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SCHLUMBERGER WELL SURVEYING CORPORATION HOUSTON, TKXAS \ \ \ \ \ \ \

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TOMPANYB ENSON-MONT IN

F, GREER

WELL. JONES

FIELD, WEST GALLEGOS DAKOTA

LOCATIONSEC. 17-28N-13W

COUNTY SAN JUAN

STATE NEW MEX I CO

Other Surveys

NONE

Location of Well

790 ' FR S/L 790 ' FR E/L

SEC.17-28N-13W

Elevation: D.F.- 60 2-4 K.B • 6026

or G . l , 6012

FILING No.

RUN No. ONE Date 6 - 2 0 - 5 9 First Reading 63^+4 Last Reading 2 12 Feet Measured 61 32 Csg. Schlum. 212 Csg. Driller 21 2 Depth Reached 6350 Bottom Driller 6358 Depth Datum KB Mud Nat. GEL CHEM Dl L Dens. | Vise. 9 . 1 i 67 I | Mud Resist. •) q@ yq°F @ °F @ °F @ °F @ °F

" Res. BHT 1 ft@ 1U7°F @ °F @ °F @ °F @ °F Rmf 1.35@ 1^7°F @ °F @ °F @ °F @ °F Rmc 1 .h @ 1 k7°f @ °F @ °F @ °F @ °F

" DH 8 . 0 @ °F @ °F @ °F @ °F @ °F " Wtr. Loss k 4CC30min. CC30min. CC30min. CC 30 min. CC30 min.

Bit Size 7 7 / 8 " Spcgs.—AM 1 6"

MN -IND. kO"

Opr. Rig Time 2 MRS. Truck No. 2515 FARM Recorded By PARSL0W Witness M R . L I L L Y MR.GREEE

££/V50A/-AfO/VT/A/-GX££/? OtfLG CO/?F>

790/S' 7?0£ Scv/r-fSy-ZSrV

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As Callow

4 A Z T E C

ri o g o o d

25

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87 6,C £ S r

4 4

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GAS P^OD PA N

,42

B M G H M 0 I •' A N A 1.1 43 PAN AM

J o n e s H o I d « i R i d d l e G C U G C U

Sou i t

.MP[T i U AN AM s u e PA N AM

Robinson

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G C U • ROYAL DEV 3 M G PAN AM

72

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15 u? •ir D ci v i 1

WOT O HENDERSON PAN AM a M G A

,J • '*OIL CONSERVATION COMMISSION 1000 Rio Brazos Rd. Aztec, New Mexico

met V

OIL CONSERVATION COMMISSION BOX 871 SANTA FE, NEW MEXICO

/

DATE

RE: Proposed NSP_

Proposed NSL

Proposed NFO_

Proposed DC

Gentlemen»

/ I have examined the application dated \/tfA;l> z

for the/-* 4 / / / / /

Operator Lease and Well No. S-T-R

and my recommendations are as follows*

A.

Yours very truly,

OIL CONSERVATION COMMISSION

ri­ce

(9

CL CC

(

r-- -

•-4 ft.

ILLEGIBLE

Smmt

' ra t or

Loca t ion ' U n i t

NEW MEXICO OIL CONSERVATION COMMISSION

SAN fA F F, , V v.If ;•

APPLICATION FOR DUAL COMPLETION

7-3-58

•AS mm

Section

ML

j * e l i No.

t i t an f e

',, Has the New Mexico O i l Conservat ion Commi ss ion hcrefo 'ore authorized i..e i v . i . tiwii}. i f t «on -if * w e l l in these t u n e pools -r in the same

fums within one mile of the »ub)ect well' Vi _____ N<« _Jm

1. I i answer ta yea, i d e n t i f y one such instance '• >riier No. .. ; ' i pe ia to r , I c u e , and * e l l N o . :

The f o l l o w i n g facts are submi t ted : ) o*er Zone

o. Name j i reservoir

b. I n and i -ot tum of

',ayS":'!0° i Jtf*-V. tfc5 \ ' P e r f o r a t i o n s )

c. l>pe ot product ion O i l or l i a s )

d. Method ol i ' f r a c t i o n « f l g y P _ i * m » (1 l owing i>r A r t i f i c i a l 1 l f t '

4. i h v f o l l o w i n g are at tached cl ' iease mark Y I-.5 ut NO)

a. i>;agrammatic Sketch of the !>ual ( o m p i r t i o n , a bowing a i l cas ing s t r ing* , i nc lud ing s ize an i se t t ing , ov of cement, perior d .

t e rva l s , tubing s t r ing* , i nc lud ing d ia r le te rs aad se t t ing d e t t u loca t ion mni type > packer* in ' aide .to t . hokea. and such other

informat ion aa may be per t inent .

