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189-126
PLUGGING & LOCATION CLEARANCE REPORT State of · Alaska Memorandum To 'File: .ALASKA OIL &GAS'CONSERVATION COMMISSION · . j .. · ..' ~ PTD No. 6~-Ol~~ ·. , Lease AP1 No. · 23-% - 7_0 ~ 18 - o o -- · Abnd Date Spud: ~;z~lqo ., TD: '8oLo-. , Completed Note casing size, wt, depth, cmt vol, '&.procedure. · · sfc csg: l~" ~.~ Long Csg:' ~0~/~ 3~ Liner: : . Perf intervals - 'toPs:' ~-- Review the well file, and-comment on plugging, well head status, and location clearance-provide loc. clear, code. . . I Well head Cut off: ~&~ -' ConclusiOns: ~p~o_,~-_',. P~°c-c-~.D ' ., Code Signed ARCO Alaska Inc. Record ol' ShiDmem _: Con1,idential In1'ormati, To Alaska Oil and Gas Conservation Corem Bob Crandall 3001 Porcupine Dr. Anchorage, Ak. 99501 From ARCO Alaska Inc. MIKE WERNER 700 G STREET ANCHO RAG E, AK. 99501 I-I Enclosed I-1 Under separate cover l-I Via Subject GYR WELL DATA .Quantity 2 Description of data Petroleum Testing Services Inc. Core Analysis ,MAY 1 ? 1990 ~I1a$ _ka ~ii & Gas Cons. Commlssf0n ".,'.,.~. ;Anchoraga Note--Please ve/r.;ify and acknowledge receipt, by signing and returning a copy of this transmittal. IDate M^¥) 19 o MAY-09-'90 11:27 ID:KRU/CI/NU/DRILLING TEL N0:907-265-6218 ............... , ,. ~ .;, ~575 P03 · . #orEs,' -- I. ~$15 O~ &OCAtlO# I$ MONUM£Nt$ ~FIN~ ~0 *tON" 6290 JiJd~il i~ d/14 / % $ al~. ELEV, OF t~E ~P Ar ~ONOU~rOR ~v~o~ ~r/~/~ r~ -- ARCO Alaska, In~, J---] ARCO Exploration Compa ........ - .... r-~-ARC'~ Oil and Gas Company Record Of [ ,ent Of Confidential Information I District To From /o, z~. /dm.t /oo$ Go [] Enclosed [] Under separate cover /Via Subject Quantity / Map number & description Note~Please verify and acknowledge receipt, by signing and returning the second copy of this transmittal. Received by Remarks AR3B-1370-F STATE OF ALASKA , ~ ~,A OIL AND GAS CONSERVATION C....,.,.,ISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG Classification of Service Well Status of Well OIL r--] GAS r'-'] SUSPENDED [~] ABANDONED [~] SERVICE r'-'] 2 Name of Operator ARCO Alaska, Inc 3 Address P.O. Box 100360, Anchorage, AK 99510-0360 4 Location of well at surface 1,918' FWL, 2,135' FSL, SEC 32, T4N, R20E UM At Top Producing Interval N/A Permit Number 89-126 APl Number 50-223-20018 At Total Depth ~ 2,039'FWL, 1,759'FSL, SEC32, T4N, R20E UM~i .~ ~ 5 Elevation in feet (indicate KB, DF, etc.) l~[.~(~,a,~"~nation and Sedal No. RKB 678' ADL: 344176 ALK: 3474 12 Date Spudded 13 Date T.D. Reached 114 Date Comp., Susp~ or Aband. 2/25/90. 3/26/90. I ~ ~,'~'~.,2 ~,~ 17 Total Depth (MD+TVD) 18 Plug Back Depth (MD+TVD) ~19 Directional Survey 120 8020' MD & 8005' TVD SURFACE I YES [~] NO ['-'] 9 Unit or Lease Name N/A 10 Well Number GYR #1 1 Field and Pool WILDCAT 15 Water Depth, if offshore 116 No. of Completions NA feet MSLI NA Depth where SSSV set J 21 Thickness of permafrost NONE feet MDI 600' (approximate) 22 Type Electric or Other Logs Run D I FL/BHC/SP/GR/ZDL/C NL/CAL/VS P/DI P/S H EARWAVE/GYRO 23 CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 16" 62.5# H-40 SURF 110' 24" 170 SX AS I 10 3/4" 36# J-55 SURF 3086' 13-1/2" 1500 SX CS III, 650 SX CLASS G 24 Perforations o interval, size and number) NONE )en to Production (MD+TVD of To and Bottom and & 150 SX CS II (TOP JOB) 25 TUBING RECORD SIZE DEPTH SET (MD) PACKER SET (MD) 26 ACID, FRACTURE, CEMENT SQUEEZE, ETC DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 27 Date First Production Date of Test Hours Tested PRODUCTION TEST JMethod of Operation (Flowing, gas lift, etc.) PRODUCTION FOR TEST PERIOD OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATF 28 CORE DATA Brie~ description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. SEE ATTACHED ADDENDUM Anch0ra~ Form 10-437 Rev. 7-1-80 CONTINUED ON REVERSE SIDE Submit in duplicate 29. 30. GEOLOGIC MARKERS FORMATION TESTS NAME Include interval tested, pressure data, all fluids recoverd and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. SEE ATTACHED ADDENDUM NA : 31. LIST OF ATTACHMENTS GYRO, SUMMARY OF OPERATIONS 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed .,~~ ~~,~~ Title AREA DRILLING ENGINEER Date INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 ARCO ALASKA INC. WELL. (~YR #1 ~ ~,'~'~ FIELD: WILDCAT ROUTINE CORE ANALYSIS MAY 1990 R t I~ILi~ ~0075 12051 RIVERA RD. · SANTA FE SPRINGS, CA 90670-2289 TELEPHONE (213) 698-0081 · PANAFAX (213) 693-0947 May 4, 1990 Mr. Mike Werner ARCO Alaska, Inc. P.O. Box 103095 Anchorage, AK 99510 Dear Mr. Werner: Re: Core Analysis File No.: 70073 Enclosed is a final core analysis report for routine core analysis and sidewall core analysis tests performed on material from the Wildcat GYR #1 well. Laboratory procedures have been enclosed your reference. We appreciate this opportunity to be of service and trust these data prove beneficial to the development of this reservoir. Sincerely, Pe~troleum Testing Service, Peter T. Schuyler President Inc. PTS:rdl Encl. PETROLEUM TESTING SERVICE, INC. Client: ARCO Alaska Inc. File: 70074 Date: May 1990 Well: GYR #1 Field: Wildcat State: Alaska ROUTINE CORE ANALYSIS 1. Drill 1" diameter plug and trim to right cylinder. 2. Extract water and hydrocarbons from sample using Dean-Stark toluene method. Record produced water volume. 3. Vacuum dry at 150°F until weight is stable. Allow sample to cool and weigh to the nearest 0.01 gram. 4. Measure bulk volume using mercury immersion method. 5. Measure sand grain volume using a Boyle's Law helium porosimeter. Calculate porosity, saturations, and grain density. 