purge in progress.

MAINTENANCE IN PROGiiESW_-Cormmitment Steps 3.212, 3.2.14J

TFSTINGl IN PROrGRS:D. a6__et .* a' ',. .Ai___ - . -- _- IWI It IaLWWO

1999 GRADED EXERCISE Paae 28

APF 21-001-02 Rev 09 Page 2 of 4 K02-001 C

CONTROL ROOM TURNOVER CHECKLISTCOMMENTS:

4..--j

T 4 ;-

FOLLOW-UP BUTTONS:


APF 21-01-02 Rev 09 Page 3 of 4KUZ-001 C

CONTROL ROOM TURNOVER CHECKLISTI

REACTOR POWER

ROD CONTROL

100 % RCS: 586.5 OF 2235 PSIG

AUTO EI

MANUAL

CONTROL BANK D 229 STEPS

RCS BORON (Cb)

LEAK RATE (GPM):

766 PPM @ DATE/TIME 1020298/0

UNIDENTIFIED -0.023IDENTIFIED 0.1 @ DATE/TIME YESTERDAY/034

TANKS AP FILLING

CONDENSATE DEMINS IN SERVICE

AN FILLING .. 3 BL FILLING r BL ON RECIRC

A , E C m D| E F'% , Z

ESF.STATugPANFLS AmNfD AfcTfR nD bnial .-#sef I----- .. -- *-s- vn u flrlu.- rANCIL

PANEL COMPONENTITRIP/BLOCK REASON

1- >.! ;

I Ii - i

i. I

I i*

i 1*

i i

t iJ. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ~~~I_ _ _ _ _ _ _ _ _ _ _ _ _ _ _

1999 GRADED EXERCISEPanp in

APF 21-001-02 REV 09 Paae 4 of 4K02-001 C

CONTROL ROOM TURNOVER CHECKLISTOFF-GOING SO/SE/RO/BOP REVIEW (Check Box)CONTROL ROOM READINGS AUX BLDG READINGS

ADWASTE READINGS TURB BLDG READINGSON-COMING CREW COMPOSITION ATTACHED SITNSREADINGS

ON-COMING SO/SE/RO/BOP REVIEW (Check Box)PRIOR TO ASSUMING WATCHSO SE RO BOP

CONTROL ROOM LOGSESSENTIAL READINGCLEARANCE ORDER LOG

.____ INSTRUMENT OUT-OF-SERVICE LOGEQUIPMENT OUT-OF-SERVICE-iOG '-

. ACTION STATEMENT SUMMARYSURVEILLANCE SCHEWLtE

N/A FIRE PROTECTION MITN/A N/A N/A KC008 NOT DISABLED/D1SARMED WITHOUT DOCUMENTATION

. N/A N/A N/A DISCHARGEPRMIRS. MCB WALKDOWN WITH OFF-GOING WATCH

AFTER ASSUMING WATCH .

SO SE RO BOP'.THEMP MOD LOG

N/A N/A N/A LOCKED VALVE LOG._ COMPUTER ALARM SUMMARYN/A WA N/A CONDUCT SHIFT BRIEF

____ ) __ N/A P-2 SCHEDULE_ N/A - N/A N/A OPEN PROCEDURES BOOK [Commitment Step 3.2.20]

'TACH ANY ADDITIONAL PAGES NEEDED TO DESCRIBE PLANT CONDITIONS. MARK THE NUMBER OF ADDITIONAL PAGES2

OFF-GOING ON-COMING

SO OSO SO

RO ORO RO

BOP OBOP BOP

SE OSE SEINITIALS INITIALS


-

-

ALARM WINDOW DESCRIPTION

Window

l _I

m g

^ ame

._ .-

.,<.e _.

W. A_

-ve- ' zw

, ah He And,

, '. i

': .7 ' ----.,

':.

..

.__ __ __

.

.

.

-_'-

UReason

.. D

pummm mn.

ARIWP

_I 1

_ __I

_ . _


Equipment Out Of Service Log ADM 02-1051 2 13 DECLARED 14 REQUIRED |IC 17 8 RETURNED TO

.DESIG IDATE TIME SS/SO DATE TIME SSISO' 2 3 4 5 6 ALL IMRESTRAI SPECINFICALT I OPERABLE

9 REMARKS/EQUIPMENT/MWP/TMO/CO/RETEST

I I I I I I II 1 1

___ I __ _ I I L II I' I I I S l I I Il I I I I I I 1 1 1

I 7 - 1 1 11 I Tlrl¢ I I J I.


NOTE: 1) FOR INSTRUMENTS OTHER THAN COMPUTER POINTS ENTER N/A.2) VERIFY OOS SEQUENCE NUMBER IS ON ACTION/WORK REQUEST AND LIST ACTION/WORK REQUEST NUMBER IN THIS COLUMN.


ATTACHMENT 6

ACTION STATEMENT SUMMARY LOGE.O.L.# TECH. SPEC.# ENTERED DEADLINE REMARKS RESTOREDYR _ DATE ITIME I8 DATE ITIME ISS DATE ITIME ISS

~X \ ~_ _ _ _ _ _ _ _ _ _ _

7 .X'#S ' u 4.. ._ _ _ _ _ _ _ _

'0R.'NNNo

X0~_ _ _ _ _ _ _ _ _


APF 024007-10-00 (TRAINING)

APF 02-007-1M01

Chemistry Turnover ChecklistlDateOn-cOff-gMode

TODAYooming: YOUoing: ME

I 11Nights: = Days: i

_ _ _

Tech SpecIODCM LCO Required SamplingSample Required WCGS Sample Due ODCM Sample Due Time Date/Time SampledNone

Abnormal Conditions(Check all that apply)(Explain in comment section)

Gas Decay Tank Adds>15% TPC =

Mode 3-2/2-3 change _Rad Monitors inoperable:HB-RE-18HF-RE-45BM-RE-52LE-RE-59HF-RE-95

Pre-Relief ReviewsOffgoing:Pager turned over: : ]R-2 Sheet reviewed lReview ticklers

CTMT Press.

Oncoming:R-2 Sheet reviewedReview ticklersPlace procedure

chgs inside lab booksReview Processmonitor logReview Radwastetank level log

Review essentialreadingNotify control roomof on-coming ShiftChemist

Work Items Carried Over1. GRP #990130 in the control room for the Containment Purge.2. Expect RW processing today.

-

Abnormal Conditions Comment1. Action level on SG A,B,C for sulfates.

Equipment ProblemslAction RequestslNice to Know1. D2665, D1215 and printer#1 O.O.S.2. Daily worksheets still not printing off correctly.

Watch RelievedOff-going (mit)On-coming (int) R

. . . .

Chem Ops Action Forms


APF 02-007-OG-00 (TRAINING)

MESSAGESCLASSIFICATION PLANT ANNOUNCEMENTS

NUE

To be used during drills ONLY!

Section Message

1. THIS IS A DRILL!THIS IS A DRILL!

Attention all personnel, attention all personnel.Wolf Creek has declared a Notification of UnusualEvent.

2. Personnel required to respond at a Notification ofUnusual Event should report to your facility.

3. All other personnel continue with your normal dutiesunless further instructions are given.

THIS IS A DRILL!THIS IS A DRILL!

Repeat Message


APF 02-007-10-00 (TRAINING)

ALERT

To be used during drills ONLY!

Section Message

1. THIS IS A DRILL!THIS IS A DRILL!Attention all personnel, attention all personnel.

Wolf Creek has declared an ALERT due to

2.

3.

Emergency Response Organization members report toyour assigned location.

Personnel not involved in today's drill activities, continue your normalwork assignments.

O There will be no eating, drinking, smoking orchewing!

0

Follow instructions from Security and Health Physicspersonnel.


Repeat Message



SITE AREA EMERGENCY

to be used during drills ONLY!

Section Message

1. THIS IS A DRILL!THIS IS A DRILL!Attention all personnel, attention all personnel.

Wolf Creek has declared a Site Area Emergency due to

2. Emergency Response Organization members report toyour assigned location.

3. Personnel not involved in today's drill activities, continueyour normal work assignments.

0 There will be no eating, drinking, smoking orchewing!

0



Repeat Message



GENERAL EMERGENCY

to be used during drills ONLY!

Section Message

1.

2.

3.

THIS IS A DRILL!THIS IS A DRILL!Attention all personnel, attention all personnel.

Wolf Creek has declared a General Emergency due to

Emergency Response Organization members report toyour assigned location.

Personnel not involved in today's drill activities, continueyour normal work assignments.

o There will be no eating, drinking, smoking orchewing!

0



Repeat Message



MESSAGE No: 1.TYPE: Drill

THIS IS A DRILL

DO NOT initiate actions affecting normal plant operations.

TO: Shift Supervisor

FROM: CR Lead

TIME: 0730

NOTE:

1. DO NOT pass this message without the consent of the Drill LeadController.

2. Ensure that all control room personnel are aware of the control cellphone numbers to be used during this drill. These phone numbers are located onpage 24.

MESSAGE: Brief the Shift Supervisor on the initial conditions on pages 22 through 36of this scenario.

Ensure the Chemistry Technician is aware of the initial initial conditions onpages 22, 25, and 36 of this scenario.

THIS IS A DRILL


APF 02-007-1000 i(TRAINING)


THIS IS A DRILL


TO: Plant Population

FROM: Drill Lead

TIME: 0745

MESSAGE: Attention in the plant, attention in the plant.

An E-Plan exercise is to be conducted today which shall end about 1400.Please reserve Gai-tronics line 5 for exercise communications.

Attention in the plant, attention in the plant.

An E-Plan exercise is to be conducted today which shall end about 1400.Please reserve Gai-tronics line 5 for exercise communications

THIS IS A DRILL




THIS IS A DRILL


TO: Notification Communicators

FROM: Communications

TIME: 0800

NOTE: You will need to make copies to ensure that you are only providing the onepage.

MESSAGE: Provide the list of phone numbers on Page 24 for various offsite agencies.Offsite participation is to be as described on Page 4. Phone calls tooffsite agencies shall revert to the control cell if the agency indicates theyno longer desire to participate.

THIS IS A DRILL




THIS IS A DRILL

TO:

FROM:

TIME:


Facility Lead Controllers

Drill Lead

0800

MESSAGE: Drill activities have commenced.

THIS IS A DRILL




THIS IS A DRILL

TO:

FROM:

TIME:


Drill Participants

Facility Leads

0800+

NOTE:1. Initial meterological data may be provided to any player which asks.

2. Information from the Daily Plant Report or the Daily POD Board may be providedonly when it has been demonstrated that the individual has the ability to obtain thisinformation independently.

MESSAGE: Meteorological

It is partly cloudy with winds out of the south southeast at 10 mph.Today's high temperatures are expected to be in the mid to upper sixties.

Data from the DAILY PLANT REPORT is available on page 22

Data from the DAILY POD BOARD is available on page 23

Data regarding the status of PASS in on 25

THIS IS A DRILL




THIS IS A DRILL



FROM: Sim. Op.

TIME: 0800

MESSAGE: I'm in the turbine building. There was a loud 'bang' and now there is a bigfire near some yellow pipe on the north wall of the 2033' level.

THIS IS A DRILL



MESSAGE No: 7.TYPE: Simulator

THIS IS A DRILL



FROM: CR Lead

TIME: 0802

NOTE: This message is only given in case of simulator failure.

MESSAGE: There is indication of the following equipment status / failures:

PA-02 is de-energizedRCPs 'C' and "D' are offNB-02 has lost normal powerThe reactor has received an automatic trip signal

THIS IS A DRILL




THIS IS A DRILL


TO: Security Shift Lieutenant

FROM: Security Lead Controller

TIME: 0803

NOTE:1. Tell security the alarms are silenced only when it has been stated that someonehas been sent to silence them.

2. DO NOT pass this message without the consent of the Drill Lead Controller.

MESSAGE: The Security Building Diesel Generator has just came on, all lights in thesecurity building are out except the emergency lighting. The Metal &Explosive detectors are in alarm.Follow-up Message:

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 0803


MESSAGE: There is indication that several rods have not reached the bottom of thecore.

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 0805


MESSAGE: There is indication that containment radiation monitors are increasingslightly.

THIS IS A DRILL



MESSAGE No: 1 1.TYPE: Simulator

THIS IS A DRILL

TO:

FROM:

TIME:


Shift Supervisor

CR Lead

0810


MESSAGE: You have received alarm ALR 79F, loose parts monitor.

THIS IS A DRILL


APF 02.007-10-00 (TRAINING)

MESSAGE No: 12.TYPE: Contingency

THIS IS A DRILL



FROM: CR Lead

TIME: 0815+

NOTE: DO NOT pass this message without the consent of the Drill Lead Controller.

MESSAGE: An ALERT should have been declared per the WCGS Emergency Plandue to the FR chart.Sequence

* 1 0-FR1 Yes, the fire is in the protected area* 1O-FR2 Yes, the fire is in the Turbine Building* 10-FR3 Yes, the fire is located directly above PA02* 10-FR4 YES, the fire removes off site power by damage from NBO2,

required by TS.* Alert

THIS IS A DRILL




THIS IS A DRILL


TO: Responding EMT

FROM: Fire Brigade

TIME: 0820


MESSAGE: Contact the Shift Lieutenant to inform him of your location and that youdo not feel well and believe that you have developed Heat Stress.Request that he contact Steve Hoch to have him come up to see you.(Supports Mini-scenario # 3.

THIS IS A DRILL


-



THIS IS A DRILL

TO:

FROM:

TIME:


Security Shift Lieutenant

Security Lead Controller

-0821


MESSAGE: Direct security to call the First Aid office to have them respond.

(Supports Mini-scenario # 3.)

THIS IS A DRILL




THIS IS A DRILL

TO:

FROM:

TIME:


Security Shift Lieutenant

Security Lead Controller

-0835

NOTE:1. This messages should be given -20 minutes after the ALERT declaration.


MESSAGE: You have one person unaccounted for. The person's name is Robert NeerACAD # 1165

(Supports Mini-scenario # 2.)

THIS IS A DRILL




THIS IS A DRILL


TO: Security Shift Lieutenant

FROM: Security Lead

TIME: -0839

NOTE:1. This messages should be given -24 minutes after the ALERT declaration.


MESSAGE: A security officer stated they saw him on the ground level of the Turbinebuilding with a clipboard. He was complaining about having to walk downan area that someone else was suppose to do but that person had calledin sick. (Supports Mini-scenario # 2.

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 0845


MESSAGE: Pressurizer Pressure is decreasing.

Pressurizer Level is decreasing

CTMT area radiation monitors are trending up and have reached the Alertalarm level.

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 0900

NOTE: This message Is only given in case of simulator failure.

MESSAGE: There are indications of a LOCA

When diagnosed, it is determined to be -480 GPM.

An automatic SI has occurred on low Pressurizer Pressure.

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 0900


MESSAGE: GTHZ-1 I and GTHZ-12 do not indicate as being closed.

THIS IS A DRILL




THIS IS A DRILL

TO:

FROM:

TIME:


Shift Supervisor

CR Lead

0905

NOTE: This message is only given In case of simulator failure.

MESSAGE: Unit vent monitors are trending upward.

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 0915+


MESSAGE: Due to the loss of reactor coolant boundary with core damage, a Site AreaEmergency should have been declared.

Sequence:

* 3-LRCB1

* 3-LRCB2 Yes, RCS break has occurred and is greater than thecapacity of one CCP

* 3-LRCB3 No, No indications of failed fuel exist at this time* 3-LRCB5 Yes, ECCS flow is required* 3-LRCB6 No, ECCS flow is not less than 225 gpm* 3-LRCB7 Yes, This step provides a challenge to the SS. The open

path through the containment wall is containment mini-purge. This isnot a CISA or CISB penetration. But the flow path is not isolated. AYes answer is necessary.

* SAE

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 0915+


MESSAGE: Due to the declaration of a Site Area Emergency, John Redmond andCoffey County Lake should have been evacuated.

THIS IS A DRILL




THIS IS A DRILL

TO:

FROM:

TIME:


Shift Supervisor

CR Lead

0930


MESSAGE: The containment high area radiation monitors GTRE-59 / 60 are reading-3000 R I Hr.

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 0945+


MESSAGE: Due to the containment high area radiation monitors GTRE-59 160reading >2800 R / Hr a General Emergency should have been declared.

Sequence:

* 3-LRCB1 Yes, Leakage is greater than the limits and cannot beisolated.

* 3-LRCB2 Yes, RCS break has occurred and is greater than thecapacity of one CCP

* 3-LRCB3 Yes, Containment Radiation indicates greater than 2.8E+3R/hour. A secondary indication for a Yes answer is receipt of thePASS sample showing DEI>300uci/gm.

* 3-LRCB4 Yes, This step provides a challenge to the SS. The openpath through the containment wall is containment mini-purge. This isnot a CISA or CISB penetration. But the flow path is not isolated. AYes answer is necessary.

* General Emergency

THIS IS A DRILL


APF 02007-10400 (TRAINING)


THIS IS A DRILL



FROM: CR Lead

TIME: 1015+

NOTE:1. The actual subzones which are recommended to be evacuated could besignificantly different, depending upon the assumptions used..


MESSAGE: Due to the magnitude of the release, additional areas should have beenevacuated. Anticipated effected subzones are JRR, CCL, CRT, N1, N2,NW1 & NW2.

THIS IS A DRILL


APF 02.007-10-00 (TRAINING)


THIS IS A DRILL


TO: Dose Coord.

FROM: EOF Lead

TIME: 1000


MESSAGE: The wind is shifting clockwise so that it is blowing more northemly.

THIS IS A DRILL




THIS IS A DRILL


TO: Dose Coord.

FROM: EOF Lead

TIME: 1000


MESSAGE: The wind direction has stabilized at -20°.

THIS IS A DRILL




THIS IS A DRILL



FROM: CR Lead

TIME: 1015+

NOTE:1. The actual subzones which are recommended to be evacuated could besignificantly different, depending upon the assumptions used..


MESSAGE: Due to the magnitude of the release, additional areas should have beenevacuated. Anticipated affected subzones are JRR, CCL, CRT, N1, N2,NE1 & NE2.

THIS IS A DRILL


APF 02-.007-10-00 (TRAINING)


THIS IS A DRILL

TO:

FROM:

TIME:


Shift Supervisor

CR Lead

1215


MESSAGE: Unit vent monitors are trending downward.

THIS IS A DRILL




THIS IS A DRILL

TO:

FROM:

TIME:


EOF Team Director

Radiological

1215+


MESSAGE: Direct the Team Director to have environmental samples collected andtransferred to the EOF Coordinator.

THIS IS A DRILL




THIS IS A DRILL

TO:

FROM:

TIME:


Drill Lead

Facility Leads

1400

MESSAGE: Terminate exercise activities.

THIS IS A DRILL


APF 02-007-1O-00 (TRAINING)


THIS IS A DRILL


TO: Plant Population

FROM: Drill Lead

TIME: 1400+

MESSAGE: Attention in the plant, attention in the plant.

E-Plan exercise activities have been concluded.

Attention in the plant, attention in the plant.

E-Plan exercise activities have been concluded.

THIS IS A DRILL



Mini Scenario - 1.Fire Brigade

SCENARIO OVERVIEW:

NOTES:

The Control Room receives a phone call stating that there is a fire in the Turbine Building on the 2033elevation, northwest comer, just east of the wire cage. A gai-tronics announcement should occurrequesting the fire brigade to respond. Upon arrival, the fire brigade will see several small fires above thePA002 switchgear which need to be extinguished.

* The fire brigade response team should respond to the brigade lockers on the 2000 elevation ofControl Building by elevator.* Based on the gai-tronics, an EMT should respond to set up a safe area for the brigade.

OBSERVATIONS:* There is severe damage to the control cables coming down to all of the PA002 switchgear.* The switchgear cubicles are all charred and burnt around the upper portions of the cubicles.* The hydrogen line directly overhead appears to be drooping down and a wide crack is visible.

FIELD OBSERVATIONS:

* Responding members will notice smoke and residue caused by the fire.



Mini Scenario - 2.Search and Rescue

SCENARIO OVERVIEW:

An announcement is made for non-essential plant employee to simulate evacuating the protected/vital areasbased on an Alert and for all essential personnel to report to their facilities. During this plant announcement aplant worker is in the Turbine walking down a system that will be worked tomorrow. The area being walked downis very noise, subsequently the plant worker does not hear any announcements.

After the facilities are activated, security receives a phone call from all facilities with those accounted for. Securitydiscovers that one person is missing and is unaccounted for. This finding is reported to the TSC and the TSCshould send out a team to search for the individual. Meanwhile, a security officer remembers seeing the missingperson in the Turbine building with a clipboard. The security officer said the person was complaining that no onehad walked down a job he was supposed to work and he had to do it.

OBSERVATIONS:* None

FIELD OBSERVATIONS:* The person was located in the area where work was to begin tomorrow. The person was unaware ofwhat was going on and was surprised that a team was looking for him. The team escorts the missingperson back to the TSC for debriefing and reports.



Mini Scenario -3.First Aid Response to Heat Stress

SCENARIO OVERVIEW:

Due to a fire on the 2033 elevation of the Turbine, north end, a site Emergency Medical Technician (EMT)responds to set up a safe area for the responding fire brigade team for any medical concerns that mayoccur. This is normally an area that has a comfortable environment, room to give medical care and awayfrom any hazards.

While supporting the fire brigade, the Emergency Medical Technician becomes over heated and developsheat stress. A radio call is made by the Technician to Security to send another Medical Technician.Security will contact the First Aid office and ask the Physician Assistant to respond and notify the ControlRoom of the event.

Note: If the Physician Assistant removes the EMT from the 2033 elevation Turbine while the fire brigadeis still there (in full bunker gear), a medical trained individual should be requested to take theEMT's place to continue supporting the fire brigade.

OBSERVATIONS:

* The Physician Assistant will notice a lot of damage to wires and smoke damage as well as the Fire Brigademembers once he reaches the 2033 elevation north end of the Turbine.* The patient (EMT) is setting down and slumped over with little or not sweating noticeable.

FIELD OBSERVATIONS:

* During the medical assessment the patient has very good verbal commutations, does not feel very good andfeels wore down. The patient is able to walk on their own and could leave the building with help.



Mini Scenario - 4.HZ-12 Repair

SCENARIO OVERVIEW:

Due to the LOCA, the CHARMS (GTRE31 & 32) initiate a CPIS. Containment mini-purge fails to isolate (GTHZ1 I& GTHZ12 fail to close) and the down stream dampers (GTDO012, and GTDO01 1) leak by, providing a releasepath to the environment. (The team will need to go the 1976' level to find a ladder. This is to delay the ability torespond.)

Indications in the Control Room: Indicating lights GTHISI 1 & GTHIS12 are red showing that GTHZ01 I &GTHZ012 are both open. Due to the high dose rates in the containment, no initial attempt will be made to closeGTHZ01 1. The problem with GTHZ01 I is that the versa valve has stuck and will not allow the valve to close.(H+1 :00).

Field Team Assembled: A Field Team is assembled to troubleshoot valves GTHZ1 1 & 12. (H+1 :30)Field Observations: A Mechanic will need to locate a ladder in an attempt to troubleshoot the GTHZ012 problem.Estimated time to locate and retrieve a ladder is 10 minutes. (H+1:40)

Possible repair strategies: The Mechanic should verify that air has been isolated to the actuator in order for thespring to close the valve. This will not solve the problem and the Mechanic will conclude there must be internalbinding of the valve or actuator. A scaffold will need to be built in order to work safely to free-up the valve.(H+2:10). The Mechanic will need to disassemble the actuator to determine there is binding between the actuatoryoke and the yoke pin causing the valve to stay open. (H+2:25) The mechanics will need to obtain an air hose andgrinder to separate the parts to allow the valve to close. Estimated time to repair valve is 1:50 hrs. (H+4:15)Release will be terminated once this repair is made. If repairs are completed prior to this time, the equipment willnot be allowed to be used until H+4:15.

Indications in the Control Room: GTRE21A & B are reading very high indicating there is an excessive releaseof radiation past the Containment Purge Filter Adsorber Unit, FGTO1, (because of improper HEPA filterinstallation). GTHIS29 & GTHIS28 are green indicating the dampers are closed. GTD013 & GTDO05 should beclosed following CPIS but may still be allowing flow.

Field Observations: The Mechanics will investigate if safety-related dampers GTDO12 & GTDO1 1 are closed.They will verify that the damper external linkage is in the fully closed position (no scaffold should be required).They will conclude that there must be a problem will the damper blade seal allowing flow to the Unit Vent. Basedon the dose rates, no seal repair can be performed at this time. The Mechanics will then investigate if non-safety-related dampers GTDO1 3 & GTDO05 are closed. Again they will verify that the external linkage is in the closedposition (no scaffold should be required). Suspect they are also leaking-by their seals because of lack ofpreventive maintenance practices. No seal repairs can be performed on these dampers because of the doserates.

Indications in the Control Room: Indicator light GTHIS12 turns green indicating valve has closed. This willensure there is no further radioactive release out of containment. (H+4:15)

Bettis Actuator InformationHD/T Mechanical Components

1. Enclosed Housing. The totally enclosed housing protects all moving parts, minimizes the possibility ofcomponent misalignment and reduces the chance of injury to operating personnel. It is designed for use in hostileenvironments and is adaptable for hydraulic and sub-merged applications.

2. Scotch-Yoke Mechanism. A balanced scotch-yoke mechanism provides optimum torque output andmaintenance simplicity by transforming the linear travel of the piston into a 90 degree rotating movement.



3. Journal Bearings. Large journal bearings in the housing and cover assure proper alignment of the yoke andeliminate side thrust on the valve stem. Yoke journal bearing surfaces and piston rods are coated with a baked ondry film lubricant and corrosion inhibitor for extended service life.

4. Dual Rod Bushings. Bronze piston rod bushings support and guide the piston rod, preventing contact betweenthe piston and cylinder, thus minimizing wear.

5. Bi-directional Travel Stops. Travel stops are an integral part of the actuator allowing 800 to 1000 total traveladjustment. Extended travel stops are optional.

6. Vent/Fill Plug. A vent/fill plug prevents over pressurization while resisting water ingress.

7. Piston Seal(s). The pressure energized resilient piston seal(s) provide exceptional life and minimize cylinderwear.

8. Xylan Cylinder Coating. The standard internal coating on all HDIT-Series pneumatic and HD hydraulicactuators. Xylano bonds to the chemically prepared surface of the steel cylinder so effectively that, unlike othercoatings, cracking and flaking are virtually eliminated. This fluoropolymer coating is highly resistant to abrasion,thermal shock and provides excellent lubricity and low friction properties. Corrosive properties of salts .and otherchemicals normally found in the atmosphere or instrument air supply system will not adversely affect itsperformance. Consult factory for T-Series hydraulic cylinder internal coatings.