. b. P..it showing the lot a t i ' .n of a l l wel ls on appl ican t ' s l e a s f , a l l oifs .-! a r i l s : n t . s* ' i r i ^ . . U * the .»...* s and addresses -.f

operators o l a l l lease;, o f f s e t t i n g »; f l u i n t ' « ieas-

. c. *mvers consent ing to such dual . .»ni; e t ion t u r n each o f t s c ; I'S/atpr, or in i ( • ' .s••. .. . -vi i t u e «.._.. said o f f se t operators na ,

been furn ished copies of the a p p l i c a t i o n . * ( t o w ? ^ M f f f f 9 m a V S f e t b w V ' j i w^lllSwwwfeik*)

d. L i e c t t i c a l log of the w e l l or other tcce.-table log w i t i i top* and bottom* >l „!,„ ng /one., an ! i n t t r v u s of per fora t ion ind ica te

thereon. ( I f such log i i not sva i lab . t a' the t ime at -ph •_ at iun is f i l e d . -.: sha.i ! r . . .br ' i i t ted .. s j ! U f u ! « by Rule 1 ( J _ A . .

5. i l i t a l l o f f se t operators to the lease on wtt ich this w e l l is located together w i th r«(* u c t . n - r o o n g addi <•-._,.

iM-*awiiim nmmum *• mm wmmni m^ mm Hwdtt

ILLEGIBLE

6. *ere a l l operator* l i s t e d in imk.a -*ss»»V ao*4U|* t jy id f u r m s h r i a c>, v of th i s app l ica t ion? Y r < _ NO . if answer is yes, g.ve a/laaaw a r » s J U ^ B T V

• I su, h n o t i f i c a t i o n

R J ^ F J ^ A T E : ^ i _ t h e uadefs igned. state that i ;be ^ . ^ Z J Z Z S - - ". _.. rtf the

* * • 5 « * L ' ^ ! I ? t - ' company) , and that 1 *»• autwortzed by sa id company t , . make th is report; and that t h i s re-,-»rt was { repare

r -rv superTiaioa and d i r ec t ion and that the fac ts stated therein are tiue-, correct and complete to the beat of my l r iwledge .

S i l - , « t i : ' "

SbouM waiver* from « i ; " i f t - e t operators not acci-uipaajr an app l i ca t ion for adauinisti at we approval , - i - New s - m - o ! >a (.onservaMs!

• oani<i.» on w i l l ho ld the a ^ p i i c a t i , m for a r " i u . : ;» twenty (20) days from date of r*-.-?; -> 1>. the ( oti i -.i i * , n * .Sants ! i- o f f ; , e I t

after i&di. i wen; . U , r ^ r. • - , , i . c f s t n r • *.,, r ~ r I ,,r he , i . i n * i . f c c e i ved by :h<? ::,ce .. - " i , -. , « j . ^ n .»

T f. l i t h e ; ro j osed dual . .--ipie-1 >• . . 1 r t s i . l t o rt«-. :rthoC u w e l j i > a t ion and a >. . . t . l , . , i . - . .• .; m • i .- „ ., , .

producing i o f f s, ' ' u . s t r i : i c >' ' f • approval ot the s e should t<e , a . i ^ c u s ! , .» » h s i r ' ; u . •. r;

BAKER O I L T O O L S . I N C .

BAKER MODEL " D " RETAINER PRODUCTION PACKER

Product No. 415 -D

USE: The Baker Model " D " Retainer Production Packer is the most widely used, most versatile, high-performance, drillable production packer available. Reference to the application section Pages 494 through 498 wil l disclose that i t has been used suc­cessfully in nearly every conceivable production ap­plication from simple single-zone, permanent-type completions throughout dual- and multiple-zone in­stallations, including complex multiple-string appli­cations. In conjunction with many of its numerous production applications it is frequently used as a high-performance squeeze or testing packer or as a permanent or temporary bridge plug.

ADVANTAGES: The Model " D " Retainer Produc­tion Packer offers all of the advantages and features described in Pages 501 through 503, plus one great advantage: its proven performance. This packer of­fers proven reliability based on thousands of success­fu l applications under the most rigorous of high-pressure and temperature conditions over the past 16 years. Many of the first production models of this packer are still providing excellent service. CHARACTERISTIC C O N S T R U C T I O N FEA­TURES: (Refer to Fig. H-184). The Model " D " Retainer Production Packer contains two sets of op­posed slips, a packing element confined by metal re­taining rings, features that are characteristic of all Baker Retainer Production Packers. The character­istic feature of this packer is its smooth continuous I .D. sealing bore that contains a flapper-type back­pressure valve at its lower end. In most instances the packer is available with different sealing bore sizes for a given O.D. and weight range of casing (see specification guide Pages 518 and 519).