6. Mount sample in a hydrostatic Hassler-type sleeve using a confining stress of 300 psi. 7. Measure permeability with nitrogen gas using a calibrated flow tube-type permeameter. PETROLEUM TESTING SERVICE, INC. Page No. FiLe No. Date 1 7007'3 May 4, 1990 CONPANY ARCO ALASKA INC. CORE TYPE 5.25 Inches MUO TYPE WATER WELL FIELD COUNTY STATE GYR #1 WILDCAT NORTH SLOPE ALASKA CORE ANALYSIS APPARENT HELIUM AIR OIL WATER TOTAL SAND GRAIN DEPTH POROSITY PERMEABILITY O/W SATN SATN SATN DENSITY ft. PERCENT md. RATIO ~LoV ~LoV :ILoV gm/cc LITHOLOGY CORE NO. 1 (5463.00 - 5493.00) : REC. (5463.00 - 5493.50) 5463.35 13.3 38. 0.03 1.0 40.5 41.5 2.63 5464.5 9.0 0.8 0.04 3.0 76.2 79.2 2.63 5465.4 9.7 2.1 0.04 2.1 54.5 56.6 2.63 5466.3 11.7 7.1 0.15 8.7 58.9 67.6 2.63 5467.4 11.4 4.9 0.07 4.7 72.0 76.7 2.63 5468.3 12.4 22. 0.03 2.2 62.7 64.9 2.63 5469.3 12.2 35. 0.03 2.2 65.5 67.7 2.63 5470.3 12.7 21. 0.06 4.2 7~.1 76.3 2.60 5471.25 12.4 48. 0.02 1.1 64.9 66.0 2.60 5472.4 14.1 71. 0.03 2.3 69.7 72.0 2.60 5473.25 11.7 18. 0.02 1.2 74.9 76.1 2.61 5474.3 9.4 3.4 0.02 1.4 78.8 80.2 2.62 5475.35 13.0 78. 0.01 1.1 71.8 72.9 2.60 5476.6 4.5 0.4 ** 0.00 0.0 97.2 97.2 2.64 5477.25 3.2 0.3 0.00 0.0 92.3 92.3 2.64 5478.5 4.5 0.2 0.04 3.0 78.1 81.1 2.67 5479.4 4.7 <0.1 0.00 0.0 81.3 81.3 2.69 5480.15 4.9 <0.1 0.00 0.0 86.1 86.1 2.70 Sst;otv gry,vf-msd u/pbts,fnt odor, It stn,sptd yet fluor Sst;orr gry, ct-fsd, fnt odor, ti stn, strked yet ftuor Sst;otv gry, ct-fsd, fnt odor, It stn, sptd ye[ ftuor Sstiotv gry, ct-fsd, fnt odor, ti stn, sptd yet ftuor Sst;otv gry,ct-fsd, fnt odor, It stnosptd yet ftuor Sst;orr gry, stt-fsd,fnt odor, It stn, sptd yet ftuor Sst;otv gry, stt-fsd, fnt odor, tt stn, sptd yet fluor Sst;o[v gry, c[-msd,carb, fnt odor, It stn, sptd ye[ fluor Sst;o[v gry,c[-msd,carb, fnt odor, It stn,sptd ye[ ftuor Sst;o[v gry, sIt-msd,carb, fnt odor, It stn, sptd ye[ fluor Sst;o[v gry,vf-~sd u/pb[s,carb, fnt odor, It stn, sptd ye[ fluor Sst;o[v gry, c[-fsd,carb, fnt odor, It stn, strkd yet fluor Sst;o[v gry, fsd,carb, n odor, It stn, ye[ fluor S[tst,gry, s[t u/c[ [ams,carb, n odor,n stn,n fluor S[tst,gry, s[t u/c[ [ams,carb, n odor,n stn,n fluor S[tst,gry, s[t u/c[ [ams,pyr,n odor,n stnod[ g[d fluor S[tst,gry, s[t w/c[ [ams,pyr,n odor,n stn,n fluor S[tst,gry0stt w/ct [ams,pyr,n odor,n stn,n ftuor FRACTURED, ESTIMATED AIR PERNEABILTY PETROLEUM TESTING SERVICE, INC. Page No. 2 FiLe No. 70073 Date May 4, 1990 COMPANY ARCO ALASKA INC. CORE TYPE 5.25 Inches MUD TYPE HATER HELL GYR #1 FIELD HILDCAT COUNTY NORTH SLOPE STATE ALASKA CORE ANALYSIS APPARENT HELIUM AIR OIL HATER TOTAL SAND GRAIN DEPTH POROSITY PERMEABILITY O/H SATN SATN SATN DENSITY ft. PERCENT md. RATIO XPV XPV XPV gm/cc CORE NO. 1 (coNTINUED) (5463.00 - 5493.00) : REC. (5463.00 - 5493.50) 5481.4 9.8 <0.1 0.00 0.0 60.9 60.9 2.68 5482.3 10.2 0.2 O.OZ 1.3 57.6 58.9 2.68 5483.25 10.8 1.0 0.05 2.4 47.5 49.9 2.67 5484.3 11.6 1.6 0.02 1.2 56.1 57.3 2.67 5485.2 11.4 1.6 0.C)8 4.8 60.9 65.7 2.67 5486.25 11.5 0.8 0.03 2.4 69.4 71.8 2.69 5487.35 11.9 1.2 0.07 4.5 64.1 68.6 2.67 5488.3 11.7 1.1 0.02 1.1 67.0 68.1 2.68 5489.3 11.6 1.0 0.07 4.6 63.0 67.6 2.68 5490.25 11.7 0.9 0.02 1.7 70.3 72.0 2.67 5491.3 11.6 1.0 O.OZ 1.2 71.4 72.6 2.67 5492.4 10.3 0.2 0.08 6.0 76.5 82.5 2.65 5493.15 8.9 0.1 0.00 0.0 83.7 ,63.7 2.72 LITHOLOGY Sst,oLv gry, ci-vfsd,pyr,n odor,n stn,n fluor Sst,otv gr¥,ct-vfsd,pyr,fnt odor, it stn,yet fluor Sst,oLv gr¥,cL-fsd,pyr,fnt odor,n stn,yeL fluor Sst,oLv gry, cL-fsd,pyr,fnt odor,n stn,yeL fluor Sst,oLv gry, cL-fsd,pyr,fnt odor,n atn,yeL fluor Sst,oLv gry, cL-fsd,pyr,fnt odor,n stn, yeL fluor Sst,oLv gry, cL-fsd, pyr,fnt odor, Lt atn, yeL fluor Sst,oLv gry, cL-fsd,pyr,n odor, Lt stn, yeL fluor Sst,oLv gry,cL-fsd,pyr,n odor,m atn,brt yel fluor Sst,oLv gry, cL-fsd,pyr,n odor, Lt stn,yeL fluor Sst,oLv gry, cL-fsd,pyr,n odor, Lt stn,yeL fluor Sst,oLv gry, cL-fsd,pyr,n odor, Lt stn,yel fluor SLtst,otv/dk strks,cL-vfsd,pyr,n odor,n stn,n fluor PETROLEUN TESTING SERVICE~ INC, Page No. FiLe No. Date 700T5 Nay 4, 1990 CONPANY ARCO ALASKA INC. CORE TYPE 5.25 Inches HUD TYPE HATER HELIUH AIR OIL HATER TOTAL DEPTH POROSITY PERHEABILITY O/H SATN SATN SATN ft. PERCENT md. RATIO XPV t~PV ~V CORE ANALYSIS APPARENT SAND GRAIN DENSITY ~m/cc LITHOLOGY HELL FIELD COUNTY STATE GYR #1 HILDCAT NORTH SLOPE ALASKA TYPE OF EXTRACTION - DEAN STARK TOLUENE EXTRACTION CONFINING PRESSURE ON THE PER#EAHETER = 300 psi OIL GRAVITY ESTIHATED BY VISUAL FLUORESCENCE = 24 A.P.I. PE'FROLEUM TESTING SERVICE. INC. 100 90 *- 80 o 70 ~- ~0 >2 ~o t.~ 20 10 100 90 "- 80 o 70 o. 6O >2 ~o L~ 2O PERMEABILITY AND POROSITY HISTOGRAM CUENT: ARCO ALASKA INC. STATE: ALASKA FIELD: WILDCAT WELL: GYR #1 FILE No.: 70073 DATE: May z~, 1990 DEPTH INTERVAL, fi(: 5463.3- 5493.2 · · · · · · · · · : · · · ! , Cumulative Frequency ........ Arithmetic Mean 10.3 ..... Median Value 11.5 0 2 4, 8 8 10 12 14. 1618 20 22 2,1. 26 28 ~ 32 ~ 36 38 40 4.2 44, 46 POROSITY, percenf 100 -- 70 >Z z 60 5O (:~ 30 ~. 20 ~1~ 10 ~ 0 0 10 ,,, Cumulative Frequency ........ Geometric Mean 1.8 .... Median Value 1.1 PERMEABILITY, millldarcies 70 >2 Z 60 50 O' 30 20 10 0 160 320 640 1280 2560 5120 10240 PETROLEUM TESTING SERVICE, INC. POROSITY - PERMEABILITY CROSSPLOT CLIENT: ARCO ALASKA INC. STATE: ALASKA FIELD: WILDCAT WELL: GYR ~1 FILE No.: DATE: DEPTH INTERVAL, ft : 70073 Moy 4, 1990 5463.3- 5493.2 lO0 10 .1 0 10 20 30 40 50 POROSITY, percenf PETRO~UM TESTING SERVICE, INC. GRAIN DENSITY - POROSITY CROSSPLOT CUENT: ARCO ALASKA INC. STATE: ALASKA FIELD: WILDCAT WELL.: GYR ~1 FILE No.: 7007~ DATE: May 4, 1990 DEPTH INTERVAL, ft :5463.3- 5493.2 3.50 3.00 2.50 Z 2.00 1.50 10 20 30 40 50 POROSITY, percenf PETROLEUM TESTING SERVICE, INC. Client: ARCO Alaska Inc. File: 70073 Date: May 1990 Well: GYR #1 Field: Wildcat State: Alaska SIDEWALL CORE ANALYSIS 1. Trim sidewall sample to right cylinder and maximum length, if possible. 2. Extract water and hydrocarbons from sample using Dean-Stark toluene method. Record produced water volume. 