9. Spring Cartridge. Spring-return models can be assembled to rotate clockwise or counterclockwise on the lossof operating pressure. Spring-return models are furnished with "service safe" welded spring cartridges or cylinders.The spring assembly can be safely changed or replaced in the field without the use of special tools.T-Series Mechanical Components

10. Internal Pneumatic Cylinder Tie Bars. The T-Series, a powerful heavy-duty actuator, incorporates twointernal cylinder tie rods. These rods guide the piston in the cylinder bore, preventing metal-to-metal contactbetween the piston and cylinder. This piston guiding mechanism minimizes side thrust and loss of efficiency due tointernal deflection.

1211. Track Guide. Another design feature of the T-Series includes a precision machinedguiding track. This track prevents piston rod deflection thereby increasing efficiency andextending the life of seals and bearings.

12. Yoke Pin Roller Bearings. The yoke pin has hardened, steel roller bearings whichmove within the track guide and absorb bending moments generated by the scotch-yokemechanism.



Mini Scenario -5.PA002 Repair

SCENARIO OVERVIEW:

A line break in the Hydrogen line directly above the PA002 switchgear causes a severe hydrogen leak in the area.The breaking of the pipe causes sparks which ignite the vapor and causes a severe fire directed down over thetop of PA002. Several of the cables in the vertical cable tray feed the switchgear catch fire as well as the paint onthe top of the cubicles. The hydrogen fire quickly extinguishes as the high-flow valve in the line isolates. Thesmaller fires above the switchgear continue to burn until extinguished by the Fire Brigade. (see Mini-Scenario 1)

Indications in the Control Room:

* Annunciator will indicate PA002 undervoltage

Indications at PA002:

* All control cables which enter PA002 from overhead are severely damaged and will requirereplacement. There are various sizes of cables which will require replacement and it is obvious thatthis will be a large effort to repair the damage.

Possible Repair Options:

* All control cables which enter PA002 from overhead will require replacement. This is not capable ofbeing repaired in the time frame of the drill. Controllers can discuss the repair options with the teambut there should be no repair allowed that would let the PA002 bus return to service during the timeframe of the drill. Should the TSC determine that the team start work on this repair, it would certainlyresult in a roundup of tools, replacement cable and terminal lugs. Also, the planners will have a majortask in finding all the necessary termination drawings for the field cable entering the cubicles. This willinclude the need for SETROUTE searches by equipment number to find all cables entering the PA002cubicles. The high voltage cables all enter the switchgear from the bottom, so there is no assumeddamage to these cables. Prior to starting the actual field work on the cable replacement, scaffold willbe needed in many locations including the area in front of the damaged bus to allow access to theoverhead cable trays. Estimated repair time 200 hours minimum.



Mini Scenario - 6.Isolate H2 Skid

SCENARIO OVERVIEW:

The hydrogen fire will cause high H2 flow to the power block. Annunciator 00-004F, H2 FLO HI, will be alarming.The excess flow valve at the H2 skid will isolate by the time any action can be taken, which will leave only residualH2 in the line to leak out with no motive force. The break is located at the highest point in the H2 line going to theVCT. Since H2 is lighter than air it is expected that the line will continue to leak until most of the H2 contained inthe line from the VCT check valve back to KH-V096 has leaked out. If KH-V096 is not isolated, then the volume ofthe header from the H2 skid would also have to be considered as a possible fuel source.

Indications in the Control Room:

* Annunciator 00-004F, H2 FLO HI

Indications at the Hydrogen skid:

* Excess Flow Valves are closed.

Possible Repair Options:

0

a

Per the Alarm response procedure the Site Watch will be directed to locally isolate the hydrogen skid.Valves 1 HY543, 1 HY538, and 1 HY540. This isolates the excess flow valves. Valves 1 HY529,1 HY514 will be closed. This isolates the active and reserve manifold master isolations.

* Valve KH-V096, located on the west side of the stanchion next to the seal oil skid on the 2033'elevation of the Turbine Building, would be the closest isolation to stop the leak. The KH-V096 valvemaybe isolated by the building watch or by the fire brigade once they have arrived and assessed thesituation.


Mini Scenario - 7.Public Information Rumors

Check with Lead Public Information Controller before starting Dhone calls.

Each of the calls followed by the word (TRACK) should be made repeatedly (at least 5 times) during the time listed.This will show a pattern or wide spread rumor that should be addressed in a News Conference or Media briefing. Therumor that has only a single time in the left margin need only be called in once.

Time Caller Content Rumor09:35 WC Control How Serious is an Alert?

Cell09:50 WC Control I just heard on KSNP radio that you guys are in an Alert emergency, andCell they said it is safe to stay home. I want to know how bad it really is.10:15- WC Control My husband (in the maintenance department) was talking to me on the (Track)10:25 Cell phone and said things are getting worse by the minute, then an alarm rang

and he said he had to go. What IS going on over there? When will myhusband be released so we can be together?

10:50 Janet A friend of mine told me you guys are having a problem with the plantOsmundson today. and that you have declared an Alert. Is this realy so?10:50 Jacob Cherry Are you having the same problem that the nuclear plant in Missouri had

you know the one that had the steam explosion last summer?10:55 Cindy Hi What is causing the emeeny over there in the power iant?11:00- Roy Andrews On TV they said things are very dangerous in Coffey County. Will I get (Track) Call 511:10 radiation walking out to my car? (If asked you live in Gridley). Times11:05 Cindy Hill I live on Quail and 13th close to the plant, are we going to get any………-- radiation over ourplace? -

11:05 -Jacob Cherry What is causing YOUR Alert condition? --11:05 Mark Feltner The electricity just went off at my house, can you tell me the latest

condition in the plant and what I should do? Is the plant's emergency the…... . . .. easo n m.y electncitLis off?

11:10 Cindy Hill Can you give me an update on the emergency? I heard the radio report…earlier, but the batteries went dead in the radio. Can you help me on this?

11:10- Janet I heard some of the radiation from the plant is now in the Neosho river. Is (Track) Call 511:20 Osmundson our water supply going to be contaminated? How could you let something Timeslike this happn, don'tyou care about the environment or us?11:15 Mark Feltner I tried to call the Burlington elementary school but got no answer, wherehave my children been taken?11:15 Cindy Hill What exactly is a subzone? And do I have one? (We live on the Northside of 18t 3 miles East of the power plant.11:20 Mark Feltner (MEDIA) Mark Patterson, Coffey County Republican: What will be the total…number of people evacuated from the affected subzones?11:20 Roy Andrews Will the problems you are having at the plant affect our utility bills? They

_Ar(L~e d a oadtohighL. Who will e ang for the lost electricity over there? _11:25 Jacob Cherry How can I tell if the radiation is leaking over into our part of town?

…- … ..... .... JYou live in New StrawnL….............. ....11:30 Janet I am confused about these classifications. My telephone book says youOsmundson always start with a Notification of Unusual Event, and then you get these

others. How come you skipped the first one? Is this just one of thosedrills?

11:35 Mark Feltner (MEDIA) Dan Bother of CBS News in New York. I would like to conduct atelephone interview with one of your Chief Executive Officer to get somefacts regarding the nuclear disaster unfolding at your power plant. Whencould this be arranged? [don't actually do the interview - if the executiveoffers a teleehone interview sagest you could be ready at 2:30 CST PMJ

11:40 Cindy Hill All of neighbors appear to be gone. Evacuated? Is there something going…… - - - - -on down there at the plant?_JYou live East of the Coffey County Aipo - --_


Time Caller Content Rumor11:40 Jacob Cherry I am staying in a motel here in Burlington, and was wondering what thisGeneral Emernen2y means? Do I need to do something_

11:45 Janet My daughter is a freshman in Burlington High School. Have they beenOsmundson evacuated? If so where? jlf not, wy not?)11:50- Cindy Hill My friends husband works at the plant and she said there are some (Track) Call 512:00 "Lradiation tubes" broken? What does this mean? Times11:55 Roy Andrews We are ready to leave the county, but I am not sure of where I should go.

--------------- - - (eive n averlvL12:00 Mark Feltner What is a Site Area Emergeny.?12:00 Jacob Cherry Why did the power company not do anything to prevent this problem?12:05-- J ---- Couldn'tyou see this comin2? -

12:05 Janet I need to evacuate and my car won't start. I did not think I should call 911Osmundson since your plant is causingthis emerency. What should I do?12:10- Jacob Cherry My sister said things are much worse than what is being said on the radio? (Track) Call 512:25 How much worse is it? I have lived here in the County a long time and I Timesdeserve to know.

…__ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _12:15 Mark Feltner What is a General Emergency? What do you think caused the plant to go-- --... h ... .. 2aywi~re todR2--------- -----------12:15 Roy Andrews Some people just drove by in one of those white suburbans (you know

those power plant trucks) only this time they stopped and got out. Theywere wearing yellow jump suits and masks. Is something going on overthere at Wolf Creek?

12:20 Mark Feltner What do you think caused the problems that lead up to the disaster in thepower plant today?12:20 Janet We have well water up here in Lebo, is it safe to drink water from the well?

Osmundson If not how ong will it be before its safe?12:25 Jacob Cherry (MEDIA) KSNP Radio - Can you tell us how many actual News Statements

have been released?12:30 Mark Feltner We were fishing this morning just West of Burlington; did we get any

radiation? How can we tell if the fish we caught have any of that radiation_pois ning on them? [Finished fishing at about 9:00 AMJ.

12:30 Janet I haven't heard anything for a while; can you give me an update on what's… . .Osmundson ha~peniq with the nuclear reactor? _

12:35- Mark Feltner I heard we are supposed to evacuate the Northern part of Coffey County, (Track) Call 512:45 is this true? Times12:35 Cindy Hill I am confused, is a Site Area emergency worse than a General

12:35 Roy Andrews Has there been any change in the power plant conditions? Last Irememberyou were in an Alert or something.

12:40 Jacob Cherry Will the visitor center be opened today? We would like to get close____ __ . __ ..... nough tolte dam2 aractor buildingto see what is happening?

12:45 Roy Andrews My mother is in a nursing home in Waverly, have they been evacuated? Ifso where can I find her?

12:45 Cindy Hill I live in LeRoy, are we in any kind of danger from the plant down here. It's________ __ -- -- -- o o-no ig to b lwupt _____

12:50 Mark Feltner (MEDIA) Phil Jennings of ABC News: I would like to set up an interviewwith the President of the Power Company with the plant in the background.When can we do this? What is the best ajpproach to Wolf Creek?

12:50 Janet I am worried about our horses out in the pasture. How long could I go…Osmundson outside without bein g seriously inLuredby the radiation? _

12:55 Cindy Hill I am concerned about the radiation. My brother-in-law says nuclearradiation is much worse than X-rays. How much worse is it? -----------

12:55- Roy Andrews One of our neighbors is a plant worker, and he says it's really bad in there. (Track) Call 513:00 Lots of people are hurt according to him. He even said one person had to Timesbe ife-fliQhted ot to Topeka. What is REALLY oingon ov ere?


Time Caller Content Rumor13:00 Jacob Cherry (MEDIA) Mark Wallace of 60 Minutes: I would like the company to respond

to the assertion that this accident is directly linked to staff reductions in the…_… . .nuclear Cpwer ndustrv_- __-- _--_--_--_--_…--_--_----- -----

13:05 Cindy Hill What exactly is broken in the plant? Do you think I will be able to return

13:05- Mark Feltner (MEDIA) J. Johnson WIBW 13 in Topeka. It has been reported that Coffey (Track) Call 513:15 County has been slow to respond to the worsening conditions at the Wolf Times

Creek Nuclear Generating Station. Is this slowness based onoverconfidence on the nuclear safety features of the power plant?Perhaps you could share your thoughts on the cause of the County's lackof timeliness. - - ___________________

13:10 Jacob Cherry Was anyone hurt during the emergency? My wife works in the plant and Iwas worried about her. She always tells me how safe things are over

… … - -there. What doyou think hap.2ened- -- -____________13:10 Janet (MEDIA) This is Chris Schaffer WIBW 13 in Topeka: We have a helicopter

Osmundson on its way to Coffey County Airport. Can one of your representatives meet…- - …us there for an interview and tour the damaged area? . ____

13:10 Cindy Hill _ Have the children in the Waverly schools been evacuated? If so where? _13:15 Roy Andrews When do you expect to have the power plant back under control? [Try to

------- - themfr a tNi-- ------ - -13:15 Jacob Cherry What does shelter in place mean? Do we have to go to the basement or

-_- -__ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __o__t.....

13:20 Janet Has the evacuation started yet? If so, where are people being sent? MyOsmundson aunt is in a nursing home in Waverly, where will she be sent? [You live

…North of the Wolf Creek Traininj Center] _13:20- Cindy Hill On CNN they showed a picture of the power plant with some steam or (Track) Call 513:30 smoke coming out. Is that were the leak is? They said there are a Times

number of casualties. So how many have been hurt or killed in the… …_accident?

13:30 Roy Andrews How much radiation is there outside and, at what level does it have to get…_ _down to, to safely evacuate? -

13:30 Mark Feltner Are you still in the general emergency? Why can't you get the power plantfixed? Are the hjgh radioactive levelspreventing the repair work?

13:35 Janet How do I know for sure that the radiation is not hurting me? I heard itOsmundson takes time for the real damage to set in and affect us. About how much

longer will it be for us to feel sick?13:35- Jacob Cherry We heard there was a major traffic accident that occurred this morning on (Track) Call 513:45 US 75 North of Burlington. Is the mass evacuation to blame for this Times

- --____________traedy .13:45- Janet My brother called and said a plant worker was overdosed on radiation. (Track) Call 513:55 Osmundson Are we in danger of being overdosed too? Times13:50 Cindy Hill I am calling from LeRoy and we get our power from you. Would it help

with the emergency if we turn all of electric appliances off? Is there….... … ….. anythinhgwe can do to help?

13:50 ARoy Andrews I live in Gridle)do I need to evacuate due to the radiation?13:50 Mark Feltner (MEDIA) This is Chris Katz from KMBC 9 in Kansas City. Some have

suggested that the merger between Western Resources and KCPL hascaused some of your good people to leave, and that inadequate staffinghas lead to this catastrophe today. What is Wolf Creek's response to that

-__ _ . . .all.. afion?- .13:55 Roy Andrews What will happen to our livestock if we cannot get back to our farms to

take care of them?


SamDle questions from the Dublic

1. A man just came to my house selling respirators. He said I need it because of the accident and that Ishould wear it so the radiation doesn't get into my lungs. Should I buy one?2. I heard an explosion and my neighbor told me that Wolf Creek's fuel exploded, causing the big roundbuilding to explode. Is this true?3. I hear sirens outside, is this another test?4. My husband deals with the fuel in the reactor. I just heard on the news that the fuel blew up. How can Ifind out if my husband was doing something with the fuel and if he's okay?5. I just saw on the Weather Station that rain is headed our way. Will the rain cause me to get moreradiation?6. I was totally against building this plant! I just knew something would happen. Will I have to leave myLebo home? Lebo is where I grew up. Will I ever be able to return.7. I was working at New Strawn and saw some Wolf Creek employees digging into the ground. What arethey digging to find?8. We were outside and saw this huge cloud in the sky over the plant. What has happened?9. Is this a new problem at Wolf Creek, or is this a recurrence of some of the problems in the past?I O.Is there radiation in the steam coming out of the plant?

Phone Team Member Evaluation Guidelines

Note: What image of Wolf Creek does the phone team member provide? The image we're looking for is thatWolf Creek is safe, responsible, organized, concerned about its employees and the public, honest, etc.Observations to consider.

=> Does the responding person seem concerned about you, your questions and providing accurateinformation in a timely manner?> Is the answer received accurate?= Is the person answering your questions courteous and helpful?=> If the respondent can not answer a question, do they get back with you or do they speculate on whatthey 'think" may be happening or about to happen?> If you call to ask a question relating to a rumor, do you get a timely response to the validity of the rumor?= When several phone team members or spokespersons are asked the same question of at virtually thesame time, do you receive virtually the same answer?=> What do you feel are the phone team members' strengths and weaknesses?


Sample questions from the Media

These are examples of questions you might ask. Prepare questions in advance, or you may make up questionsas you go along during the play using scenario information, information you receive from the phone team, orfrom statements made during news conferences.

r 'This is from KMBC-TV of Kansas City. Since your plant is not operating and electricity demands are at a peak,how will you replace this lost generation?"

.> 'This is the Chicago Tribune. How long will this accident at Wolf Creek last? I'm doing a story on the plant and Ineed to know exactly what has happened to the plant. Can you fax me diagrams depicting what has happenedthere and the equipment involved? What was the cause of this accident?"

r 'This is the Ottawa Herald. We want to interview some maintenance folks and plant officials. What time can wedo this interview and photo shoot? We also want to take pictures of the damaged equipment."' "This is the Kansas City Star. What will this accident do to local electric rates?

.> 'This is KMBZ-I've discovered that your plant has received fines in the past for employee errors and equipmentproblems. What can you tell me about these fines? Since you can't seem to run your plant, do you think you'll beallowed to restart?"'. "This is Mark Petterson, Coffey County Chronicle. My sources tell me that you're seeing signs of an uncontrolledrelease at the plant. Can the release cause cancer? Can your confirm this? What is happening? Can I quoteyou? I have a deadline. If I can't get more information from you I'll just have to go to press with this unconfirmedreport."

How much did this facility cost?=> How is this different from the accident at Chemobyl?

Were your employees on drugs? Is that why this happened?Where do people go when they are asked to evacuate?


SCENARIO DATAPLANT DATA

PASS SAMPLE DATA

The Post Accident Sample System (PASS) sample should be obtained using the data on pages 97 and 99 forthe appropriate time. If the sample is to be simulated, a time delay of one hour should be allowed from thetime a post-accident sampling system sample is collected to when the sample is analyzed and the results areobtained.

CORE DAMAGE ASSESSMENT

Significant core damage is not expected during this scenario.The increased reactor coolant activity is due to some type of mechanical effect.There is no fuel over-temperature induced fuel failure.

RADIATION

In-plant survey map data is provided on the following pages. Data is provided, as appropriate, for each floorlevel of the auxiliary, fuel and diesel generator and turbine buildings. Scenario data IS NOT provided ifreadings are to be used as found in the plant. If a map is provided, the data is designated by a letter andcorresponds to zones, as marked on the map. Radiation data is provided in the units indicated.

Radiation levels indicated with a '<' sign indicate areas where readings will generally be below the lower levelof detectability for instruments used in determining radiation levels.

Area radiation monitors are designated on the maps as the monitor number preceded by an "SD". The datafor these monitors is provided on page 109, titled 'AREA RADIATION MONITORS (ARAD2)'.


6 Except as indicated, all radiation levels are as indicated by actual meter readings.


I : 71 1, 1 'Ct i lY iI, , , ! ,, / - ,'-;1 .i~i1

q -U --CI UU1.t,

000000747 ll00ORaw 97o. O

0-

" L*NR -,

ft

--- o- -ie

EM IEIE5

OOOl HAI4IM~T ,-E

KEY PJIN

'OI .1 i-A-Ail70 (/: C09ISR 0

~ ~}I t09~ e 400i 6 U,00

70499i.- r I

A/

ENCAPIUAI7 -7rs7s

_47 R O 7COPSOLOIION 1I1.11 0000OJLUAIIO70- c0 I-

rl /b ek C17bC 4 049

I,

.s

Exposure in REM / HR8:00 8:15 - 8:30 Until End of Drill1.-.. _..=_- --.-- -- ---- .. . . . ... - -- .... -.. . _jjj;. _... -... _

A 0.150 15.000 50.000 50 000(B 0.001 0.160 1.000 1.0()... . ....... ........ ... ...... ........... ------------- -I------------C 0.001 0.010 0.050 0.050D N/A N/A N/A N/A AUXILIARY BLDG

EL. 1988'



[ . -1___ hklClLSM SWAY Cql;Ova KW248 .... YTE AK SAN

* SD-22 DC__'

--ON) *

! I -c hEuA)qGIR

q Plne

KEY ELAN

II- -I--'-X -

I -i

; *HA* SD-20 DSD-21 i m No

I A i C.S h

I I l I - -RhA ENUE"XI..

'I .1 ", .1 D

,In

FUELBUI LDING

Exposure in REM / HR8:00 8:15 l 8:30

A 0.100 1.500 50 000. 0.001 0.160 1.600C 0 01() 0.500 5.(00D 0.000 0.016 0.160E 0.000 0 008 0.050

Until End of Drill

50 0001 6005. 0000 1600 050

_-



I I .. -- -COTow0.4NNEhT CO

I1!4 - ! I

2 14181 088ROOME

5| 1SG _ WATER P,46

(AlO ,b T RI CIT.lGG 0)880800l

KEY PLAN

I.hK L.p74 SlF

< - 2. DAi LOAOWU CHUIEFOH PIESW U4T-AK TIELOW

1- 1

Xcm .E

x14po0 8 UCC OOT 1 J' i F 1

Exposure in mRem/HR i

_ CONPhEhT COO4"hGWHT EXCH

FUU LROTN O COtNTROL CADINETS

R05 052E POWER SUP-- _CONTROL CAMRIES _ _ 1

-EC - i - CTOF1 TRIP SWOR

EUEC EQUIP ROOM PG20

TL i SGLIA; Ib -- 1 HGOh COO iR

COMPOINENT BORON F"JECOTMO| 0/COOUh WA-ER It - NIAKE UP PU0p

PEOI PUMPS - - -PE- j FOGaN 1

f CO5NTRN4E815 COOLING W NT exc8| I

11 _____-= vr-i_ W

FAN COL \ROGTC M8

SOLTPAKAEN .\ ELCTRCAL O.SE

_ SG P.- _1_ ......___ ______

_, ~ N T4TUSWOR PIZ -[

-.OAOCEhlERR L|LADD 4R IVK

S.CR HEATERPOWERCO'mROULER

,L T5s

L II , I I8:00 8:15 8:30 8 9:00 9:15 9:30 9:45 110:00 10:15110:30

A-0 j 1 1 15 .025 130138 30 0B 1 1 1 1 1 1 2 2 j22 2C N/A N/A N/A N/A N/A N/A N/A N/A N/A j N/A N/AD |N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 1I

* SD -39

EJARY BLDGL. 2026'

9Except as indicated, all radiation levels are as indicated by actual meter readings.1999 GRADED EXERCISE Page 89

2047' AUX BUILDING

Exposure in REM / HRZONE -- 'A' 8:00 8:15 8:30 8:45 9:00 9:15 9:30 9:45 10:00 10:15 10:30 10:45CONTACT BKGD BKGD 0.060 0.600 5.000 10.000 30.000 30.000 30.000 30.000 30.000 20.0001' BKGD BKGD 0.020 0.200 1.500 3.000 7.000 7.000 7.000 7.000 7.000 5.000........................... ........... ------- ---- -------------- - ------------- ...... 7.000 7.000. 7...... ....... ........3' BKGD BKGD 0.007 0.066 0.500 1.000 2.300 2.300 2.300 2.300 2.300 1.7006' BKGD BKGD 0.003 0.033 0.250 0.500 1.200 1.200 1.200 1.200 1.200 0.84020' BKGD BKGD 0.001 0.010 0.075 0.150 0.350 0.350 0.350 0.350 0.350 0.25040' BKGD BKGD 0.001 0.005 0.040 0.075 0.175 0.175 0.175 0.175 0.175 0.125

,L ._ _ _ _______,_,_.___ __,____ __ _--g- .___,-----ZONE -- B BKGD BKGD 0.025 0.250 2.500 5.000 15.000 15.000 15.000 15.000 15.000 10.000ZONE -- 'C' BKGD BKGD 0.001 0.010 0.075 .0.150 0.350 0.350 0.350 0.350 0.350 0.250

Exposure in REM / HRZONE -- 'A' 11:00 11:15 11:30 11:45_ 12:00 12:15 12:30 12:45 [ 13:00 13:15 13:30 13:45 Until End of DrillCONTACT 20.000 18.000 18.000 15.000 15.000 6.000 6.000 5.000 5.000 4.500 4.500 3.600 3.6001' 5.000 4.200 4.200 3.600 3.600 1.500 1.500 1.300 1.300 1.100 1.100 0.900 0.900...-- - -- - - .. --- --- --- --- -- ---------- --------- ---- ......... .......... ................... ..... .... 0.36 - 0.3 5 . ...... .~ -- - - - - - -- - - - - -3' 1.700 1.400 1.400 1.200 1.200 0.500 0.500 0.405 0.405 0.365 0.365 0.300 0.3006' 0.840 0.700 0.700 0.600 0.600 0.250 0.250 0.215 0.215 0.185 0.185 0.150 0.15020' 0.250 0.210 0.210 0.180 0.180 0.075 0.075 0.065 0.065 0.055 0.055 0.045 0.04540' 0.125 0.105 0.105 0.090 0.090 0.038 0.038 0.033 0.033 0.028 0.028 0.023 0.023

ZONE-- 'B' 1000 9.000 9.000 8.000 8.000 3.000 3.000 2.500 2.500 2.000 2.000 1.500 1.500ZONE--'C' | 0250 0.210 0.210 0.180 0.180 0.075 0.075 0.065 0.065 0.055 0.055 0.045 0.045


J6D32

,!-(N)>

I t :; RE|iActOR

.121 L5

WVKWT FI;',

*:7!5 . . WRtER S'4RSE IEOUTO

2nrKcoo 2W'W0G

KEY PLAN /

.. PLEN .

'7

IRO

020 3

AUXILIARY ROOF EL 2047'

COWnROL ROOMr 5402 CONTROL ROOM IsmWs EL15 CI_--FR.TION FM FILTRARI FM' - [ SGLO

{--) FLOOR El 2047'.0'

fl nA RC

| C`OA ROOM I CONAOL ROOM 845

oJ s . G_7 008C _.f f]-rk ~ ~ ~ ~ MC4cW NG ~ cGc/ |F~

I L BL C DLGB LI

__ r ACCESS COFTLR r SD-25-E3-i4 ... GisSirOaV gE ,- F"T ABSOACR UrNIT- --- - n - - D FUANI

- - ... -- _. .... _U rN RSCr ENC CLUBjM4AUST FM' CGFRA & C

i: -j-=-r 1 F- -I , \ 7.. _ _-i | 1HSF023 ECzIJP

H. S lAt N~E . ......,-" I I 1020 IOCT H ATCHf

'1.FliUt I

-ETI I ' , AII)St WiXa DN ||' I i !II;l

! . _.. _ . i i .-PM1I1A -to -

C

N

N\'

FUEL BLDG

AUXILIARY BLDGEL. 2047'

'° Except as indicated, all radiation levels are as indicated by actual meter readings.


FUEL STORAGE BUILDING

All radiation levels are as indicated by actual meter readings.

RADWASTE BUILDING


CONTAINMENT



EE .<r , w~GEL-r

A

A A

7 1j .LLLL\\ _ A

| -._ _:L.§_ NR-: Fl!: -' ' -' -_

___!- _r_ -..---. | FFv A rgA__

_..

