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Home My WebLink About184-148 ~ge Project Well History File' Page XHVZE This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file, may be scanned during a special rescan activity or are viewable by direct inspection of the file. j_~l.~__ L~ ~ Well History File Identifier RESCAN DIGITAL DATA OVERSIZED (Scannable) [] Color items: [] Diskettes, No, [] Maps: [3 Grayscale items: [] Other, No/Type [] Other item s scannable by large scanner [] Poor Quality Originals: '~ OVERSIZED (Non-Scannable) [] Other: -~ rn Logs of various kinds NOTES: [] Other BY: BEVERLY BREN VINCENT SHERYL MARIA LOWELL DATE: /S/ Project Proofing BY: BEVERLY BREN VINCENT SHERYL MARIA LOWELl. DATE: /SI Scanning Preparation I x 30 = ~ + _c~ = TOTA, PAGES 5/7', Production Scanning Stage 1 PAGE COUNT FROM SCANNED FILE: 5 q BY: Stage 2 BY~ (SCANNING IS COMPLETE AT THIS POINT UNLESS SPECIAL ATTENTION IS REQUIRED ON AN INOiVIOUAL PAGE BASIS DUE TO QUALITY. GRAYSCALE OR COLOR IMAGES) PAGE COUNT MATCHES NUMBER IN SCANNING PREPARATION: ,/~ YES __ NO IF NO IN STAGE 1, PAGE(S) DISCREPANCIES WERE FOUND: YES NO ReScanned (individual page [special attention] scanning completed) RESCANNEDBY.' BEVERLY BREN VINCENT SHERYL MARIA LOWELL DATE: lSl General Notes or Comments about this file: Quality Checked (done) 10/25/02Rev3NOTScan ned.wpd Memorandum State of Alaska Oil and Gas Conservation Commission Re: Cancelled or Expired Permit Action EXAMPLE: Point McIntyre P2-36AXX API# 029-22801-95 This memo will remain at the from of the subject well file. Our adopted conventions for assigning APl numbers, permit numbers and well names did not specifically address expired or cancelled permits. This omission has caused some inconsistencies in the treatment of these kinds of applications for permit to ddil. Operators have asked us to adopt formal procedures for this class of permit application in order to prevent future database disparities. If a permit expires or is cancelled by an operator, the permit number of the subject permit will remain unchanged. The APl number and in some instances the well name reflect the number of preexisting reddlls and or muitilaterals in a well. In order to prevent confusing a cancelled or expired permit with an active well or multilateral these case sensitive well identifiers will be changed for expired and cancelled applications for permits to drill. The APl number for this cancelled or expired permit is modified so the eleven and twelfth digits is 95. The well name for a cancelled or expired permit is modified with an appended xx. These procedures are an addendum to the AP! numbering methods described in AOGCC staff memorandum "Multi-lateral (weiibore segment) Drilling Permit Procedures, revised December 29, 1995. AOGCC database has been changed to reflect these changes to this permit. Statistical Technician ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907-276-1215 December 31, 1992 Alaska Oil And Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Attn: Mr. Mike Minder Re: Request for Exception 20 AAC 25.035 (b) (1) Jones Island gl Exploratory Well Dear Sirs: ARCO Alaska, Inc. hereby applies for an exception to the provisions of 20 AAC 25.035 (b) (1), concerning bifurcation of the diverter line for Jones Island #1. Following are the major concerns associated with this request. / 1) After extensive study of the Cirque #1 blowout and the performance of the equipment on Cirque #1, ARCO Alaska, Inc. has determined that a combination of one 16" line with no 90° turns is the optimum design. 2) Effective operation of remote valves positioned 100 feet from the rig may be limited. 3) Prevailing winds on the North Slope during the winter drilling season are generally in the direction of ENE to WSW. With perpendicular placement of the diverter line, there is minimum exposure of gas blowing back onto an ignition source (see attached weather data) or of gas blowing onto the camp. 4) A gas dispersion model named "Focus" has been used to simulate flow out of a 16" single line at varying rates and wind speeds aimed towards the rig. Included with this request are outputs from this simulation. It is our opinion that with proper placement of the diverter line with respect to prevailing winds in conjunction with the short duration of time while drilling under the diverter, a bifurcated line is not necessary. If you have any questions or require any further information for this request, please contact Tim Billingsley (265-6575) or myself at 263-4603. ~i~fre~e..~____~Sincerely' ~ Area Drilling Engih4er Attachments Divert Line Arrangement Jones Island #1 Prevailing Wind 450' Ice Road Access Ramp I I ! I ..-- .... ..,. ~ 100' radius from divert outlet ~' ',, No ignition sources are within % - 100' of end of divert line. % t 100' of 16" divert line I '-- l.'-_J--" .[~,,_~"~'~ Well Mud pits Pipe Shed Generators Boilers Generalized Rig Outline Nabors #22E Rig Camp N 450' WIND WIND SPEED (MIltS,) AVG DIRECTION <- 3.5 <- 7.5 <-12.1 <-19.0 <-24.2 >24.2 TOTAL SPEED mmm m m mm m mmmm m mmm ........ ;T;;---;T;,-o7;;---;7;;'";7;o--;7;;'-;T;; ;.;, ]~E 0.05 1 · 41 1 . 79 0.00 0.00 0.00 3 · 25 7.84 NE 0.00 2.92 8.80 2.21 0.00 0.00 13.93 9.67 ENl,, 0.05 1.13 2.02 1.18 0.09 0.00 4.47 10.21 E 0.05 0.56 1.60 0.99 0.19 0.00 3.39 11.18 ESE 0.00 0.52 1.08 0.85 0.00 0.00 2.45 11.03 SE 0.00 0,66 1.51 0.56 0.00 0.00 2.73 9,19 SSE 0.09 1.51 0.56 0.09 0.00 0.00 2.26 6.79 S 0.42 1.69 0.61 0.47 0.00 0,00 3.20 6.84 SSW 0.66 0.99 0.61 1,18 0.00 0.00 3.44 9.28 SW 0.85 2.12 2.54 1.60 1.04 0.14 8.28 10.70 WSW 1.93 9.41 6.07 7.53 2.16 5.04 32.14 13.69 W 1.60 2.73 2.12 2.40 1.04 2.26 12.14 13.44 ~ 0 · 71 0 · 80 0 · 80 0 · 24 0.00 0 · 09 2 · 64 7.54 l~ 0.52 0.85 0.14 0.24 0.00 0.00 1.74 5.82 NNW 0 . 24 0 · 99 0 . 19 0.14 0.00 0 . 00 1.55 6 . 78 CALH O. O0 O. O0 TOTAL 7.34 30.16 30.64 19.81 4.52 N 7.53 100.00 Discussion of Gas Dispersion Analysis This computer simulation of the dispersion of a gas stream away from the end of the diverter line is for the worst case scenario where the wind is blowing directly toward the rig from the end of the diverter line. The diverter line will be pointed in a direction nearly perpendicular to the prevailing winds in the area. The Iow volume amount is 10 million cubic feet of gas per day with the high volume at 60 million cubic feet of gas per day. The gas was assumed to be essentially methane (90% C1, 8% C2, and 2% C,3). The Iow wind velocity was assumed at 1 mph. The high velocity of 10 mph was chosen because it is four times the average wind velocity from the SSE. The graph depicts a dotted envelope that is the lower explosion level (LEL) for the gas described above. The outer solid line is a 50% level of the LEL. This adds a safety factor to the diverter design. Recall that ARCO is requiring all contractors to provide at least 100 feet of 16" diverter line away from the wellbore. - Even in the worst case scenario, the LEL area is well away from the drilling dg. I0 MM cF/D.~ ! ~Pt't ~ ................ I ................. I ............ I .................. 1 ................. I ................ r, ............... I ................... 1 ............... I ................ i .................. i .................. T ............. [iO'dN'd[tqD D'l'.:i; ! ANC[-7 ,: F'E:'['-I'I 'd'IND DIFIE:CI'ION ==::,, I::'A..(:~UI Lt_ SIAB[L'II' 'r' '."l ND S F' [::E; O - . I 0 i','INCF"/~ ~ o MPt. t DOWNWIND DISTANCE ~IND DIRECTION ==> PAS~UILL STABrL'I'FY ~'IND SPEED,. RELATIVE HUM'IDITY . , '14 7 I FEE'T/"SEC.I , 2'0 P E R(; E I'.,1'1" ';:' . .3 P E RI.: E I'..,I 1 · 2.3 P E' P,[: [:i l..J I 4 ,."., PEIRL.'E'I"-JI M 0 H E.-N '1" I ..J M '120. 11i10. 40. . .... T ! I ......... I .................. T ................... r ................ I .............. q .................... ] .................... [ ................... ] .................. i ................. ] ............... 1 ............. ] ....... I ................. [ .................... ~" WIND D ! RE:C-I! 01',1 PA~UI LL c-;'1'AE~]'L I I'"'[' , F:' '-rIND S P [::t-;: O , 1 ~ [:'L.A '1" T V E:.' HL.~M [ l.~ :[ 1" 'r', 1~0. 8RI. 7RI. 4lB. 30. 21Zl. t--I VOl .... F.t ~4 i' N [:1 ¢, . r ........ -1 .............. m .................. I ................... l ................ i .............. T ................... -I ........................ ~ .................... r .............. r- ............ ~.. -ti~lB. -71~. -~0. .- rSEI. -40. -:~k~. --.-':-Lq.~. ~ 11ZI. El DOWN,]:ND ["-~']:~;TANCE~ ,: F"EE. 1 I WI ND D I RE ~[.~'11 ! ON "-' -- ::~ PASSUI LL S'rA 8 Z I,... l T"Y F~ Et...A T I V E HUH "1L:l ! 'i' '¥' , F' .. , 1 4 7 I F'L.-... Ei:'T,:".gt..'C .t . , 7t~) P E F~(": [i:hJ 1 Texaco Inc 550 VVest Seventh Avenue January 8, 1985 COLVILLE DELTA #1 WELL Suite 1320 Anchorage AK 99501 907 278-9611 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Attention' Mr. C. V. Chatterton, Chairman Gentlemen' Because of the rescheduling of plans by various parties, we have concluded that we cannot drill the Jones Island #1 well at this time. Therefore, we request extension of the permits (see attached list) to cover the period from December 1, 1985, to May 15, 1986. The ice road and gravel pad are completed for the Colville Delta #1 well and the rig is expected to move in this week. We plan to spud the well on Monday, January 14, 1985. We sincerely appreciate your time, effort and cooperation, as well as that of your staff, in the permitting of these operations. If you need any additional information or have questions regarding the request for extension of the Jones Island permits, please call me at 278-9611. Very truly yours, E. H. NELSON Advanced Exploration Land Representative EHN'bjs Attachment P2/46 RECEIVED Alaska Oil & Gas Cons. Commission Ar~chorage TYPE OF PERMIT Exploration Plan Land Use Permit Temporary Water Use Development Permit SPCC Plan Permit to Drill NPDES Permit P2/47 AGENCY DOG DLWM DLWM NSB DEC OGCC EPA PERMIT NUMBER LO/NS 84-116 LLIP/NC 85-027 LAS 2190-2197 No Number No Number 84-148 AKG 284000 RECEIVED Anchorage October 2, 1984 Mr, B. D. ~iteley District Manager Texaco Inc. 550 W. Seventh Avenue Suite 1~20~ Anchorage, Alaska 99501-3575 Re: . Jones Is land No. 1 Texaco Inc. Permit Mo. 84-148 '- _ T14M R.!IE Sur. Loc. 2189'E, 1274'S of NW cr Sec. 29, , _. , Btmho!e Loc. 2105'N, 3623'E of SW cr Sec. 20, T.~_4M, R!IF', L~-'I. Dear Mr. t~iteley: Enclosed is the approved application for permit to drill the above r~ferenced Well. ~=zz coring is conducted, a one cubic inch chip. _~rom each foot of recovered core is required. Samples of well cuttings, a m~.nimum of four tablespoons, and a mud l°g are required. A continuous directional survey is r~quired as per 20 AAC 25.050(b)(5). If available, a tape containing the digitized log information shall be Submitted on all logs for copying except experimental logs, velocity surveys and dipmeter surveys. Many rivers in Alaska and their drainage systems have been classified as important for the spawning or migration of anadromous fish. Operations ~n these areas are subject to AS 16.05.870 and the regulations promulgated thereunder (Title 5, Alaska Administrative Code). Prior to commencing operations you may be contacted by the Habitat Coordinator's Office, Department of Fish and Game. Pollution of any waters of the State is prohibited'by AS 46, Chapter 3, Article 7 and the regu!ation~promulgatedthereunder (Title 18,~ Alaska Administrative Code, Chapter 70) and by the Federal Water Pollution Control Act, as amended. Prior to commencing operations you may be contacted by a representative of the Department of Environmental Conservation. -2- To aid us in scheduling field work, please notify this office 24 hours prior to cor~nencing installation of the blowout prevention equipment so that a representative of the Commission may be present to witness testing of the equipment before the surface casing shoe is drilled. ~ere a diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so that the Commission may witness testing before drilling below the shoe of the conductor pipe. In the event of suspension or abandop_~ent, please give this office adequate advance notification so that we may have a witness present. Very truly yours, // }// ? 1'::": k ://? ;:~: C. V. Chatterton Chairman of Alaska Oil and Gas Conservation Commission BY ORDER OF T~E COI,~4ISSION be Enclosure cc: Department of Fish & Game, Habitat Section w/o enc!. Department of Environmental Conservation w/o enc!. .f.~-.{ STATE OF ALASKA ALASKAO, AND GAS CONSERVATION COi IISSION I ERMIT TO DRILL 2O AAC 25.0O5 la. Type of work. DRILL REDRILL DEEPEN lb. Type of well EXPLORATORY r~ DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC SINGLE ZONE [] MULTIPLE ZONE 2. Name of operator TexacO Inc. 3. Address 550 West Seventh Avenue, #1320, Anchorage, Alaska 99501 4. Locat~onofwe. atsurface 2,189'E & 1,274'S of the N.W. Corner of Sec. 29, T14N, RllE, U.M. At top of proposed producing interva~ 1 487' N & 3361 ' E of the S.W. Corner of Section 20, T14N, RllE, U.M. At tota~ depth 2105'N & 3623'E of the S.W. Corner of Section 20, T14N, RllE, U.M. 5. Elevation in feet (indicate KB, DF etc.) KB = 34.5' Sea Level I 6 . Lease designation and serial no. ADL No. 355011 9. Unit or lease name Jones Island 10. Well number #1 11. Field and pool Wildcat 12. Bond information (see 20 AAC 25.025) Type Blanket Suretyand/or number 301505 Amount $200,000 13. Distance and direction from nearest town 14. Distance to nearest property or lease line 15. Distance to nearest drilling or completed Nuiqsut- N.E. 43 miles 3175' feet we~ Wildcat N/A feet 16. Proposed depth (MD & TVD) 12,769' MD & 12,000' TVDfeet 17. Number of acres in lease 5,700 19. If deviated (see 20 AAC 25.050) 120. Anticipated pressures KICK OFF POINT 3300' feet. MAXIMUM HOLE ANGLE 30 oI (see 20 AAC 25.035 (c) (2) 18. Approximate spud date Jan. u_a_~ry 25, 1985 ~b bU psig@~ Surface 5605 ps,g@ .1 2,00~tl TD (TVD) Proposed Casing, Liner and Cementing Program i SIZE CASING AND LINER SETTING DEPTH QUANTITY OF CEMENT Hole Casing Weight Grade Coupling Length MD TOP TVD MD BOTTOM TVD (include stage data) 26" 20" 106 5# K-55 3uttre.