3. Vacuum dry at 150°F until weight is stable. Allow sample to cool and weigh to the nearest 0.01 gram. 4. Measure bulk volume using mercury immersion method. 5. Measure sand grain volume using a Boyle's Law helium porosimeter. Calculate porosity, saturations, and grain density. 6. Mount sample in a hydrostatic Hassler-type sleeve using a confining stress of 300 psi. 7. Measure permeability with nitrogen gas using a calibrated flow tube-type permeameter. PETROLEUH TESTING SERVICE~ INC. Page No. 1 F|le No. 700~ Date Hay 4, 1990 COHPANY ARCO ALASKA INC. CORE TYPE 5.25 Inches HUD TYPE WATER WELL GYR #1 FIELD WILDCAT COUNTY NORTH SLOPE STATE ALASKA HELIUH AIR OIL WATER TOTAL DEPTH POROSITY PERHEABILITY O/W SATN SATN SATN ft. PERCENT md. RATIO ~L°V ~L°V ~L°V 1630.0 28.7' 40. ** 0.00 0.0 86.1 86.1 17''49.0 28.7' 41. 0.00 0.0 97'.8 97'.8 2025.0 INSUFFICIENT HATERIAL 2348.0 INSUFFICIENT HATERIAL 2368.0 27'.7' 15. ** 0.00 0.0 97.7' 97.7 SIDEWALL CORE ANALYSIS APPARENT SAND GRAIN DENS l TY RECOVERED gm/cc INCHES 2.66 0.7' 2.57' 0.7' 0.7' 0.7' 2.64 0.4 2433.0 25.9 5.0 ** 0.00 0.0 96.4 96.4 2.60 0.25 247'2.0 24.5 8.0 0.00 0.0 90.3 90.3 2.65 0.8 2813.0 27.0 5.0 ** 0.00 0.0 84.7' 84.7' 2.65 0.5 3154.0 29.4 16. ** 0.00 0.0 81.3 81.3 2.64 0.3 3174.0 30.3 15. 0.15 10.3 69.2 79.5 2.76 0.7' 98.6 2.64 0.7' 99.1 2.64 0.7' 98.5 2.62 0.6 98.1 2.63 0.6 0.6 66.6 2.63 0.9 92.2 2.63 0.7 74.5 2.58 0.7 3222.0 27'.8 16. 0.01 0.8 97'.8 3274.0 23.3 1.7 0.01 1.1 98.0 3450.0 28.3 112. 0.01 0.8 97.7' 3532.0 23.5 16. 0.00 0.0 98.1 3570.0 INSUFFICIENT MATERIAL 3610.0 30.]' 12. ** 0.16 9.2 57'.4 3640.0 25.6 10. 0.00 0.0 92.2 3660.0 30.4 15. ** 0.00 0.0 74.5 LITHOLOGY Sst;otv gry, ct-fsd,n odor,n stn, n fluor Sst;otv gry ~/dk strks,ct-fsd ~/pbts,n odor,n stn, n ftuor Sst;otv gry, ct-fsd,n odor,n stn,n fluor Sst;otv gry, ct-fsd, carb,n odor,n stn,n fluor SSt;Dry gry, ct-fsd,n odor,n stn,n fluor SSt;Dry gry, ct-fsd,n odor,n stn,n ftuor Sst;Dry gry, f-vfsd,n odor,n stn,n fluor SSt;Dry gry, ct-vfsd,pyr,carb, n odor,n stn,n ftuor SSt;Dry gry w/dk strks,carb Lams,n odor,n stn,n fluor Sst;oiv gry, ct-vsd,carb,n odor,n stn,n ftuor Sst;Dry gry w/dk strks,ci-vfsd,carb [ams,n odor,n stn,n fluor SSt;Dry gry,vfsd, n odor,n stn,n ftuor Sst,Dry gry ~/dk strks,ct-vfsd, carb iams,n odor,n stn,n fluor Sst,Dry gry, vfsd, carb, n odor,n stn, n ftuor Sst;otv gry ~/dk strks,cl-vfsd, carb lams,n odor,n stn, n fluor FRACTURED, ESTIMATED AIR PERNEABILTY PETROLEUM TESTING SERVICE, INC. Page No. FiLe No. Date 2 70075 May 4, 1990 COMPANY ARCO ALASKA INC. CORE TYPE 5.25 Inches HUD TYPE WATER HELIUM AIR OIL WATER TOTAL DEPTH POROSITY PERHEABILITY O/W SATN SATN SATN ft. PERCENT md. RATIO XPV XPV XPV 3674.0 30.0 5.0 0.00 0.0 90.4 90.4 3826.0 27.8 29. 0.00 0.0 76.2 76.2 4024.0 28.0 20. ** 0.00 0.0 87.5 87.5 4172.0 27.6 56. 0.00 0.0 78.4 78.4 4184.0 23.8 30. ** 0.00 0.0 97.8 97.8 4574.0 INSUFFICIENT HATERIAL 4600.0 INSUFFICIENT MATERIAL 4858.0 INSUFFICIENT MATERIAL 4892.0 27.2 20. ** 0.05 4.5 86.5 91.0 4958.0 INSUFFICIENT MATERIAL 5020.0 27.1 15. ** 0.09 7.7 82.5 90.2 5065.0 23.6 20. ** 0.04 3.7 90.0 93.7 5114.0 5246.0 5356.0 5470.0 5472.0 INSUFFICIENT MATERIAL INSUFFICIENT MATERIAL INSUFFICIENT MATERIAL INSUFFICIENT MATERIAL INSUFFICIENT IdATERIAL WELL FIELD COUNTY STATE GYR #1 WILDCAT NORTH SLOPE ALASKA SIDEWALL CORE ANALYSIS APPARENT SAND GRAIN DENSITY gm/cc 2.62 RECOVERED INCHES LITHOLOGY 0.7 Sttst;oLv gry, ct-stt,pyr,n odor,n stn,n fluor 0.7 Sst;otv gry w/dk strks,ct-fsd, carb tams,n odor,n stn,n fluor 2.67 2.66 2.52 0.4 0.4 0.25 0.25 0.25 Sst;otv gry, f-vfsd,pyr,n odor,n stn, n fluor Sst;otv gry, f-vfsd, pyr,n odor,n atn, n fluor Sst;oLv gry, f-vfsd,nodor,n stn,n fluor 2.71 2.58 0.25 0.4 0.4 0.4 0.3 Ssy, otv gry, cL-vfsd,n odor,n 8tn, gtd fluor Sttst,otv-gry, ct-vfsd,pyr,n oder,n stn,gtd fluor Sst,otv-~r¥,ct-vfsd,carb, n oclor, tt stn,~td fluor 0.3 0.3 0.3 ** FRACTURED, ESTIMATED AIR PERMEABILTY PETROLEUM TESTING SERVICE~ INC. Page No. FiLe No. Date 3 70073 Hay 4, 1990 COMPANY ARCO ALASKA INC. CORE TYPE 5.25 Inches MUD TYPE WATER HELIUM AIR OIL WATER TOTAL DEPTH POROS 1TY PER#EAB 1L I TY O/W SATN SATN SATN f t. PERCENT md. RAT ! 0 ~LoV XPV XPV 5666.0 INSUFFICIENT MATERIAL 5677.0 32.0 75. ** 0.00 0.0 93.2 93.2 6554.0 26.3 30. ** 0.00 0.0 96.9 96.9 6690.0 30.2 229. O. O0 O. 0 98.0 98.0 6850.0 30.0 52. 0.00 0.0 97.1 97'.1 7202.0 26.6 50. 0.11 9.6 87.0 96.6 bELL FIELD COUNTY STATE GYR #1 WILDCAT NORTH SLOPE ALASKA SIDEWALL CORE ANALYSIS APPARENT SAND GRAIN DENSITY gm/cc RECOVERED INCHES LITHOLOGY 2.74 0.5 2.76 0.4 2.78 0.9 2.73 0.6 Sst,oLv gry, cL-vfsd,pyr,n odor,n stn,n fluor Sst,oLv gry, cL-vfsd,pyr,n odor,n stn,n fluor Sat,m dk gry, ci.vfsd, pyr,n odor,n stn,n fluor SLtst,gry, cL-vfsd,pyr,n odor,n stn,n fluor 0.6 Sttst,gry, cL-vfsd,pyr,n odor,n stn,n fluor TYPE OF EXTRACTION - DEAN STARK TOLUENE EXTRACTION CONFINING PRESSURE ON THE PERMEAMETER = 300 psi OIL GRAVITY ESTIMATED BY VISUAL FLUORESCENCE = 24 A.P.I. These results must be used uith caution. SideuatL samples are obtained by impact coring. This method can fracture hard formations, thereby possibly increasing the porosity and permeability. In soft formations, impact coring can compact the samples, resulting in decreased porosity and permeability. DriLLing mud may penetrate fractures and soft formations, thereby affecting the porosity, permeability, fluid saturation, grain density and cation exchange capacity results. FRACTURED, ESTIMATED AIR PERMEABILTY CONFIDENTIAL ARCO G YR #1 Conventional Core Description Core #1 5,463' - 5,476.5' 5,476.5' - 5,480.3' 5,480.3' - 5,481.3' 5,481.3' - 5494' 5,463' MD - 5,494' MD, Cut 31'. Recovered 31' Sandstone Gray, light gray, fine grained to very fine grained, moderate to moderate/well sorting, sub-angular; 60% quartz, 40% rock