AA

!_ I\M,, W.- .I b. J I Avr tll

A s j~-{ r s ___ ----- 7f _ _A

cE*MEO f& E PO

.. .~ ... ..*II~l[ _EOA C

A a

1999 GAE EXERCOSE

Aqsu BnF~l -

&~)645 9Y~ 15 9J ~ flw 151; ___

___ _____ i.4Ji:D 1111 1~1145 ai ~ Tu bin B il in

ExetQsidiaed l radaioeel5 r as indiate byactual meter readings.uidin


__OPERATIONS UATA (Pag elof 2jFIME (RELAT IVE) Oso 9:1 0.10 19 (50 95 30 34] 2:00 6 2230 .45 3:00Actual(HRMN) AM 7:45 . .00 8:15 8:45 .0 9:15 ;QJ 9:45 iouoj (05 1030 10:45Actual(HR:MN) PM - 145 .:lao 15] (211 12:45 31 35 *I:1, (:5 ~ 140~ ((

4 1 (4

IIFACI2 Ull 1,•11 Il 1 00 100 100 100 100 a 0 0 a 0 0 0 0W1'S LVtL11.-.11.) 1111 I I211 I,, IVIW 123 123 123 9123 (23 118 120 123 123 1123 123 123 123k~ PUElSS (PSIA)2 2297 2297 2297 2206 2204 2115 2001 1230 1203 1018 814 814 2301'il1(5 lil,!,I) 2238 2239 2235 22320 2183 2050 1908 1188 1228 902 748 748 22401,Il1.V-.V % .1 . 8e Ss 98 61 23 14 19 elI 6 26 .28 ?

.IC. I HAP1 (Ivy IIQpII 110 (dvy IV 817 817 817 81? 8(7 658 840 491 488 470 440 440 81711)011' 1 COIL U 9y 1 556 500 556 556 0559 557 548 490 496 474 438 431 9541,XVO 11A60 5IyI 87 587 587 687 087 998 494 930 530 930 930 530 5888

71 II1 ~ .4..I1l.714 -Idti F)_ __87 58. 0 8 07 5 849 830O - 30 ~ 530 820 0280 887MAX1-1 III 1W (.) (00 3 (00.3 100.3 100.3 100.2 (00.8 101.8 107.1 107.8 108.3 110.8 118.8 (00,3

01(4ClC(I'~ll 80 7 78 78 71 849 853 1003 1228 1211 12.13 1213 709MAN11 S I LAM Ft I 1W

X : .........

St15 I51011-W IVII 80191205 3895 3095 2984 3904 18 0 20 53 (45 108 100 3804w392SIM1FkW 1.11 1111lit) 3965 3885 3865 3905 2905 0 73 1118 1333 1834 (783 1783 380411);3 511 M1FLW (Ml 6111V14 3905 3895 3896 3904 3964 20 0 18 54 145 107 107 3984

tm ... . ( I~V ML11vl4q 3 966 3906 396 3805 3872 (8 34 - 18 09 101 125 1230 38

41 V VI (441 11,) 500 90.0 00.0 90.0 so01 -0.9 28.0 (2.1 32.7 27.3 25.5 25.5 0o.0I VI 141( 5I000 30"0 80.8 900~ 51.2 11• 83.4 881 180:8 '102.8 884A (04.4 50.0

41, "'I VI IN14 s 50.0 960.0 96.0 90.0 00.1 -0.8 279 14.9 30.7 30.0 27.4 27.4 00.01,11 II, 1) 5. 681 0.0 80.1 -0.9 24:8 , 1.1 35.3 -28.9 260. 2.30. 60.0

!,1. ILIVI WI) bsI 8 7.1 87. 07 8 7.1 87 1 05.3 82.8 84.3 88. 1 87.8 89.8 89.0 67.12 .2 VI WI) II 7.1 87.1 87.1 87 1 87.3 59.4 73.5 75.2 77.0 78.4 79.7 70.7 87.1

lIS3 3 LVI Wit 14.1 87.1 87.1 67.1 07.1 87.1 55.3 92.8 84.7 68.6 83 0. 99 0.6G 9•WI 1. 7.1 87.1 675571 71 . 6.0 82.3 . .68 . .8: 80.2 6.' - 8.7 0781

1113 I P0129SI'IA 991 891 891 951 812 1094 1021 817 582 520 293 303 851'.1 '111•9.1 I70111 051 951 951 951 802 1094 1021 258 78 678 6883 582 9512113 .1V111195 11151A) 951 891 951 951 852 1094 1021 617 582 020 383 303 951

1'IA 51 89S91 I1 20 (94 101 617~~~ 882 620 383 383 951Il(P 'l 11 21., 0.-30. 3 0-.-3 0-.3 0 7 5. .8 0.8 0 . . .10141 11.111 jd10 Vl 80.2 89 2 852 80.2 602 108.8 112.8 4116 1I1.4 11(95 1110.7 110.7 80.21:1).11 11111311111V l.LI 31.8 37.8 31.8 31.9 31.8 22 8 21.5 21.8 20'8 20.1 19.2 19.2 31,51111 1C34 iL,,,Ii I. 00 80___ 0 0_ .0 00 89 090 00 .0 0.0 9.0 0.0 0'.1 l~I.V 'lS 4.11 6 8 6 8 8 6 8 9 6 6 6 8 6

ACI.IIM A IVI (17 3 96 96 50 30 00 se 54 58 96 58 se 06.1:L-IM1I) WI 80jL) 6 80 86 58 58 88 96 98 96 56 960 se 00,ICIul.1 L;IVI (I)~ 58 se 96 56 99 96 09 56 09 96 se 00 604(L,Lcl11)I t V 0 96 58 80 30 s8 80 96 .88 SS 80 30 se 56,,-CUl.12A1I0. 15ls., 823 823 823 623 623 623 823 823 623 823 623 623 8231,C1111(. 0 P112 (FiILA) 823 823 823 823 623 823 823 8523 823 823 023 823 023A CO 11111s (1121111 823 623 8231 823 823 823 82,3 62"3 823 8323 823 623 823.IHiMII')2)l',l, 82 2 2 2 2 2 2 3 7 2 23 623 023

:,4)1AAI WI IVWM 81.1 0.111 00 00DI 0.01 00 5.0 9.41 72.71 8. 5.9 as 7.9 7.8 0.041,11111W11W Nit I1.IIII, 0 0 0.1 86 00 6.9 941 0.01 0 0.0 00O 0.0 8.6. 8

.11: A1l W I1IW 1.11 bi"IIIII 0.0 00 0 0.0 0.0 9.4 11. 8.I. 3.0 7,7 7.7 0.0:1; 1211) Fl~l V.-.10.1111 80 01 0. 0.0 69 9, 8.2 11 _. _ 5 7.8 7.8 05.I. . .....I 680 :: 89s0 80: . e 889 :~ 7 8717 96 0 961 s06 :½. 0 88.6I'll S11•H1W 11171.1 0.0 0.0 0,0 0.01 0.0 00 6.5 329.8 001 0.0 0,0 0.0 9001111 COII IIO1W 10111.1 5.0 96 0.0 001 60 206.1 218.2 433.1A 8 1 0.0 - 8.0 0.0 .11)1I1IIIV 104.H21.11l 0.0 0.0 0.0 0.0) 0.0 0.0 0.0 0.0 0.01 0.0 0.0 0.0 0.8I1, 5Ill- I 111.1 . .0 60 8.61 00 0.0 8.0 0.0 0.0 8.8 6.0 0 .0 :0F111911(11 1111W~tW(1,M) 18.2 (110.2 110,2 119.;j 118. .0 0.0 0.:ii 0.0 30.2 30,2 36.2 120.4111 VI111 I [11 'I 11.11,1 42582 42303 42963 42563 420063 42903 42543 42303 42003 42563 42003 42503 42003II.,13 A1/11 vIFrtI I lOw 1 1 12780D (27800 127810 12780 12780 12790 270 180 12780 (2700 (3700 12760 (2780lDlII)lIv~~l,.VII 8 0I 0I 1710 81278


OPEHME (RELAlIVE)

Actual(HR:MN) AMActual(HR:MN) PM

. . .

ISk PmEI

,1/B PillS"

.oB ILXIll

`:OP I C oSI

l.AX L' PLOW

1.1,51 SILM I-SIS.

SGI SIM1 1*W

BIG I EOLL

S.; I I V( 111

!; . IV II.,

--31 41111 ILLI

SG: I LVL W

SGI /1V L WI,SO JI E 0014

11; I [ llesS

SI' I IVIIESS

5(/'ILtLS.

:,GL J PSLOBS51; 4 PIeSLOB ,

1110,1 4.144

/ ' .:,'11:1,, 0 1 11.c .t

PICSISM BIOS

01~ 0014 B I'Vl

t:11001 / LEOL

CCUM B Pkii

:CCUM C PitS

LA A Al 00 1.01

SG B Al. FIW

ALi C 01W 1 104

CI ELOLL

lollCSISioWIS Imit ItoW5U Down I I o

IIXI bLSIIO FLOW

St IH 11, IOW11HO

.111 OPlI I LOXSIl WX IOIL II 1101

O LS lWSIEVI00UfL..ZFOWX

(PS141

50.0 I I

Ps 1

1.1t.14011 S

_375] 3230.

123 123

231 230123 2240

57 S7

617 $17

558 508

.l s-: _j!v7.

1003 I 1O.3. 75 785

3864 396439584 3984

3984 3864

58.0 580.SO0 5880eoo0 so.o

_ _OD _ -_ ° 5 _

671 67. I

87 671671 e7. 1

67A 07.I

881 881

__1 _ 65_

83s 031

802 8802376 318

0E 5858 58

82 3 82 3

623 62383 .8

82 .3

2301

2240

324

57A

857

se

_5.

67.

67

675

9388

0.080005180

St

O.0

s0

63X

m.

623

9.:

0.3_

I.: ,..,

3340 225

2_3

617558008

:::::: .:

Soo

_7

1003

376f

3584

505.0

-soe

6757

67.

823

31

873

_623go23.

10087

398

398

386

50.1

581.1so.4

67187.

67.1

001957ff

_o 2

0.383s

3:1.6:

: 8,::..4:

0 Z3II 2200 224

(7 6

7 81

8 55

3 100.

4 M5

4 381

4 398.1 00.:

I 580

._A

I 67.167.7

87.1

67.7

957

691951

03

So2

.Y6003

on

.OZ3623

__23

::

'7Z3 10,67 ... 6_

0 51

t #0

.50

2. 100.

O 7.

74 35617 356

I 50

I 53

67.57

87.80.

i88

.585t5S

0e88.237.8

52868682

623623632

!RATIONS DATA (Pa3: 4 .30 114F 1 2t 1 2:1 5 43 4.tZ

.730 745 I I30 130 j 7

75.3 15.45 : I00 16:15 I .7

2 of 2)

102745 15

23 123 12301 2301 230140 2240 2240

57 5

17 617 617

s80 550 558|86 5388 S877 57 667

.3 IO0.3 IBO.3

1651 3655 '7

654 3984 | 3746610 38641 398414 3864 3984

8 50 0 SD.O

! 580' 0080

7 67'1 87.7

I .77 I 67.79.1 got 71

il 0 6| 7

i 9571 88

0 6.3 0388.2 60.231.6 317.

* .0 8.

6 1

58 98 Y50 583.-sot

623 82

823 823823 673

82 823_

5:30

;1 13:15

73.70

12317230

2281

6 S7

556

9647300.3

7965

35090

3884

0.0

608

67.1877187.11

9SII

951

007

81810.386.2

37 0

t0

58

566

633

6331

129

L.3 128

2 30

724

910.

77 S

3910

3910

so:(

5O80

3 100.:

67.10

all

87.1

651

001881

00.3

1 se4

620

376

50.0

823

023i

823t.

0 22

7 6

7 0

7 587

I 307

W 5.

67.

901

901

023002

3168

58

823

833

PPF FFr . .

23DI

40

17

5710

|:'.siis80 : 6.0o. . 8: 6:303.45 14:1S:|

:.::.::l7.3QL 17:4sl :0;o ' 18:15

3 73| 700:.

.4 3984 3988

4 3864 3964.4 3984 3964

50.08 5D.8

' 80o0 500

2 58.0 58.02 500 600

7 7.1 67.17 7 71 6 7 .171 67t1 8771I -. 67.7 67.7

It 65.1 957~

il 03t 03l

88.2 808231.6 31 7

8l 8Ml 96

88 5658 0

58 5

623 6233623 823623 833

00 0.00.0 0.0

8. 8

0.0 0.0

0.0 0.000 0.0

739.0 13.

al0s 408

7222301

3248.:.:.:. .. ::

617

5561

9617

558_086

1 2307X

2340

617

5306_~7

588si

00 0.0 0.0I 001 0.0 0.0 DO0 0.81 0.8 0.0 0.1 8.00.0 0.0 8.01 I 0 0.a 0 08 80 0.6 -0.0 00 68 0.00. 0.0 .0 05 00 0.0 00 88 0.8 0.0 0. A0 ....

.._ 0.0 60.01 DO 00

---00 00-0..8 0 6F .7 :..q b(

as886 96sa es~.L:5~ 808.:..LLOa L1 so0.0 0.0 o.080 0.0 0D

0.0 0.0 0.01: ... elI o.o eo..g: | ? .-. . -....

1730 7320.0 120.0asM3 4sev 42ee427805 47805 42738

400 470 40

0. 0o 0 eoj 0o .oj o.o0 0.o0 00 0.ol Io08 0.8 00 80 88 00D 0.8 0.0 D0088 O 80 0.0 0.0 081 0.0 0.0 6.8 0.0

00 8 6 0 o 0 0.0 00 0

739.0 7390 12098 139.0 732 0 120.0 130.0 MID. 130.04s38 4M3567 428 4283s 42583 4251 433 4aW 834z112710 7276 18 1270 0 7270001 17e 72780 72700 13780 12700

40 -40 4 40 _ 4 40 40 40. _40 40 8 I

139 7278


RCS RADIOCHEMISTRY (Page 1 of 2)% FUEL DAMAGE 0 0 0 0 07.I66,,6 11SE 05 6~61E.05 5.27E-05 7 22E+65 0 216-05 06.6l-05 6061E05 0 OlEO0S a 146F.05 7155005 B 61E 05 740 360Ii.,, 1 1 1S-0Re54ti-i(51R:MN) I 0:00 015 030 04 001330 0 93'00

ActuaI(15H:MN) AM 12 0 :00 I -8:__ _ _ __ _ _ _ _ _ __ _ _ _ _1 30 ::: 130030

11:00AsoIIH.MN) PM 126:00 125 03 4 0 30 :310 0I 1 0 14 1013__ _ _ _ _ _ _00__ _ _ ___....1..13.14.1 0 4 1 1 3 1 4 1500fl cid. -X I rip _____rI.sn.R rp0:00 0:00 0:0 0 015li 0-30 04351 10000 11

K-0M8.07E.01 7.17E+01 8.21E601 8 70E+01 70630.01 6.28E+o~ 1280 IIE+02 1.028.02 8.238+01 8.07E401 3.488+01Kr.85 5.748+00 8.088E400 6.19E.:00 7.15E+0 6.48E40o08.418E0 1-8+1 1200 280 .841 12E0 280.rOM1.198.02 1.508.02 1,92E.02 1.83E.02 1.816+02 1.79E,02 1.720*02 3.15E+02 3.528*02 3.14E+02 2.008+02 3..028+02 1.408+02Kr 01 256-3 28E0 .39E+02 3.108+02 3.078+02 2.79E+02 2.3618+02 3.878+02 3.508*02 . 3.23E+02 3.04E+02 2.41E+02 1.118+02Kr.88 3.008-03 4.106+02 5.098+02 4.4hE8.02 5.2§E+02 4.98E+02 4.048402 7,.w-4Es02 7.8384:02 7.158+02 7':07E462 0.65E+02 3.1108+02K, 09 5.728+02 5.928+02 5.75E+02 2.46E*01 8.588-01 3,10E-02 2.548-03 9.408.05 3.518-06 1.29E-07 5.198-09 8.428-11IX. ISuM 4.55E+00 4.84E+00 4.138+00 5.15E+00 4.758+00 4.898+00 1.03E+01 9.008+00 9.388+00 9.378+00 9.76E+00 4.54E.00Xe-133 6.27E-03 1I178+03 1.40E+03 1.28E+03 1.33E+03 1.45t403 1.54t+03 2.87E403 2.708+03 2.788+:03 5.06+03' - 3~.030403 1,43E4!03X.-133M 1.988+02 1 798.02 1.94E*02 2.158+02 2.100+02 2.188.02 3 728+02 4+548+02 3.998+02 3.978+02 3.928+02 2.108+022.-135 1.03E-02 3.1318+02 3.438+02 3.558*02 3.798+02 3.868+02 3.47E+02 7.028+02 0.898+02 8.898+02 5.798+02 6.038+02 2.918E+02Xe-135M 5 438.0 2.578402 2.940+02 2.728+02 1.8 142 7.04E+01 3.77t01`1 3.698E41 1.95E+0i 9.718400 4.83840E400 00k 8.8-01Xe-i137 1.008+03 1.13E+03 1.22E+03 8.16E+01 5.40E-0O 3.57E-01 4 40E-02 3.438-03 2.148-04 1.53E-05 1.0518-06 2.948-08Xe Ius 1.12E-02 1.10E+03 9.938+02 1.218403 5.658+02 2.888+02 1.288+02 1.398+02 5.848+01 3.058+01 1.318+01 7.03E400 1.848+00

IMTSRALL - - - ~ ---.. - - - ~ ~ ~ -. _ .. _1.+ oo(s4.03E802 50+3 6.048603 0 5+3::~ 3.878603 ::3084:: 3.108+03 5560 5.58+03 55061 478.03 .::54803K 2.54E+03

130 3.13E+DO 5.188.00 32018E+001 3.598+00 3.278+00 3.158+00 9.20E+01 8.588+011 8.46E+01 8.108+011 7.59E+01 3.248+001-1311 5.67E.04 11.6915_0 1.56_02 _5E_0 1.9E40 2.0E_0 1.4_244_3 .i43 47E_3 42E0 .4E_3 18E01.132 9.73E-03 2.448+02 2.458+02 2 338+02 2.53E+02 2518+02 2.20E+02 5.358+03 4,328+03 4 560+03 4.198.03 3.37E+03 I. 25E+021.133 8.178-03 3.050+02 3.288+02 3000S+02 3.64E+02 4.058+02 3.478+02 9,428+03 9.078+03 8698E+03 9.728+03 8.708+03 3.408+025.134 1,828-02 3.31E+02 3.358+02 3.918+02 3.438+02 2.68E+02 2.008+~02 45610403 3.740+03 2.888+03 2.398+03 2.15E+03 8.30E.:01510E0 2 278E8 2 287E+ 02 3258+02 3.388+02 38618+02 3.09E+02 8-108.03 8.108.03 8.19E.03 6.888+03 6+788+03 2.84E+0255E45028.53.:. 1258E033 7,4 2VE7+04 3 955b 54~ 2,750.04 :::5580~I9.96E+02

3.2 3 : .37E :sso2 .: 2.958+02 74+3 7.76E+03 9;~:A -,Dlsr+1 7062803 ::7.4~ . 3.0 36+02

000m2 5.76801 6.018011 6.728-01 7.08E-01 7.32E-01 68E.8101 1.888+01 1+748+01 1.568+01 1.770+01 1.83E+01 7.01E-D1Br.93 1.83t+01 I 85E+0l 2008E+01 1.888+01 i.92E+01 1.838+.01 5.788+02 3:508402 3.568+02 3'488402 3.36E+02 1.16E+01Br 04 3 558+01 3.798.01 3.458+01 2.938401 1.908+01 1.428+01 2 576+02 1+938+02 1.300+02 8.758+01 7.09E+01 1.988+00

Tt Hlgn .E005.70E+01 .:531. 4.998+01 .3601: 3.32&O0 .:::: 5: Z6.008+02 43E:.(C1 524 1.07E-03 3.56E+01 3.79E+01 3.9512+01 j376E+01 4.1 18401 4.15E+01 930E+02 8.82E+02 9.59E+02 I9.40E+02 9.988402 3.80E+01

Cs-135 5.82E-OS 7.A08-05 7.33E-05 j7.62E-05 8.6118-05 8.960805 1898.03 18658.03 1:928-03 1.62E-03 1.92EL03 7.048-05Cs-138 1.92E-02 9.64E+00 1,02E+01 1.02E*01 J9.955+00 I.118+01 1.5I5I8+01 2.85E402 2.72E+02 2,598+02 2.66E+02 2.58E+02 1.04E+01Cs.-137. 8.38E-04 1.558+01 I1.788+01 1.888+01 1.78E+01 1.918+01 1.938+01 4.928+02 4.59E,02 -4.17E+02 4.17E+02 4.50E+02 1.97E+01Total Noble Gas UCi/cc 4.03E802 .'5;56E.03: 6 048+3E 5+03 3.8786 03 *:3458.3.. 3.168+03 5180- 058.5 03 58+2 5,478.03 o 4oAoE 1 j 2.54E+03101.1Wi 5. 0..c.3. 4.55E-02 133+9 53853 1680 506.03 I5 .3- 158+53 35804 278+0 2,5.4 2780 504 9.9GE4027ota5 cesium, .~k .1-2 0609 578.41 6830+01: 6.52F+01 7A 130051 715.01 7005. 1.618+03 '1609 680 1.3 6.618+01

SICS Conc.. ioCil. 1.07F 01 78+3 7.520.103 77+31 5.408.03 ::50+9 4560 6980 3.758+4 37E0-. 30+41+04 3.62E+0

SI NGj RATI111 1.128 2381 224E0 480 30876-01 435601i 3.9680 57550 5.308.00 85+ 5 5038+00 706 3.20;sI NG3 RAI 1( 0.463 450.5 5E 024.02 4.368-02 4082 5.78-02 539.0 428.02 55553 51E00 6 752 6.64E8026s5 F-I Damarnsge 1.002886-05 1 6+0 2 24E+00 080 2.128.09 2 1.50.6 2.468609 0 7+0. 380 ~ 4+5 40+0 48~9 2.258+001.I, 5-11 Ci 2.57E+0i1 5600.06 56106-06 1.07E060 1.328.06 53306-06 1900.06 9.52E+00 9.000.06 859080 06 8438+6 7560.00G 8.701E605

Note I RmllII alebased4o+ collection, not analysis, time.Note 2 Sample resolls n0t sa~alable due to drili'duratinon.


RADIOCHEMISTRY (ae2 of 2)

I

CCC

+1

%F E A A E00 0 0 0 0 0 80 0 0 0 01.CridE .04n"gE 000 1J 4E+0O

1+* .,I..i- R : N 3(0 314 M 00A ..lu a Ijlll :M N l A M 1 0 04l 3 1 0 1 2 0 1 19 1 0 7 9 1 0 0 1 . 9 . 1 3 4 0 . 1 0 4 3A1.2 ~ l : ~ M1 0 0 1 3 0 1 0 6 1 2 0 0 1 8 0 1 3 6 6 1 7 0 0 7 01 3 07 4 6 . .. 0 01 0 8

Fin.e since TX 1ip [ :0 24 :0 :5 33 .K , 8 M 3.30 E.01 2 .82 0.01 5.97 6. 14E2.01 2 .31 6.01 2 00 01 1 36 0 1 8 E 01 1 2 + 1 1 8 6 01 1 4 + 1 1 24 01 1 2 . 1K,.00 001 6+00 8.08E +00 1.43E.011 I 40 6401 7.35E 0 1 + 0 7 2 0 08 8 0 0 0 0 6 0 +00 00 7,00 0 10 . 5 + 0 7 2 6 0KOM1 306.02 1.366*02 2.27E.02 2 39E.02 1 210.02 1.21E*02 1.09E*02 9.44E*01 1.000.02 9.86E*01 0.59E+01 9.400+01 8.05Eo01K, 87 0 34E+01 0.17E+01 1.41E+02 1.29E+02 6.05E.0l 4.87E.01 4.406+01 3.28E+01 3.08Et01 2.006+01 21.4962S+001 12..1S86+01 1.7160Kr-88 2.03E402 2.66E+02 4.700+02 8.15402- 2.15t.02 2.02E+02 2.006402 1.000*402 1.65E+02 1.406+02 18 602.8+2 136 0K,89 3+920-12 1,260-13 8. 06E-15 3.316-18 8.710-10 2,510.19 0.546-21 3,430.22 1.336.33 4.036-25 1.02E-26 6.200-20 2,526.20Xe 130M 4.0002+00 4,976.00 9.156*00 0.346+00 4.900+00 5.34E+00 4.520+00 4.506+00 5.1196400 4.040+00 4.046+00 4,65E+00 5.106+00Ke-133 1,406.03 11.426+403 2.020+03 2.000403 11.500*03 11.540+03 1.27E+03 1.27Ei03 C42E0 30 1.830+03' 1.326+-03 -11 E403 1!430.03Ke.133M4 10890.02 1,800.02 4+35E0*2 4 200+02 I1000+02 2.020+02 2.01002 1.060*02 2.026+02 1.77E*02 1.84E0*02 1.026*02 1.076+02K~.l35 2.950+02 3 160+02 5.850+02 5.400+02 2.730.02 2.63E+02 2.770+02 2.060+02 2.000+02 2.500+02 2.0810+02 2.290+02 2.25E+02(e-135M 3.070-01 1.750-08 1:81E-011 .6.50-02 2.005-02 I.O5E02 5.113E:03 3.10E013 1.356:03 7.SSE604 3:.006:04 11.86W64 1:1- 0K- 37 1 9210-09 I 36E-10 1.72E-1I 1.206-12 4 1365-14 2.626-1 5 1.086-10 1.046-17 7.036-10 4.786-30 3.67E-21 2.35E-22 1.446-23(.138 7.066-01 3.81E-01 3,770.01 1.05E-011 4.34E-03 1.70E-02 0.770-03 4306-03 2.000-03 1.03E.03 5.456-04 2.57E-04 1.06E-04(M DIRAILL_