~s Surface~ 375' ~ 375' 1 116 cu ft permafrost · :17½"? 13 3/8'i 72# N-80 ]uttre_~s Surface~ 2500' i 2500' 2, 790'cu,ft, permafrost , I 546 cu.ft, class G s urr] '12¼" 9 5/8' 47# N-80 ]uttre:is SurfaceJ 6200' I 2,700 cu ft class G slurr' ~ i 9 5/8' 47# S-95 ]uttr~s- G200' i 10,030,1 , ' ' ............. 4_ ~9500 [ 22. Describe proposed program: · 8½" 7" 29# S-95 Buttress 9830' 9317' 12,'769' 12,000' 561 cu.ft, class G slurr., i See attached proposed Drilling Program outline and Cementing Program for additional detail. RECEIVED 23. I hereby certify that the foregoiJ;;~J~f~ true and correct to-the best of my knowledge A~sk~ k)l, c~ ~, ........ (~- ~ Anchorage Sfi~NE~__ -_ ~._ TITLE District Manager The space below for C . Samples required ~ES ~--~NO Permit number APPROVEDBY Form 10~401 S E P 2 61gE& ~,, o n~ r~.~ C.n~missiorl CONDITIONS OF APPROVAL i Mud log required I Directional Survey required ! APl number · ~ES .~O ;;~,~ES ,~NO 150- 029-21174 i Approval date Submit ~n triplicate 1 e PROPOSED DRILLING PROGRAM JONES ISLAND # I . 1 Drive 30" x 3/4" wall structural-pipe to point of refusal (approxi- mate 1 y 45-60' KBM). Drill 26" hole from 0-375' KBM; run and cement 20", 106.5#, K-55 BTC conductor from surface to 375' KBM (see attached cementing program for this and all casing strings). Install and test 20" x 3000 psi head system and 20" x 2000 psi diverter system. Using 17-1/2" bit, drill out 20" shoe and approximately 30' new formation; perform pressure integrity leak-off test IPILOT)'testing ,f'ormati'o.n t.o mini.mu~, of' 9.5-. jade1', maximum. . . .~f 13...:5. ~.pg;._ ~ 'equivalent mud weight. Continue drilling 17-1/2" hole vertically to 2500' KBM. Run open hole logs. Run and cement 13-3/8", 72#, N-80 BTC from surface to 2500' KBM; include 9-5/8" mudline suspension hanger at approximately. 1000' KBM (see~ at~ach6d' 'cement'ing pP'o'gram). ' ' Nipple down diverter system and install blow out prevention equipment (BOPE) consisting of 20" x 3000 psi/13-5/8" x 5000 psi casing spool with secondary pack-off. Nipple up and test 13-5/8" x 5000 psi BOP stack. Using 12-1/4" bit, drill out 13-3/8" shoe andOaPp_ro, ximately 30' of new formation; perform PILOT to minimum of 10. ppg, m. aximum~.Of 13.15 p~g, equi'valent mud we'~ght. ' · Continue drilling 12-1/4" hole vertically to 3300' KBM. Drill directionally N23°E to 24° 5' and maintain to 10,030' (TMD). Run open hole logs. Run and cement 9-5/8", 47#, N-80 BTC from surface to 7200' KBM and 9-5/8", 47#, S-95 BTC from 7200'-10,030' KBM; ha.ng off in mudline suspension hanger housing previously set at approx~m~ately 1000' K'BM .in. 13,-3/8" c~a.sing. Install and test 11" x 5000 psi/13-5/8" x 5000 psi tubing spool. Nipple up and test 13-5/8" x.5000 psi BOP stack. Using 8-1/2" bit, drill out 9-5/8" shoe and approximately 30' of new formation; perform PILOT to minimum of 11.0 ppg, maximum of 13.5 ppg_, e.q'uivalent' mud wel~gl~t. ' ' ' ' Drill and core 8-1/2" hole to total depth of 12769' open hole logs. I\ L.'~... L IVY. !~/ Alaska Oil & Gas Cons. Commission Anchorage 6. If well is to be tested, then run and cement 7", 29#, S-95 BTC liner with top at 9830' KBM inside 9-5/8" casing. Clean out 7" liner; ~es~ liner, lap to 3000 psi. 7. Upon completion of production testing, suspend/abandon well by placing cement plugs above each hydrocarbon-bearing formation and from 50' to surface. B1/8 - 2- RECEIVED SEP 2 6 Alaska Oil & Gas Cons. Commission Anchor~:cje PROPOSED CEMENTING PROGRAM JONES ISLAND #1 e e 20" Conductor (0-375' KBM) __ Lead Slurry: 1200 sx. Permafrost cement Weight: 15.0 ppg, specific gravity : 1.8 Yield: 0.93 cu. ft. per sx. Mix Water Required: 100 bbls fresh water Total Amount Cement: 1116 cu. ft., 199 bbls Cement back to surface in one stage until returns are observed. For abandonment purposes, clean out 30" x 20" annulus, approximately 5' below mudline, by pumping a non-freezing fluid down small diameter tubing placed in annulus. 13-3/8 Surface Casing (0-2500' KBM) Lead Slurry: Weight: Yield: Mix Water Required- Total Lead Slurry: 3000 sx. permafrost cement 15.0 ppg, specific gravity = 1.8 0.93 cu. ft. per sx. 250 bbls fresh water 2790 cu. ft., 497 bbls. Tail Slurry: Additives: Weight: Yield: Mix Water Required: Total Tail Slurry: Total Amount Cement: 475 sx. Class G cement 2% CaCle 15.8 pp~, specific gravity : 1.9 1.15 cu. ft. per sx. 56.5 bbls fresh water 546 cu. ft., 97 bbls 3336 cu. ft., 594 bbls Cement back to surface using two stages such that 15.0 ppg permafrost cement is followed by 15.8 ppg Class G cement slurry at shoe. For abandonment purposes, clean out 20" x 13-3/8" annulus, approximately 5' below mudline, by pumping a non-freezing fluid down small diameter tubing placed in annulus. 9-5/8" Intermediate Casing (0-10030' KBM) Lead Slurry: Additives: Weight: Yield' Mix Water Required' Total Amount Cement 2043 sx. Class G cement 1% CFR-2 O. 1% HR-7 15.8 ppg, specific gravity = 1.9 1.15 cu. ft. per sx. 243 bbls fresh water 2350 cu. ft., 480 bbls Oil & Gas Gons. Anchorage e Cement from casing shoe to approximately 3500' KBM (1000']), below shoe of 13-3/8" casingl~ The 13-3/8"~ x 9-5/8"an~u~u's Bill' 6e filled with - ~ non-f'r6ezin'g 'fl'u~d; p]ac'em~'nt-'6~ the' ~on-t~ree-~ing flu'id in"th6 '- a~nulusI will be acComPlished by bUl-iheading-.' 'APprokima,tel~'230 bbls 0.~ no-n-freezing fl'uid will 'be~ pumped; a. Ctdal .9.o~!_ume,to.be dete6m~n-ed _by observance of fluidl return.~. 7" Liner (9400' - 12397' KBM) Lead Slurry: Additives: Weight: Yield: Mix Water Required: Total Amount Cement: 488 sx. Class G cement 1% CFR-2 3% KC1 0.3% Halad 24~ O. 1% HR-5 15.8 ppg, specific gravity = 1.9 1.15 cu. ft. per sx. 77 bbls fresh water 561 cu. ft., 100 bbls 7" liner will be cemented from the shoe up to 9400' (200' overlap inside the 9-5/8" casing). N.B. With the exception of 20" and 13-3/8" casing strings, all cement volumes will be based upon caliper logs. For 20" and 13-3/8" casings, actual cement volumes pumped will depend upon observance of surface returns. B1/8 - 2- '- 5000 PSI W~,. DRILLING ANNULAR PREVENTER I '1 'I PIPE RAMS I I I 1 BLIND RAMS · -Z'-~KILL UNE -- HAi~D- HAND CHECK GAT, E GATE DRILLING -.: ~ SPOOL ' PIPE RAMS I 4" CHOKE.LINE- HAND GATE HYDR. ASST. GATE :' CEiVED Alaska 0il & ts Cons. Commission ncl~ora?e DRI'LL~rI, ILISEE L t 20" 2000 PSI ~ I:'~OR DIVERTE~ S¥STElt DETAIL DRILL. DEPT. April 1982 DLH. LING SPOOL .. · ~ 20"--.-_ ' _~ . CONDUCTOR Two..lines venting 90° apart '--- 10 3/4" manual batterf]y valves 10 3/4" 55: ButUess 10-3/4 Hydraulic operated Butterfly valve autcrmtically .-~ 20' :Diverter,Spcol- w/10 ' Side Oat]et. ' All pipe coxnecttons ~50! ' ANSI Flanges or welded connections. t.ianual 10 3/4" butterfly va] safety wired in ~ l~siticx diverter line tee. _. RECEIVED ~,/aska Oil & ~Gas Cons, Commission DIVERTER PRO,CE.D.URE !, Rig up diverter system consisting of 20" 2000 psi annular preventer with auxiliary equipment as shown on the diverter drawing. Connect opening side of hydraulic control for 10-3/4" butterfly to annular preventer closing line for simultaneous operation. Test operation after installation. Lay dual diverter lines to reserve pit taking into account prevailing winds. 