fragments; slightly calcareous; thin carbonaceous laminations present; floating pebbles common particularly @ 5472'-5473.5', pebble lags present at 5469.5' and 5476'; well consolidated. Fair porosity and permeability. No oil stain, no odor, 30% gold sample fluorescence, clear cut color, no visible stream, yellow/white dry residual cut fluorescence. Nil-trace Show. Silty clavstone - Dark gray, gray, silty, well consolidated; heterolithic lenticular bedding. Poor porosity and permeability. No stain, no fluorescence. Pebble Conolomerate -- Chert, quartz, dolomite, and phyllite pebbles; sub- rounded, poorly sorted, matrix supported, matrix consists of silty sandstone; disorganized to weakly inverse grading, clasts range from 1/4"- 1" in diameter, erosional lower contact. Fair porosity and poor permeability. No stain, no odor, 10% spotty gold fluorescence associated with matrix, clear cut color, no visible stream, yellow/white dry residual cut fluorescence. Nil-trace Show. Silty Sandstone Gray, light gray, very fine grained to fine grained, silty, moderately sorted, sub-angular; 60% quartz, 40% rock fragments; slightly calcareous, silica cemented; massive to faint horizontal laminations, thin carbonaceous laminations present, pebble lags @ 5,482.8', 5,489.5', 5,491.5', and 5,492.5'; well consolidated. Fair porosity and poor permeability. No oil stain, no odor, 10% gold sample fluorescence, clear cut color, no visible stream, yellow dry residual cut fluorescence. Nil-trace Show. CONFIDENTIAL ARCO GYR #1 Geolooic Markers Sagavanirktok Formation Canning Formation surface 576O' MD ARCO Alaska, Inc. Sidewall Sample Description Operator and Well Name ARCO Alaska Gyr #1 Location 2134' FSL & 1917' FWL sec. 32 T. 4N R. 20E Shot Run 1 sidewalls of final logging program, bottom gun Cn I~IIEIFI [lllTI fll Ullil IU Ll~ll I/tL Recovered IPage of 3-29-1990 19 of 25 Depth Rec. Description % Oil Odor Oil Fluor Cut Cut Show ft. in. Stain % Intensity Color color fluor color sum 7960 Mudstone: firm, slightly silty, slightly calcareous 7905 Mudstone: As above 7830 Mudstone: As above. , 7762 Mudstone: As Above slightly siltier 7760 Mudstone: As Above, 1/16" sandstone laminae observed,v.f.,well cemented,lt, gray 7758 Mudstone: As Above 7756 Mudstone 'As above ,,, 7754 no recovery 7752 no recovery 7750 no recovery 7650 Mudstone: Gray, firm, silty, some R ~! C E iV E J-~ sandstone:v.f.,It, gray, lithic 7625 Uudstone' As above; 1/8" sandstone ~1~ ~ 0 .~,~P laminae,v.f, It. gray, lithic ;~lSJ(a .0JJ .i~, {]as Cons, ~0mm~'ssi0~ 7490 Mudstone' As above 7408 no recovery Remarks Described by AR3B-2389-B -1- ARCO Alaska, inc. Sidewall Sample Description ©perator and Well Name ARCO Alaska Gyr #1 Page of 2 I2 Location ~ONFI~F~T!L Date 2134' FSL & 1917' FWL sec. 32 T. 4N R. 20E j~ 3-29-1990 Shot I Recovered Run 1 sidewalls of final logging program, bottom gun 19 of 25 1 Depth Rec. Description % Oil Odor Oil Fluor I Cut Cut Show ft. in. Stain % I Intensity I color color fluor color sum 7406 Sandstone: v.f. to some fine,lithic 0 slight 75 bright yellow It. milky poor to 50%, mod well cemented by to gold straw white to mod. calcite,gray yellow 7404 Mudstone: As above 7402 Sandstone · v.f. to fine, lithic 75%, 5% slight 60% bright yellow It. milky mod mod. well cemented ° to gold straw white to yellow, slow stream cut 7400 ............ no recovery .............. 7397 ............ no recovery .............. 7396 Mudstone: As above 7396 Mudstone: As above 7370 Mudstone: As above 7325 Mudstone: As Above, slightly siltier R i: c F F 7202 Mudstone: As above APR 3; ~ 19'~;~ 7120 Mudstrone: As Above, slightly ?,Jaska.0il.& Gas C~ ,ns. C0mr~issi0n calcareous '% ~,nch0~ ag~ Remarks Described by AR3B-2389-B -2- ARCO Oil and Gas Company ¢) Sidewall Sample Description Operator and Well Name Page, of ARCO Alaska, Gyr #1 I I 2 2134' FSL 8, 19'17' FWL soo. 32 T. 4N R. 201:: Shot Recovered Run 1 top gun 23 of 25 Depth Rec. Description % Oil Odor Oil Fluor Cut Cut fluor Show Stain % Intensity Color color color sum 7058 Mudstone: gray, gummy, slightly silty NOSF and calc. 6940 Mudstone: as above 6915 Mudstone: as above 6880 Mudstone: as above, slightly siltier NOSF 6878 Mudstone: as above; calcite: white crystalline - vein in part of core 6876 Sandstone: Gray, vf to fine, silty, argill, NOSCF mod well cemented, lithic 70% 6874 Mudstone: as above 6872 Sandstone: vf grained, lithic, argill., NOSCF silty, gray 6870 Mudstone: as above, carbonaceos material observed 6850 Sandstone, silty: vf grained, gray, NC~.,F mod. cement D ~' ~! [; ,~ ~, ! ~ i.L 6815 Mudstone: as above 6805 Uudstone: as above, slightly siltier ~P~ ~' 0 ]97~! 6775 Uudstone: as above incdsilt ~_~ ~Jl .& ~ as C0nl. C01~[r~[: sJ01~ 6750 Mudstone: as above with decreased "-~,%, ~]ch0ral;]) silt ,., 6690 Mudstone: silty, as above (6775) NOSF 6600 Mudstone: as above .. 6572 Sandstone: vf grained, silty, argill, minor tr. dull gold resid, very cut poor 6570 Silty mudstone: gray, argill 6568 no recovery 6566 Silty sandstone: gray, vfgrocalcite, 20 dull milky white poor white crystalline vein yellow white 6564 Sandy siltstone: vfgrained, argill, lithic tr. dull white very 75% yellow res. poor Remarks Described by AR3B-2389-B -3- ARCO Oil and Gas Company {) Sidewall Sample Description ., Operator and Well Name Page of ARCO Alaska, Gyr #1 ~ ~ ~J ~l r~ ~'J~ITi/~ t 2 12 Location J "1 i~Lj~j j~L Date 2134' FSL & 1917' ~L sec. 32 T. 4N R. 20E Shot Re~vered Run 1 top gun 23 of 25 Dep~ R~. ~pa~ % QI ~or Oil FI~ Cut Cut fl~ ~ S~n % Intena~ CoI~ ~lm ~ ~m 6562 ~ r~ve~ 6560 Sa~stone: gray, fi~to friable, ~ tr. min 10 dull tra~ ~or grained, si~, ~me minor or yellow resi- ca~onaceous dual 6558 Mud~o~: gray to da~ gray, firm silty 6554 SiE~one: gray, sandy (vs), friable, a~ill ,, , .., o 197 .... ~'.