_ _ _ru rll N ,,b . G 0 . 3 1s0 2.4 5 0*0 3 . 6 . 0 9E *0 3 ::: . 9 0 .. 2-4 1 6.0 31 l3: 7 :: 2 0 6 + 3 : 2 1 4 62. .E. . 2 .2 7 6.0 3 2 0 a . s : 1 9 0 0O 30 3.200*00 2.850+00 0000*+03 7.1 5+01 3.020+02 2.70E#00 20836+00 2.060+00 2.096+00 20876+00 2.49E.-tO 2.530*00 2.556.00-131 1,940*02 1.606+02 4.380+05 4.240*03 11.8006*4 10930+02 10606+02. 1.626+02 1.920+02 19026.02 10830*02 1.076402 1 ~906*02.132 1 22E0+0 I 230*02 20856.05 2.696+03 0.406*03 90256+01 7.30E+01 8.106+01 7.386E01 6086*+01 6.236.01 5.23E+01 5.51E+01033 3.206*02 3.1 10+02 7.960+05 0.406+03 3.330+04 3.446*02 3.310+02 3.106+02 3.100+02 3.550*02 3.400+02 3.46E+02 2.900+02-134 5.200+01 4.670+01 0081E*04 6.006*02 2.32E0*0 2.05E+01 I 800*09i 1.500+011 1.23E+011 8.65F*00 7.577.+00 '6!80E00 5.10 0*08-3 2. 6+2 28E+2 58E0 6.326+03 26E4 26102 .310.02 2.160*02 2.37E*02 2.01E*02 2.19E+02 2.050*02 2.026*02+01" 9*l , :.9 S . 2 03 00.032 ., 7 6 6 2,25E + 4 9;8 .~> 14E0 20 8 6 : o .16E+02 8.216*02 4 3 *~ ~ 7.790+02 2 6 6 o)61 2.3O82E- 0 36 0 32 40 0 7 16 0.03 :: 21 4 311 +02 2 1 + 2 . .89 6+0 2 300 + O 5 3 0 E + 2 90 0 .: 2.7 06*02 2 0 6 91,83 .1 60 7.206-01 1.800*03 1.400.01 5.800+01 080E081 0.130-01 8.74E-01 0,080.01 0.10E001 90840-01 9.040-01 0063001j 1.06401 1.1111 *81 2.380.04 2.256+02 7.850+02 0.03E*00 08 00*E00 0.350*00' 0.340+00 0.120*00 48900+00 6.34E00o 4.190+800- 143000 1.03E+00 1.920+03 13250+01 3.606,01 2096601 2.146-01 1.086-01 1,006.01 7.00602 5.006-02 3.606-02 3.10602+0+1 Ha .je . .A ,M1050*4i 1.29E0 10 .27.26+4k ~ 2 052 6*02 .K O S E02.+ 002 6*00 52 56 9 7.1 06*00 7 3 . 5 6.006*00 4 4 5 0 0 6 0 6 0 6

.C.,i .CI. 460 . 37*3 246*6 23+4 9960 460 04*3 23*3.169 160 ..... +63 0816*+03 41i.60 .:::

N134 RATIO396 01 4 03E03 4580E+82 4 70E.00 3.991 0*0 379601 34 76E 91 3.09681 3 770E 011 3 01E 01 4.16006 01 3906-+01 3 566E 01s-1N8 R TI 49 E0- 02 1 0070 1 01 60 7 0004 2. 6E 02 76909E 03 79. 67 02 640E063 77403E 0 9.76 E002 7566820 0 1526-02 8766E 0 2 1 126-04.7+01 Noble Gas 2230*00 227000287 4406.00 406*00 4409,00 2.476+03 :40036Ox96. 3836*+00 E~ * 2406*003 4.9 2200 00

7+.1615 .,8 O00 0 0005 070.0 00.0 230c0 019.0971005 706*0 00.0 70600 710*0 74*0 7060

M,- . 0- .. **++IC+- W - + 11+ anaIysis, lime.NoI, 2: Sample res+11s not a*+dlable due t0 doill du+1ti0+

1999 GRADED EXERCISE

Page 98

CONTAINIVIFNT ATMn-4ZPWF:P1:1Dnn� 1 -f .')\_____________ __ _____.____ - - -. -. -.. . ..... rxczu I C........=,._

I fire.........Iltative(IIR:MN) 1 0:00 0:15 0:30 045 100 11 1!30 14 2:00 .2:30 45 3:00Acital(i(R.MN) AM 8 00 815 8:30 845 900 819 930 946 10:00 -10 1030 1 11:00Actual(HIR:MN) PM L., 12:0 15 1230 1245 1300 13:1 1 13:3 .... :, ' 0Time sirice HX Trip

Nudlide

Kr 83M

Kr-85

Kr-BSM

Ki .87

Kr-88

Kr-89

Xe 131M

Xe-133

Xe-1 33M

Xe -135

Xe-135M

Xe 137

Xe-138

Total Noble Gas

1 13(

1-131

1-132133

1-134

1-135

Iot/;l ludille

B| 82

Br-83

Bi -84

Totdl llaklqiry ,

Cs-134

Cs-135

Cs -136

Cs-137

Total Noxble Gas riCi/cc

oltal Iociine ujicc

Total Cesiuimii iCilcu.

I iF - T- - o- '-TII - I . __ _ _ _ _ _ _ __ _ _ _ _ _ _11 U wv I ., %}IJ

1 . :::::: :: .:::

u:uu

. .:: i .... :'...A

u:uu 0:00 0:00 0:00

.. . ... . . .

0:00 0:00 I1 . -- ;;A

0:00

_1 - ~11 1.61E-02

1.13E-03

3 79E-02

6.12E-02

1.01E-01

1 10E-01

7.92E-04

2.51E-01

3 50E-02

6.33E-02

5.67E-02

2 56E-01

2.01 E-01

t 1.71E-02

1.22E-03

3.32E-02

6.01E-02

8.83E-02

1.21 E-01

9,64E-04

2.47E-01

4. 20E-02

6.63E-02

5.44E-02

2.13E-01

2.34E-01

I 1.52E-02

1.25E-03

4.06E-02

7.18E-02

1.08E-01

1 26E-01

1.03E-03

2.97E-01

3.79E-02

7.28E-02

6.01E-02

2 40E-012.10E-01

1.28E+00

6.73E-04

3.30E-02

5.19E-02

6.91E-02

7.18E-02

1.74E-02

1.31E-03

3 89E-02

6.76E-02

9.41E-02

1.22E-01

8.76E-04

2.72E-1

4 12E-02

7.52E-02

5.76E-02

2.58E-01

2.57E-01

I::::: :,..

6.39E-04

3.3442-0

4.94E-028.18E-02

8.30E402

1.68E-02

1.52E-03

3.69E-02

5.68E-02

1.05E-01

1 95E-04

1.09E-03

2.81E-01

4.55E-02

7.88E-02

1.70E-02

1.15E-03

5.75E-02

6.99E-01

1.34E-02

1.37E-03

3.52E-02

4.50E-02

9.34E402

2.54E-07

1.01E-03

3.07E-01

4.43E-02

7.88E-02

4.35E-03

5.01E-06

1.39E-02

'.'638E, 01

6.74E-04

4.25E-02

4.58E-02

8.45E-02

4.26E-02

l 1.0E4-02

1.36E-03

3.26E-02

3.32E-02

7:13E2~23.43E-10

1.04E-03

3.25E-014.58E-02

6.96E-02

1.05E-03

2.20E-08

2.99E403

1.85E-02

2.92E-035 73E-02

4.75E-02

1.30E-01-

1. 05E-12

2.17E-03

5:63E401|7.79E-021.38E-01

5.21E-04

1 82E-10

1.56E403

, . ___ __ , ? , -. __

1.52E-022.72E036.15E-023.85E-02t.22E011.45E-151.90E-035.67E419.46E-021.33E-011.40E-04

9.22E-13_.20E-04

1 23E-022.72E-035 27E-023.02E-021:05E2012.02E-181.98E-035.84E-018.29E-021.30E-013.55E-053.80E-157.91E405

9.00E-033.09E-04.78E-02

2.48E-02

|977E422.76E-211.98E-03

6.422E-018.23E-02

1.08E-01

8.60E06

1.80E-17

|1.63E405

0:00

8.02E-03

|2.66E403|4.70E-021.72E-02

18:6se2- 24.162-24

2.06E-03

6.35E41|8.102-02

1.212-01

2.39E46|

8.18E-20

4.20E C6

0:00

3.15E-03'1322-032.21E-026.86E-03

'3.79E2-02.522-27

9.56E2042.0WE-614.31 E-025.20E-02

1.51 E-224.69E407

1 0 3 I--- - - 63-05 4.20_0 4..69-0

1.19E+00 118AE00:

6.16E-04 664E-04

3.08E-02 3.59E202

461E-02 5.17E-027.26E-02 6.47E-02

6 69E-02 7.02E-02

5.872-02 590E-02

2.76E-01 | 2 .82F-1f

7.51E-044.14E-024 98E-027.65E-025:97E42

I 1 :::15.94E-01 1 .04E.OO 104E+00

6.41E-04 1.84E-02 1.70E-02

3.47E-02 8.75E:01 9.31E-013 72E-02 8.39E-01 6.28E-01

7.17E-02 1.93E+00 1.84E+00

242E-02 4.34E-01 2.95E-016.06E-02 1.56E+00 1.51E+00

2.29E-01 I 5.66E+00 I 5.22E200

I I I,~~~ -. I

_�.09&02 I 6.91E-02 I 6.94E-02 I 7.26r=.o2- -- �- �=--z

1.23E-04

4.43E-03

| 6 33E-03

1.09E -02

7.23E-03

1.41E-08-

2.07E-03

3.23E-03

1. 19E+00

2 76E-01

1 25E-02

1 22E-044.09E4037.62E-03

1.1: :82.-02,:

7.55E-03

1.19E-08

2 04E-033.28E-03

2.87E 01

1.27E-04

3.93E-03

8.03E-03

|1.21E 02

8.04E-03

1.50E-08

2.15E-03

3.74E-03

3.172-01

1 43E-04

4.41E-03

7.31 E-03

|,i1.9E-92:

8.38E-03

1.55E4-0

2.16E-03| 3.94E-03

2 97E-01

1.49E-04

3.91E-034.49E-03

8.55E-03

7.97E-03

1.62E489

2 11E-03

3.74E-03

2.89E-01

1.54E-04

3.53E-03

2.09E-03

8.71E-03

1.40E-082.35E-03

4.05E-03_

1.42E-04

3.11E-03

1.13E-03

4.3sE 03

8.79E-03

1.46E-08

2.35E-03

4.09E-03

3.48E-03

6 00E-021.47E-02

|7.82E O2:-02

1,97E-01

4.002-076.03E-02

1.04E-01

3.59E-03

5.25E-027.97E-03

6 40E-02

1.87E-01

3:51E-075 75E-02

|9.73E-02|

|1.00E+00

1.65E-02

1 1012+00|6.15E-01

1.81E+00

|1.87E461

1-.48E+001

5. 12E +00

3. 21E-03

4.89E-02

4 112E-03|

2.03E-01

4.08E-075.46E-02

8.85E-02

1.02E+00

1.56E-02

8.89E-01

5.24E-01

1.94E+00

1.27E-011 21E+00

4,71E400

3.62E-03

4.44E:021.88E-03

5.ooE02 02

1 99E-013.43E-075.62E-02

|_685E402|

1A.'O .:..::. !* 0:::. ":*' :.:

4. 66E-01

1.44E-02 6.06E-04

9.|35E-01 3.81E-02

3.91E-01 1.35E-02

1.74E+00 6.69E-02

9.40E-02 2.26E-03

1.178+00 4.75E-02

4.34E+00

3.72E-03

3.99E-02

1.10E-03

'4.482.t72

2.12E-01

4,08E-07

5.45E-02

9.54E-02

1.69E-01

1.42E-04

1.28E-03

2.22E-05

1.44E203

7.64E-03

1.49E-08

2.20E-03

4.17E-0345--3 9. 73-02Iv ..: ~ .v-----*---t -,..... … -. .-- 3-= I

- :: : . .: . _ L . s .... . -: - .. . 1; i

Totzl, Ccontairmesill Ctoric. 1.49F*00

j:1.18+0 8 0 . 2 3 1 +00 4E .1 00+00 1 .02+E0 1 00,+00 4.66E-01:'282E62201 2.87E601 317E201| 2.97E -01 2.29E 01 00 ..+00.5 22E+00 4 .1 2EO 47120 434OO:ii 1.69E-011 2 E02 1 .39E 02 5145 1382 1 1 2 E-02 362E21 34 01uw 3.42E -01 3.44E'01 3181E-01 1.40E-02

91.49E+00 5YE00 1 652+00 1.02EtOo 9.48E-01 8.42E-01 0 6 00 6 6 13E+00 5 E4°O 6.50E-01

23201 2.24E01 2,43E01 4.25E01 452201 3.86E01 .6442+ 5.03E2o0 '5,1120 4.64E.00 43.2+0 3.62E-014 56E202: 485E2 02 4582 302ibE 40642 0 02 6665202 462 6542 .02 7 7.29E-02 3360 8.302-02

1 050-6O 1+1-1605 1.17E605 7.22t- 6l71Li04 5.96E.04 5.05E420 4.72E205 1.62E05 4.34E20 4.07EOS 4.60E+04

II 14G RA1IO

:s I NG RAIN)0

I o't'.r Coiraininvrlt C

0.231

0.045

1.06E200


CON'TAINMENT ATMOSPHERE (Paae 2 of 2)Relative(HR:MN) 316Act..al(IIR:MN) AM i1115Atual(IR:MN) PM 1515

.,

= 11 --Tlme since RX frip

Nuclide

Kr 83M

Kr-85

Kr-85M

Kr 87

Kr-88

Kr-89

Xe-131M

Xe-133

Xe-1 33M

Xe -135

Xe-135M

Xe 137

xe *138

total Notble Gas

1 130

1-131

1-132

1133

1-134

135

|ettil Iodilie l

,3, 82

lBr 831B 84

11110:00

2 72E-03

1.27E-03

1 99E-02

4.52E-03

3.03E-02

3 94E-30

9.86E-04

2 92E-1

3.87E-02

5.17E-02

7.500-08

6 56E-25

1.04E-07

| 442E001 '

6.01E-04

4.07E402

1.22E-02

6.24E-02

1.55E-034 02E-02

3:30 :346

11:30 .

15:30 .14

2.11E-03 4.07E-031.29E-03 3.03E-031.92E-02 3.02E-023,86E-03 5.82E4032.91E-02 4.86E-425.28E-33 1 36E-351.05E-03 1.93E-03

2.97E-01 6.10E-01

3.80E-02 8 87E-025.44E-02 9.88E-022.17E-08 1.14E48|3.06E-27 2.57E-292 52E-08 1.19E-08

4.46E-01 |89101.;.

5.18E-04 1.23E+003.53E-02 9.19E0011.14E-02 2.44E+01

6.01E-02 1.53E+021.13E-03 |.74E+00|4.57E-02 ]9O5E+01

4:00

12:00

16:00

1 6:00

:1

:l-

.wS

3.05E-03

2.97E-033.07E-02

4.65E-03

4.92E-02

1.93E-38

1.96E-03

5.96E-01

8 65E-02

9.04E-02

3.06E-091.27E-31

2.51E-09

8.66E-01

1.26E-02

8.89E4-1

214E-01

1.60E+00

1.32E402

9.53E-01 j

3 68E400

2.90E-03

|1.86E402|

L3 77E-05

2.16E.02

2.11E-01

3.89E-07

6.03E-029.54E-02

:.. 415 1+. 16:15;:.

1 0:00 1

1 .30E-03

1.56E-03

1 49E-02

1.59E-03

1.94E-02

1 46E-41

1.04E-03

3,12E-01

4.01E-02

4.44E-02

3.34E-10

2 70E-34

3.16E-10

5.27E-02

3.78E+006 27E-01 |

6.29E+00 |

3.10E-02

3.870+00L

1.46E.01 1

1.15E-02 1

5.88E-02 |

7.84E-05 4

7.04E:-02. 7

8.46E-01 8

1.58E-06 1

230E-01 2

3.70E-01 L4

*- - .7 .

4:30

12:3016:3010*00:00

1.05E-031.44E-031.43E-021.34E-031.72-022.04E-441.12E-033:20E4014.07E-024.19E-028.72E-111.14E-366.25E-11

4.39E-01

4.63E-044.03E-023.34E-03

3.43E-02

2.25E441.74E-02

.':§16:45. .J:' 17:00110:0._00:00

.55E-04 |7.74E-041.54E03 1.46E0031 24E-02 1.04E-021.07E-03 6.84E-041.60E-02 1.25E-022 59E47 3.89E-509.48E-04 9.57E-042.64E-01 2.83E-014.04E-02 3.74E-024.33E-02 4.08E-022.16E-11 6.81 E-124.82E-39 1.98E-411.47E-11 3.54E-12

3.0001.3.68E-01

4.79E-04 4.28E-043.54E-02 3.79E-024.64E-03 4.82E-036.14E-02 5.86E-021.67E-04 1.10E-043.23E-02 2.94E-02

=1�

I $18u is

.: 1 . ..... :::::r

5:30

|13:30-::1

T=I .... .. :

_ w O', = 1 17:30 L

1 .46

110:00

5.85E-041.47E4-31.11E-025 61 E-04|1.09E425.64E-531.09E-032.94E4-14.03E-024.05E-021.47E-129.83E-447.73E-13

4 75F-044.01E4-24 03E-035.76E-027.44E-05

3.14E-02

_ _

6:00..14:00 1 5

0:00

5.61E-04

1.37E4-31.00E4-02

4.70E-04

9.69E-037.64E-56

1.04E-03

3.17E41|3.53E-02

3.82E-02

4.34E-133.96E-46

1.92E-13

0:00 1

4.64E-041.50E-03840E-03

3.45E44

|9.53E403|1 08E-58

1.01E-03

2.72E-013.66E-02

379E-02

9.82E-142.01E-48

4.86E-14

4.13E-01 3.660-01

4,67E-04 3.98E-04

4.01E-02 3.81E-023.08E043 293E-03

6.43E-02 6.26E-02

4.30E-05 3.09E052.59E-02 2.75E-02

0:1S 0:30

3.59E-04 2.69E-041.47E-03 |154E-038.92E-03 8.10E0032.60E-04 1.81E-04

8.10E4-3 7.54E-031.37E-61 2.07E-649.73E-04 1.08E4-032:60E-01 2.94E-01360E-02 3.69E-023.26E-02 3.14E-022.65E-14 7.33E-158.65E-51 3.47E-531.10E-14 2.39E-15

3,49E-01 3..1.-01

4.00E-04 3.97E0043.47E-02 3.95E4-022.28E-03 2.23E-036.16E-02 5.22E-022.30E-05 1.40E452.51E-02 2.40E-02

I 24E-01 0.118360059

1.16E-04 1 26E-042.47E-04 1.80E-048.07E-09 5.03E-09

3.63E-04

8.79E-03 8.46E-031.49E-08 1.51E-08200E-03 | 2.36E-033.66E-03 3.81E-03

0. 15769829f

11 : .: :.: ... :. .: I1 1.45E-04

1.06403-1,15E-05

||11. Haloqui.-11E

Cs.134 8.87E-03Cs-135| 1.65E-08Cs-136 1 98E-03Gs-1137 | 405F-03

_ = , _ .. =

1.54E 01

1.45E-041.06E-03

6.00E-06

1.21E+03

8.54E-03

1.42E48

2.42E-03||393E-03

3.62E002

3.19E-01

2.11E0OO804E-03

|2:,244E:+.0O:

2.14E+01

3.81E-05581E+00

1.08E+0177.S7

1.490 01

.38E-04

5.74E-044.66E-07

.12E-04

.95E-03

.65E-08

.03E-03

.09E-03

1. 34E-01

1: E : -

1. 20E-04445E-042.42E-07

.5,65M-.4

9,03E-03

1.66E-08236E-03

L40q9E-03r7=

1.31E-01

1.31E-04393E-041.27E-07

5.24E -04

7.64E-031.49E-082.12E-033.62E03 J

----

1.34E-01I ; :. :: ' . ' :.: ',,

1 35E-04

1364E04

6.18E-08

1 -: : --- -'

8.46E-03

1.51E-08

205E-033. 70E-03

77,{: , i-

| 134E 01

1.18E-04

3.27E-043.02E-08

4.45E-04

7.47E-03

1.5~1E-082.110E-03

L3.54E4-03r---- -r

1 .32t-01

1.08E-04

2.44E-0441.53E-08 |

870E-031,48E-082,37E-03

3.93E403|

I ~1

i :.:.:.:.:.::::::: i_11 11 :' ':':':':':':':':':':': :':':':1 I It Sz: I ... *1~..................-0u00 001)11 Lias uIl1CCi :-4;42E~0:01 4.460 01 8.991E001 8.660 01 4 390E1- 8801 3.680 01 41 1 430 600 400 800Total Iudine uCilcc 1501 1 54E-01 3~6,20+02, 3 68E.-00 I4i0 1.49001 I 01 1 1E301 1360 40 2 1 1200 80Toa oi.n :/c 90 9 23180E,0.01 3.67001 1A5+01500 80 1.340 2 4-02 1.3100E 1802 1.440 02 1400

Total Co~ntainm,,ent Con.. 616001 6E1901 4.040*02: 4.93E4 00 1 69.0 6401 8301 53-1 5401 601 1501 880 640

IING RATIO 3:-570-01 3 460-01 4:* 070b 2 4.28E0.00 -0 3.400E1 601 i , 3.570 01 3300 201 3500 500 10C:. I NG RA I110 9,45E00 9002 1-o 9802 0r2 .110 ..1.01 100.1..60 3981F021101 161 4-I

2lt.ntj,.e. L 6.J 300 F990.07 400 1.17E.0I, 4 28E.04 3.7900 3.63E0.04 3 890. 04 3.970. 04 3-650*04 3.450.04 3.b4 1 04

11

1999 GRADED EXER �, I �"

Page 100

G A-,;Ff)l lq Ppn(,i=4zq RAr)KIlTro rATA / A M A r'%% lr-l--- � -Z 11

rimie

Rel ativL (I IRJMN(ActuaI(HR:MN) AMActuaI(HR:MN) PM

GKRE 04105 -PGKRE 04105 - I

GKRE 04/05 - G

GHRE 10A - PGHRE 10A - IGHRE 10B - G

GTRE 21A - PGTRE 21A -I

GTRE 21B- G

GTRE 22133 - PGTRE 22133 - IGTRE 22133 - G

GGRE 27/28 - PGGRE 27/28 -!

GGRE 27128 -.G.

GYRE 31/32- PGTRE 31/32 - IGTRE 31/32 - G

GIIRE 22 - P

GKRE 41 - P

GLRE 60-P

ABRE 114 - SG A(inR/hr)'ABRE 113 - SG B(mnR/hr)'ABRE 12 - SG C(isiR/hr)'ABRE 1 11 - SG D(umR/hr)FC-RE 385 Aux.-Tr.-(iiR./Ir.)-

GIRE 59/60(R/hr) (ARAD2)

GERE 92-G (RM-l1, 925)

GHRE 23 -G (RM-11, 235)

I

CON I ROL ROOM

(1.0 E-11 -1.0 E-6) 2.40E-11(1.0 E-7 - 1.0 E-2) 1.16E-OERAD WASTE VEN(1.0 E-12 - 1.0 E-7) 4.02E-12(1.0 E-11 -1.0 E-6) 6.03E-l1(1.0 E-7 -1.0 E-2) 4.02E-06UNIT VENT(1.0 E 12 . 1.0 6.7) 5.76E-12(1.0 E-11 - 1.0 E-6) 4.40E-12(1.0 E-7 - 1.0 E-2) 5.43E-06

(1.0 6-1 2 -.1.0 E-7) 1.07E-12(1.0 E-11 -1.0 E-6) 4.02E-12(1.0O E-7 - 1.0 E-2) 2.41 E-06FUEL BLDG EXHAUST(1.0 E-12 -1.0 E-7) 2.23E-12(1.0 E-11I -1.0 E-6) j3.12II-11(1.0 E-7 -1.0 E-2) _ 1. 14E-06CONTAINMENT ATMOSPHERE(1.06E 12 -1I0 E-7) j1.11E-12(1.0 E-11I -1.0 E-6) 3.77E-12(1.0 E-7 -1.0 E-2) 13846.06R.-At) WASTE EXHAUST(1 0 E-12 - 1.0 E-7) 4.02E-12ACCESS CONTROL(1.0 E-12 - 1O0E-7) 3.96E-12AUX BLDG EXHAUST(1.0 E-12 -1.0 E-7) 9.33E-11

C.5F~I WM Ic MlI~~ flAT -NUNAU) k .du____ ____ ___

0;:15 :

.12:15.I

0:308:30

12:30

0:451 .-8: 40:- .:

12:45 .~;

1:009:00 .91

1:309:30

1:4........ . .4 . .. 2:00

10:00

6 :,:

... .1 "�,N:. .

2:3010:30

2 4.....3:00

11:00I . ': . :.�, I 13:00 .1315 13:30 13:4S 14:00

±.� J..x......... �.� I

I4.20E-12

2.40E-1 11.27E-06.

3.75E-12

5.63E-11

3.75E-06

5.72E-12

4.59E-12

ES206

1.1 2E-124.114E-112

2 23E-12

3.12E-11

1.67E-126.66E-12

3.75E-12

4.02E-12

1.10E-10

0.316

x 0.32

0.327

7.OOE-01

8.86E-07

3.786-12

2.40E-11I1.12E-06

3.84E-125.76E-l113.84E-06

5.99E-124.58E-125. 71 E-06

1.15E-124.19E-12

3.12E-06

2.23E-12

3.12E-11

2.506128.486-1,2

_.6E-06

3.84E-12

3.66E-12

1.02E-10

0.3450.320

0.345

0.370

0.252

7.006-01

4.07E-06

5,21 E-06

4. 14E-1 22.40E-11I

4.02E-126.03E-1 I

6.006-11I

4.11lE-11

2.24E-12

3.99E-1 1

2.23E-12

3.12E-11I

2.376-128.91E-12

&7 w-06

4.02E-12

3.90E-12

1.22E-10

0.346

0.324

1.006+00

3.67E-06

I

3.66E6-12

2.40E-111.406-06

3.90E-12

5.85E-11[3.90E-061.77E-09

4.O0E-04

2.30E-116.04E-10

3.886-04

2.236-123.126-11

1.18E-06

2.496-128.46E-128.30E-06

3.90E-12

4.08E-12

1.136-10

3.3423.314

3.341

3.360

-- --3..265

1.006+02

3.30E-06

3.306-12

2.40E-11I

3.93E-12

5.90E-11

3 ..... ...

9.41E-09

4.2'11-084 0 -0.......

1.396-108.62E-09

2.23E-12

3.12E-11I2...... .... .

2.37E-128.88E-12

7.330.7:3 j5:.+:':

1.00E+03

3.87E-122.406-11

qm 1.33E-06

3.99E-12

3.99E-06

2.47E-01

2.03E+009.57E+01

1.06E-07

1.01 E-064.986+02

2.236-12

3.i2E-111.38E-06,

2.49E-12

8.44E-127.97E-06

3.99E-12

3.84E-12

1.22E-10

20.32020~312

20.333

20.365

20.271

3.06E+03

2.67r:-08

4.146-12

2.4oE-11

4.20E-12

6.306-11I

2.27E-01

1.86E+00

3.70E-07

2 236-12

3.12t-11I

2.36E-128.666-12

4,20E-12

3.616-12

1.04E-10

20.319

20.353

2.83E+03

2.41 E-06

3.75E-1fl2.40E-1 1

1 .30E-OE

4.086E-126.12E-11

4.08E-OE

2.09E-01

1.71 E6~00

8. 10 O+01

3.51E-074.008-06

-.4 .336E+.02-

2.23E-12

3. 12E-111. 12 E-06.