Although the Models "DA", "F", and "FA" Re­tainer Production Packers contain larger bores for an equivalent casing O.D. and weight range, their use in normal production hookups is not warranted unless a larger bore is mandatory. SETTING METHODS: A l l Model " D " Retainer Production Packers can be set on wire line (Pages 504, and 542) or tubing or drill pipe (Page 514).

ACCESSORIES

The typical accessories for use with the Model " D " Retainer Production Packer are illustrated and briefly described on the opposite page. Refer to specification guide on Pages 518 and 519 for partial specifications. These accessories can be used with the Baker Model " H " Retainer Production Packer, once the setting-seal mandrel has been removed.

• Thread

Seal

' Retaining

Rings

. Packing

Element

, Retaining

Rings

' Flapper

Valve

f Junk

Pusher

Product No* 415-D

Fig. H-184

Baker Model "D"

Retainer Production

Packer

50''

BAKER O I L T O D L S . I N C .

HOW TO DRILL OUT BAKER RETAINER PRODUCTION PACKERS

The recommendations listed below should be used as a guide only. Past experience and common sense should govern the dril l ing-out operation.

With Rotary R ig :

BAKER PACKER MILLING T O O L Product No. 7 4 7

The Packer M i l l i n g Tool normally mills over a Baker Retainer Production Packer in 2 to 4 hours. Af te r the upper outside port ion of the packer is milled up, the balance of the packer is retrieved in over 90% of the jobs.

This new Packer M i l l i n g Tool can be run on d r i l l pipe or tubing. I t is recommended, however, that a Baker Junk Basket and at least one d r i l l collar be run between the Packer M i l l i n g Tool and the dr i l l string, refer to Fig. H-183-A, View I .

Both the mi l l ing shoe and the bottom sub of the M i l l i n g Tool are dressed w i t h hundreds of crushed tungsten carbide chips for fast mi l l ing . A l l connec-

Baker Junk

Basket Product No

4281

Baker Retainer

Product ion Packer

Baker Packer M i l l i ng Tool

Product No. 747-C

Mi l l i ng Shoe

tflaop)

Retr ieved - Por t ior

of Packer

Catch Sleeve

I II III

FIG. NO. 1 S3-A—OPERATIONAL VIEWS

tions are threaded (right-hand thread) and locked w i t h set screws. The tool itself w i l l withstand a 50,000-lb. pull .

W i t h pump on, run in and tag packer l ight ly . Set down wi th about 5,000 lbs., then take a 15,000-lb. strain to check operation of catch sleeve. M i l l i n g

operation is normally achieved w i t h f u l l circulation, f r o m 5,000 to 10,000 lbs. of weight on di i l l string, and rotary set at 50 to 75 r.p.m.

View I I illustrates the position of tht M i l l i n g Tool as i t mills over the top outside portion :>f the packer. Note that only the outside of the packer is milled, and that the M i l l i n g Tool is stabilized in the casing by the lower part of the M i l l i n g Tool vvhich rotates inside the packer body.

Af t e r the packer is milled over and freed, the catch sleeve r e t r i e v e s the body, gu de and junk pusher of the packer, see View I I I . The M i l l i n g Tool is designed to m i l l over a packe; and retrieve i t in one round t r ip .

I n case of an emergency, the Packer M i l l i n g Tool can be released f r o m the packer by holding a 5,000 to 10,000-lb. strain on the d r i l l string and rotating to the r ight unt i l the catch sleeve collapses.

The Baker Packer M i l l i n g Tool , Product No. 747. is available to mi l l over and retrieve most sizes of Baker Models " D , " " D A , " " F " and " 7 A " Retainer Production Packers.

Rock Bits

The average time required to dr i l l out a Baker Retainer Production Packer w i t h roc;; bits usually ranges f r o m 8 to 16 hours.

A Baker Junk Basket and at least or e D r i l l Collar should be run between the rock bit and the dr i l l string.

A new, high quality, hard formation rock bit w i th medium to short, regularly spaced te ;th should be run. Select a bit that w i l l not "track,' and of a size that w i l l give min imum clearance be:ween the bit and the casing. I t is recommended thai a bit without "wings" between the outer teeth be u ;ed.

When feeling for the packer, t ry to avoid any im­pact which might break some of the teeth on the bit.

Experience has shown that rotary speeds between 50 and 75 r.p.m. w i l l give the best results under normal conditions.

Weight should be gradually increase I on the pack­er un t i l there is as much weight on i t as is safe for the bit and/or the d r i l l pipe. F om 14,000 to 15,000 lbs. has proved to be an efficien weight when using d r i l l pipe. Care must be takei , when using tubing, not to apply excessive weight

With Cab le Tools:

Use conventional cable tools w i t h t i ther bevel or star bit. Dump about two barrels of teavy mud on top of the packer.