3, Open one valve on the reserved pit "tee" to vent flow depending on wind direction. Note: One "tee" valve to be open at all times. 4. In the event of well flow: a) While drilling, lift Kelly above 20" annular. While tripping, install drillpipe safety valve (inside BOP). b) Close 20" annular. c) Pick up Kelly in tripping situation. d) Watch wind direction and adjust reserve pit "tee" as required. e) Pump mud slowly through bit to avoid plugging or freezing. f) After need for diverter has passed, purge line with steam or air. NOTE: The 10-3/4" hydraulic controlled butterfly valve, at diverter spool, opens by hydraulic line connected to the 20" annular closing line. This automatically opens the valve as the annular preventer closes. Gas Cons. Gomm~ssi°~ {)¢ TEXACO, INC. CASE 1 SOLLITION BUILD RATE = 2,50 DEG/iO0" BUILD RADIUS = TVD DEV KICKOFF DEPTH AT ANGLE ESTABLISHED AT. OBdECTIVE AT 2271.83" ANGLE 3300. O0 O. 00 0.00 4235.30 199.54 24. 10500.00 3000.00 24.09 ADDITIONAL POINT AT ADDITIONAL POINT AT ADDITIONAL F'OINT AT ADDITIONAL POINT AT ADDITIONAL F'OINT AT ADDITIONAL POINT AT 375.00 0.00 0.00 2500.00 0.00 0.00 9.317.41 2471.36 24.0.9 9500.00 2552.98 24.09 10500.00 .3000.00 24.09 12000.00 .3670.53 24.09 Jones Island #1' MD 3300.00 4263.43 11125.57 375,00 20" Csg 2500.00 13 1/8" Csg o~ ~.r, .... ,, NOT' ' ~p'LOTT ED :,...c.~,.21 Top 'of Liner 10030.21 9 5/8" Csg 11125.57 TARGET (Top of Zone) 12766:. 62 TD ......... N C) R T H -~-JONE$ ISLAND NO. I .... ' :. '-" :-:-.:' ----- -' !-': / I~T. ~0 3z..~;..,, :;"---~-.L-. ~-*' '--~ ~-' " / LONG. 1,19°21' 34.?06'~ -~. -- -'. ',' .,-' *. -. ' I ~. / Y:6O48 3so.~' '*-- '- -.' ', -- ':". ; "" -" !~ X 78 ~" " ~'"° ' ~' ' ' ' ' " ' "----'-~/ : ~ ~3~.. -- .- . . -: - ..- !-~ . . ..,,,-, ',- i-~,~~_.~.t---.,t.,.-- tv E '"--~. ~.' VICINITY MAP I Zl89' BeHonclni Island~~' ~ '\ ' '~.~ "----"T r. , --,-'w'-=-- ~.' G" 0 -~- · , ~. __..- --~-. - '--~ S,t, · \ . .~/,~ / 0// ', : ,, <,);; .';... , ~,' 1- -,,. ~.7-, , . .,';'~,,,, -~ -3 ', .~ I:~. T,i:.,,~ _.. ~.. /_., · ' ': '/'~ ,""":. ~:"" '.' ~;j--~,'--' ,.,. t-~,-..~".. :, .. ........ · ~- '"" .. . ',i~ WELL LOCATED IN., PROTRACTED SEC. 29~ TI4NIi RIIE~ U. M.~,ALASKA :- :I:'RTIFICATE OF' SURV[YOR: I I~E~EBY CERTIFY- T~AT I AM' PRORERLY' SU~[Y~O' ~N- ~[ IT&T[ Or A~ASKA MD THAT T~IS = MAD[ BY MC OR~ UN~R MY SUPERV~ION, AND , - T~AT A~L DIM[NS ~S AND OT~[~- K-TAtL5, DATE JUN[ ~. 1984 D~MN DRL 3340 A,cA~ ~_~ya~. ~fe 201. ~a~. PUBLIC INFORMATION COPY PROPOSED DRILLING PROGRAM JONES ISLAND #1 ® e e me Be 0 Drive 30" x 3/4" wall structural pipe to point of refusal (approxi- mately 45-60' KBM). Drill 26" hole from 0-375' KBM; run and cement 20", 106.5#, K-55 BTC conductor from surface to 375' KBM (see attached cementing program for this and all casing strings). Install and test 20" x 3000 psi head system and 20" x 2000 psi diverter system. Using 17-1/2" bit, drill out 20" shoe. Continue drilling 17-1/2" hole vertically to 2500' KBM. Run open hole logs. Run and cement 13-3/8", 72#, N-80 BTC from surface to 2500' KBM (see attached cementing program). Nipple down diverter system and install blow out prevention equipment (BOPE) consisting of 20" x 3000 psi/13-5/8" x 5000 psi casing spool with secondary pack-off. Nipple up and test 13-5/8" x 5000 psi BOP stack. Using 12-1/4" bit, drill out 13-3/8" shoe. Continue drilling 12-1/4" hole vertically to 3300' KBM. Drill direc- tionally N23°E by building angle at the rate of 2-1/2° per hundred feet to 24° 5' and maintain to 10030' (TMD). Run open hole logs. Run and cement 9-5/8", 47#, N-80 BTC from surface to 7200' KBM and 9-5/8", 47#, S-95 BTC from 7200'-10030' KBM. Install and test 11" x 5000 psi/13-5/8" x 5000 psi tubing spool. Nipple up and test 13-5/8" x 5000 psi BOP stack. Using 8-1/2" bit, drill out 9-5/8" shoe. Drill and core 8-1/2" hole to total depth of 12769' TMD, KBM; run open ,hole 1 ogs. If well is to be tested, then run and cement 7", 29#, S-95 BTC liner with top at 9830' KBM inside 9-5/8" casing. Clean out 7" liner. RECEIVED SEP 2 7. Upon completion of production testing, suspend/abandon well by placing cement plugs above each hydrocarbon-bearing formation and from 50' to surface. B1/8 - 2- RECEIVED SEP 2 6 Ig!l~/~ AlasKa 0il & O~as Cons. Commission Anchorage PUBLIC INFORMATION COPY PROPOSED CEMENTING PROGRAM JONES ISLAND #1 le e e 20" Conductor (0-375' KBM) Lead Slurry: 1200 sx. Permafrost cement Weight' 15.0 ppg, specific gravity = 1.8 Yield: 0.93 cu. ft. per sx. Mix Water Required: 100 bbls fresh water Total Amount Cement: 1116 cu. ft., 199 bbls Cement back to surface in one stage until returns are observed. For abandonment purposes, clean out 30" x 20" annulus, approximately 5' below mudline, by pumping a non-freezing fluid down small diameter tubing placed in annulus. 13-3/8 S.urf.a. ce,Ca, si.n.~q (0-2500' KBM) Lead Slurry: Weight: Yield: Mix Water Required- Total Lead Slurry: 3000 sx. permafrost cement 15.0 ppg, specific gravity = 1.8 0.93 cu. ft. per sx. 250 bbls fresh water 2790 cu. ft., 497 bbls. Tail Slurry' Additives: Weight: Yield: Mix Water Required: Total Tail Slurry: Total Amount Cement: 475 sx. Class G cement 2% CaC1. 15.8 pp~, specific gravity = 1.9 1.15 cu. ft. per sx. 56.5 bbls fresh water 546 cu. ft., 97 bbls 3336 cu. ft., 594 bbls Cement back to surface using two stages such that 15.0 ppg permafrost cement is followed by 15.8 ppg Class G cement slurry at shoe. For abandonment purposes, clean out 20" x 13-3/8" annulus, approximately 5' below mudline, by pumping a non-freezing fluid down small diameter tubing placed in annulus. 9-5/8" Intermedi.ate Casi~.~ (0-10030' KBM) Lead Slurry: Additives: Weight: Yield: Mix Water Required: Total Amount Cement Cement from casing shoe. 2345 sx. Class G cement 1% CFR-2 0.1% HR-7 15.8 ppg, specific gravity = 1.9 1.15 cu. ft. per sx. 279 bbls fresh water 2697 cu. ft., 480 bbls 4. 7" Liner ,{9400'-' - 12397' KBM) Lead Slurry: Additives: Weight: Yield: Mix Water Required: Total Amount Cement: 488 sx. Class G cement 1% CFR-2 3% KC1 0.3% Halad 24 0.1% HR-5 15.8 ppg, specific gravity = 1.9 1.I5 cu. ft. per sx. 77 bbls fresh water 561 cu. ft., 100 bbls 7" liner will be cemented from the shoe up to 9400' (200' overlap inside the 9-5/8" casing). N.B. With the exception of 20" and 13-3/8" casing strings, all cement volumes will be based upon caliper logs. For 20" and 13-3/8" casings, actual cement volumes pumped will depend upon observance of surface returns. B1/8 - 2- N · , . --ice. m ., T E X A~::O, ! NL-:. ~ : ' '1-1 '1-1'-' ,_IONES ISLAND WELL NO 1 F R. F _.:,ED NORTH SLOPE, ALA'.:;KA '.E;LIRVEY E:REATED BY PROPOSAL F'ROGRAM VERTICAL SECTION CALCULATED IN PLANE OF PRO,JECTION DIRECTION: N 2.3 DEG. 0 MIN. E ZERO POINT AT 1274.00 S 218-~.00 E REE:ORD OF SI.IRVEY RADII_I:-:; OF F:URVATI_IRE METHOD FEXAC:O, I NC:. JON~$ ISLAND, HELL NO: i F'RF~POSED ~ORTH :.LCIFE, ALA,..KA C:OMF'LITAT I ON T I ME DATE 07:..,~c',_, .. 