2.48E-12

0.426-12-7.65E_06

4.08E-12

4.17E-12

1.0 16-10

20.341

20. 32520.333

20. 351__20.264

2.47E+03

'2.16E-06

4.11E12

I 214E-1 I

3.636-12

I5.45611l

1.92E-01

I1.48E+00

3.59E-07

4.04E-08

2.23E-12

3. 126-11

2.35E-12

8.84E-12

3.63E-12

4.14E-12

1.08E-10

20.339

20.326

1.84E+03

4.90E-07

14:3fl IA � l�.nn

1 r. .

3.69E-12

2,40E-1 11.18E-06

4.026-12

4.02E-06

1.66E-01

6.43E+01

-3.48E-07

4~06E-06

3.41E+02

2.236-12

3. 12E-1112.13E-06

2.47612

8.406-12

7.35E-06

4.026-12

3.42E-12

1.09E-10

20.345

20.314

20.345

20.376

20.251

1.696+03

4.80E-06

3.60E-12

2.40E-1 I1.316.0... ..

4.11E-126. 17E-11

4.11.......

1.526-011.2E6+00.592+0

3.516E-074.10E-06

2.23E-12

3.12t-l1

2.35E-12

8.82E-12

4.1 16E12

3.816E12

1.186-10

3.63E-122.406-111.25E-06

3.63E-125.456-11

3.63E-06

1.40E-01

1,15+6+05.446+01-

3.556-07

4.07E-06

2.92E+02

2.23E-12

3.12E-111

1. 316E-06

2.47E-12

8.38E-12

7.06E-06

3.63E-12

3.81E6-12

1.12E-10

0.349

9.3099.347

9.374

9.253

1.43E+03

4.616F-07

0.330

0.3 100.340

0.360

0.260

-HARMS 7.O006-01CONDENSER OFF GAS(1.0 6-7 - 1.0 6.2) I 4.926. 07GAS DECAY IK DISCHARGE(1.0 E-7 - 1.0 E-2) I 3.23E-06

________________________________________ .1.5.936-06 5756-0......8.. 6.496-06.- I S 5.506-06 6 65)�-�I3 5.336-06 .4.38E-06 4.9 16-06

Nitizi UrlAurnlj ItAr-KtllZlt

Page 101

_________ GASEOUS PROCESS MONITOR DATA(ARAD(Page 2 of 2) __ __

Ti:I 1 0 35 4:00 4:5 4:30 4:6 ~ 50 :5 5-30 5:S 6:00 61

ActaIHR:N)AM 1 5 1 3 1145 12:00 17:15S 12:30 1:6 1:0 1:6 1 0 1:5 I 1:0 .41ActtLal(HR:MN) PM 115 530 14$ 16:00 J 815 16:30 184 .J 1:0 1: ~ 1:0 1~5 18:00 .:.3I

CONTROL ROOM ..........

GKRE 04105 - P (1,0 E-12 - 1.0 E-7) 3.75E-12 3.42E-12 3.87E-12 3.45E-12 3.81E-12 3.63E-12 3.99E-12 3.422-12 4.17E-12 3.81E-12 3.51E-12 3.33E-12 3.90E-12GKRE 04105 -1 (1.0 E-11 .1.0 E-6) 2.40E-11 2.40E-i1 2.40E-11I 2.40E-1 1 2.402-1 1 2.40E-11I 2.40E-11 2.40E-11 2.021 2.460E-i 2.402- 11 2,40t-11 2.402-11GKRE 04105 - G (1.0 E-7 - 1.0 2.2) 13-0. 1.12E-06 .:;1,30E -0 1.21E-06 .18-0. 1.22E-06 12 2E406.: 1.33E-06.1120.: .6E6 1390 13-6.t3E6

RAD WASTEVENT .16E

GHRE 10A- P (1.0 E-12 1.0 E-71 3.36E-12 3.66E-12 3.84E-12 3.78E-12 3.84E-12 3.60E-12 3.96E-12 3.63E-12 3.54E-12 4.14E-12 3.63E-12 4.08E-12 3.992-12GHRE 10A -I (1.0 E-11 -1.0 E-6) 5.04E-Il 5.49E-11 5.76E-11 I 5.67E-11I 5.76E- 5.40E-11I 5.94-11l 6.45-1 1 5.31E-11 6.21E-11 .455-11 `6122-11j 5699tE-11

GHRE 1OB G _______.(1.0 E-7 - 1.0 E-2) 3 ~-6 3.66E-06 ..... 0 3.782-06 3.4E;6: 3.60E-061: .96~6 3.63E-06 :364E49,q6 4.14E06. ii3.6E-6 4.08E-06492QUNIT VENT...... :7: X:......

GTRE 21A - P (1.0 E-12 - 1.0 E-7) 1.29E-01 1.19E-01 1.092-01 1.OOE-01 9.24E-02 9.152-02 9.062-02 8.97E-02 8.88E-02 8.79E-02 8.70E-02 8 81E-02 8.53E-02GTRE 21A - I (1.0 E-11 - 1.0 E-6) 1.06E400 9.75E-01 8,97E-01 8.252-01 4.37E-06 4.33E-06 4.2dE-08 4.24E-06 4.20E-06 4.16t-06 .4.IE-06 *vt7~o~ :O.,0gt

GTRE 21B -G _____(1.0 E-7 - 1.0 E-2) OEo 4.61E+01 4.24E-01:: 3.90E+01 :~t 1.08E-01 6.462-06 6.14-p. $5Q ____

MINI PURGE ..... ...G TRE 22133 - P (1.0 E-12 -10 E-7) 3.52E-07 3.542-07 3.56E-07 3.53E-07 3.50E-07 3.51 E-07 3.55E-07 3.522-07 3.512E-07 3.49E-07 3.52E2-0'7 3.48E-07 3.5012-07GTRE 22133 -1I (1.0 E-11 - 1.0 E-6) 4.04E~-0 4.03E-06 4.07E-0-06 4.006 402-6 4.OIE-66 4.04-0 4.03E-06 4.07E-00 4.082-06 4.06E-06 4.052-06 4,03E-06GTRE 22133 - 10E7-10E2 8+2 2420 2275+02: 2.09E+02 1. 76E402: 5.282-01 .. 6-4 31E0 :40 1.272-61E4-06 1.282-06: t12~0

FUEL BLDG EXHAUST:GGRE 27/28 - P (1.0 E-12 - 1 0 E.7) j2.23E-12 2.23E-12 2.23E-12 2.23E-12 2.23E-12 2+23E-12 2.23E-12 2.232-12 2,232-12 2.232-12 2.23E-12 2.23E-12 2.232-12'GGRE 27128 - (1.0 E-11 - 1.0 E-6) 3.12E-i1 3.12E-11 3.12E-11 3.12E-11 3,121E-11 3.12I2--11 3.122-11 3.12E-11 3.12E-11l 3.122-11I 3,12E-1 1 3.A2t-il 3.12-11GGRE 27128 - G (1.0 E-7 - 1.0 E-2) 1.0-6 1402-6 1120E.9-6 132-6 1120 .7-61-06 06 1.1E66 .720 1,82 1.292-6E 120

CONTAINMENT A7MOSPHIERE.:::......(sTRE 31132 - P (1.0 2-12 1.0 E-7) 2.342-12 2.462-12 2.342-12 2.452-12 2.33E-12 2.462-12 2.332-12 2.442-12 2.322-12 2.44E-12 2.312-12 2.202-12 2.312E-1GTRE 31132 - I (1.0 E-11 -1.0 2-6) 6.80E-12 J8.36E-12 8.77E-12 8.34E-12 8.75E-12 8.31E-12 8.73E-12 8.292-12 8.712-12 8.272-12 8.69E-12 9.122-12 8.862-12GTRE 31132- G (1.0 E-7- 1.0 E-2) J .2-6 6.782-06 6.q642-.06:' 6.1-0 6IE-0 -06 06 6 OE.0 6.1-06, 5,9-6 5720 5-6 54-654E

RAD WASTE EXHAUST -m ......

GH-RE 22 -P (1.0 E-12 -.1.0 E-7) 3.362-12 3.662-12 3.84E-12 3.782-12 3.84E-12 3.602-12 -3.962-12 3.63E-12 3.542-12 4.142-12 3.632-12 4.052-12 3.992-12ACCESS CON I ROL :.:':

GKftE 41- P (1.02E-12 -1.0 2-7) 3.6012-12 3.452-12 3.752-12 3.72E-12 3.782-12 4.052-12 4.052-12 4.17E-12 4.142-12 3.72E-12 3.302-12 3.57E-12 3.4821-12AUX BLDG EXHAUST

GLRE 60- P (1.0 2.12 1 0 E.7) 1.22E-10 1.132-10 1.092-10 1.062-10 1.092-10 1.1225-10 1.142-10 1.172-10 9.642-11 1.102-10 1.102-10 1 032-10 1.08E-10

EIRE 114 -SG A(mRI/hr) 9.347 9.350 9.350 9.350 1.347 0.850 0.350 0.350 0.347 0.350 0.350 0: 347 0.350ABRE 11 3 - SG B(miR/hr) -. 07 9.309 9~309 9.309 1070.809 0090.309 0307al' l 0.309 - .09 0.307 00ABRE 11 2- SG C(mR/fir) 9.345 9.342 9.342 9.342 1.345 0.842 0.342 0.342 0.345 0,342 032 0.345 04ABRE 1 11 - SG D(minRhr) 9.373 9,375 935975 1730.875 .036. 0.375 0,373 0.375 ... .7 0373.0.3.FORE 385 Aux. TT.(m~R/Iu-) -95 9.252 9.252 . .5 .5 0.752 .. 02 0.22 050252 0.252024 25

GrRE 59160(R/ilr) (ARAD2) CHARMS 1.322+03 1.212+03 1.122+03 1.032+03 9.442+02 8.692+02 7.992+02 7.352+02 6.772+02 6.222+02 5.732+02 5.272+02 4.852+02CONDENSER OFF GAS.::

GERE 92- G (RMI11, 925) (1.02E-7 -1.0 2-2) 4.972-07 4.392-07 4.77E-07 4.22E-07 4.502-07 4.90E-07 4.442-07 4.302-07 4.9550 .0-7 4.4182-07 4192-07 4 401E-07GAS DECAY TKDICAG

GHRE 23- G (RM-11, 235) (1.02E-7 -1.0 2-2) 4.70E-06 4.72- 6 44-6 6.142-6E 3EC 820 4520 620 4-06 6 120 020 42 63120


LIQUID PROCESS MONITOR DATA (Page 1 of 2)Relative(HR:MN) 0:00 0:15 03 0:45 1:0 :5 13 1:45 .200 215 23 :5 30Ata(RM)Aj u0: 8:15 8~O 84 :0 9:15 :93. 9:45 .OO 01 03 04 10Actual(HRMN) __________j1:0 12:15 123 124 .1:0 1:5 .30 1:5 :4:0 4151 4. 1:5 1:0Monitor = .....

SJRE 01 CVCS letdown 1.50EE00 1.70E+4.03E03 2 SE403E 4.98E+03 s57E403 5.12E+03 5.07 4.92E+03 4 4.87E+03 4.37E+3

SJRE02 SIG Liquid 4.35E-07 4.73E-07 4.76E-07 4.78E-07 4.80E-07 4.77E-07 4.90E-07 4.77E.07 5.10E-07 5.22E-07 4.81E-07 5.03E-07 4.99E-07

BMRE 25 S/G Blowdn Process 5 12E'07 5.21E-07 5.29E-07 5 24E-07 ,14,- 5.21E-07 . EO 51E0 ~....BMRE 52 S/G Blowdown Dischg 3.48E-07 3.48E-07 3.48E-07 3.43E-07 3.47E-07 3.42E-07 3.46E-07 3.40E-07 3.48E-07 3.53E-07 3.54E-07 3.60E-07 3.53E-07

.FBR 50 LI. Sta Con ; , . ..... -. . . -:,.......... .! .-:.:.::::..FBRE 50 Aux. Steam Cond. Recovery Tank 4.23E-07. 4.31E-07 4,.33E-07 4.28E-07 :4. 26. 4.34E-07 4 .30E ,. 4.18E-07 4A 23E-0 4.2-07 07 4185.07 4.15E07 4.09E07

HFRE 45 Sec. Liquid Waste ___ 1.92E-05 1.90E-05 1.94E-05 1.90E-05 1.87E-05 1.86E-05 1.85E-05 1.87E-05 1.87E-05 1.86E-05 1.84E-05 1.81E-05 1.78E-05

HBRE18 Liquid Waste Dischg 6.715,E5 6.68E-05 6.75-05 6 79 E-05 98E-05 6,91.- 6 95E-05 6. E15054 6.81 -05 9E-505... 7.00E-05 6.895-05

LERE 59 Turbine Bldg. Drain '_ _ 2.OOE-07 1.96E-07 1.95E-07 1.97E-07 1.96E-07 1.97E-07 1.99E-07 1.96E-07 1.92E-07 1.94E-07 1.95E-07 1.93E-07 1.94E-07(High Setpoitit 3.OE-07)

EGRE 9t10 CCW :2.74E-07: 2 78E-07 2.74E-07 2.71E-07 2.74E-07 2.75507 2.77E-07 2 77E-07 2.695-07 2.69E- 0. 2.6

HFRE 95 Waste Water Trtment 2.OOE-07 2.03E-07 2.02E-07 2.00E-07 1.99E-07 2.02E-07 2,02E-07 2.02E-07 2.05E-07 2.02E-07 2.OOE-07 1.97E-07 1.94E-07(High Setpoiirt 1.OE.05) : . _ _ :.r __ __ _ _ .-.--.-

::.,_., ,,,- .,_: :.:,- . . . :- _ -


LIQUID PROCESS MONITOR DATA (Pa e 2 of 2)Relative(HR: MN) 3:15 3 30 3:45 4Q:00 4:15 4:Q 4:45 505:55:5:1Actual(HR:MN) AM 1115 :11 30 11:45 12:0 I. 12:15 11245 13:15 1 14:15Actual(HR:MN) 15:15 1 3 15:45 016:00 16:15 .6: 30 16:45 | 17o00 17:15 17:30 17:45 1monitor

Oa qSJRE 01 CVCS Letdown 4.22E+03 4.22E+03 4.15E+03 4.752+O3 4.38E+03 4.05E403 4.112+03 4.96E+03 .4,81E o 4 74_+03

SJRE 02 S/G liquid 4.89E-07 4.73E-07 4_67E-07 4.86E-07 5.04E-07 4.35E-07 4.42E-07 4.45E-07 4.40E-07 4.34E-07 4.29E-07 4.95E-07 4.63E-07

BMRE 25 S/G Blowdn Process 5.26E-07 1.272-06 3 96E-06 3.96E-06 3.96E-06 5.122-07 5.122-07 5 12E-07 5.17E-07 .5.18E0 5.21E-07 1.2E-6 3.96E-06

BMRE 52 S/G Blowdown Dischg 3.48E-07 3 45E-07 3.44E-07 3.50E-07 3.45E-07 3.48E-07 3.48E-07 3.42E-07 3.44E-07 3.50E-07 3.50E-07 3.47E-07 3.52E-07

FBRE 50 Aux. Steam Cond. Recovery Tank 4 03E-07 8.1607. 2.31 E-06 2 31E- 0 2.31E-06 .4.23E07 4 23E-07 4,262.67 4.23E-07 0 4.O9E-07 8 2.312-06

HFRE 45 Sec. Liquid Waste 1.79E-05 1.79E-05 1.79E-05 1.75E-05 1.77E-05 1.76E-05 1.75E-05 1.74E-05 1.77E-05 1.78E-05 1.78E-05 1.79E-05 1.82E-05

HBRE18 Liquid Waste Dischg 6.792-05 690E205 0 6.82E-05 6.70E-05 6. 76E2-05 6.67E- 6.62E-05 62 6.602-0566 0 6.6

LERE 59 Turbine Bldg. Drain 1.93E-07 1.91E-07 1.92E-07 1.94E-07 1,90E-07 1.87E-07 1.89E-07 1.91E-07 1.92E-07 1.92E-07 1.96E-07 1.98E-07 1.96E-07(High Setpoint 3.0E-07)

ER910 CW2.732-07 :,2.742-07 2.76-0 2.7-7 2.78E-07 2.4E'-07 2.0-72620 -07 2 07262 77.5207262 7 2.602-0

HFRE95 Waste WaterTrtment 1.96E-07 1.93E-07 1.95E-07 1.95E-07 1.99E-07 1.98E-07 1.97E-07 2.00E-07 2.01E-07 2.03E-07 2,06E-07 203E-07 2.032-07(High Setpoinrt 1.02-05) . .

- .,


TI IP1PI~lg o tit flh1if, q-o mAah im --- .:=

=-I9 rii l~e

Relative(HR: MN)ActUai(HR:MN) AMActual(HR:MN) PM

NuclideAr-41

Kr-85m

Kr-85

Kr-87

Kr-88

Xe-133mXe-133

Xe-135m

Xe-135

Total Noble Gas

1.131

1-132

1-133

1-134

1-135

Total lodine

Rb-88Cs-134

Cs-136

Cs-137

Cs-138

La-140

Ba-140

Ce-144

Total Particulate

rotal Activity

0:008:00

12:00

<4.34E-08

<3.01 E-08<9.29E-06

<1.51 E-07<1.16E-07

<2.12E-07

<4.34E-07

<2.74E 08<8.34E-08

0.OOE+|00

<3.17E-08

<5.39E-08<3.51 E-08<2.89E-07

<2.34E-07J

||0.OOE+OO0

<2.77E-06

<4.95E-08

<4.88E-08

<5.34E-08

<3.23E-0i

<3.09E-08<2.28E-08

<2.81 E-08

O.OOE+00

O.OOE+00

-10,15

<4.34E-08

<3.01E-08

<9.29E-06

<1.51E-07

<1.16E-07

<2.12E-07<4.34E-07<2.74E-08

<8 cg34E 08 |

<3.17E-09

<5.39E-09<3.51E-09<2.89E-08

<2.34E-08

<2,77E-06

c4,95E-08

<4.88E-08<5.34E-08<3.23E-07

<3.09E-08

<2.28E-08<2.81E-08

;020..

I:.:.OOO+0O''

0:308:30

12:30

<4.34E-08

<3.01E-08<9.29E-06

<1.51 E-07<1.16E-07

<2.12E-07

<4.34E-07<2.74E-08

<8.34E-08

O.OOE+00

<3.17E-10

<5.39E-10

<3.51E-10

<2.89E-09

<2.34E-09

O.OOE+00

<2.77E-06

<4.95E-08<4.88E-08

<5.34E-08

<3.23E-07

<3.09E-08

<2.28E-08

<2.81E-08

O.OOE+00

O.OOE+00

| v,�

0 45

<4.34E-08

<3.c01E-08

<9.29E-06<1.51E-07

rc1.16E4|07<2.12E-07

<4.34E-07

<2.74E-08

<8.34E-08

<3.17E-11<5.39E-11<3.51E-11

<2.89E-10

<2.34E-10

0.02+0...

<2.77E-06

<4.95E-08<4.88E-08

<5.34E-08

|3.23E07|<3.09E-08

<2.28E-08

<2.81E-08

0- 00 ' ".'I

0020

1:00

9:00

13:009.1513:15

1:309:30

|13:30

1 :4.5."'' '"""2:00

10:0014:00

2:15 ii0: 15 :::

-i~IV" ~ILLE'~ OUIVII' s rage I IOTZ L,

2:30

10:3014:30n

10~:45.:::::]: : 3:00

11:001 5:00n... - : a _ ___ - -_ _ ~- _ _ o. ** *..-. I .,

I

<4.34E-08

<3.01E-08

<9.29E-06

<1.51E-07

<'1. 16E-07<2.12E-07

<4.34E-07

<2.74E-08<8. 34E-08

O.OOE+00

<3.17E-12<5.39E-12

<3.51E-12

<2.89E-1 1

<2.34E-1 1

O.OOE+00

<2.77E-06|<4.95E-08<4.88E-08

<5.34E-08

;c<32.E07

<3.09E-08

<2.28E-08|<2.81E2-08

O.OOE+00

|O.OOE+00

<4.34E-08

<3.01E-08

<9.29E-06

<1.51E-07<1.16E-07

<2.12E-07

<4 '434E-07|<2 c274E-08|

< 8.342 08]1

<3.17E-13

<5.39E-13<3.51E-13

<2.89E-12<2.34E-12

<2.77E-06

<4.95E-08

<4.88E-08<5.34E-08

|<3.232-07|<3.09E-08

<2.28E-08

<2.81 E-08

r0

,

<4.34E-08

<3.01E-08

<9.29E-06<1.51E-07< c116E-07

<2.12E-07

<4.34E-07

<2.74E-08<8.34E-08

O.OOE+00

<3.17E-14<5.39E-14

<3.51E-14

<2.89E-13<2.34E-13

O.OOE+00

<2.77E-06

<4.95E-08

<4.88E-08

<5.34E-08

<3.23E-07<3.09E-08

<2.28E-08

<2.81E-08

|0.OOE+oo

<4.34E-OS

<3.01E-08

<9.29E-06

<1.51E-07

<1.16E-07<2.12E-07

<4.34E-07

<2.74E-08

<8 34E-08

0 .002.*00 .. 1<3.17E-15<5.39E-15

<3.51E-15

<2.89E-14

<2.34E-14

<2.77E-06

<4.95E-08<4.88E-08

<5.34E-08

c3,23E-07<3.09E-08

<2.28E-08

<281E-08

<4.34E-08

<3.01E-08

<9.29E-06

<1.51E-07

<1.16E-07<2.12E-07

<4.34E-07< 2.74E-08

<4.34E-08

<3.01E-08<9.29E-06

<1 .51E-07

|<1.16E-07

<2.12E-07

<4.34E-07

|<2.74E-08

''I... 4- _. 5: . fl

<8.34E-08J <8.34E-08

0.002+00 . 000+0

<3.17E-16 <3.17E-17<5.39E-16 <5.39E-17<3.51E-16 <3.51E-17<2.89E-15 <2.89E-16<2 34E-15 <2.34E-16

|O.OOE+OO

<2.77E-06 <2.77E-06

<4.95E-08 <4.95E-;08<4.88E-08 <4.88E-08<5.34E-08 <5.34E-08<3.232-07 <3,23E-07<3.09E-08 <3.09E-08<2.28E-08 <2.28E-08<2.81E-08 <2.81E-08

0.00E+00

O.OOE+0

<4.34E-08i 3.01E5-08<9.29E-06

<1.51E-07

<2.12E-07

<4.34E-07<2.74E-08

|<8.342-08

O.OOE+00

<3.17E-18

<5.39E-18

<3.51E-18

<2.89E-1 7<2.34E-17

O.OOE+00

<2.77E-06

|<4.952-08<4.88E-08

<5.34E-08

<3.232-07<3.09E-08

<2.28E-08

<2.81E-08

|.OOE+00

|O.OOE+OO0

<4,34E-08<5.011-§6<9.29E-06

<1 .51E-07

<2.12E-07

<4.34E-07<2.74E-'108<8.34E-08

<3.17e-18

|<5.390-18|<3.51e-18

<2.89e-1 7<2.34e-17

<1.87e-6<4|95E-08

<4.88E-08

<5.34E-08

'<1;52e7|

<3.09E-08<2.28E-08

<2.81E-08

.0.0.Q+00.

<4.34E-08I3610E-08

|<9.29E-06<1.51E-07

|c1.16E-07<2.12E-07

|<4.342-07|<2.742-08

!<8.342-08

<3. 17e-18|

c5,39e-18|<3.51e-18<2.89e-17<2.34e-17

O.OOE+00

<1.19e-6<4.95-08 |

<4.88E-08

<5.34E-08

<7,46&6<3.09E-08

<2.28E-08

<2.81E-08

O.OOE+00

O.OOE+OO0O OOE+00 - - �.+ , . . . .�L - .. +...1. L_ 0 + 0 + I 0.... 0 0 .. .