D r i l l in the usual manner. Run tand pump or hydrostatic bailer for clean out beiween dr i l l ing runs. Spot fresh mud and continue dr i l l ing. When the section of the packer that contair s the packing element is reached the dr i l l ing efficiency can be in­creased considerably by dropping broksn bottle glass on top of the packer.

S£/VS0A/-A70A/1/A/- G/?££/? Orf^G. CO/?/=>

7?o/S- 7?OsT S<?c/r-f8<V-/3h/

r

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k 7Z? G356 - 'CSj. Scff @> G35*5 c-err?erp/ecS w/ 3 vs sy

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ILLEGIBLE - i

mmt Inwmr,:

Shut tr, aaivuf rcrt*£ti:.on ^uly it,-..:, -e ,.•

At'..vi* :z-:..£ fli.i.. ! Khl.»!\ ».•' ' I i-,f- --f

:;i'.-ifT :.!*.» .-:'*;y da? f*:-.>:.i*vm 0ir •<!*.'.?* ! - i t . * - I T * : J-, * * V.,;.!.

Tht-.- ,* :.Up fo r»« t i - , . t t i i l k* *nut in f r o * • •• ,•»«.

Cw;>'.'.. *In,w.r ^r€u-m^res w i l l i*# *• M#I, .-. 4 ^ - • f n m a t i v

*«*»* f'>r*«ttUf v i l l i b© t - i m ^KJuceJ -,n

C*.^%.rl*'3n of decide: 1 ^ pi"eibai»«8 t«k»« !;>-•*

or* tfefct.^*,' , f lm% rrcm tha r ^ n i . i ^ tr

W&m mxioo Oil mmmrvMtton &>is*imior. H M Id. i lily ISth, i960

If* tfuat •tthed ©f pceksr t«t* at**ft «lth your Approval, and »1U Ml pU**'ia to ha. e tt Co«ftlt*ltM? wm*®**&tmtlr<$ *4itn««« ft^r or til j>*rt# ,st the t t t .

ILLEGIBLE

ft**!* very tvuly,

PACKER LEAKAGE TT^T

BENSON-MONTIN-GREER DRILLING CORP.

JONES #1

DATE GALLUP PRESSURE Tb S o Csg,

DAKOTA PRESSURE REMARKS

7-16-60 8:00 A.M. shut-in

7- 17- 60 8:00 A . M .

7- 18- 60 8:00 A . M .

7- 19- 60 8:00 A . M .

7- 20- 60 8:00 A . M .

7- 2 1 - 60 8:00 A . M .

7- 22- 60 8 :00 A . M .

7- 23- 60 8:00 A . M .

726

766

790

(PRESSURES RECORDID WITH

1661 Gallup produced. 128 bbls/ 24 hrs. w/GOR of 823:1 ir" choke - Plowing csg. 400# - Plowing tbg. 25#-40#. Dakota Pressure stable at 1661#

726

766

790

1662

1663

1667

1669

1673

1676

1678 Dakota opened to flow at 8:00 A.M. Pressure 1st hr„ - 651 Pressure 2nd hr. - 626 Pressure 3rd hr. - 578 Gallup pressure stable at 790# during test

DEAD WEIGHT TSSTER.)

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Form C- 116 Revised (.12/1/55

NEW MEXICO OIL CONSERVATION C ) \ MISSION

GAS-OIL RATIO REPORT

mmm*mmz»*mam mn POOL . OPERATOR.

ADDRESS ^ . . . f » . % P * f ^ ^ ^ f .. m ^ m . . MONTH OF M l ,9

Seaming ton. Hew Htsica ' SCHEDULED TEST COMPLETION TEST * . , SPECIAL TEST (Check One)

(Sec Instructions on Reverse Side)

Lease

• fo&l allowable

Well No.

Date of Test

?A6

Producing Method

Choke Size

Test Hours

Daily Allowable

Bbls.

Production During Test

Water Bbls.

Oil Bbls.

Gas MCF

GOR Cu. Ft. Per Bbl.

0.

No well w i l l be assigned an allowable greater than the amount of o i l produced on the o f f i c i a l test.

During gas-oil rat io test, each well shall be produced at a rate not exceeding the top unit allowable for the pool in which well is located by more than 25 percent. Operator is encouraged to take advantage of this 25 percent tolerance in order that well can be assigned increased allowables when authorized by the Commission.

Gas volumes must be reported in MCF measured ut a pressure base of 15. 025 psia and a temperature of 60 degrees F . Specific gravity base w i l l be 0. 60.

M a i l or iginal and one copy of this report to the d i s t r i c t office of the New Mexico Oi l Conservation Commission. In accordance with Rule 301 and Appropriate Pool Rules.

ate..

( I certify that the information given is true and complete to the best of my knowledge.)

By.

THIe