16, 1C-:-SE P- E:4 PAGE NO. MEASLIRED £1R I FT £1R I FT DEPTH ANOLE D I RECT I ON FEET D M [i O. 0 0 0 :375. 0 0 0 2500. 0 0 0 3300. 0 0 0 3400. 2 30 N 23 E 3500. 5 0 N 2.3 E 3600. 7 30. N 23 E 3700. 10 0 N 23 E 3800. 12 30 N 23 E 3900. l t~ 0 N 23 E 4000. 17 30 N 23 E 4100. 20 0 N 23 E 4200. 22 30 N 23 E 4263. 24 5 N 23 E 9830. 24 5 N 23 E 1 c~ ex--: A 24 = ...... , N 23 E 11126. 24 5 N 23 E 12769. 24 5 N 23 E TRUE VERTICAL VERTICAL R E C: T A 'N G LI L A R C: L 0 S LI R E DOG LEG DEPTH SECTION C: 0 0 R D I N A T E .'3 DISTANC:E DIRECTION '.-:;EVERITY FEET FEET FEET FEET D M DO/10OFT 0.00 0.00 1274.00 S 2189.00 E 2532.74 S 59 48 E 0.00 375.00 0.00 1274·00 E; 216:9.00 E 2532.74 S 59 48 E 0.00 2500· 00 0.00 1274.00 S 2189.00 E 2532.74 .... S' 59 4,'3 E 0.00 3300.00 0.00 1274.00 S 2189.00 E 2532.74 S 55/ 48 E 0.00 :3399.97 2.1,'3 1271.99 S 2189. :35 E 2532.47 $ 59 51 E 2.50 349'?.75 L=:.72 1265.97 S 2192.41 E 2531.67 S 6,0 0 E 2.50 ) · :..~ ~ ~. 14 19 .61 1 ~55.5~5 ._,c. 2196 /.,A E ~'~"~' 36 · - ~..,.:,v. 60 14 E 2. ._5L~' 3697~ 97 34. ""~ 24 ,:,~. 1 1 95 ~' · :, 2202 60 E ~'~":' 62 S 60 35 E 2.50 :3796 04 ~ :33 ~210 23 E ~' 61 .., 4 1223. ':~'~ '.S " ~'5"~' .... .- · ~._~o. 51 .:, 1 E 2.50 .._,1 E 2524.15 S E, 1 34 E 2 50 3989.17 106.07 1176.:36 S 2230.45 E 2521.65 S 62 12 E 2.50 4083.85 138.21 1146.77 S 2243.00 E 2519.16 S 6,2 55 E 2.50 4177.05 174.46 1113.41 .S .2257.17 E 2516. ,94 S 63 45 E 2.50 4235.30 1~9.54 1090.33 S 2266,.97 E 2515.54 S 6,4 19 E 2.50 9317.42 2471. :36 I000.90 N 31,54.64 E 3309.6,1 N 72 24 E 0.00 '95C)¢)....00 2552.9c'.,_, 1076.03 N 31o6.~' 53 E 3363.3¢) N 71 20 E 0.00 1050C).00 300C) 00 14,_,7.51 N 3361.19 E 3675.64 N 66 8 E 0.00 12AOC). C)0 3670 ..... ,.=, 2104.74 N 3623.19 E 4190.16 N 59 51 E 0.00 F I NAL r:LCISURE - D I REC:T I ON: D I STANr:E: ,_,.~ DEGS 51 MINS E 419~:). 16 FEET ALASKA OIL AND 8AS 8ONSERVATION-GOMMISSION Bill Sheffield, Governor 3001 PORCUPINE DRIVE ANCHORAGE,ALASKA 99501'~'319 2 TEL EPHONE (907) 279,.-1433 August 16, 1984 Texaco , Inc. 550 W. Seventh Avenue Suite 1320 Anchorage, Alaska 99501-3575 ATTN: Mr. D. Hartman Dear Mr. Hartman: This will serve as receipt of checks No. 1152 and 1153 both in the amount of $100 for the filing fee for drilling permit applications of Colville Delta No. 1 and Jones Island No. 1. Sincerely, Bettyjane Ehrlich (Mrs. Executive Secretary 'I'EX A('.( ) INt'. P. O. BOX -t-157f~ ANCHOHAGE, A LA.qK.~. COLVILLE DELTA #1 JONES ISLAND #1 Mr. C. V. Chatterton, Commissioner Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Co~issioner Chatterton: Enclosed are three-(3) copies of Texaco's applications for permits to drill the above captioned proposed wells. If you have any questions, please contact me or Mr. Burl in Whiteley at 278-9611. Sincerely, TEXACO U.S.A. Ethel H. Nelson Advanced Exploration Land Representative EHN:bjs Enclosures RECEIVED AUG 1 3 19B~, Alaska Oil & Gas Cons. Commission Anchora9~ This is recycled paper STATE OF ALASKA ALASKA (. __ AND GAS CONSERVATION CC. ,MISSION PI=RMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL ~] REDRILL [] DEEPEN [] lb. Type of well EXPLORATORY ~ DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC I_~ SINGLE ZONE [] MULTIPLE ZONE [] 2. Name of operator . Texaco U.S.A. 3. Address 550 West Seventh Avenue, //1320, Anchorage, Alaska 99501 4. Location of well at surface 2,189'E & 1,274'S of the N.W. Corner Sec. 29, T14N, R11E, U.H. At topofproposedproducing interval 3037.05'E & 744.08'S ot= the N.W. Corner o1= Sec. 29, T14N, R11E, U.H. At total depth3677.54'E & 343.86'5 o1= the N.W. Corner o1= Sec. 29, T14N, RllE, U.M. 5. Elevation in feet (indicate KB, DF etc.) I 6. Lease designation and serial no. KB = 34.5' Sea Level I ^DL No.- 355011 9. Unit or lease name Jones Island 10. Well number #1 11. Field and pool Wi 1 dcat 12. Bond information (see 20 AAC 25.025) Type B 1 anke t Surety and/or number~ 30150~ Amount $ 200,000 13. Distance and direction from nearest town 14. Distar[~ to nearest property or lease line 15. Distance to nearest drilling or completed Nuiqsut - N.E. 43 miles ~ ~ /. 5,6.24_ fee~ well Wildcat N/A feet 16. Proposed depth (MD & TVD) 17. ~m~~ i~ase 18. Appr~spud date ,t ~ 5,700~ 12,397' MD & 12,000' TVD~ ~" ~~ 25, 1985 19. If deviated (see 20 AAC 25.050) ~ ~ I~. Anticipated pressures '( UU~ psig~ Surface ~osed ~sin~iner and Cementin~ Pro,ram 26"I 20" 106.5// K-55\Bui~tre.;s"~"J Surfac~ 375'~ 375' 1 116 cu ft permafro'. 17½" !3 3/8" 72 # N-80 l~qt~re'.;s Surfac~ 2500't ' ' ' . i 2500' 2~790.cu.ft. permafro! i_ x~x~" , ' I 546 cu. ft. class G ~ 12¼" i9 5/8" 47 // N-80 But~z~.';s Surfacfi 6800" 6800' 2,530 cu.ft, class G l .9 5/8" 47 // S-95 Buttre!~ 6800' 16800' 9600'~ 9502' t lurr' 1 urr.' 22. Describe proposed program: 8½" 7" 29 // S-95 Buttress 9400' 9323'12,397' 12,000' 561 cu.ft, class G slurry See attached proposed Drilling Program outline and Cementing Program for additional detail, uo!ss!mwoo 'su~ se9 ~ I!0 ll6t £ t 9NV 23.1 hereby certify that the foregOihg/~e~an/~corre~t to the best of my knowle~g~ ~ ~ ~ ] ~ ~ ~ a . The space below for Commi:,on ~ ~y Samples required Mud Icg required :X¥[s ~.'NO : ~¥ES DNO Permit number Approval date CONDITIONS OF APPROVAL I Directional Survey required ~YES ,r-]NO APl number SEE COVER LETTER FOR OTHER REQUIREMENTS APPROVED BY ,COMMISSIONER by order of the Commission DATE Form 10-401 Submit in triplicate PROPOSED DRILLING PROGRAM JONES ISLAND #1 · · · · Drive 30" x 3/4" wall structural pipe to point of refusal (approximately 45-60' KBM) . Drill 26" hole from 0-375' KBM; run and cement 20", 106.5#, K-55 BTC conductor from surface to 375' KBM (see attached cementing program for this and all casing strings) . Install and test 20" x 3000 psi head system and 20" x 2000 psi-diverter system. Using 17-1/2" bit, drill out 20" shoe and approximately 30' new formation; perform pressure integrity leak-off test (PILOT) testing formation to minimum of 9.5 ppg, maximum of 13.5 ppg, equivalent mud weight. Continue drilling 17-1/2" hole vertically to 2500' KBM. Run open hole logs. Run and c ~-3 ement 1 -3~", 720,~j~-~ surface to 2500' KBM~ inc.~u~ 9~5/8'~udline suspension hanger at approximat~e~l~00~/KBs ~ee atta~s~t~c~entin~ prOgram). Nipple ~ow~ ~i.v~i~ter system and install blow out prevent L~n le~i~ment (BOPE) consisting of 20" x 3000 psi/13-5/~"~ x~000 psi casing spool with secondary pack-off~ipple up and test 13-5/8" x 5000 psi BOP · stack. Using 12-1/4" bit, 'drill out 13-3/8" shoe and approximately 30' of new formation; perform PILOT to minimum of 10.0 ppg, .maximum of 13.5 ppg, .equivalent mud weight ..~ ~ Continue.drilling 12-1/4" hole vertically to 7970' KBM. Drill directionally N58.°E by building angle at .the rate of 2-1/2° per hundred feet to'26.73° at 9600' (TMD). Run open hole logs. Run and cement 9-5/8" ~47#' ~N-80 BTC from surface to 6800 KBM and 9-5/8'!, =47#, S-95 BTC from 6800'-9600' KBM; hang off in mudline suspension hanger housi, ng Previously 'set~'at approximately 1000' KBM~n ~13q3/8" Casing. ~ ....... 