1999 GRADED EXERCISE. Page 105

TURBINE BUILDING SUMP (Paae 2 of 2)Time

Relative(HR:MN) 3:5 3:30 :3:45:i 4:00 4: 1 5 4:30 4:55:00 5:55:30 54 :051........ 6:00Actual(HR:MN) AM 11:15 11:30 : 11,45 12:00 " 21 12:30 | | 13:00 13 '| 13:30 | 4 14:00Actual(HR:MN) P M 1:5 5:30 54 16:00 11 63 .1;5 1:0 11 73 74 80 81

Nuclide .'' ._ ;._..Ar-41 <4,34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08 <4.34E-08Kr-85m <3.012-08 k3.012-08 <3.01E-08 <3.O1E-08 '30i1E-08 <3,01E-08 <3.d1E-08 <3.0lE-08 <c.01E-08 c3,O0E-08 c3:1E-08:'. .c3!0iE20r 'O1E-8Kr-85 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06 <9.29E-06Kr-87 <1.51E-07 <1.51E-07 <1.51E-07 <1.51E-07 <1.51E-07 <1.51E-07 <1,51E-07 <1.51E-07 <1.51E-07 <1.51E-07 <1.51E-07 c1.51E-07 c1.51E-07Kr-88 <1.16E-01 <1.16E-07 cl.16E-07 <1.16E-07 <1.162-07 <1.16E-07 <1.16E-07 <1.162E-0 <1.16E-07 <1.16E-07 <1.16E-0t7 .- 1C16-0i' .16E407Xe-133mn <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 c2,12E-07 c2.122-07Xe-133 <4.34E-07 <4.34E-07 <4,34E-07 <4,34E-07 <4.34E-07 <4.34E-07 <4.34E-07 <4.34E-07 <4.34E-07 <4.34E-07 <4.34E-07 <4.34E-07 <4.34E-07Xo-135m k2.74F-08 <2.74E-08 <2.74E-08 <2.74E-08 <2.74E-08 42.74E-08 <2.74E-08 c2.742-08 <2,74E-08 c2,40-b8 <2.74E-08 i24§"68 <2.742-08Xe-135 <8.342-08 <8.34E-08 <8.34E-08 <8.34E-08 <8,34E-08 c8.34E-08 <8.34E-08 <8.34E-08 <8.34E-08 <8.34E-08 <8c34E-08 c8.342-08 <8,34E-08

Total Noble Gas

1-131 7.87E-06 8.60E-06 9.37E-06 1.02E-05 1.1OE-05 1.19E-07 1.28E-05 1.38E-05 1.48E-05 1.51E-05 1.52E-05 1.54E-05 7.872-061-132 1.06E-04 1.08E-04 1.10E-04' 1.11E-04 1.11E-04 1.12E-06 1.13E-04 1.13E-04 1.13E-04 1.06E-04 1:OOE4' 9r44E-b5 t .6E-W41-133 8.45E-05 9.16E-05 9.91E-05 1.07E-04 1.14E-04 1.23E-06 1.32E-04 1.41E-04 1.50E-04 1.51E-04 1.52E-04 1.522-04 8.452-051-134 5.35E-05 4.80E-05 4.30E-05 3.83E-05 3.40E-05 3.03E-07 2.68E-05 2.37E-05 2.09E-05 1.74E-05 1.45E-05 1.202-05 5.35E-051-135 1.48E-04 1.58E-04 1.68E-04 1.782-04 1.87E-04 1.98E-06 2.08E-04 2.18E-04 2.28E-04 2.26E-04 2.23E-04 2202-04 1.482-04