~,, ~, Anchora~ Remarks Described by AR3B-2389-B -4- ARCO Oil and Gas Company ~ Sidewall Sample D®scription , ,, Operator and Well Name Page of ARCO Alaska, Gyr #1 r~ Pi ~ I r- i ~ r-., .,.~ . . 1 I 2 Location Date 2134' FSL & 1917' FWL sec. 32 T. 4N R. 20E Shot Re~Vered Run 2 bottom gun ...... Dep~ R~. ~npa~ % OI ~or ~1FI~ Cut Cut fl~ ~ S~n % Inte~ C~~ ~ ~m ~m 6500 Mudstone: gray, fi~ si~, argill. NOSF 6485 Mudstone: as a~ve ...... 6395 Mudstone: as a~ve , , 6310 Mudstone: as a~ve (lim~ed re~ve~- difficu~ to evaluate) 6225 Mudstone: as a~ve 5938 Mudstone: as a~ve, increasing silt ...... 5936 May be ~dcake ~ ~t mud~one as above ,, 5934 Mudstone: as a~ve 5934 Sample too small to examine ,, , 5930 ~ r~ve~ 5862 Sil~ sandstone: ~ grained, argill, gray; calc~e cemented zone wh~e c~stalline 5858 Mudstone: gray, firm, argill., si~y 5854 Silts;~;ne: gray, friable, argill. ...... 5852 Mudstone: gray, firm, a~ill., si~y 5848 ~ r~ve ~ 5846 Siltstone: as a~ve 5677 Siltsto~: laminated gray, fi~, a~ill. w/si~y sandstone wh~e to ~. gray, ~ qtzose ., Remarks Described by AR3B-2389-B -5-- ARCO Oil and Gas Company ~ Sidewall Sample Description Operator and Well Name Page of ARCO Alaska, Gyr #1 ~ ~ l! r' ~ r~ r-,, ~., ,. 2 I 2 Location !~:p t !: N I l A L Date 2134' FSL & 1917' FWL sec. 32 T. 4N R. 20E Shot Recovered Run 2 bottom gun Depl~ Rec, Descnption % Oil Odor Oil Fluor Cut Cut fluorShow StaJn % Intensity Color color color sum 5666 Siltstone: as above, minor vf. sand qtzose, calc. cemented ..... 5472 Sandstone: vf to fine, some med., qtz 60%, mod. cement, some silt, abund. mineral flor. ., .,, 5470 Sandstone: It. gray, fine, some vf & med. Ilthics-50%, friable, mineral , foresc. (tuff. matrix?), no cut, odor . , 5356 Sandstone: lt. gray, friable; vf to fine, matrix, mineral floresc. (as above) 5304 no recovery .... r .... ., .., Remarks Described by AR3B-2389-B ARCO Oil and Gas Company ~ Sidewall Sample Description Operator and Well Name Page, of ARCO Alaska, Gyr #1 ~ n I1 I- I n r ~tT l ~.~, 1 J 2 Locationb U ]~ ~- J [J ,~ 1~ 1 J ~ ~ Date 2134' FSL & 1917' FWL s~. 32 T. 4N R. 20E ,,. Shot Re~vered Run 2 top gun Dep~ R~. ~dp~ % ~1 ~or Oil FI~ Cut Cut fl~ S~n % Inte~ C~ ~lm ~lm ~m 5065 Sa~stone: gray, d to fine friable, ~z 60%, some ca~., wh~e odgin matrix -- 5020 Sa~stone: as a~ve 4958 Sa~one: ~ grained, gray well ceme~ lithic 50% 4902 ~ r~ve~ 4892 Sa~stone: gray to salt & pepper, , friable prevale~ dissem. ~al, wh~e (min f~ a~ii. 4858 Sa~stone: gray to salt & pepper, friable, pmvale~ dissem, coal, wh~e (min. flor) a~ill, mat~ 4600 Sa~stone: as a~ve .. 4574 Sand~one: fine to ~ gray, friable less ~al, mi~r mineral fbr. (mc. pr~. m. c.) ,, 4214 ~ r~ve~ 4184 Sa~stone: DrY, sa~ & pepper; ~ & dissem. ~., minor miner flor. 4172 Sa~stone: ~, fdable, dissem. ~al 4024 Sandstone: fine grain, aocc. med, friable dissem. ~al, ~me ~lc. ceme~ 3826 Sa~stone: as a~ve, no mineral flor. tan wood fragment obsewed 3674 Clay: gray, fi~ 3660 Sandstone: fine to med. friable, a~a~ ca~n matedal, clay ball, mi~r mineral f~r. 3640 Sandstone: fine to some med. abund. di~. ~al, mi~r mineral flor. 3610 Sand~one: fine to med., abund. dissem. ~al, woody frags, fdable, gray Rema~s ~ Described by AR3B-2389-B -7- ARCO Oil and Gas Company ¢) Sidewall Sample Description Operator and Well Name Page~ of ARCO Alaska, Gyr #1 ~, ..... 2 I 2 Location 2134' FSL & 1917' FWL sec. 32 T. 4N R. 20E Date Shot ~, Recovered Run 2 top gun ,, Depth Rec. Description % Oil Odor Oil Fluor Cut Cut auor Show Stain % Inten~ty Color color ooior sum 3570 Sandstone, as above with clay ball observed, no mineral flor· 3532 Sandstone: fine grained, v. minor dissem, coal., gray, fdable 3450 Sandstone: as above .. 3370 no recovery · 3274 Sandstone: as above but almost · plastic, very little dissem, coal, qtz 70%; no min. flo 3222 Sandstone: fine grained as previous sample (most of recovery-mud cake) 3174 Sandstone: fine grained, friable, gray, lithic 50% 3154 Sandstone: mad to fine, gray, poorly consolidated, lithic 50% .., ,,. ":Jask~.Oi .& Gas Cons. Co ~rnissio~ Remarks Described by AR3B-2389-B -8- Oil and Gas Company ( , ' Well History - Initial Report - Daily Inltruction·: Prepare end ·ubmit the "lnltlll Repeal" on the first Wedne·day after a well il Ipudded or workover operationl ire ltlrted. Daily work prior to spudding should be summarized on the form giving inclusive dltel only. District ICounty, parish or borough Alaska ~lorth Slope Field IL·asa or Unit / Foothills Auth. or W.O. no. ITItle AD6676 I~xploration Pool Arctic Alaska #4 Operator Spudded or W.O. begun ARCO Alaska. Inc. Spud State Alalska Gyr ~t;" ,o. APl 50-223-20018 IARCO W.I. 50% Prior status If · W,O, Date and depth as of 8:00 a.m. 2/26/90 1 (rws) 2/27/90 2 (rws) 2/28/90 3 (rws) 3/1/90 4 (rws) 3/2/90 5 (jtz) 3/03/90 6 (jtz) IDate 2/25/90 Complete record for each day reported IHour 2130 Hrs. 440', (330'), Drlg surf hole Wt. 8.8, PV 20, YP 42, PH 9.5, WL 12.6, Sol -- ADC: $1,342,018 SDud well ~ 2130 hrs. 2/25/90. Drl 13-1/2" hole to 440'. 1304', (864'), Drlg Wt. 9.0, PV 14, YP 28, PH 9.0, WL 14.8, Sol 4 ADC: $1,484,599 Drl & surv 13-1/2" hole to 1290'. Re-survey while POH f/new bit. Hole angle 6° @ 1253'. Chg bit & RIH. Drl to 1304'. Surveys: 497', 1° 1253', 6° 1436', 7.4° 1896', (592'), Drlg Wt. 9.4, PV 14, YP 24, PH 9.0, WL 14.8, Sol 6 ADC: $1,542,484 Drl & surv 13-1/2" hole to 1896'. Surveys: 1490', 3.25° 1744', 3° 2288', (392'), Drlg Wt. 9.5, PV 13, YP 20, PH 9.0, WL 12.8, Sol 8 ADC: $2,503,738 Drl & surv 13-1/2" hole fr/ 1896'-2112', POH, chg bit. 2288'. RIH & drl to 2641', (353'), RIH w/bit #4 Wt. 9.3, PV 10, YP 17, PH 9.5, WL 12.8, Sol 7 ADC: $2,714,656 Drl & surv 13-1/2" hole fr/ 2288' - 2641', POH. Chg bit & RIH. Surveys: 2451' 3-1/2° 2749', 2.75° 3050', (409'), C & C mud Wt. 9.2+, PV 9, YP 13, PH 9.5, WL NC, Sol 7 ADC: $2,813,639 Fin RIH w/new bit. Drl & surv 13-1/2" hole fr/ mud & hole for short trip & samples. Survey: 2937', 2-1/4° For form preparation an~l'"~J~utlon, ' ~ Procedures Manual, Section 10,~------·ee Drilling, Pages 86 and 87. ID·t· Title 4/3/90[ INumber all dally well history forms consecutively ~Page ,. ia, they are prepared for each well. I I I . - . .: AR3B-459-1-D .; - ? ;*~f~p~.