7 Install and test 11" si/13-5/8"(~x 5000~PSi tubing spool· Nipple up and~-~t 13-5/8" x 500~-~-i BOP stack· RECEIVED AUG 1 l(Jl Alaska Oil & (~as Cons. Commissi~ · · Using 8-1/2" bit, drill out 9-5/8" shoe and approximately 30' of new formation; perform PILOT to minimum of 11.0 ppg, maximum of 13.5 ppg, equivalent mud weight. Drill and core 8-1/2" hole to total depth of 12397' TMD, KBM; run open hole logs. If well is to be tested, then run and cement 7" 29# S-95 BTC liner with top at 9400' KBM inside 9-5/8" casing. Clean out 7" liner; test liner lap to 3000 psi. abandon Upon completion of production testing, suspend/well by placing cement plugs above each hydrocarbon-bearing formation and from 50' to surface. P44/g6 -2- RECEIVED Oil ~ ~s gons. Gommission Anchorage PUBLIC INFORMATION COPY PROPOSED DRILLING PROGRAM JONES ISLAND #1 · · · · · b Drive 30" x 3/4" wall structural pipe to point of refusal (approximately 45-60' KBM) . Drill 26" hole from 0-375' KBM; run and cement 20", 106.5#, K-55 BTC conductor from surface to 375' KBM (see attached cementing program for this and all casing strings). Install and test 20" x 3000 psi head system and 20" x 2000 psi-diverter .system.~ ~ Using 17-1/2" bit, drill out 20" shoe. Continue drilling 17-1/2" hole vertically to 2500' KBM. Run open hole logs. Run and cement 13-3/8", 72#, N-80.BTC from surface to 2500' KBM (see attached cementing program). Nipple down diverter system and install blow out prevention equipment (BOPE) consisting of 20" x 3000 psi/13-5/8" x 5000 psi casing spool with secondary pack-off. Nipple up and test 13-5/8" x 5000 psi BOP stack. Using 12-1/4" bit, drill out 13-3/8" shoe. Continue drilling 12-1/4" hole vertically to 7970' KBM. Drill directionally N58°E by building angle at the rate of 2-1/2.o per hundred feet to 26.73°` at 9600' (TMD). Run open hole logs. Run and cement 9-5/8" 47# N-80 .BTC from surface to 6800' KBM and 9-5/8" 47# S-95 'BTC from 6800'-9600' KBM Install and test 11" x 5000 psi/13-5/8~x~000 psi tubing spool. Nipple up and test 13-5/8" ~/5000-pSi BOP 'stack. Using 8-1/2" bit~,~drill-out 9-5/8" shoe. Drill and core 8-1/2" hole to total depth of 12397' TMD,- KBM; run open hole logs. If well is to be tested, then' run and cement 7", 29# ' S-95, BTC liner with top at 9400' KBM inside 9-5'/8" casing. Clean out 7" liner. RECEIVED AtJG 1 Alaska 0il & Gas Cons. Commission Anchorage . Upon COmpletion Placing Cement pOf Production t lugs above ~=~L e~tlng, abandon SUspend~well b formation and from 50 to surface, rbon-bearing Y ' ~ nydroca P44/97 -2- P CEIVED AUG ! A~as.~a .,, c, lJas Cons. Commission Anchorage PROPOSED CEMENTING PROGRAM JONES ISLAND 41 I · . · 20" Conductor (0-375' KBM) Lead slurry: Weight: Yield: Mix Water Required: Total Amount Cement: 1200 sx. Permafrost cement 15.0 ppg, specific gravity = 1.8 0.93 cu. ft. per sx. 100 bbls fresh water 1116 cu. ft., 199 bbls Cement back to surface in one stage until returns are observed. For abandonment purposes, clean out 30" x 20" annulus, approximately 5' below mudline, by pumping a non-freezing fluid down small diameter tubing placed in annulus. 13-3/8 Surface Casing (0-2500' KBM) Lead Slurry: Weight: Yield: Mix Water Required: Total Lead Slurry: 3000 sx. permafrost' cement 15.0 ppg, specific gravity = 1.8 0.93 cu. ft. per sx. 250 bbls fresh water 2790 cu. ft., 497 bbls. Tail Slurry: Additives: Weight: Yield: Mix Water Required: Total Tail Slurry: Total Amount Cement: 475 sx. Class G cement 2% CaC1 15.8 pp~, specific gravity = 1.9 1.15 cu. ft. per sx. 56.5 bbls fresh water ~546 cu. ft., 97 bbls ~'3336 cu. ft., 594 bbls Cement back to surface using two stages such that 15.0 ppg permafrost cement is followed by 15.8 ppg Class G cement slurry at shoe. For abandonment purposes, clean out 20" x 13-3/8" annulus, approximately 5' below mudline, by pumping a non-freezing fluid down small diameter tubing ~ ~-- placed in annulus. 9-5/8" Intermediate Casing (0-9600' KBM) Lead Slurry: 2200 sx Class G cement Additives: 1% CFR-2 0.1% HR-7 15.8 ppg, specific gravity = 1.9 1.15 cu. ft. per sx. 262 bbls fresh water . 2~530 cu. ft., 451 bbls ~.~. Cement from casing shoe to approximately 3500' KBM (1000' below shoe of 13-3/8" casing. The 13-3/8" x 9-5/8" Weight:- Yield: Mix Water Required: Total Amount Cement: RECEIVED AUG 1 19 )4 annulus will be filled with a non-freezing fluid; placement of the non-freezing fluid in the annulus will be accomplished by bullheading. Approximately 230 bbls of non-freezing fluid will be pumped; actual volume to be determined by observance of fluid returns. 4. 7" Liner (9400' - 12397' KBM) Lead Slurry: Additives: Weight: Yield: Mix,Water Required: Total AmoUnt Cement: 488 sx Class G cement 1% CFR-2~ 3% KC1 0.3% Halad 24 0.1% HR-5 15.8 ppg, specific gravity = 1.9 1.15 cu. ft. per sx 77 bbls 'fresh water · -- 561 cu. ft., 100 bbls 7" liner will be cemented from the shoe up to 9400' (200' overlap inside the 9-5/8" casing). N.B. With the exception of 20" and 13-3/8" casing strings, all cement volumes will be based upon caliper logs. For 20" and 13-3/8" casings, actual cement volumes pumped will depend upon observance of surface returns. P44/g9 -2- G~S Cons, Anchor&ge PUBLIC INFORMATION COPY PROPOSED CEMENTING PROGRAM JONES - ISLAND #1 i . . · 20" Conductor (0-375' KBM) Lead slurry: Weight: Yield: Mix Water Required: Total Amount Cement: 1200 sx. Permafrost cement 15.0 ppg, specific gravity = 1.8 0.93 cu. ft. per sx. 100 bbls fresh water 1116 cu. ft., 199 bbls Cement back to surface in one stage until returns are observed. For abandonment purposes, clean out 30" x 20" annulus, approximately 5' below mudline, by pumping a non-freezing fluid down small diameter tubing placed in annulus. 13-3/8 Surface Casing (0-2500' KBM) Lead Slurry: Weight: Yield: Mix Water Required: Total Lead Slurry: 3000 sx. permafrost cement 15.0 ppg, specific gravity = 1.8 0.93 cu. ft. per sx. 250 bbls fresh water 2790 cu. ft., 497 bbls. Tail Slurry: Additives: Weight: Yield: Mix Water Required: Total Tail Slurry: Total Amount Cement: 475 sx. Class G cement 2% CaC12 15.8 ppg, specific gravity = 1.9 1.15 cu. ft. per sx. 56.5 bbls fresh water 546 cu. ft., 97 bbls 3336 cu. ft., 594 bbls Cement back to surface using two stages such that 15.0 ppg permafrost cement is followed by 15.8 ppg Class G cement slurry ht shoe. For abandonment purposes, clean out 20" x 13-3/8" annulus, approximately 5' below mudline, by pumping a non-freezing fluid down small diameter tubing placed in annulus. 9-5/8" Intermediate Casing. (0-9600' KBM) Lead Slurry: Additives: Weight: Yield: Mix Water Required: Total Amount Cement: Cement from casing shoe. 2200 sx Class G cement 1% CFR-2 0.1% HR-7 15.8 ppg, specific gravity = 1.9 1.15 cu. ft. per sx. 262 bbls fresh water 2530 cu. ft., 451 bbls RECEIVED AUG ]. Alaska Oil & Gas Cons. commission Anchorage 4. 