| otal Iodine 1W i i 011iM'1-0Di' A o~u

Rb-88 1.23E-04 1.26E-04 1.29E-04 1.32E-04 1.35E-04 1.37E-06 1.39E-04 1.41E-04 1.43E-04 1.37E-04 1.30E-04 1.242-04 1.232-04Cs-1 34 <4.95E-08 <4.95E-08 <4.95E-08 <4.95E-08 <4.952-08 <4.952-08 <4.95--08 <4.95E-08 <4.952-08 <4.95E-08 4 <4.95E-08Cs-136 <4.88E-08 <4,882-08 <4.88E-08 <4.882-08 <4.882-08 <4.882-08 <4.882-08 <4.882-08 <4.882-08 <4.882-08 <4.882-08 <Cs-137 <5.34E-08 <5.34--08 |5.34E-08 |5.34E-08 <5.34E-08 |5.342-08 |5.34E-08 <5.342-08 |5.342-08 |5c344-08 <5.342-08 <Cs-1 38 5.92E-06' 4.68E-06 3.70E-06 2.91E-06 2.28E-06 1.79E-08 1.40E-06 1.09E-06 8.50E-07 6.25-07 4.58E-07 3.36E-07 5.92E-06La-140 <3.09E-08 <3.09E-08 <3.09E-08 <3.09E-08 <3.09E-08 <3.09E-08 <3.09E-08 <3.09E-08 <3.09E-08 <3.09E-08 <3.09E-08 <3.092-08 <3.092-08Ba-140 <2.28E-08 <2.28E-08 <2.282-08 <2.282-08 <2.282-08 <2.282-08 <2.282-08 <2.282-08 <2.28E-08 <2.282-08 <2.282-08Ce-144 <2.812 -08 <2.812-08 <2.812-08 <2.812 -08 <2.812-08 <2.812-08 <2.812-08 <2.812-08 <2.812 -08 <2.812-08 <2.812-08

~~~~~~. .......... 0;00- i-;-

METEOROLOGICAL -DATAMET Page 1 of2[IME (RELATIVE) 0:00 I:0 00 04 10 0 13 1.45 2:0 2:03 ~ ~ 2:09 41 2:15 23Actual(HR:MN) AM 8:00 8:1 8I 0 84 :0 91 :0 94 Q0 1 3 10 00 01 01 03Actual(HR:MIJ) PM 12:00 ~12;1 230 124 30 1:5300 34 4o 1 3 10 14:09 l1 14:15 O4:~

WI1ND SPEED (KPH)Iom 16 16.11 15.1 14.1 15.1 15.85 16.35 17.35 16.6 16.7 15.7 14.7 15.7 16.45 16.9535M 14.4 17.3 16.3 15.3 16.3 17.0i 17.55 18.55 17.8 1179t 16.9 1590 169 17.85 18.1S60M ____20 18.1 17.1 16.1 17.1 .1.7.85 18.35 19.35 18.6 16.7 17.7 16.7 17.7 16.45 18.95

WIND SPEED (MPH) . ..

lOM 10.0 10.1 9.4 8.8 9.4 9.9 1 0.2 10.8 10.4 10.4 9.8 9.2 9.8 10.3 10.635M 9,0 10.8 10.2 9.8 10.2 10.7 11.0 11.8 11.1 11.2 10.6 9:9 106 110 11.360M 12.5 11.3 10.7 10.1 10.7 11.2 1 15 12.1 11.6 1 11.1 10.4 11.1 I115 11.8

WIND DIR10M (DEG FROM) 155 157 155 154 156 153 155 153 156 170 182 191 196 200 20135M (DEG FROM) 170 172 170 169 171 168 170 168 171 185 1-97 206 211 215 21660M (DEG FROM) 177 179 177 176 178 175 177 175 178 192 204 213 216 222 223

WIN4D DIR (DEG TO)IOM (DEG 70) 335 337 335 334 336 333 335 333 336 350 2 11 16 20 2135M (DEG TO) 350 352 350 349 351 348 350 348 351 5 17 26 31 35 3660M (DEG TO) 357 359 357 356 358 355 357 355 358 12 24 33 38 42 43

WIND DIR VARIOM (DEG) 8.7 12.7 13.0 13.0 13.4 13.4 13.4 13.6 13.6 13.6 13.6 13.6 13.6 13.8 14.160M (DEG) -- 9.0__12.5 12.8 12.8 13.1 13.1 13.1 13.4 13.4 13.4 13.4 13.4 13:4 13.4 13.6

VERT TEMP 0IFF ...10-35M (DEG C) -0.6 -0.6 -0.6 -0.6 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.510-60M (DEG C) -0.8 -0.9 -0.8 -0.8 -0.8 -0.8 -0.8 -0.8 -0.8 -0.6 -8 -Ow 0.8 -0.8 -0.8 -0.810-85M (DEG C) -1. -1.1 -1.1 -1.1 -1.1 -1.1 -1.3 -1 3 -1.3 -1.3 -1.3 -1.3 -1.3 -1.3 -1.3

VERT TEMP DIFF.......10-35M (DEG F) -1.0 -1.1 -1.0 -1.0 -1.0 -1.0 -0.9 -0.8 0.09 -068 -0.9 -0.8 -0.9 -0.9 -0.910-60M (DEG F) -1.5 -1.5 -1.5 -1.5 -1.5 -1.5 -1.5 -1.5 -1.5 -1.5 -1.5 -l 5 -1.5 -1.5 -1.510 85M (DEG F) -- 1.9 -2.0 -2.0 -2.0 -20 -2.1 -2.3 -2.3 -2.3 -2 3 -2.3 -23 -2.3 -2.3 -2.3

DEW POINT10M (DEG C) 12.0 1 1.5 11.5 11.9 10.5 10.8 11.0 11.5 11i.7 18:7 18.9 18.7 18.9 11.6 12.01DOM (DEG F) 53.6 52.7 52.8 53.5 50.9 51.4 _ 51.8 52.7 53.1 65.7 66.1 65.7 66.1 52.9 53.6

REF TEMPIOM (DEG C) 11.1 11.4 11.7 12,2 12.4 12.7 13.0 13.5 13.7 20.7 209 20.7 20.9 14.0 14.3lIM (DGF) 52.0 52.5 53.1 54.0 54.3 _64.8 55.4 66.3 56,7 69.3 89.7 __69.3 69.7 67.1 p?7.8

P'RECIP (IN) 0:0 0 d i0 a 0 a 0 0 0 0

srAB CLAsSSC C C ~ ~ c c c C C C C C C


_______METEOROLOGICAL DATA(MET) (Page 2 of 2) -TIME (RELATIVE) II245 30 3 15 ': 345 4Q 4:l. 4:30 4:5 5:00 ;6 53 4 600 O1Actual(HR:MN) AM 10:45 11I0 11:15 11:.301 11:45 2:00 12i 1 j 1:0:25 30 31 33 35 10 41

Actual(H-R:MN) PM 14:45 :::i0 1515 J1.0 15:45 j BQ. ~ j16:30 16:4 17:00 .1~5 17:30 1V6 18:00 a81

WINO SPEED (KPH)lom 15.95 15.2 14.7 15.2 15.7 14.7 15.7 1.6.45 16.85 16.35 15.6 15 14.5 15 1635M 17.15 16.4 1 5,8 16.4 16.9 15.9 16.9 17.65 11805 117S6 16.8 16,2 15.7 18.2 1172

0M17.95 17.2 16.7 17.2 17.7 16.7 17.7 18.45 18.85 18.35 17.6 1 7 1665 1 7 1 8

WINO SPEED (MPH).lom 10.0 9.5 9.2 9.5 9.8 9.2 9.8 10.3 10.5 10.2 9.8 9.4 9.1 9.4 10.035M 10.7 10.3 9.9 10.3 10.6 9.9 10.6 11.0 1 1.3 11.0 10.5 10.1 9.8 10.1 10.860M 11.2 10.8 10.4 10.8 11.1 10.4 11.1 11.5 11.8 11.5 11.0 10.6 10.3 10.6 11.3

WIND DIR ....10M (DEG FROM) 199 201 202 201 203 201 203 200 202 203 201 202 20 200 20135M (DEG FROM) 214 216 217 216 218 218 218 215 217 218 21 6 217 218 215 21660M (DEG FROM) 221 223 224 223 225 223 225 222 224 225 223 224 225 222 223

WIND DIR (DEG TO)lOM (DEG TO) 19 21 22 21 23 21 23 20 22 23 21 22 23 20 2135M (DEG TO) 34 36 37 36 38 36 38 35 37 38 36 37 38 35 3660M (DEG TO) 41 43 44 43 45 43 45 42 44 45 43 44 45 42 43

WIND DIR VAR10M (DEG) 14.3 14.5 14.8 15.0 13.0 13.0 13.4 13.4 13 .4 13.6 13.6 13.6 14.1 14.3 14.5O0M (DEG) 13.7 13.8 _ 13.9 14.0 _ 12.8 12.8 13.1 13.1 13.1 13.4 13.4 13.4 13.6 13.7 13,8

VERT TEMP DIFF10-35M (DEG C) -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 .0.510-60M (DEG C) -0.8 -0.8 -0.8 -0.8 -0.8 -0.8 -0.8 -0.6 -0.8 -0.8 -0'8 -0.8 -0.8 -0.8 -0.8i0 85M (DEGOC) -3 -1 3 -1 3 -1.3 -1.0 -11 .1.1 -11 -1.3 -1.3 -1.3 -1.3 -1.3 -13 -1.3

VERT TEMP DIFF10-35M (DEG F) -0.8 -0.8 -0.9 -0.9 -0.9 -1.0 -0.9 -1.0 -0.9 -0.9 -0.8 -0.8 -0.9 -0.9 -0.910-60M (DEG F) -11,5 -1.5 -1.5 -1.5 -1.4 -1.5 -1.4 -1.5 -1.5 -1.5 -1.6 -1.5 -1.15 -1.5 -1.510-85M (DEG F) -2.3 -2.3 -2 3 -2.3 -1.9 -1.9 -1.9 -2.1 -2.3 -2.3 -2.3 -2.3 -2.3 -2.3 -2.3

DEW POINT1DM (DEG C) 12.5 12.7 12.9 13.3 15.9 16.0 14.7 15.0 15.4 15.6 15.9 15.9 16.4 16.6 17.01DOM (DEG F) 54.5 54.8 55,3 55.9 60.7 60.9 58.4 59.0 59.7 60.1 60.6 -60-.6 61.5 6-19 - 62.6

REF TEMP . ... ...1OM (DEG C) 14.8 15.0 15.3 15.6 16.1 16.3 16.6 16.9 17.4 17.6 17.9 18.2 18.7 19.0 19.310M (DEG F)___ 58.7 59.0 69.5 60.1 61.0 61.4 61.8 62.4 63.3 63.7 64.2 64.8 65. 86.1 66.8

PRECIP (IN) 0 0 0 0 0 .

STABOCLASS C I . Q C C C Ic C


AREA RADIATION MONI' ORS (ARAD21 (Pqinp I cnf 91TIME (RELATIVE) 0 0 01 0:30 045 1:00 115 j 30 45 2.00 2:5. 230 25 30ActuaI(IIR:MN) AM 800 :1 8:30 8:5. 9:00 . :5 I 90 ~ 4 00 1 5 10:30 11145 j 11.00

AcuIH:N M12 00 1~5 J 12:30 1:5 13:00 m3:1 13:30 j 3 J 14:00 71:5.j 1 0 j 44 50MUNI I U

(SDRE) LOCATION01 RWSTE BLDG CORR, BASEMENT (W)02 -- RWSTE BLDG CORR. BASEMENT (CntI)03 RWSTE BLDG CORR, BASEMENT (E)04 RWNSTE BLDG CORR, 2000' (W)05 RWSTE B3LDG CORR, 2000' (Cntl)06 .-SOLID RADWASTE AREA. 2000'07 RSTE BLDG TRUCK SPACE. 2000'08 RWSTE BLDG SAMPLE LAB09 RWSTE BLDG VLVE RM CORR, 2047' (E)10. ,-,RWSTE BLDG VLVE RM CORR, 2047' (W)1 1 RWSTE BLDG HVAC FILTER UNIT12 AUX BLDG CORR. BSMENT 1974' (SE)13 AUX BLDG CORR, ESMENT 1974' (NE)14 AUX BLDG CORR, BSMENT 1974' (N)1 5 AUX BLDG CORR, BSMENT 1974' (Wi)16 AUX BLDG CORR, 8SMENT 1974' (SW.A)17 NON-RAD PIPE TUN & PERS ACC 1974'10 AU BLDG GRND FLR CORR 2000' (N)19 AUX BLDG GRND FLR CORR 2000' (SE)20 AUX BLDG VLVE RM CORR 2000' (S)21 AUX BLDG VLVE RM CORR 2000' (5)22 AUX BLDG GRND FLR 2000' (SWt)23 AUX BLDG GRND FLR 2000' (Wi)24 AUX Bl.DG SAMPLING RM 2000' (Cnil)25 AUX BLDG VENT FILTER26 RHR HEAT EXCHANGER OUTSIDE 2026'27 CONT PURGE EXHST FILr UNIT 2047'28 CONT PERSONNEL HATCH 2047'29 HOT MACHINE SHOP30 HOT INSTRUMENT SHOP:31 CONT ROL BLDG HOT LAB32 CONIROL BLDG CORRIDOR33 CONTROL ROOM 2047'34 CASK HANDLING AREA 2000'35 NEW FUEL STORAGE 2026'36 NEW FUEL STORAGE CORRIDOR 2026'37 SPENT FUEL. POOL AREA38 SPENT FUEL POOL AREA39 SEAL TABLE AREA 2026' (N)40 PERS HATCH AREA INSIDE 2047' (SW)41 CONTAINMENT BLDG 2047' (NW)42 CONTAINMENT BLDG 2047' (E)47 PASS SAMPLING ROOM 2000'

4 3 T ECh NICAL SUPPORT CENTER44 EMERGENCY OPERATIONS FACILITY

DOSE RATE:..:'.::'::~(mR/hr)

0.2 0.202 0.2

0.2 00.2 00.2 0.20.2 0.2

0.2 0.0.2 0.20.2 0.203 2

0.2 1

-0.2 .0.2

0.2 0.2-0.3 _ 160.2 .0.2 100.2 1600.2 160.2 .

2 -. j: i66'

0.2 0.20.2 0.2

0.4 0.

0.2 0.20.2 __ 0.20.2 0.l Y2

0.2 00.2 0.20.2 0.20.2 0 20.2 00.2 0.2

_0.2 _ 0.230 34 :44 . 44 4

0.5 16

02 0.202 0

0.20.20.20.20.20.20.2

0.20.20.20.210

0.0.2.0.20.2

1602

16001600

1602

16000.20.2

0.20._20.20.20.20.20.20.2100

100100100

160

0.20.2

0.20.2

0.20.2

0.20.2

0.2

0.20.20.20.20.20.20.20.2

0.20_ - .20.210

0.2

0.20.2

0.~2

0.20.2

0.20.20.... . . . .

0.21

0.20.20.20.20.20.20.2-- - -0.2

0.20.2

0.20.2

....... . . - - ��_ . I. . . .

0.20.20.20.20.20.20.20.2

0.21 0.21 0.2

_ 0.20.210

0.2

0.2

0.2.

0.20.2101

0.2

0.2

60.

10.2160

026002

.160

020.2o

0.20.2

02

0.20.2

.020

102

1000

.160

0.2

0.2160

216001600

1602

1600

0.27575

0.2

-0..20.20.20.20.20.20.20.20.2

>10 R>10 R>10 R>10 R

160

0.2

10.

1600

.2

1002

102

020.2.....

0.20.2

0.2

0.20.2

>10 R>10 R

0.216

216001600

1602

16008

0.2.3503500.20.20 20.20.2

0.20.20.2

>10 R>10 R>10 R

160

0.2160

021002

1600

10202

0.2

0 2

0.

'1R

>106

0.2

0.2

. .. 1602

16001600160

21600

8

30.

3503020.20.20.20.20.2

02

020

>10 R'10 R

>10 P _

160

02. .....0.20.2

0-20.20.2

0.2

.. 2

01.2.2

.0.2

16

1600

.. 2

60021002

0.2

0:0.2

0.2

0.2

>02R

0.2-0.20.20.20.20.20.20.20.20.20.210

-- 0.2

0.2

__ 160

16001600

1602

16008

0.23503500.20.20.20.20.2

0.20.20.20.2

>0.2>10 R>10 R>10 P

160

0.20.2

0.20.2

0.20.2

0.2

0.2

102

1600

0.

0.2102

0.2

1002

1002

160

.1600

0.20.20.20.20.20.20.20.20.20.20.210

0.0.2

0.21

1602

16001600

1,21600

40.2

230--230

0.230.2

0.20.20.20.2

0.20.20.20.2

'10 P>10 P>10 P>10 P

160

4 ............-021 . 02I 0.21 2 2 ' 2 0.2 0.20.21 . .0.2J 021~~I..........0.... 0j I

1999 GRADED EXERCISE Page 1091999 GRADED EXERCISE Page 109

API=A DAnIA'rlrkl RfifklMfrpcl JAM A m- , - -

~TIME (RELAlIVE) 315 30 j~~ 4:00 415 30 4$ 5:00 8,1: 5:30 j4 6:00 P'1IActual(HIR:MN) AM IItl 11 ii30 1 4 1 120 2.5 12:30 1' 13:00 13'1 130 I~ I 14:00IActual(HR:MN) PM T5N ...5 80 ~~ 70 JIl 173 4 10

MONITOR __

(SORE) LOCATION......01 RWSTE BLDG CORR, BASEMENT (W) 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.202 RWSTE BLDG CORR. BASEMENT (Crill) 0.2 0.2 0.2 0.2 0.2 0,2 0.2 0.2 0.2 0.2 0.2 02 203 RWSTE BLDG CORR,.BASEMENT (E) 0..0.0.0.0.0.2.2.2...2

Ž .04 RWSTE BLDG CORR, 2000' (W) 0.2 022 0 2 02 2 0 2 2 0 2 0.2 0. 2 0 .205 RWSTE BLDG CORR, 2000' (CnII) 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.206 SOLID RADWASTE AREA, 2000' ____ 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.207 RWSTE BLDG TRUCK SPACE 00 O. 02: 02 02 2 0.2 0 2.0 2 0Ž0.2 0 2 .08 RWSTE BLDG SAMPLE LAB 0:200 2 0.2 02 2 0 2 0 2 0 0.2 0.209 RWSTE BLDG VLVERIM CORR.2047' (E) 0.2 0.2 0.2 0.2 0.2 0.2 022 0 02 0.2 0.2 0.2 0.210 RWSTE BLDG VLVERIM CORR, 2047 (W) 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.211 RWSTE BLDG HVAC FILTER UNIT 02 0 2 02 0. 0.2 0 .2 0202 0.212 AUX BLDG CORR. BS MENT 1974' (S)1 0 1 1 o 1 0 1 10 10 1 0 11 3 AUX BLDG CORR, BSMENT 1974- (NE)1 1 1 1 1 1 1 1 1 1 1 1 114 AUX BLDG CORR, BSMENTI1974' (N) 0.2 -02 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0,2 0.2 0.2 01215 AUX BLDG CORR, BS MENT 1974' (W) 0~0 2 0 0.2 0 2 222 2 20.2 0. 2 0 221 6 AUX BLDG CORR, BSMENT 1974 (SW)1 1 1 1 1 1 1 1 1 1 1 117 NON-RAD PIPE TUN &PERS ACC 1974' 02 2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0210 AUX BLDG GRND FLR CORR 2000- (N) 160 1160 160 160 -160 160 160 160 160 160 160 160 16019 AUX BLDG GRND FLR COPRR2000- (SE) 2 2 2 2 2 2 2 2 2 220 AUX BL DG VLVE RM CORP 2000- (5) 100 10 10 60 60 10 1600 1600 .:: :1.600 1600 10 1600 1021 AUX BLDG VLVE RM CORR 2000 (S) 1600 1600 1600 1600 1600 1600 1600 1600 1600 1600 1600 1600 160-022 AUX BLDG GRND FLR 2000' (SW) __ 160 _160 _160 --. 160 __160 -160 160 --- 160 160 160 160 160 16023 AUX BLIDG GRND FLR 2000' (W) 2 2 . 2 2 2 2 2 2.... 2 2:;24 AUX BLDG SAMPLING PM 2000'(Cntl) 1600 16 1 600 10 11600 60 600 1600!::... .160 160600 1600 ¶025 AUX BLDG VENT FILTER 4 2 2 1 1 1 1.1.....126 RHR HEAT EXCHANGER OUTSIDE 2026' 0.2 0.2 0,2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.227 CONT PURGE EXHST FILT UN-IT ~2047' . 11.6 194.672!1908 164.7704 158 13.617 ...043.99034 ..... 84637.7.7.228 T.15 1286720t728 CONT PERSONNEL HATCH 2047' :211. 14719092164.77041i58 341 2,0 100 0.91 999496 64.56327 7,92294HOT MACINE1S9OP6.270.2 0..0.2 0.2 .240.2 02 0.20. 9.0.2 0.304030 HOT INSTRUMENTSHOP 0.2 __0.2 __0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.231 COT NTROL BD SHOTPAB. 0.2 0.2 0.2:~ 0.202 0.22:0.2 0.2. 0.2 0.2 02 0.2 0.232 CONTROL BL DG CORRDO 0.2 0.2 0.2 . : . .0.2 0.2 0. 02 02 2 0233 CO T OLR OM247 .2 02 .2 02 . 02 0. 2 . 02 0.2 0.2 03 CAKHNLNAR A20'___ _ 02 _ 0. 00.2 0.2 X:.2 0. . 2 02_ 0.2 02 0.2 0.35 CNEWFUL STG ORAGE206'OR0. 02. 2 02 .02 0.2 .:2 02...:. 0.2 0 2 0363 CNEWRFUL STORAG CORIDR7226 02 0.2 0,2 0.2 0.2 0.2 0.2 0.2 0. 0.2 0.2 0.2 0.237 CSPE HNTDULIPOO AREA 20'0.2 0.2 0.2 0.2- 0.2 -0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2

38 SPENT FUEL POOL AREA 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.239 SEAL.TRERAO6()'O lP "R..'O IR:'o~",:--

'lOPR 'R :: 'b", >0R >1R0'R 'lioP40 PERS HATCH AREA INSIDE 2047' (SW) >10 'O R >10 'lO ¶Q R:'l OP 10I:.>~p '0 >OR 'jo >1o0 R41 CONTAINMENT BLDG 2047' (NW) '>OP R lo0 R 'b >0R 0R >0R >10bRR'lo lOP >10 RlOP 0lP >lo 'lo 'lop R >OP42 CONTAINMENT BLDG 2047 (E) '>OP R >1P R 1'lOP 10 1 'lP 'OP Ro 'lop >1 lO >10P R '>1R >_ >1RlO R '>10P47 PASS SAMPLING ROOM 2000' 160 16 :160 16 10 10 60 160 . 6I 66 u 160 1

4 TENCASUPPORT CENTER 0 .2 0.2 .02 02 02 0... . 2 :.:,2 .2 .2 2 0244 EMERGENCY OPERATIONS FACILITY 0.2 0.2 0.2 0.2 0.2 02 . 02 .. 02 0.2 02 02 0EXERCISE -- - -.---1999 GRADED I--------- -

Page 110

ONSITE PLUME DATA

FRSISEICE . _cfI__ RESlESCE -- -'

)V 0.

sr - - P . --- - - -

R ,_----

BU KE~qEOS | s L ~v l _ _S=CVEAGON ARFU [s UEms. WLEn P SUPPORT

SOUPlET I

imc

> I . C i . I CEVCUUI I

8LD

I VVC -- x--TO x -- - x - x - x x -- - x g <A

.~ . . _ _ _ _I_ - - - ' ' -- -. C199[ GD E C

j A'


I- O TOR STORGE IUIIOING

CO-rnCL0CE CENTER

UTL'I UT VUVUT, EAlOUAG._.C__ IU.

CENTER .. .

U- --- I -AcF-s-~

[-I-I -- -- x i - V-X -- , -X-. -X-

VUE IVA tEM4V.IATETRAIG CENTEn

I - L i

/- -r .J

1. JI Ir Ira

TOM' . 9:30 -- --:4 /

1341 1106670.5 553.233b.3 .'76 6

33 5 27 7

0.067 0.055

10:00

992496 2

248. 124.8

0.0 50

Page 111

F --- NRIH UOR "(5 "UIL `U"

r - j -- F -, NlEC0L.1:G O (ISEIUOTWER -- - . ____|___| ___J 1 <LUTILSUt/EIG ..- -|-[E-U---_LER..................................................................-..........-...........-- - . Z ______

<2/ E _ 3 --- ,lK- -t--X X-_*X-------.- - X.- -X-_'S- *X *s---- _X=- _--- ---_ ~X ' 5U I-X--

OUIG R ,D SG

R--- - 1. - - x0:12

... _ .~~~ L... ... A~ilo~iae......... 8 8 5 L 798PSU S1T61 1ORU 4O50F8

Al-i 442I 5OEC 39 9 5s U 7 3'SE 3AEO 30 3L9 238 29j 4.

A;J 05 22 l 199 1 6u 54 1' 1 30 1.

IT/A SLOG

0 /FLG ~ L00COLI

ti,2 I SI ' !60,I/ i~} UT , | .~ 1 /1ss: I :x v}7

Cl 0.442 5 09.040 :.036 0.34 07031 0.290 6 0273. 0.259 0.0243.


OFFSITE PLUME DATA

24 rii

23 RD 23 RD

22 ND

21i

21

1 21

20 IIIII

~11a i

,, .,-l18 f,,

l If

1: 1 -ro Gir I

19 DI

18 Tl

17 111

sa:.= ml § gi| | Fork '16111 11SS iaB + fe-

1 ti , PRE-RELEASE< .U'PLUME CENTERLINE

, RELEASE BEGINS 0930


DIST OPEN ILOCATION (MI) X/Q mREMIHr

EAB 0.75 7.45E-06 1600Xi 1.46 2.29E-06 280

BACKGROUND 40 Cil'M

- FIFI D TEAM DATA§. 1 - CALCULATED RESULTS


24 IH L' .,w ,m

afzw

Q:

X1

a- 4

wF-uj(1)

270

I

I- -

_- ,

m

z

r . II23 RDI)

22 N'D ;- . !

21 ST i^ , r

! 20 1 H ,

i A j te u

19. 1 1.1 Lu

i} X10 X9 8

. \i X7 '!

__ r~IrTl( \ : 1r b I

i XIS'X6

!~ F, T x zi o , \4.F t

W-; < t24 THl

( I ji,8 23 jRD

21'-2 ND)

zt

) !o ., l1 TH

i Sh RE ,,TOC

{ .j' il 17 fll'

X3 _ :6 TH 8

n ^ OLF(;rEEK s

GARNETT

I.A1 ' I .

1S TH z g ; ,0 I l ..

.t!"i's. .

"Olx : ?PT ,' - V .

i _ wP.

Fa

_,_iR5 _F_,

rru

i -

If. '6OLTRii

E sT AT EI!


TIMF-: nk rTlIA I Ck-AdTIME: �kCTIIAI Q.A1.�' .7M

DISTLOCATION (Ml)

OPEN DOSE RATEmREM/Hr mR I NrYin

EABl 12 Ml2.5 Mll2

' ' '~4-!'sw[0.75 7.45E-061.46 .. 29E 062.00 1.30E-062.50 8.69E-072.68 7.68E-07

1600 1__ ?280

200180160

1:46 POST FPIC DOSE

RATE PART(marilLCPM

20.0 OFF SCALE3.7 OFF SCALE

.7 400,004

. 2 . 300 001

1-2CPM

OFF SCALE100 00060,0006,00Q50 000-�

|bACKQROUND= 4 CPM

- FIELD TEAM DATA

-'1 - CALCULATED RESULTS


24 nH i, L wS . z

7,I I . I -

23 RD .I

22 ND

l!

: k-1, a- M

21 STk

,9 III .1 'I

19II

18 TH

17 IH , o

16 I'l A'I

i

15 III I

18 -H

I lTO GARNE I r


IJsE AAUA 9A5Ad iRELATIVE., 1:53 POST 1;3 aDIST OPEN DOSE RAEP ~ EEATE T PATT 1-2

LOCATION (Ml) X/Q mREM/Hr mR I Hr CPAEAB 0.75 7.45E-06 1600 1200 F 20.0 OFF SCALE E O 500,_00xi 1.46 _2.29E-06 20220 4 j.4c.S V2-80 ___ .7 OFF SCALE 0,90K2 MI 2.00 1.30E-06 200 160 m m 2.7 400,000 | 60,000 02.5 IVII2.50 -8.69E-07 -180 140 - 23 Annn6 0X2 2.68 7.68E.07 160 120 16- ~ . 300,00 50,00X3 3.78 4.12E-07, 80 6 , 10 160 000 26,000

BC = 40 CPM

- FIELD TEAM DATAr, --s n - CALCULATED RESULTS


24 TH JAIIJJir .,

C3 i

.- . v

23 RD

19 TH

18 TH

17 TH

16TH

15 TH z

1-


Tl Hne . IVI.. r51. A 1;)Q.....wRELATIVE 2 ;Q POS _ 3DIST OPEN DOSE RATE i | i MRATE PART . -2

LOCATION (MI) LX/ mREM/Hr mR/Hr mtid) CPCMEAS 0.75 7.45E-06 1600 1200 ~ ~ ~ F CL 0,0xi 1.46 2.29E-06 IO 8 __2~ ~ OFF SCALE 100002 Ml 2 '20 1.30E-06 260 200 3.' OFF SCALE 80,0002.5 MI 2.50 8.69E-07 140 1117 20004X2 2.68 7.68E-07 160 120 2, 300,000 .50,0OC

X3 3.78 4.12E.07 80 60 1 1 60.000 1 _ 26,°005 Ml 5 00 2.49E-07 so 3 D. 100;000 816000X4 5.04 2.45E-07 50 38 0 0 16,000

1ACKG 0=N 40 :C~PM

- FIELD TEAM DATA- li .. -CAt.CULATED RESULTS

1999 GRADED EXERCISE- Page 120

2t , 1 ,dL24 THl W

U3

23 RD

22ND~~/A~k ~i ~ -- -2 ND-

X7

21 ST 2S

~XF U5

20 TTH

1 ClCHI -

% X~

I XI -v

t , .F LZ 18 THF 1 ̀17 -f P; 7rTH LIN. I

17n ,v'F ,I I(~ Ir[ ry HAPPE I TO GARNETT

17 Tit7 1 i

16 TH

TIME: 100CNPTIi

6 0Lt4TRYI


24 TH W ' rQ: .. ZC.) cr! <

23 RD Hii

L I

k,.

22 NoD u

Q,

21 ST v

19 TH i/

I)

18TH

.1

17 TH .. -

16 TH !

15TH z:D .

TO GARNETT


24 TH W .'

23 RD

2N 8 L - J | - .- | - . 2ND

ICIN

21 Si- -SX6 1 21 ~T

20V M X 5,520 iO11 V * r k 201H

I ,'

19TH GRDE EXERC.ISE

tu uj

18H)- X3

17 M~ t. FAAIh'ITGANI

1999 GRADED EXERCIS

Page 123

..i .i I

2 1

U

* 4X 1

20TH LN.

A I

*, TO GARNETT, ., -.i I _

HWY. 31 LU

4 " i-Xo a:

I

(22 ND

2 S T

q21 ST l,

20 TH

i;f t.~ 11'

.' ), 1V1

1. I

Luk,#

.3 LU

In

us .

.t 'f .. .

(Wind,'TIME:

15 Th H+

,:; R+

19TH

I . !

o 1 7-J0U-

Shifting)10092:090:39

T~.

18 TH

1, ' u))

0 TO GARNETTI !

- 16 TH

I5TH

Li


E .''* '8A -II -.. HWY. 31

To GARNETT

I _ -w

*-j0U-

X1o Or

II f'

*N 2. 0

Lii

z

( ND

! 21 ST

20 TH

19 TH

)l).}'

-j

LI-

17 Tj

Shifting)

18 TH

,i

w

ir0 TO GARNETT

16TH

bSTHta -

i

TIME: 1012 a

f H+ 2:12 W2R+ 0:42 z


HWY. 31CREEK

24 TH

> ; 'iI- F-

4 zz 0

23 RD -

\i / summit

22 ND .I - ?

az

r 4i

4U xliIL l

XX

X9/

i j1

rTO GARNETT

) HWY. 31 uI .

*' .. 41 0,,(.' , a

I 211, ( aa0 , 24

z

23 RD I

X8

I(2 ND

21 ST t('t20TH LN.

' I4I I-

I

I dI

20 TH

19 TH

I18TH

18 TII

,fLUa-4Jr,

I

U]

I i

I-TIME: 1O15'

I17 ril-, L'

w! . ai

iiI

Z(41

0 .

:z

To GARNETT

-16TI16Tli

.. , I

H+ 2:15Z15 R+ 0:45'

I1


z, HWY. 31 ( CREEK

24 TH

F ,

23 RD C3

22 ND

0z

Lu I4 xliW

imi( X9

m:: .;)'*1 \til-i

m TO GARNETT

; HWY. 31 w

owo0

o 24 TH.0 ><

z

23 RD\

(22 ND

21 ST t"'tfA.

z

20 TH Q

U.,

C,.

.1 FjLu1-

W

20 TH

19TH

18 TH s

Ij 8lARFZ 17 TH

X3

16 Ti\~ t- I, z |,

: ... ..* f :.::: :. ; 1V A i1 ' i

. ~ fS4p - /' ;C,-:. .t . , k

iU:: .. ::,s: .. ,/....

,,7II

IJ 1xWI

0.,

I) , F \ j,

TIME: 10181*

17 T7,r1

18 TH

Ir

0 TO GARNETT

$ 16 TH

i

s5TH I

k,

I,' ;15 Tt

\.1 .

H+ 2:18L a

R+ 0:48'I \ az


C ROUND = 40 CPM

- FIELD TEAM DATA% v . - CALCULATED RESULTS


zi HWY. 31 ,C REEK

24 TH

> UJ"

23 RD

IiSl Sumn.it

22 N~o r

Li .. .. .......

1:..... ..

zw 4a: -J

ul I

tX9/

X821 Sf

>4i

2

20TH LN 'C tol P

X6 t

TO GARNETT

HWY. 31 uj

0 >0

D

0 24 TH I

23 RD

(22ND

21 ST (

20 Tl

19 TH

18 TH

17 TH .

o 0 GARNFIFT:

? ;16 TH

a ** ii

5 TH

z:2

/dt t1.'

i u,

X4 S

I 0 fI

4 U-, ! u

I -

, I TIME: 1020H+ 2:20'

'- W.S.+ 0:05;

I * .


TIME:F-- ACTUAL 10:24.

DIST OPEN DOSE RATELOCATION (MI) X/Q mREM/Hr mR/ Hr

EAB 0.75 7.45E-06 1000 800Xi 0.79 6.83E-06 600 460X2 i.42 2.40E-06 260 200

BACKGROUND = 40 CPM

- FIELD TEAM DATA- CALCULATED RESULTS


HWY. 31o) ' t CREEK tr0w

a-24 TH

w .

z

23 RD

H §aliv Sulmwi( X

22 ND ( )

21 STw

z X7/?

20TH l I6

LU,

* - 1 | X

K' i

* ~ . -- '~ 4

XI

0zI-

Xli

~9

M, TO GARNETT

HWY. 31 w

a00

3t

0z

23 RD

(22 ND

21 ST 9

LN., 101A

51, \,.. I. !

II-

LU

20 TH

19 TH

18 TH)

'Ti\0 (

a-

I. XIi :

( 15 Tl

\ 'Ye

/U-w

T- 14

TIME. 1024~',

17 TH, LuE~r

0

(~,r(

TO GARNEr I

16TH;

H+ 2:24'W.S.+ 0:09,T

i iE

0003rLU0z

jS5TH


=40

- FIELD TEAM DATAF CALCULATED RESULTS


Z) HWY. 31 K CRE

24 TH

z'.i a ' \3z O j')

23 RD

22ND NO (;

21 STuJ

z X7

20 TH o (

19 TH

X5

a:I-

"C X l 1ir

mit X9

N< X8

;. 20TH L

t.-... : Zl TO GARNETT

HWY. 31 u

0 >

* 02 24T0

2 :!

'22 ND

l.,IA21 ST rr

20 TH

19 TH

4

18 TH

:118TH

II 17

r2: ir

TIME: 10303'H+ 2:30? a

W.S.+ 0:15? 3a:U'

lt e a

Ij' LU

:2a TO GARNETT11:

j 16 TH1

,SHTH


TIME: ACTUAL 10:31 RELATIVE 2:31 POST RELEASE 0:16

Am {M| R 5 as4 PIC DOS ECPlLOCATION__AI) XQ mRMH mR/Hr (infljR /mln) CPM' J1' CPMEAB 0.75 ~74 5E -06 1000 800 2, 13.3 OFF SCALE 13~ 380,000Xi 0.79 6.83E-06 600 460 g _ 7.7 OFF SCALE 6 0 220,000X2 1.42 2.40E-06 260 200 0 3.3 OFFSCALE E - 80,000 . B2 Ml 2.00 _1.30E-06 180 -140 & . 4 0 ___ 23 420v,000 60,000.X3 2-.487 8.82E-07W 100 80-co - .. "a~ . 6,0 42,0002.5 MI 2.50 8.69E.07 100 80 3 240,000 - 000X4 *2.2 i.48E.07 100 _ 80 ;i; g 04 1.3 2200000036,000

LBACKGROUND = 40 CPM

-U--FIELD TEAM DATA

r . V, -CALCULATED RESULTS


Z) HWY. 31 CREEK

24 TH

zU -J4 x

z 0 i

23 RD

H4AlI8 SIAJI

22 ND I ( )

a a

21 STLU

z ,X7

20TH i

19TH

18 THI H LN

2 717f H X3 N

2.5 M I $ 62 \

cl

z

x l

-k 1 1

LU.

Inif X9

.- .,,,i'W." , .1 0:l

000

!z

, I

X8

20TH LNW 1°. k

* TO GARNETT

H1WY. 31 wu

..... -, Z.

24 TH; )

23 RD

(22 ND

I..

21 ST EP')r

20 TH

19 TH

18TH

2

/X6 i I I-I I

.. I

) rmU

JI

,., , Ri rif I

f . ,u O j

TIME: 103 'H+ 2:31'1

STt W.S + 0:16Ie II

17 r11 WC!

0 TO GARNETT

16 TH I

51 TH

C3:3

:3u,

'D-



LOCATION (MI) XIQ mREM MR H r Xi CPMXX | CPMEAB 0.75 7.45E-06 1 000 800 13.3 OFF SCALE l360,6000Xi 0.079 6.83E-06_ 600 _ _ 440 M ..3 |OFF SCALE 200,000

2 Ml 2.00 1.30E-06 180 140 423 40,0000 . 60,000X3 2 48E-07 100 80 1.3 220,001. | 46,0002.5 Ml _ ._E0 60 .0 8 2 140,000 1 38,000X4 27 4E0 1N |0.8 L)o ° ,oo 362000O

IBACKGROUND 40 CPM

- FIELD CAM DATA- CALCULATED RESULTS


ZI HWY. 31 CREEK