~`.~.Y~%~;t~.~\~.~f4~.~.`~;~t~t~i~;~`{~`~* --~' ~ ~.,~''&~a ....~'~---~,'-'=.'-'-..~-,- '.=..- & ..~.~.,.I.,, .' '.-v-'~.' -- ~- '~' · · .... s'" ,'' ,' .' ,}.,,~ & .~.", 't' · ,'.*~'' '¥.'' '';~'~.~1 *' ,'~ ~"- ARC and Gas Company Dally Well History--Interim Inatructiona: This form is used during drilling or workover operations, If testing, coring, or perforaling, show formation name In describing work performed. Number all drill stem tests sequentially. Attach description of all cores. Work performed by Producing Seclion will be reported on "lntsrlm" shasta until final completion. Report official or representative test on "Final" form. 1) Submit "lntsrim" sheets when filled out but not leas frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovera and following setting of oil siring until completion. District ICounty or Parish IStale Alaska I North Slooe Alaska Field [Lease or Unit ' IWoll no. Explor ~tion Gyr #1l Date and depth Complete record for each day while drilling or workover in progress as of 8:00 a.m. 3/04/9~ 7 (jtz) 3/05/9 8 (jtz) 3~06~9 9 (jtz) 3/07/9~ 10 (jtz) 3/08/9 11 (jtz) 3~09~9, 12 jz 3/10/9~ 13 jz 3100', (3004' PBTD), WOC Wt. 9.3, PV 10, YP 15, PH 9.0, WL 12.6, Sol 7 ADC: Not Reported Drl to 3100', short trip to HWDP. Wsh thru bridge @ 3080', C&C mud, POOH. RU DA, rn DIL/GR/SP/Sonic/CAL fr/ 3108'-3150'. Rn CNL/ZDL/CAL/GR fr/ 3108'-3150'. Rn 25 SWC's. 3100', (0'), WOC Wt. 9.3, PV 11, YP 16, PH 9.5, WL 12.8, Sol 8 ADC: $2,919,134 RD DA. RIH, cond hole f/csg. RU & rn 10-3/4" csg to 3086' & cmt. Lost rtns while cmt'g; annulus not remaining full of wtr. Losing approx 8 BPH, but dec'g. Currently monitoring annulus while WOC. 3100' (3004' PBTD), WOC Wt. 9.3, PV 10, YP 15, WL 12.6, PH 9.0, Sol 7 ADC: $3,039,058 Monitor hole and RU to do top job on csg. Pmp top job fr/ 120' - surf; good rtns. WOC. 3100', (3004' PBTD), NU BOP Wt. 9.0, PV 7, YP 10, WL 134.8, PH 7, Sol 5 ADC: $3,145,023 Cont WOC. Slack off on 10-3/4" csg. ND diverter sys. Rn Gyro while NU BOPE. 3100', (3004' PBTD), MU BHA Wt. 9.3, PV 6, YP 12, WL 14.8, PH 7.0, Sol 5 ADC: $3,236,888 Fin NU &tst BOPE. MU new BHA in prep for drlg out. 3253% (153'), Drlg ADC: $3,391,487 Fin MU BHA & RIH. Tst csg to 1500 psi f/30 min; OK. DO cmt, fit equip & 10' of new formation. Perform leakoff tst; leaked off @ 16.3 ppg EMW. Chg out mud sys. Drl & surv 9-7/8" hole fr/ 3110' - 3253'. 3721', (468'), POH f/new bit Wt. 9.2+, PV 11, YP 13, WL 6.4, PH 8.5, Sol 6 ADC: $3,650,064 Drl & surv 9-7/8" hole fr/ 3253' - 3721'; bit torqued up. bit. POH f/new Drilling, Pages 86 and 87 . ~ 4/3/90 AR3B-459-2-B Drilling Superintendent ' ~c-;s~::a Oii & Gas '" · ' ' L, 011S. Anchora.~a I N umber all daily well history forms consecutively as Ihey are prepared for each well. IPage no. AR ,.)il and Gas Company Daily Well History--Interim II~atructlona: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation llama in describing work performed, Number all drill stem tests sequentially. Attach description of ell cores. Work performed by Producing Section will be reported on "Interim" aheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently then eva,y 30 deya, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting gl oil string until completion. District ICounty or Parish JState Alaska I North SloPe Field ILease or Unit ' I Complete record for each day while drilling or workover in progress Date and deptll as of 8:00 a.m, Alaska 3/11/9~ 14 jz 3/12/9 15 jz 3/13/9~ 16 jz 3/14/9 17 rs 3/15/9~ 18 rs 3/1 6/9~ 19 rs 3977', (256'), Short trip to csg shoe ADC: $3,702,068 Fin POH f/new bit. Chg bit & RIH. Drl & surv 9-7/8" hole fr/ 3721' - 3977'. Pull up f/short trip to csg shoe. 4191', (214'), POH f/new bit Wt. 10.0, WL 6.0, PH 8.5 ADC: $3,761,443 Fin wiper trip to csg shoe; tight @ 3650'. Circ @ shoe while incr'g mud wt to 10.0 ppg. RIH to 3870', rm fr/ 3870'-3977'; 10' soft fill on btm. Drl fr/ 3977'-4191', circ & pmp pill, POH; hole tight @ 3777' & 3559'. Cant POH. Mud wt improving hole conditions. 4565', (374'), Drlg ahead Wt. 10.0, PV 17, YP 13, WL 5.6, PH 8.3, Sol 9 ADC: $3,814,019 MU bit #7 & chg jars. RIH, rm last 60' to 4191'; hole tight. Drl fr/ 4191'-4244'. RD 1/2 hr to repair pmps. Drl fr/ 4244'-4410'; drlg break @ 4410'. CBU; coal in rtns. Drl fr/ 4410'-4420'. Make wiper trip to csg shoe; hole tight @ 4378'-4020'. Drl 4420'-4468', circ samples, coal & shakers. Drl fr/ 4468' - 4565'. 4875', (310'), Drtg ahead Wt. 10.1, PV 7.0, YP 15, WL 5.5, PH 8.5, Sol 10 ADC: $3,900,125 Drl fr/ 4565'-4768'. Pmp pill & POH for bit #8. Hole condition improving; tight spot @ 4470' on trip out. MU bit & repl XO between 8" & 6-1/2" DC's. RIH to 1812' & tst Teleco ti. RIH to 4741'; rm tight hole fr/ 4741'-4768'. Drl fr/ 4768'-4875'. 5111', (236'), Drlg Wt. 10.t, PV 20, YP 17, WL 5.5, PH 9.5, Sol 10 ADC: $3,989,303 Drl fr/ 4875'-4973', circ & pmp pill, POH. Pull on several coal ledges on way out. MU bit #9, RIH, tst Teleco ti & cant RIH to 4870'. Break circ & rm fr/ 4870'-4973'. Drl 4973'-4976'. CIn & thaw out cuttings discharge line. Drl fr/ 4976'-5111'. 5430', (319'), Drlg Wt. 10.0, PV 22, YP , WL 6.0, PH 8.8, Sol 10.0 ADC: $4,111,239 Drl fr/ 5111' - 5430'; hole angle building slowly fr/ 4.1° @ 5066' to 5.4° @ 5370% Drilling, Pages 86 and 87 ~...._..