7" Liner (9400' - 12397' KBM) Lead Slurry: Additives: Weight: Yield: Mix Water Required: Total Amount Cement: 488 sx Class G cement 1% CFR-2 3% KCl 0.3% Halad 24 0.1% HR-5 15.8 ppg, specific gravity = 1.9 1.15 cu. ft. per sx 77 bbls fresh water 561 cu. ft., 100 bbls 7" liner will be cemented from the shoe up to 9400' (200' overlap inside the 9-5/8" casing). N.B. With the exception of 20" and 13-3/8" casing strings, all cement volumes will be based upon caliper logs. For 20" and 13-3/8" casings, actual cement volumes pumped will depend upon observance of surface returns. P44/g8 -2- RECEIVED AUG ! Alaska Oil & Gas Cons. Commission Anchorage 5OO0 PSI WP DRILLING ,b ANNULAR PREYENTER 1 1 PIPE: KILL LINE HAND HAND cHECK : GATE GATE-' RAMS I , J , BLIND RAMS · I' I 4" CHOKE.LINE DRILLINGs-- SPOOL? PIPE RAMS HAND GATE HYDR. ASST.' ~!' GATE~ RECEIVED AUG 1 I ! Alaska Oil & Gas Cons, Commission Anchorage DRILLIN~ EISEE DIVER~ SYSI'EM DETAIL DRILL. DEPT. April 19 B 2 10 3/4" 20" 2000 PSI I4P ANNULAR P~OR ROi'E: DIV~RTEK LINE IIAS TWO-DIKECTION- D I SCHARU, CAI'AB-I'LIi'~- A~rE-K. LEAV]Z ILl(; SUB-BASES. .. SURFACE HOLE DIVERTER SYSTEM · Two..]ines ventin9 90© apart 10 3/4" manual butterfly valves Buttress 1. All pipe ccnnecttoas t50! ~-': ANSI FI anges or welded connect ic~. 2. ~.~anual 10 3/4" butterfly valves safety wired in open ~sition a diverter line tee. ECEIVED AUG J. 319~ ~;~ & Gas C0~s, ~omr~lssl0~ Anchorage DIVERTER PROCEDURE · · · ~ NOTE: Rig up diverter system consisting of 20" 2000 psi annular preventer with auxiliary equipment as shown on the diverter drawing. Connect opening side of hydraulic control for 10 3/4" butterfly to annular preventer closing line for simultaneous operation. Test operation after installation. Lay dual diverter lines to reserve pit taking into account prevailing winds. Open one valve on the reserved pit "tee" to vent flow depending on wind direction. Note: One "tee" valve to be open at all times. In the event of well flow: a) While drilling, lift Kelly above 20" annular. While tripping, install drillpipe safety valve (inside BOP) . b) Close 20" annular. c) Pick up Kelly in tripping situation. d) Watch wind direction and adjust reserve pit "tee" as required. e) Pu~p mud slowly through bit to avoid plugging or freezing. f) After need for diverter has passed, purge line with steam or air. The 10 3/4" hydraulic controlled butterfly valve, at diverter spool, opens by hydraulic line connected to %he 20" annular closing line. This automatically opens the valve as the annular preventer closes. - t RECEIVED AUG 1 Alaska Oil & Gas Cons. Commission Anchorage TEXAE:O, INC:, ,.IONES I'._=:LAND, WELL NF~: 1' PROF'O'.::ED NORTH oLJFE, /~L/~SF;~ ~-~-~CCIClRDINATES c:ALCLILATED FROM NI4 E. JRNER'I- ' "OF '._=:EF:'rlI-IN 29~ , '.-;URVEY C:REATED :BY F RuFL~.:.AL PROGRAM ~., VERTICAL L:;ECTION CALCLILATED !1~1 'PLANE OF F'ROF'r~SAL 13IREC:TION: N 58 DF:.Ci. 0 MIN, 'E I'-~EI-:ORD ~"JF .::,1_ RVEY RAE~IIJ',E; r-~F C:UF;~VA'f'I..IRE ME'I'HO[~ EXAF:O, INr:, ]NE:--: I~:LAND, WELL NO: 1 F'ROPFxSED )RTH :--:LOF'E, ALASKA '" .. MEASURED ""[IR'I'FT ........ FiR I FT DEPTH FEET , O. 0 C) (') 375. C) 0 C) i 25¢)0. 0 0 0 ' 7970, 0 0 0 8070 2 80 N ='"' ANGLE D I RECT I ON D M D TRLIE F'AAE NA. VF. RTICAL R E C: T A N G I_1 L A R C..L 0 S 0 R E VE'~T'Z '-:AL DEPTH :--;ECT I ON FEET FEET 8615,'9.67 12:3, 7. .']::3 S~53..'.-:,~ 13i?,.47 8C'I,4/:,. 54 1355, 72 8938,07 1395. ~.~ '?o~o. 1 ? 1426. o~ c/501,67 1678,/_-.0 10500, O0 2181,26 12000. O0 2936,51 DOG L. C 0 Cf R D I N A T E S DISTANC:E DIREiE:TION SEVERIIY' FEET FEET ,,, , :,.[I M DiS/1 OOFT 1274.0(]. '.=.; 21 ::i'-.?_.:. O0'E ~.-,~'.~,'-, ' 7 4,., .:, .: . ~o 5.9 4:3 E 0 1774 00 S 21:::9 00 E ':'~ .... S ~" ~ . - · ~-~.:,~. 74, ~ ? 4o'" E O. O0 i . ."'i ~ .-i iii 1274 OfJ S 2187.00 E ~,_,.:~.74 S 5~9 48 E 0.00 12-/4. O0 S °lAg~-. · 00 E ~t's':'°"...._,~ 74 F; =~'=~... 4,:,~' E 1272 S ~ 1 '~.C). ':'..' E, ':' S 1.:,/.~¢ -,,:, c. 2196 40 E .,~.:,. ':'.z " .~." ....... : ..... :, . , · ,:, ,... ,,¢:, 1 = 6.:,. 61 S _':'2~'~. 5._. 63 E ~._,'-' = 41. . '~,. ..~': q 60"" I l 1 E ,,' , 1255.55 c. ..'2 8 '. '-,' ,_, 2 '1 53 E "" ~' '- 1 ~4..,, =':' t ¢.:, c,'-,':,R~=..,... 07 E 2=5'-'..,._,:,, ..5.j ,=, 60 53 E 12:32 62 c. ':"~55 757A ..,=,~._ 23 E ~,; E ....... ..· 10 ~C)'" . ~ ........ ~. 121 '7 7'? S ~7,:,.':":' .., ?5 E ~.-,,:,.:, ,:, 6! ~'-' '-' ,, ..',:,E '2. = ' · .. ._,l.) 1200 76 c. '-'"r '0,:, c. 62 30 E ?.50 1181.55 S', 2336.95 [ 2618.66, ,:,'-' ~,~'. .~ 11 E ~':'. 50 1160" c. ,-. .zl c, q71 10 E 26~:~, 7'3 · -, - ........ :, 6 56 E '2.50 1144.26 c. -,~o~ 63 E '-'t~= ~" ..~ ~.:..~. ,. , . ~ · ? .. i010.45 S 2610.77 E 27'?'?.48 S 68 51 E 0.0 , , 744 (]° S :30:37.05 E :3126.87 :3 76 14 m . o_o J . :]:~3, ,:,6 c...,:3677 · ~ E .:,"6""?.:,, 5::: c.._, 8~~() FINAL CLOSLIRE - [~IRECTION: D I STANC:E: , , S :=:4 DEG:=: 4(:) M INS E 369.3.58 FEET TFX~!.-:O, ,- I NC, ._IC~NES: I.:;LANI'~, WFLL NO: 1 F'ROPO'..::Er'I NORTH :.'-;LOPE, ALA$~A ~.~COORDINATEE; CALCU~.,ATED FROM WELLHEAD~'~ S:URVEY C:REATED BY F'ROPE~.S;AL F'RIDGRAM VERTIL-:AL SECTION C:ALCLILATED INI PI_ANIE OF ~'' '-"" [ I-~UF U.-:,AL I:)IRECTIONi N 58 DEO. 0 MIN. E R E E: 0 R El I-I F :--;1_1R V E Y F;:AIFiII_I'.S i"lF F:URVA'I"URE METt41"~D :XACO, INI]:. '" "'C!CIMPLITATIFfN ' PAGE NO. ]NES ISLAND, WELL. NO: 1 F'ROF'OSED '"'~I'ME .... ' DATE ~ ~' ... -)?; &' IRTH F.;LCIF'E ALA.=,KA L.:,. 57:07 . ' T.R!~E ' MEA'SLIRED nRIFT 1]RIFT VERTZCAL VERTICAL R E C T A N G'-U L A R' ..... :-~: F:-E'"ri-s']]:'R' E ...... DOG L. EO DEPTH ANGLE DIREI]:TII]IN DEPTH 'SEI-:TION C 0 A R D I N A T E S [IISTANCE DIRECT'IL-IN :-_-;EVER FEET B M D FEET FEET FEET FEET D M DG/1 (')OFT ('). 0 0 0 ('). C)(') O. 0(') C): C) O . :':: 75 0 0 0 ' "'"" ~ =' · .'w.., · C)O C). C),F) C),. (')() '"="'~)"' 0 "0 '" 0 25(:)(3. O0 C). C)C) ("). 0(:) ..' ,_~ %. ,,..~' · iI ,, 797('). 0 C) C) 7':-/l-, -':~ =¢ ...... , .) C) r) C) ¢) ()C) 8C)7C) 2:30 N %8 E '-'C)69.47 ":' 1° ,:, 1 16 N ,_ i · ii ,i~,,i_i · ,i ,Si 17 C). 5 C) N ~'-' ~,,:, E 816'FY. 25 8.72 4.62 N ,'"~.", 'q' A ,~.-., . ,~. o..'/,.,, 7:30 I',! 5:3 E ,.,~.6 ..... 6,4 I'T~ 6,1 lC) ':'9 N . ~,.-,.... 10 0 N ~'-' ' · c,,:,c,~. 47 .:: ~ :::2. 1""',:,. 45 N 8470 12 30 N 5:3 E '~'"'= ~ =' '"'" ,:, '~ ,:,.J .., 4 .-, 4 3 :--: · . . .:o, 79 N 8570 15 C) N ~.o ~,~/. -', ..... E 78 09 .~.o · o., ~.~ 67 41 N · · · ,_1 ~_l .... ,:E' , 8/_-,70 .... 17:30 N 5~'~ E ,-,-=.o 1 ,;, ,;, .., ,J . 6,7 0/:,. 07 8770 20 0 N ~'~' o~=-, - :--:870. 22 30 N =""- :"~'~/ . ..,d E ~-,:,0.54 174 46 ,".,- ~¥,oo 07 214 73 c.:Y7¢). 25 0 N 58 E ,.,,.., ...... 90.39. 26 43 N 5,9 E ~000.17 244.93 · ,. 9600. 26 ...... E " ¢)1.67 497. '".',4 10718 2/:, 43 N · ..,,., E 1050 O. 0 ¢) 10 (:)('), 00 123'."77. 26 43 N =-~'..,c, E 1 2000 ~ O01 755.25 C). 00 C). (')0 O. C)C) C). C)O 1.85 E 7.4O ~ ';::9; 52:" E 46,' ('.)7 E 66 '-'"' · -'",,2' E 56.'21 N :=:'P.'?5 E 73.24. N ].17.21 ~ 92.45 N 147.95 11.3 79 N 1 "'"' · ,.-,~:. 1 ¢) E 129 74 N :3 E · 20,7.6 263.55 N 421:.77 E =-,,-, -- ,-,~m 0.5 E ._, ..' ;- '~'.' hi · ,-, -r ,=, · _ 0.00 0 ¢) O. 0(:) 0.00 0 '0 (:).00 ,:.;. b'o' . o ,:., ,:,. ,:,,:, C) O0 C) C) C). C) C) . ..,(.) '-" 1. ':' - ,., N 5:=: 0 E ':' ~" , ~,~,I , 8"72 ~ ~'-"' 0 E '.