24 TH

LIii_ I-

4z 0 '-

23RD (,

t Halls Summit

22 ND ( )

I21 ST ,

uJ

X7

20 TH

19 THt\

18 TH

a:

az-JF-

Xii

.I II . ' .

.1.0!0

0a:

z

X9

* TO GARNETT

HWY. 31 l

-1 ,l D

!23 RD

I ( 2ND

i .

21 ST tCor.rt

20 TH

19TH

18 TH

X8

.N

I

0~ f'

.r. I i-r.,

fII

�11f.

1 7 ji'l "

3 3

�, I

wa:

' ro GARNETT!

16 TH'

(1 S TH

H+ 2:36'W.S.+ 0:21,

a00

iI 8 ir m

f LLI131 z

:3


I IMt: AU; I UAL 10:45 RtL AI IVt 2:45 PoUS r KEFAI III*-:ill--- CIA 0:5R ---- I -V- .4- 1. 10SF RF -AI I'. I

DIST

(MI)OPEN DOSE RATE

mREM/Hr mR I Hr

-, "

jnAIN% MIV~i

PIC DOSERATE

Implmin1PARTCP1MLOCATION

EABxiX22 MlX32.5 MIX4Xs5 mlX6

x/On 7i , ..fn-- .-inn oinn I.... .. ,n1'2- - -A

0.791.422.002.482.502.723.585.005.08

6.83E-062.40E-061.30E-06. _ . _ .8.82E-07

8.69E-077.48E-074.54E-072.49E-072.42E-07

I uuu

___ 600320140

440 , A Hi Bl 7.3_ - - f .--- -E-

OFF SCALE

OFF SCALE

OFF SCALEinn 0nn

h¶ ' IJ

100 M. ` .. "4.0

*1;7. I n ,

10010060

t .34It

220,000 '7^,^n~ nn iv - -- :- Y . . , ,,__ -___4

1;:0fl

Zzu4Afl

Ii. __ . few ,*r o-.-I _ _

,uuu

,000

,000

noin

36,00(22,00i

8.O01, , ^X

Z4

26 20u az 24 'WL o.VQMA

I A A _ _

0.30.3

6060.

-- -, - .-..

BACKGROUND= 40 CPM

- FIELD TEAM DATAM.-, * CALCULATED RESULTS


Z, HWY. 31 ' 1 CREEK

24 TH

,$ X

z 0w z

23 RD

HIall. Slammif

22 ND (

21 STw/

z X7

20 TH t ! 7

S Ml-,-

18 rH

TOGARNETT

az

. X 1Xl

'C'fI

X9

IHWY. 31 ,

X ::

24 Th'-

1 23 RD

(22ND '

i

21 ST e. I

i r 20 TH

19 TH

18 lH

-wp

imP/F

f'. . ;

, ) > I, ..

I II 17

1^ 0T.I.M 14LL ,

TIME: 10453,

TH/1

'Iw

D TO GARNETT

I tC6TH

(4I

CL1I

., -.

5 STH I

H+ 2:45?W.S.+ 0::

* 0

3 030? 3~1, zf '


TlME: ACTUAL 10:49 RELATIVE 2:49 POST RELEFASE9 n-'kADIE I CTAS0:9RLAIE 2:9 STRRFAF f~DIST OPEN DOSE RATE . .. _ O IC RTE PART 1-2LOCATION (MI) XIQ mREM/Hr mR 1 Hr ' CiRo ai'L ,si i R/mIn CPM (.uRI | CPIEAB 0.75 7.45E-06 1000 800 13.3 OFF SCALE 360,00Xi 0.79 6.83E-06 600 440 1. .,i _ .7.3 OFF SCALE 9 0 200,00CX2 1.42 2.40E-06 320 240 4 W 4.0 OFF SCALE :5 120,00C2 Ml 2.00 1.30E-06 __ 140 100 1Z '; 1.7 300,000 . 48,00(X2.88.E07 100 80 ~ ''~'~21.3 i220,000 36,00(

2.5 MI 2.50 8.69E-07 100 80 41.3 240,000 40,00(X4 272 748E-07 100, 80.3 220,000 4 36,00(X5 3.58 4.54E-07 60 48 .~0.8 _ 140,000 ~ E, 22,O0C5M 5.so 2 49E-07 24 18 _ ___0.3 60,000 -8,OOCXG 5.08 21.4E.07 26 20 : 0.3 60,000 4 *, o10,00cX7 5.75 l .93E.071 26 20 fc. 14j4%49i0G 0.13 60--o.000 in 1nnr

[BACKGROUND = 40 CPM

- FIELD TEAM DATA-,, - CALCULATED RESULTS


. ... g.1 TO GARNETT

Zj HWY. 31 CREEK . HWY. 31L

9l \~l~iS n ; X

C'L

24T/ X8i I

1 24 TH

-J ,1: ,fI nX /

z Z Ii- LI.' : \

231RD 23 RD

22 ND H~uuun(X(22 ND

'~X8

21 ST 205 N21 ST

20 TH ~'(7 - .- P / 2T

19 H

5 W-, 19TT

18 TH,W 18 TH

Z/

H N. X417.171TTH /

2. I 3, TO GARNETT

X tFIL ' 16 THx iN(TIME: 0O49~

'7 H+ 2:491 0

0z


Al 0.79 6.83E-06 600X2 1.42 2.40E-06 2602 MI 2.00 1.30E-06 160X3 2.4R 8.82E-07 1002.5 MI 2.50 8.69E-07 100X4 2.72 7.48E-07 100X5 3.58 4.54E-07 605 MI 5.00 2.i9E-i - 24X6 5.08 2.42E-07 26X7 5.75 i.93E-0 26X8 7.01 1.35E-07 18

IBACKGROUND = 40 CPM

- FIELD TEAM DATA2 - CALCULATED RESUL TS


U /

Z; l(WY. 31

t 24 Il

N 'I IIE',.'f CREEK

0z

<3 xliw

uj z

z CJ

23 RD

221ND i (

21 S1I /

,3 .X7

20111 Lu

','u,4S'

;'1 /X10 u. 0

X9 /

0-l 4,.(34/

a

0

z:3

, 10 GARNE1 T

HWY. 31 ]

k, >24 'IB,

.t?

1'IP n / Hr23 RD

\22 ND

21 ST IIZ~hl

,/

5

18 [if

I

20 111

19 11

18 THl

I,

..

/1 7

LU

!I I-' 1- i

TIME: 105P'H+ 2:571

W.s.+ 0:42 B

( .' z, :

7[H' LU

o TO GARNE rT

ui i 6riT

.lI; I15

5 TH

tI,

(I, 1

I


'rim :- Ar:TI 1A1 1 1 *nj � �l . - - I - - - - - -- - - - - - -M ELMAPI An T IAI 4 . .U. K¶LMIIVL J:UL rUb I KRLtASE 0:47

DIST OPEN DOSE RATE . RATE PART 12LOCATON (MI) XJQ mREMIHr mR/Hr tbn Mg~ Rlmma CPM CJd CPM *-EAB 0.75 7.45E-06 600 500 ' f' I,58.3 OFF SCALE . 1205 240,000 4-xi 0.79 6.83E-06 600 480 6"~~ .0 OFF SCALE 0 220,000X2 1.224E-06 20200 T 6 . OFCALEE, 100,000 9 92 MI 2.00 1.30E-06 160 120 2.0 3200002.48 8.2E-07 1 i00 80 i;-s1.3 240,000 E i 38,0002.5 Ml 2.50 8.69E-07 80 6s 1.0 160,000 2e 8s000X42.72 7.48E-07 80 60 1.0 140,000 24,000Xs 3.58 4.54E-07 6046 -. __0.8 120,000 . EO 22000MI 50 2.49E-07 26 20 ~ 00.3 60,000 ~48- 10,000 * -8X6 5.08 2.42E-0 28 22 '070.4 60,000 10_______X7 5.7 1.93E-07 2 20 10* ,00., 03 6000

X8 7.01 1.35E-07 18 14 ' ~ !~ __ 0.2 42,0006007.S Ml 7.50 i-.iiE.07 ¶8 14 . 02 38,000 . 0 o6,000

X97.87 1.09E-07 10. 8 0. _24,000 {93i 4 000 ' .

JBACKRON= 40 _2PM

- FIELD TEAM DATAI er ' - CALCULATED RESULTS


>F-z4

. TO GARNETT

HWY. 31,

!0 0°

o 24 TH

z ItsOfa

* .23 RD

/MRHr

2 22 ND

21S S

/ 20 TH

19 TH

18 nt

1 7All

n TO GARNETTa:0:

16 TH

)5 TH


BACKGROUND = 40 (2PM

- FIELD TEAM DATA'> 4 - CALCUt ATED RESULTS


I1 GARNETr

-10

'U

z

7

z

i, HVY? 31

1 >

I 0

orr

23 RD !1 n-R / Hr

A,*\-' ;22 ND)

2'5

/ V h E rj I ffA I

I.,1 ( TH

TIME:1109:


O40

- FIELD TEAM DATAr v., "A an - CALCIJLA IE-D RESULTIS


TO GARNETT~ IAP

4 z4

z a JXEU

23 R 23 Ru

442 ND'7.5 MI

21 S I 20TH LN 21 Sr lr

z

.220 Tf 20 F[ I

19 TI-1

18 lii1 T

2.5 M 1 ) ,TO GARNETT

/ iI~x (vi /IME: 1 115); **~ 16H

1T1W. S. + I O, 5 iL-~1 C0


11ME. ACTUAL 11:30 RELATIVE 3:30 POST REL EASE 1-5

DISTLOCATION (MI)

IA - 0 3:3 PO TRFIIOPEN DOSE RATE

mREM/Hr mR/Hr

�ii.';- T -g --. g��" -'�- -'iI , , . t .0 �

INS 14,ail , ;� t".-tESAW'"'m, *'�

VI, uuacRATE

XIQPARTIN311

1.: 1 o'

EABx1X2

2 MIX32.5 MIX4XsS MIX6

7.X87.5 MIX9

xii6i10X11II

0.75 7.45E-060.79 6.83E-06.4i2 2.40E-06

2.00 1.30E-062.48 8.82E-072.50 8.69E-072.72 7.48F-073.58 4.54E-075.0 _ 2.49E-_ 75.08 2.42E-075.75 1.93E-077.01 1.35E-077.50 1.19E-07.87 1.C9E.078.98 8.62E-e

10.00 7.IOE-0810.00 7.09E-08

_..... . .... . . .. ..... .... I 1I11 600

800 _240

100

60

dQ.n ;

60018080

4444

;iii.In 8.0

_ 10.3.01.30.7

' n

OFF SCALEOFF SCALEOFF SCALE

220,000120,0004l ,^n nnn

i A-r eA *A-Af |

.E> EiiIIII

_: _-.. . . I -- . - I Z

4626

18

36 V 910 ml, I U.,A a

12u,uuu-inn nnnlim nl1'.

-. _ __= pmml~m. h?;- IKv4v- wf - l-.NrAA~~~~~~~~. -J '!IlY2- __--- . I1U

1409.u6l 0.3

0.29

60

~ i --- ~- _AFfi i.,.

,000,000

2,00C)'-,^ nn

W

16

16 .'i19 PRIIE libiRs 0.3

n q42Ift

0

0�0

4A an -i. I-.- 0 ~ 0-1 - -t~- v

108

86 A:f A-14

0.10.1O.1

.__0.1

zu,uuo22,00020,00012,000

.Mi g6 4

a A._

w Go GIL.-IX!U.V8;l U. ZU.UUU1''2X ......... 1:5Stt1]72l ......... 3 7

BACKGROUND= 40 CPM ' ORION. *w .. IIIIII

- FIELD TEAM DATA.t - - CALCUI A[ED RESULTS

1999 GRADED FXERCISEPage 150

TO GARNE rT

>

23RD -z g1 mR /H-

23 R ;, ( ; I 23. . ,X9 /

22 ND | - .: \I \'2N221: .2N

7.5 Ml4\21 ST 20TH l.. ) 21

e. 20 TH 20 1X 6 , .

.5 Ml-, 8 1 >Jt]/ 19 ml

I-5

4Xi - - r i-|I.. i X / /

X 118TH

i 1I17Tq 0

I X J '3 TOGARNETT0. 0

X2 U-\ .. 1.'h'~x ~'. ~ ~ TIME: 1130 1T

~W ~H+ 3:30t f ,, VV. . :15 ' IoH


TIME: ACTUAL 11:45 RELATIVE 3:45 POST RELEASE 1:30l l

DISTLOCATION (MI)

OPEN DOSE RATEmREM/Hr mR / Hr

- -q. -,. W,-'r, IIN- . ", 4les k",�, -4. W. r zv"ll'tt, .i,-.$T" r.,,,* 0 . I. N - tr ro a = R �

rIl uuDSRATE

1rnR/inPl

PART s AR:CPM IFI1ic

11 l I,-=,:,.Yltl ............. lli4}l

13

X/QEABxiX22 MIX32.5 Ml

XSSMI.X6X7X87.5 MIX9X10XII

X11M10 Ml

s .I . -.l#||w1 11 I

0.750.791.422.002.482.502.723.585 .005.085.757.017.507.878.98

10.00. 0.

7.45E-066.83E-062.40E-061.30E-068.82E-07

8.69E-077.48E-074.54E-072.49Ei-072.42E-071.93E-071.35E-071.19E-071.09E-078.62E-087.10E-087.09E-08

500420140

8060

----3u320100

6n

hsv~j- * 411_ | _ _ | | _ _ _ _ . _ -f i- S=ra _

6.35.3

v I _._

x .D1. . .- u. _e,* z -: :*z:rE ^ - ' l

OFF SCALEOFF SCALE

300,000180.000 .

a

A

1;71: n

- 11-1-wwl�IXEI-A'd"W�,w-vll.-,_,-:�l- --!-I!fll- ----- : D- iZ:I

V2 j 1.ufl ~ 7

_ _ __, I. I -, .t _

160,000120,000120,000

80.000

o ___

i6040

241814

-4U V Ii'Ov.7

_ I - v._ vvXvvv Y. S- =- -� F . -.- . - - - WIAM60 Wwol I---

'180.2n w

34,000 ,en Annn . . 91,

W �leither

,0.2n i

.- - .~~~ .2 I5.2~ - HJ A _

10_.14

8 : - 8 -lfA.

-

4U,UUU - EAR

26,00022,000

26.000 .A:0.1

0.2_, _ _ _ ¢ X '1 5A U ' X

9 MA

Zs 6 ,_ *,1 6"(.11"'�'& : " li

� W.. L; I

I ,W , I. 41-

I__ .__,, _. A A A A 1 i _ _

0.10.18 __ I

8 I

616,000 A16,000 t2 j4 A iAffl

D I1'. .I _ _ v.T s._ 4 p, A . .1---- Z- M-

n. I'! _ u w :<hWSR:5iLNI u. I IZUUU ,:mCeUtill____ ___,_, I -a- x ws-'œ'1 'I_. ---

J|BACKGROUND= 40 CPM

- FIELD TEAM DATAr- CALCULAIED RESLJI.TS


ro GARNETT

-- W

23 RE < < . 1 X 1 rnR /Hlr23 R t: X , \ X 23 Ru~

722 NO ~ L j ;< 4> \ ND

21 ST k,>;?eE|2T N.........\ 21 STi

18 20 ;.t I v /, 1 TH

& 2 A~l1 'a ' " i' ~ fi ^

; <-''>1',2^, TM :14 0

0''2,';'' ''''''5Ti' <4Y i....H+34 1i ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ 1 TH.. 1 T/iXi.\1T ~. 3

, ::~ z ...;.

t $t ,' \k \'e :xt5

18 TH I'

199 GRDE EXRCS

Page 153

TIME: AC ruAl 12:00 RELATIVE 4:00 POST RELEASE 1: 4_ __. . .

LOCA HOrEABxlX22WMIX32.5 MlX4XS5 MIX6X87.5 MtX9X10X11

DIST | O(Ml) X/ mR

0.75 7.45E-060.79 6.83E-061.42 2.40E-06 - ---2.00 1.30E-062.0 8.82E-072.50 8.69E-072.72 7.48E-073.58 4.54E-075.00 2.49 E-075.08 2.42E-07 ___

7.01 1.35E.07|7.50 1.19E-077.87 1.09E-07 .8.98 8.62E-08|

10.00 7.10E-081

10.00 7.09E-08

'PENREM/Hr

DOSE RATEmP / Hr

B i-i- -E2gE~ja,,wra?:t,,;t~inTysvElt

rlu uua_RATE

''-'Ois-.PARTPD~m

t-i., IT "il. -ril,1h 11 .4-11

% ,i,,- 2, � -�. .

i .I s,.r- C "cc, sc I _ -: rDI r n I I., c..,I..

^^_Is ll lwrvl nl C>|§~w:; l n Q ,'utn~wll.e < I............ . r ! .U l/rnn O ;-il;F j.-s. !.;-''r:T f A l-t !~ !X^i.r &a

42 -3

I

WU.00

401 1-11 -"-., ... "'. -, , . I .., .;( -� I., �14 " � I -i ,. - . ,�i - ; 14,

'. tifl�""�--m-0.9388.0 UI-O- SCALE k ID11mO'5.0 |OFF SCALE i li-

___ _ ;N§- sswts,; Ar -- tS¢-W----0000

,GOP. W.499;i- " S4 I z;.,)A80 , .-. 1w, �. . ?I,� 3062

I--.-

1,

44U,0tUL1. W.I

220 000 ,in" i_ _ . l_ :_-____ ! . .:::>::. . . _. .:e:.# .5 .; w_. , =,___ *^. ^._ .,,;6060

48 jj, i- i5014 2 4 ,i -- ;1roA # j . A _ _ = 1 A * LS =;A, l _

O.aO.a

_ ;__ _ .5V.V .. .flSdf - - -

140,000140,000100,000

60M000

IQE�

�2E.b7

50 3832 24

_ - .,, _i _ -_ _ , . 1.24 1824 1814 _ 1010 810 8

:0.b

0.4_.. e I.. i- -. 1 -. '- -- - 7. ; s___W.; -. - - - -I4.

ideal .9 0I R �kI � ;C0, 11, -4.- �' x XI 4

. u.J0.3

; r,_A_ L i S ._t 4 _ .; {^ . T . 4: _ _ I _

v..,.?P S a o1__ I_

.. 2.0.10.1

48,00048,00028,00022,000id .00

N42

^ iAi;i

-,I- �17�-, 1 W7�w� 01,11 I- -o(I

8 6a 6

k4"l-4i0,4i;,210 IZWA� Q?�W� 3 :� R , `tt :�,7 -"n .1

, . . -- -- -A - I. A, A A / N l _

0.10.1AI

20,00014,000As Ann

11.~7F

, n7l

91^9 t'>>-v--"WHO AQ,,%>X;tY1.S v. l Iovvv ZibilBtVSIIl zI - = 7

JACKGROUNO = 40 CF'M al 01111111113

i">' Am -CALCULATED RESULTS


TO GARNEl T

23RD Xl| > / il/ X0 /&23R

21 sr 'U -X821 " / 1s c

20 TH U| / i ' ttt°;p'20trH

11 R' 18 TH

s l LtARgX4 X /

X3 / 17 T~j23 TOARE

0A~U Xt E!jl / TIME. 1200 L e>'6'

r ,'1 0Ee\ \ W.S.+ 1:45, B ?is5


11I3ACKGROUND = 4.0 Cl3M. 11U4 I DU w 3q _

- FIFLD TEAM DATAf-ad- I - CALCULATED RESUI. TS

1999 GRADED EXERCISE.Page 156

. .tX -, TO GARNETT

'' IWY. 31

I ;. .il .i. o ,24 Tee I

Lu IEL " "> Z W "00 =2 " 1 3:1. �jLUx X10?

Z 0 :3 I mR FirCY23 RD 23 Ru

He'll$ summit X9

22 NO22 ND

7.5 Mlt

2 ;p? 21 ST20 �\A

W>

X7Z20 TH 20 TI-I

6

TH

5 M I 19 TH

x 5,

18 III 18 TH

!AR X4x0 ;�:17 TH

X3 17 Tq LU2 .5 m I W

. I k, �' -j D TO GARNET rFm 11; 0L, ILX 2 W LU

ir16 THX c TIME: 1215','

H+ 4:15'11 TI

W.S.+ 2:00r 0 5 TH I


TIME: ACTUAL 12:20 RELATIVE 4:20 POST RELEASE 2:05i

DISTLOCATION (Ml) XIo

OPEN DOSE RATE vMREM/Hr mXf Hr -U

Ilu DOSE

RATElInptmnIn

DARTCPM IMXS""

I..11 .....llll. I1.: \ / * _ _ _. . . .

X22 MIX32.5 MIX4X55MIX6X7X87.5 MlX9

x1i10 MI

1.422.002.482.502.723.585.005.085.757.017.507.878.98

10.00I 0 o 1

2.40E-061.30E-068.82E-078.69E-077.4SE-074.54E-07

_49_E _2.42E-072.93E-071 .35E-071 .19E-07I1.09E-078.62E-087.10E-087.09E-08

_i 1s In>-t. . --- ------, onn

1005060

6 I 1.3I I

zuU,UUu

220 nni ~,- I

42 .i �il q 0.60.7

100,000120.000

_t |c n- -1if1. -

DvMl0 H U.8. .J S 1I2

:�- '- .-', :!5_2

20

8

I I.G 0AK4*.3 4

AI , -

t

i

i

I,uuu

1,000I,0001,0001,000

k n.0

W!1,

I 03 0.20.1

31

11 -- - -=- -- --- W. ftwicaoWdw-,0-�, . -FHA I- f : -: I - -- � -F � �- ---- 1 6 WWm" E A-1U

IU.1n 4

zouluO49 AMi 11

* - F--A m x m ' ' r I - - 1ii _ _ _6

6 4 l k ~ E3*Q..;U.1

0.118,0U012,0001A 000 ifn | -| - e~ *- - .I !. -. - -.. ......_ . I .

6 4 _ ;111 n i. . : . . ._ _

-_L _ - . ,'4 , .- ,. ,.i wY.Y -. .II . -'- --" '. I -

[BACKGROUND= 40 CPM I

- FIELD TEAM DATA5w ? " - CAL CULATED RESULT S


* TO GARNETT~ - W-j HWY. 31

24TH ,

UJIxioz 0

rnR 2

23 RD n 23 Ru

22 ND tm mii X9 /

7.5 MI ' 1 ,(2I"D21 sr r 21 SI'

< X7 /20 I'll i 20 Ili

5 . 191115MI~ X5/

Z IIARIx 4 K'

17/ 161

2j XIA 2 *1 j

"I | H+4:20( el A

M 3 W.S.+ 2:5


TIME: ACTUAL 12:24j

DISTLOCATION (Ml)

OPEN DOSE RATEmREM/Hr mR / HrX/o--- , -- 1L

2 MIX32.5 MIX4X55 MIX6X(7X87.5 MIX9X(10X(11IOMI

2.00 1.30E-062.48 8.82E-072.50 8.69E-072.72 7.48E-073.58 4.54E-075.00 2.49E 075.08 2.42E.075.75 1.93E-077.01 1.35E-077.50 1.19E-077.87 1.09E-078.98 8.62E-08

10.00 7.10E-0810.00 7.09E-08

.

i 100 8050 3860 42

36 28i 20 1620 16

10 8

8 68 6.

6 44-

I I A CROUND= 40 CPM

- FIFLD TEAM DATAf''! As tti* - - ('A[.(AUt ATED RFSIJIlTS


-olillillill"��

.Page 160

I'D GARNETT_-w

F-JI V4A

o ¶ 'I mR H-r23RD a 0 F- 23 Ru

22 ND H22ND .5 I 22 ND

21 ST 20TH LN t 21 Sr

<- X7 '

20 TH * / 20 TH.7 ~X6 /

3 9rH A5 M~Ai-- l'l . |19 TH/

14 /N ,. 4Xt:

iX~~2 Iij.> s~lN +4 2

18 TH 18TH

1-AfX4/

~ z 1717 Tlj,/~

((Xl .: :R~iINT G :.ARNETT

1999 GRADD E X. E .S . CREK

1999~A GRADE EXRCS

Page 161

TIME: ACTUAL 12:30 RFI1 ATI1UF A.,in DnC! -, r~rlCA Qe � - � I

TIE ACUA 123 PF ATI1 A*f DC| flw | XoWn=LCAor Z.1.IU I _I IXVL-LwMOE . la

DISTLOCATION (Ml)

OPEN DOSE RATEmRFM)Hr mR I 1r

;,- ---- : 5 - .1 rll��,wj, , " " - i(A

.. "fi%� �6 -fiq�A" 1. MI s - LIZ

riL., uubRATE PART

I I 1-2xJO

V j _

iit .**** ... A" IM/11 ) " tMA AM~~u,,~~I MuIMruIII1m)IPIVIX4

X55 MIX6X7X87.5MX9

xioX1110 Ml

2.723.5 >5.005.085.757.017.507.87".98

10.00I 6.6-

7.48E-074.54E-072.49F-072.42E-071.93 E-071.35E-071 i.19E-071.09E-078.62E.087.1OE-087.09E-08

VU

36

16161010

8__6__

0.8n'

120,000F, 11

'V I 'UI -1uuff41#11 A Afiii wir tAY ffl;m . v }. t.-& ̂ i ^ ^

12; 0.

nA.Y-S v w\tr.,

1 0.2.0 I

- ~ 1 -W- -&*n i0

6O.1

40,00036,00034,00022,00022,00016,00018,00010,0004n Mn

_ FANi- ' . ___

3,603.60

* n.lI?A

O.1

0.1__ s 44 '� 7rrw.v @. tp,� .- - --

b 4 r4-qftA~aV ni.M-l -. I ii , I t,J.-

LACKGROUND= 40 CPM 7J

- FIELD EAM DATA- CALCULATED RESULTS

1999 GRADFID FXERCISEPage 162

TO GARNETT_ -W

23 RD ' X1 -1 rn R /Hdr/ S/ i \ t\ ,23 Ru z ,

isIall,, Selommit X9 / i t ! \ 6 /

22 tCs 4D0 ND

21 ST , f 71 N lj.- 21 ST rr

r ~ ~ ~ ~ ~ ~ ~ ~ 2T 20TLN X w°{' > / 0T

20 TH, W z T AN

Z. g|ir. , l FA-6c'eS TM :13A@ 1Ti

"' " ' 20 5' W S 215 STHi

XV}0 TH: 19 lH' .,0 ,Ef \ . i,

1999~~ GRDE FXRCS

Page 163

TIME: ACTUAL 12:31 RELATIVE 4:31 POST RELEASE 2:Ir1II11

LOCATIONDIST(MI)

OPEN DOSE RATEmREM/Hr mRlHr . Ejj*I;EMiHi.'

rlu uuac:RATE

IntOlln

I Plr nnec I lat CN.!5v1

PARTCPMxIo

1-2PDM* _, l * *, ,, rs". ll I .. l .... 1 II.b.uullcc .-S11

X55 MIX6X7X87.5 MlX9X10X1110 MI

I I -. I -.1 :--; - 1 I --I---- I .. -. 1 1-3.585.006.085.757.017.507.878.98

10.0010.00

4.54E-072.49E-072.42E-071.93 E-071.35E-07

....., _ _ _

1.09E-07- 8.62E-08

7.1OE-087.09E-08

3618161610

28 K$ i . .~_ <_.vt@_.-u I=

1412

vole,4�*Az� iNii,:T

;IZkur

1..0.5O.

0.2

80,000rt.*-34'1;00

36mool.!| .;, ---|| |

0.2n 4

34,000-A ...

- __6 I I 4. II |* A.4-iQ l- d.11 -~luuk&w ;108 - -866-

U.10.1

:.. -:.- -. I--,,^a - w- . _ .

644

.14 FAP ',~~k*' 4 0. .X4-jnn

I___. I

0.1

0.1

22,00016,000

18,00010,0001000 hIiII�

3,6u003,60C2,60C3,00c1,80c4 onn- .. ___ _AAA_ ___ _tg__t Y :. | |j--- I ,OUt

IIBACKOROUND = 40 CPM

- FIELD TEAM DATA

rr,, t . "rl -CALCULATED RESULTS


10 GARNETT-- W

Lii

z

ii

I-.4

iLU

24

I i ! n /Hr23 RL) /

_4t2 14 D

21 Sr Colt

20 T1

18 III

L1

To GARNETT

Ac' 1'.I

5 11 ,


TIME: ACTUAL 12:36 REL ATIVE: A-1r, POSICT PlFI F=AQ 1)-'

RFI ATIJF PIC DOSEriIA

DIST OPEN DOSE RATE R ~ ATE PART 1-I2LOCATION (MI) X/Q mREM/Hr mR/Hr . mR/mIn) CPm CPm

5 Ml 5.00 2.49E-07 18 14 0.2 40,000 6,00X6 5.08 2.42E-07 16 12 X Q4 .; 0.2 36,000 I * 6,00X7 5.75 1.-93E.0,7 141 O , 2 -28i,0-00 4,60

7.01 i-1.35E-07 10 8 0.1 22,000 ,7.5 MI 7.50 1.19E-07 10 8 OJ2 . 22,60-00 3,60X9 7.87 1.09E-07 8 6 :0.1 20,000 3 __ 40__XRF 8.98 8.G2E-08 8 6 " 0.1 18,000 3,00XII, - 10.00 _7.IOE-08 _____6 4 01 10,000 1,80

1_i 10.00 7.09E-08 64 lol o1,80

I

|BACKGROUND = 40 CPM "

- FIELD TEAM DATAF!. ," 3- CALCUI ATED RESULTS


TO GARNErT

- _-W

> 1

5 M t ) a ./ 1 1lrnR/H

- iz I 1 il X9-

22 ND ( ( )I7.5 MI 2N

1~8 IH l1T-t,/i-,

2 . Ls 21 SI

TI X,

z I20 TH - K 20rFH

-' . .'1W9r.* L I

ZJ X6

1 8 IN Hr7T LN. 18 III

3: 'A

, '':, 17 II {17 ii

k .. GAIINE F e

1999L- G E

REEK X2 .

XlALINGRI TIME: 126H+ 4:361'

W5FV.S.+ 2:211 I~5I

\ ~i

1999 GRADED EXERCISE. Page 167


DIST W iQOPEN DOSE RATE PA R~rT.FCDSX7 5.0 75.93E-07 6 4 10 __8 0.2 28,000 m - 4,600

i.5 100 1400 2,400_=<Xg

Ml 10.00 7.09E-08 iO 1,800

[BACKGIROUND= 4~0 6- 7 _____

- FIELD TEAM DATAr- " - CALCULATED RESULTS

1999 GRADED EXERCISE-Page 168

7) IIWY. 31

i, 24 I'l

Li roGAHNE Fr

IMY. 31

t, / .1 Lz LI XIO

23 RD O 2- RX

AI- , SIB SUMMnAi X9 L

2151 * 20TH NN.20D

7. 5 Ml X "<ttA N

21 Sr; t t _ 2 )2tt

b. X 9\ 2~1 S

,17TH LN v 18 T

2 1 IIM 174 TH , 0T

':j 0;10; i 4>H+ 4:45(

1999 GRADED EXERCISE Pg 6


P1ST OPEN DOSE RATE B -LOCATION (MI) XIQ inREM/Hr mR I I-fr B y. . f..E... mR/mm CPM i tmn CPMX8 7.01 1.35E-07 i 10 8 '. - . A0270.1 200 9I4,0007.5 MI7.50 1.19E-671 8 6 ~ 050.11 14,00 46j 2.400

X9 7.87 1.09E-07 8 6 ._ _ _ 0.1 16,000 5 2,600X1 8.98 8.62Ef-08 6 4 ;500. 14 CO00 . 2,200X1i 10.00 7.10E-08 6 4 g, 01 _ _ 14,000 m 2,200 _10 Ml 10.00 7.09E-08 I 4 i . .. 12,000 g d 1,800

[BACKGROUND= 40 CPM

- FIE D.0 TEAM DATAf~ rg, - CALCULATED RESULTS


i HWY. 31;1W , CREEK

(. 24 TH

IA

il. - '* TO GARNETT

, - , i . HWY 31')HVVY.314 2, 1,,

N.,,-

\ ol t '24 lTi)

z 0 mRH23 RD IT, 23Ru

2 5O M 1.rn~ni~ _X \ 22 ND

21 ST K. N 5 .1 '- 21sr2021 S

20 TH 20 T

1919TH,. ,i t w Z5 ! !j,: , 19 THd

1 81 H t7TH LNJ 18 TH

X31'' '9 Ai4 H>"

o17TH TIA E O i GARNETT

TH TIM 1249H+ 4:49( K

p 1T W.S.+ 2:34, ' TH

1999 GRADED FXERCISEPage 171

TIME: ACTUAL 12:57 PFI ATI/F= a SZ7 Dric 3 D E=, A:C~ ^.Aq

- I I '-' I FNLLLJi E:I.TF PIC OSE -.LOCATON ( OPEN DOSE RATE RATE IPART RI 12LOAIN (i) X/q. mREM/Hr mRlIHr MR/mRIllI cp RT _1

7.5 MI 75f R I qFAn7 " ~ ', .I I I- ~

I

X9 _X(10X(11_210I

7.878.98

_- _ 10.001 0.00

I... .. -1 .09E-07

8.62E-087.10E-087.09E-08

8 6v

8 66 4a A

" .~ '~ R ~ i 0.1

0.1

0.1

14,00016,00016.00014,000

. _ _ _ -_ _ . _

BACKGROUND = 40 CPM

- FIELD TEAM DATAF.-, W. - CALCULATED RESULTS

_[;- Vm t ,. i* jj- .I- v u l, 12 I

mm.-.


\,I "Z) HWY. 31

! 24 TH

i." I\1 " _,

W**, I A* I

, HWu" 3

-ro GARNErTT_-W

' / 0 \- 1 mR./ Hr23 RD ' \\ 23 Ru

7.5 M L.__ D2N

21 ST . \ ' 0 L ' to 21 S T ,?

>S iS tXt ,-

IL 20 IH L,, , 20 rH

* , 2 9 Tt / , s t 'i19 TH

z X 5 . 4 1

18 TH Ix co4/' Is! ,) 18 Tl1

X; 3E .; 71, 'H 44 . ,

LV : 0 J 3 X 0 \ .'L , .I4 o. 16 tH p Il W > 16

1999 GRDE EXEFfSISE

Page 173

TIME: -fACTUAL 13:02 RELATIVE 5:02 POST RELEASE 2:47~ l OSE

DIST OPEN DOSE RATE X - ATE P ART 1-2LOCATION (M X/*Q mREMfr mR Hr n _ _ _. I R E J CMXIO 8.98 8.62E-08 8 6 '0. 16,000 224,6xli 10.00 7.10E-08 6 DO ~ 0. 12,000 E.Q 2,00

10o Ml 10.00 7.09E-08 6 4 46A*0. 00 ,0

ELK_2GROUN- FIELD TEAM DATA

By '<. - CALCUI ATED RESULTS


I'2j HWY. 31 I CREEK

_1 w2) TIt24 TH a.

7 IV,> ,y

1 .:..i :. S.. I. 7. ;\' , 4 .A

I HWY. 31

I v"

II 24 Ti? I

TO GARNEI T

/i Z 1 mRnH r> *

23 RD a , | 3RD !

'Hidl n X9 Sm m1 X

22ND N O ,' (22 ND

Ia

|i .Sfl X t21Sf s-r~ 20TH N ( ' ! 21 ST

HU 20l ,> ' I 7\ l t ,

20 TH 4 20 TH

.r, (tl l \ / X6 | ;

19TH 19TH

-U-

k X5 ~ ,

18 TH n 18 Tl1

. z 17TH X3/ t 17T

> 1'roGAR1NET r

X~ l 8 r1T tjo ii T i> 1:f~~~~F -'''ls1IUr,~rR~rtIH(l' , TIME: I 302>2 ! tai-, Z" H+5:02(k - \/Vis.+ 2:471 5TH

t. } , : \;#- c ' /t \ ,'\ 'I

l6 :: '6 ':. I'f:: .'4 \ ,j( r7. . CRFE ; \a

1999 GRADEED EXERCISE Page 175

TIME: ACTUAL 13:09 RELATIVE 5:09 POST RELEASE 2:54DIST OPEN DOSE RATE RAE PART AT 1-LOCATION (MI) XIQ mREM/Hr mR I Hr hiRI1 fi .~ KEN- mR/min) CPM ~ . CPM

Xi 10.00 7.10E-08 6 4 9i 0 12,000 . 2,000160m MI1.0 7.9-86 4 Q 100. 800 01,0

BACKGROUN 40P=

- FIELD TEAM DATA,. *t - CALCULA rED RESULTS


Z, HWY. 31 , CREEK

0tr

24 TH

0,.

z

R0 4, OIRD 4;

IND / ... )

' TO G

Hdv 1WY. 31

0:3

:324 3

'123 RD'K i

ARNE I'T

-ow

LU

z23

22

1 nPR

Lt

4z

21 sfr d

ii

-20 T11 k,

z .

I5

X7

Q7,- : I

II

I

I

/ Hr ,t. O

21 SI '

k

18 TH 'K}

*"\ 171

) ' 0 (i ,

19 TiH

20 HI'

19 T1I

18 IH

I I

X5ii

,. , f

I)I

,1 I

. , I 1-I'

i , , I. o,* 0 I

., .,, . - u . . LL .

'1 .TIME: 13O9W>H+ 5:09L

\1 H W. S.+ 2:54r\I I x;

z:3

I I .

17TIh. I

I Dnu IOC

.16 IH

a. k,L1I

5II I.

.. TII I

GARNETI

I ,I j.:


TIME: ACTUAL 13:15 RELATIVE 5:15 POST RELEASE 3:00PCDOSE

0SOPN DSE RATE ~ ~ RAT PART 1-2LOCATION (MI) XIQ MREMH tRoor a.,-lnl) P 9~~ P

EFBACKGROUND = 40 CPM I

- FIELD TEAM DATA-CALCULATED RESUt.TS


I-

z

ILz

D, HWY. 31

24 TH

023 RD r

22 ND

21 ST

20 TH I

' CREEK a,

x , . ,,X1< . I

I '. 'U

!. , I

UJ 5, Ci)

&01,

0I

00

3:. :4-:

W I TO GARNETT.I.. A Li4 ..

? HWY. 31i . L. W

K10 I' ,W z

I-~

I fS 2

. I

I)

LN .,Z 201 ?%

(22 ND

I. '\,

I I

\ 21 ST20TH L

20 TH

19TH19 TH

L.U

IX5

18 THI III . '

? ~.118 TH

i

I 1.

TIM

-j

17 T.',

1.�; % W

W:3" i. 0

I.!

0 ,; U- I .i

IE: 1315WH+ 5:15"S. + 3:OOW

5(C' :

zZ)

I >1

16

I, '

l5 TH

TO GARNETT

1TH

l, 15 T W.

\,


II NOY 9 a

ALERT, 1, 4, 21, 22, 39, 53, 56, 57Ambulance, 5Classification, 11Contingency, 1, 2, 53, 55, 62, 63, 65, 66Controller Assignment, 10Declaration, 1, 2EOF, 2, 3,4,5, 8, 9,10, 12, 20,68Fire, 1, 2, 20, 54, 70, 72, 74General Emergency, 20, 22, 41, 65Initial Conditions, 1Leak, 2LOCA, 2, 21, 22, 59, 73

Medical, 5,12, 72Notification of Unusual Event, 38PARs, 2, 11Phone Number, 1, 25Protective Action Recommendation, 11RCS, 2, 20, 21, 22, 26, 31, 88Release, 2, 21Rumors, 3, 12, 76Security, 1, 2, 4, 5, 8, 10, 25, 39, 40, 41, 49, 55,

56, 57, 71, 72Site Area Emergency, 20, 22, 40, 62, 63

1999 GRADED EXERCISE Page 1 80

WOLF CREEK - nrc.gov · timeline 20 control room turnover sheets daily plant report 22 daily pod...

Documents

Transcript of WOLF CREEK - nrc.gov · timeline 20 control room turnover sheets daily plant report 22 daily pod...