__~- JDate JTitle 4/3/90 Drilling Superintendent AR3B-459-2-B INumber all daily well history forms IPage no. as they are prepared for each well. consecutively AR~. ,)il and Gas Company Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed, Number all drill stem tests sequentially. Attach description of all cores, Work performed by Producing Section will be reported on "Interim" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not less frequently than every 30 days. or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting el oil string until completion, District ICounty or Parish ]Stale Alaska J North Slope Alaska Field ICease or Unit I Complete record for each day while drilling or workover in progress Date and depth as of 8:00 a,m. Exploration 3/17/9 20 rs 3/18/9 21 rs 3/19/9 22 rs 3/20/9 23 jz 3/21/9 24 jz Well no. Gy~' #1 5493', (63'), POH w/core #1 Wt. 10.1, PV 20, YP 16, WL 5.8, PH 9.0, Sol 11 ADC: $4,138,489 Drl fr/ 5430'-5463'; had drlg break. Circ samples, PO'H; hole tight fr/ 5163'-4973°. RIH to 5463' & circ. POH; hole in good condition. Pull wear bushing, set tst plug &tst DOPE. MU coring BHA, RIH f/core #1 to 5463'. Core fr/ 5463'-5493'. CBU & pmp pill. 5680', (187'), Drlg ahead Wt. 9.9+, PV 15, YP 11, WL 5.6, PH 9.2, Sol 10 ADC: $4,196,577 POH w/core #1 & LD; 100% rec°y. MU bit #11 & Teleco ti, RIH &tst ti. Fin RIH to 5463', rm to 5494'. Drl fr/ 5494'-5532'. LD 2 ]ts DP & rm fr/ 5494'-5532'. Drl fr/ 5532°-5680'. 5980', (300'), Drlg ahead Wt. 10, PV 17, YP 14, WL 6.4, PH 9.0, Sol 10 ADC: $4,252,896 Drl fr/ 5680°-5980'. Surv: 5956', 3.2° 5984', (4'), Rm'g @ 5050' Wt. 10.3+, PV 19, YP 16, WL 5.0, PH 8.6, Sol 12 ADC: $4,343,006 Drl fr/ 5980'-5984', circ, POH f/new bit; hole tight fr/ 5984'-5800'. PU MWD Mach I mud mtr & bit #12, RIH, rm tight spot fr/ 3681'- 3691'. Cent in hole to 4952'; hole tight, stuck pipe. Jar on stuck pipe while circ'g. Raise mud wt to 10.3 ppg; wrk pipe free. Rm tight spot; coal over shakers. POH to chg BHA; no tight spots. LD MWD &mtr. Chg out bit & jars, RIH, rm @ 4800'; hole tight @ 4919'. Coal & clay over shakers. Rm to 5050'; hole condition improving. 6212', (228'), Drlg Wt. 10.6+, PV 20, YP 18, WL 5.8, PH 9.0, Sol 14 ADC: $4,406,684 Rm to 5053'; make 6 std short trip; hole OK. RIH; tight spot @ 5050'. Cent RIH, rm tight areas fr/ 5261'-5333', 5365'-5426' & 5511'- 5784'. Rm 200' to btm fr/ 5784'-5984'; unable to detect fill on btm. Drl fr/ 5984'-6019'; no problems. Short trip 13 stds to 4792'; wrk pipe thru areas w/excess drag. RIH, tag bridge or fill 10' off btm. Wsh & rm to btm. Drl fr/ 6019'-6212'. For form preparation and d~ibution see Procedures Manual Section 10, Drilling, Pages 86 and 4/3/90 ITit's Drilling Superintendent AR3B-459-2-B INumber all daily well history forms consecutively IPage no, aa they are prepared for each well. AR ,)il and Gas Company Dally Well History--Interim Inetructiona: This form is used during drilling or workover operations. If testing, coring, or pedorating, show formation name in describing work performed. Number all drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheels until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled OUt but not less frequently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following selling of oil strin§ until completion. District Field Date and depth as of 8:00 a.m. Alaska E×plor 3/22/9 25 jz 3/23/9 26 jz 3/24/9 27 jz 3/25/9 28 jz 3/26/9 29 rs 3/27/9 30 rs County or Perish North Slope Lease or Unit ~tion Complete record for each day while drilling or workover in progress IState 6290', (78'), Drlg Wt. 10.7, PV 21, YP 18, WL 5.8, PH 9.4, Sol 16 ADC: $4,526,464 Drl fr/ 6212'-6261', CBU & drop Totco sun/. POH. MU bit #14 & Teleco ti, RIH, tst ti. RIH to 5920'; hole in good condition. Rm fr/ 5290'-6268' f/MWD log. Drl fr/ 6268'-6290'. Surveys: 6220', 2° (Totco) 6059', 3.4° (Teleco) 6251', 2.0° Ala~k~we. no. G.~r #1 6633', (343'), Drlg ahead Wt. 10.7, PV 20, YP 18, WL 5.2, PH 9.0, Sol 15 ADC: $4,576,644 Drl fr/ 6290'-6522', 18 std short trip; hole in good condition & no fill on btm. Drl ahead to 6633'. Surveys: 6558', 3.5° 6772', (139'), RIH w/bit #15 Wt. 10.7, PV 51, PV 21, YP 18, WL 5.2, PH 9.2, Sol 15 ADC: $4,642,276 Drl 9-7/8" hole fr/ 6633'-6772'; angle started to build. mtr to drop angle. POH. Tst BOPE. RIH w/bit on mtr. Surveys: 6622', 3.5° 6747', 4.2° 7132', (360'), Surv'g Wt. 10.6, PV 19, YP 17, WL 5.6, PH 9.1, Sol 14 ADC: $4,710,015 Fin RIH w/bit on mtr. Drl & surv 9-7/8 hole fr/ 6772'-7071'. 5 std short trip. Drl & surv fr/ 7071'-7132'. Surveys: 6779', 4.5° (Teleco) 6875', 3° (Totco) Pull bit & use 7660', (528'), Drlg Wt. 10.6, PV 19, YP 17, WL 5.8, PH 8.8, Sol 14 ADC: $4,756,924 Drl & surv 9-7/8" hole fr/ 7132'-7660'. Surveys: 7053', 2° 7437', 2.6° Make 8020', (360'), POH to log Wt. 10.6+, PV 21, YP 18, WL 6.0, PH 8.9, Sol 14 ADC: $4,836,188 Drl & surv fr/ 7660'-8020', short trip to 2968' & back to btm. hole, POH to log. C&C IDate ITitle 4/3/90 Drilling Superintendent I Number all daily well history forms consecutively ~Page no. as they are prepared for each well. AR3B-459-2-B . . ~ . , ";;~-'-~::-;.~;.-~L..~-J.c.~'~'~.~:*~.jJ~''L .... ~' -'"" .... *' '* ......... ' .... ;'~ ..... '*' * *-*' ~" '~' "'-': ' ' '-' "- ""? -~ ..... '.: ~ "';' .... ': ~ .... :":.':'-'.-:'-'-"'~' '*'--~: -*'"-'*-'::-"*'':,;'~",~','.',~'~,':"-i ?'"~",'%,;"~.'-,*',"..~'.,'"~'-'-' ';~,.'.",K,,o'? <: -' ARk .)il and Gas Company Dally Well History--Interim Instructions: This form is used during drilling or workover operations, If testing, coring, or pedorating, show formation name in describing work performed. Number all drill stem tests sequentially, Attach description of all cores. Work performed by Producing Section will be reflorled on "lltterlm" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filled out but not leas frecluently than every 30 days, or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string until completion. District ICounty or Perish ] State Field Alaska I, ...... un,North Slope Exploration I Complete record for each day while drilling or workover in progress Date and deptll as of 8:00 a.m. 3/28/9 31 rs 3/29/9 32 rs 3/30/9D 33 rs 3/31/9 34 jz 4/01/9035 8020', (0'), Rn'g VSP logs Wt. ADC: $4,903,473 LD mud mtr. RU Atlas WL, RIH w/DIFL/SP/GR/BHC & log. RIH w/ZDL/CNL/SL/Caliper & log fr/ 8000'. 