-.' 50 ' ~'"J",t-; r.;, - 1."~ ~'! N 0 E '.'.' ..,u ;3!-,4' 82'N .=,':,, 0 E .":' 50 54 '"" ¢'~ '-.' Z.F N · .-"- '--',., )? 5,9 0 E ::' "'"~ '4s,7.; 3'4 N 5,s o E 1000. OC)' N.-."-;.=,'" C) E 1755.25-N 58 0 E 2.5C) 5( C2" '=.' .... (.) ", $F_) I~'I - '2... (.) 0. C)O O. O0 C). OC) F I NAL CLO::iLIRE - D'I REiE:T I ON: [II STANC:E: cZ) N .. ,:¢ D E GS (:) M I N :3 E 1755,25 FEET T 14 N ands I ! I I $1MP$o,~ I ..... Oliktok Pt.-- ~--r ?A~ PROPOSED LOCAT ION TEXACO I JONES ISLAND- I I I I I Beecheypf I , I BORROW SOURCE R9E RIOE R lie R 12E RI3E SPINE RC MILES 4 5 6 I LOCATION MAP SHEET I OFZ i SEC. 29, TI4N,RIIE,UM TEXACO INC. CLONES ISLAND- I WE LL LOCATION AUGUST 1,1984 FILE: ELEVEN-2 'Jones .- - ) Jo _._.___..-~.----~; N 0 R T H '~' ...... ~'" ~..~,~o~ J $ , SHELL La~Oo . . ..,_ ~ 2 / ~. ~~.56~" '2, .... ~; ". ~' ' ~ x L * I l: ~ ~ ~1~,~ '~ ' '- ' '' Well~ " ....... - : "" - '" -; "' '' . -~ ~ . ': - ] ..,"- .~w va~ . t' ' ~m~laland $- aSP ZONE 4 ~',:~- = ..... ;:. .... '' ~ '~- ~,~ E-~-.. ....... ~- .~. ~ ~ ~ ... ,- . . ~.~ :' I~~° ~'~_.~ · ~'~ V~C~T~ : -. : . o~" ~. ~. · . .. i . . ~Kavearak .... ' ~ ., ....; ,.., //~ :,:. : ~ g. '- WELL LOCATED I~ P~0TEACTEB SEC. 29= ,TI4N~ EIIE~ U. ~.~ ALASKA CER~FICATE~ OF,_ SURVEYOR: I HEREBY CERTIFY THAT I AM PROPERLY~. REGISTERED AND LICENSED ~ PRACTICE LAND SURVEYING IN THE STATE OF ALASKA ~O THAT THIS PLAT REPRESENTS A LOCATION SURVEY MADE BY ME OR UNDER MY SUPERVISION. AND THaT ALL DIMENSIONS A~ OTHER OETAILS ~---2~e · · ~~. - ...... m !1 SURVEYED FOR: TEXACO ....................... 3340 Arc,,c Boulova~, Suite 201, Anchorage, Alas*a 99503 S~LE I":1 MILE ilUOS ~. 841~ Rle B~en-2 e eaufor t~~ PLAN APPROX. SHORELINE · SECTION A-A · PROPOSED GRAVEL PAD ~ , 8eauforf Sea Simpson Legoo~~ i/~'?-'o:' ~-' o-:-° :"o-'- °' "~,' :~',,,,----~2 ~ ,, · '~'APPROX. ISLAND PROFILE ~ NOT NO SCALE ['~ NEW FILL (TRANSPORTED FROM MAINLAND) VICINITY MAP NPR-A ~l7 SITE 8, ICE ROAD WELL LOCATION 1274' SOUTH OF THE NORTH LINE 2189' EAST OF THE WEST LINE SEC. 29, TI4N,RllE,UM LAT. 70032'31.563"N LONG. 149° 21' 34.706"W X=578,133.48' AK ZONE 4 Y=6,048,310.58' AK ZONE 4 GROUND ELEVATION= 3' MSL Alaska ISHEET 20FZ RECEIVED AUG t ~ 191~ Anch°r~ti[ XACO INC. JONES ISLAND-I WELL LOCATION AUGUST 1,1984 FILE: ELEVEN-2 thru (3) 'Admin '('10 and 11) (4) .Cas (12 thru 20) ... · (21 t~ru 24) (6) Add: 4. 5. 6. 7. 8. ® 10' 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. ,,~,' :~.~.~., .-,,:,~;-f~.',, ' :,':~ : ',',~'~c~ .?'~*~ ':~'~'~'t~~ ,~:, ~..~: ,,~ ~, : ",',~,.,~"~,"'~ :, ',' ', .'., :~:~ ':;' '.'.~,~' ~' ~:~'~',~ ~',~J, :~' ;-,,~, ,' ':'~,', ~" '.," ' ':.. ~.-'~"':~.': ,".,, ,~ ".,,. ''C .' '.:" . ' ."~ : ....... .'.;,,..':,. ...... . ...... ~' ',,~.,.' ,~. .............. ," ',,~, ........ '..~" ~:: '..' ......... ~..~ :'..' ....... ' ........... .v '/ ~:.'~. ' ' ' ........ .."~"":' :';'::.,'::~,: ~'.~,: ', ,:-,':. ',...~', : ,...:::,,,,::~.,:~:,~:, ~,' ~ .... : .... : ...... : .... .:,.:. ~,.:~...~,:?:, .',.(~,,:?:::?,:,,.?;:::.,;.,;,:.:::,:::... -. . perm: ..... f e:.r .attached .'.".. ~ . ............... , . ~ ....................": / ~ . I~ well to be. located, in a defined pool ......... ~ .................... Is well located proper distance from property line .................. Is well located proper distance from other wells .................... Is. sufficient undedicated acreage available in this pool ............ Is well* t° *be deviated and is well bore plat included ............... Is operator the only affected party ....... ~ ......................... , Can .pemtt be approved before ten-day wait ........................... Does operator have a bond in force .................................. ~ - is a conservation order needed ...................................... Is administrative approval needed .................................... Is conductor' string provided ........................................ Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or producti?n.st:in~s.: ''i~ Will Cement cover all known productive horizons .............. ' Will surface casing protect fresh water zones ........ Will all casing give 'adequate safety in collapse, tension and burst..~ Is this well to be kicked off from an existing wellbore'. ............ Is old wellbore abandonment procedure included on 10-403. ............ Is adequate well bore separation.proposed ........................... · Is a diverter system required ............................. ~ Are necessary diagrams of diverter and ~b{'g~uip~n~ attache~ ....... /wi? -- Does BOPE have sufficient pressure rating - Test to ~/~-~ psig .. ~i~ Does the choke manifold comply w/API RP-53 (Feb. 78) .................. .Additional requirements ............................................. Additional Remarks: Geo logy: Enginj~.e r in~: HWK~ LCS 7~BEW WVA ~HJH~-~ JAL , rev: 12/08/83 6. CKLT INITIAL 'GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE , , ,, (2) 'Loc "' ~2 thru 8) (8) (3) Admin. i ?-/}'~ (9/thru 11) (10' and 11) (4) Cas #J Z (i2' thru 20) (5) BOPE (21 thru 24) (6) Add: me 3. 4. 5. 6. 7. 8. m 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. Lease &:~ Well No. YES NO Is .the permit fee attached - ~ ' Is well to be.located in a defined pool ............................. Is'.well located proper distance from property line .................. Is well located proper distance from other wells .................... Is sufficient undedicated acreage available in this pool ............ Is well to be deviated and is well bore plat included ............... Is operator the only affected party ................................ ' Can permit be approved before ten-day wait ......................... · Does operator have a bond in force ..i [ .... ...... i i ............ Is a conservation order'needed ..... ~ ..... Is administrative,approval needed . i '. ' , / REMARKS Is condUCtor'string provided ..~ .................. .......... Is enough cement used to circulate on gonductor an~';ur~ace . . Will cement tie in surface and intermediate or production Strings ... Will cement cover all known produCtive horizons ........... Will surface casing protect fresh water zones ... iiii~i~ Will all caSing.give adequate safety in collapse, a r t. Is this well to be .kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403., ......... , Is adequate well bore separation proposed ........................... Is a diverter system required . ...................................... Are.necessary diagrams of diverter and BOP equipment attached ....... Does BOPE have sufficient pressure rating - Test to psig .. Does the choke manifold comply w/API RP-53 (Feb.78) .................. Additional requirements ............................................. Additional Remarks:~. /~-.~._ ~ ~ f~-/~). ~' ~/ ~" ~~ (. Geology: .Enginee.rin~: HWK LCS ~-g~~~_~ JKT ~ rev: 12/08/83 6.CKLT BEW HJH INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE , , . ------ f, o o O U