8020', (0'), POH w/2nd SWC Wt. 10.7, PV 23, YP 19, WL 5.6, PH 8.9, Sol 15 ADC: $4,983,432 Fin rn'g VSP logs. RIH w/Dipmeter for log rn #4. Log fr/TD to surf csg shoe; hole in good conidition. Log rn #5: RU & rn ARCO shearwave ti. Log rn #6: Rn 1st set of SWC fr/ 7960'-6554'; rec'd 42 of 50 cores. Log rn #7: Rn 2nd set of SWC fr/ 6500'-3154'. 8020', (0'), POH to PU retnr Wt. ADC: $5,174,532 Fin POH w/2nd SWC; rec'd 43 of 50 cores. RD loggers. RIH w/OEDP to 7865', C&C mud. RU cmters, pressure tst Ins to 3000 psi. Set balanced plug fr/ 7865'-7660'. ClP @ 2015 hrs, 3/29/90. POH 110' above TOC & circ DP cln. POH to csg shoe. C&C mud while WOC. RIH, tag TOC @ 7615', POH. 8020' TD, 7615' PBTD, Inject waste fluids Wt. 10.7+ ADC: $5,300,214 Fin POH, LD all but 3000' of DP. RIH w/retnr on 5" DP & set @ 2989' DPM. Att to tst csg to 800 psi. Pmp in @ 2.5 BPM w/350 psi. Stab into retnr, establish IR @ 2 BPM w/625 psi. Inject excess mud & waste drlg fluids @ 4 BPM w/600 psi. Remove excess liquids fr/ reserve pit. CIn pits & mud sys. 8020' TD, 7615' PBTD, Isolate csg leaks ADC: $5,341,358 Cont cln'g pits & injecting waste drlg fluids. Injected 1136 bbls total. M&P 110 sx cmt below retnr & spot 50 sx on top of retnr. Est TOC @ 2889' DPM. POH w/retnr setting ti. PU 10-3/4" RTTS, RIH to 850' DPM. Unsuccessful pressure tst above and below pkr. RIH to 1780' DPM, pressure tst plug @ csg shoe to 1000 psi f/30 mtn; no bleed off. Pull up hole & isolate btm csg leak bet 1313'-t345' DPM. rD.te 4/3/90 iTM Drilling Superintendent Alaska Well no. yr #1 AR3B-459-2-B JNurnber all dally well history forms consecutively {Page no. they are prepared for each well. ARCO Oil and Gas Company Daily Well History-Final Report Instructionl: Prepare and submit the "Final Report" on the first Wednesday after allowable has been assigned or well is Plugged. Abandoned, or Sold· "Final Report" should be submitted also when operations are suspended for an indefinite or appreciable length of time. On workovers when an official lest is not required upon completion, report completion and representative test data in blocks provided. The "Final Report" form may be used for reporting the entire operation if space is available. District Alaska Field Foothills Auth. or W,O. no. AD6676 County or Parish North Slope Lease or Unit Title APl 50-223-20018 Exploration IAccounting cost center code Stale Alaska Well no. Gy{ #1 Pool Arctic Alaska #4 Operator IA,R,Co, W.I. ARCO Alaska, Inc. 5 0% Spudded or W.O. begun IDate Spud J 2/25/90 Date and depth as of 8:00 a,m. Complete record for each day reported Old TD 4/02/9 36 jz 4/03/9~ 37 jz Released rig 1300 Hrs. Iotal number of wells (active or inactive) on this DSt center prior to plugging and bandonment of this well I our [ Prior Status if a W.O. 2130 Hrs. 8020' TD, 7615' PBTD, LD DP ADC: $5,383,772 Cont to isolate csg leaks. Leak bet 1313'-1345' DPM. Att several tsts above 558' DPM w/o success. RTTS hung up @ 123' DPM. POH; rec'd several pieces of csg under hold down buttons. RIH, tst 10-3/4" csg @ 95' DPM; good tst. Could not get RTTS below 123' DPM; LD same. RIH w/OEDP to 1494', C&C mud. ReCrd verbal approval fr/ Lonnie Smith, AOGCC, to amend P & A procedure due to condition of surf csg. LD continuous cmt plug fr/ 1494'-415' DPM. LD excess DP, kelly & swivel. ND BOPE. Cut off wellhead. RIH w/OEDP, tag TOC @ 554' DPM. Set top plug fr/ 554' to surf. Classifications (oil, gas, etc.) P&A Producing method 8020' TD, PBTD @ Sud ADC: $5,496,429 Fin LD 5" DP, CO cellar. Make final cut on 10-3/4" & 16" csg, 3' below original grade. Fill top of csg w/cmt. Remove cellar dn to 3' below grade. AOGCC inspector Doug Amos visited location to verify top cmt plug & csg cut-offs. RR ~ 1300 hrs. 4/2/90 to Pool for demobilization. New TD [ P8 Depth 8020' TD Date Kind of rig 4/.2/90 tType completion (single, dual, etc.} Official reservoir name(s) Surface PBTD Potential test data Well no. Date Reservoir Producing Interval Oil or gasTest time Producllon OII on test Gas per day Pump size, SPM X length Choke size T.P. C.P. Water % t~OR Gravity Allowable Effective date corrected 4/5/90 Drilling Superintendent For form preparation and distribution, see Procedures Manual, Section 10, Drilling, Pages 86 and 87. AR3B-459-3-C INumber all daily well history forms conlecutlvely as they are prepared for each well. iPage no. Dlvl~on o{ AtlantlcRIchfleldCompany ARCO ALASKA, INC, GYR#I NORTH SLOPE ALASKA COMPUTATION DATE: 7/90 DATE OF SURVEY I 03/07/90 LEVEL ROTOR GYROSCOPIC SURVEY - -ooo 2 TRUE SUB-SEA COURS COURSE DLS TOTAL ME,SD VERTICAL VERTICAL INCLN DIRECTION RECTANGULAR COORDINATES VERT. DEPTH DEPTH DEPTH DG MN DEGREES DG/100 NORTH/SOUTH EAST/WEST SECT. 0 .00 -678.00 0 0 14' ,00 E ,00 ,00 ,00 ,00 100 100. O0 -578,00 0 30 N 4.30 W , 50 .44N , 03W -. 18 200 199,99 -478,01 0 45 N 22.30 B .38 1,48N .18E -.35 300 299,98 -378.02 0 40 N 6,00 E .22 2,66N .49g -.4G 400 399,98 -278.02 0 45 N 71,00 500 499.96 -178.04 I 0 N 76.70 E '.26 3.87N 2,64E 1.10 600 599.93 -78.07 i 45 N 86.20 E .78 4.17N 5.01E 3.21 650 649.89 -28.11 2 40 N 83.60 E 1,85 4.35N 6.93E 4,94 700 699.83 21.83 3 20 N 85.00 E 1.35 4.61N 9,54E 7,29 750 749.72 71.72 4 0 N 84.50 E 1.32 4.90N 12,73E 10,16 800 799.58 121,58 4 30 N 85.20 B 1.01 5,24N 16.42E 13.50 850 849,41 171,41 5 0 N 82,70 E 1.08 5,68N 20.53E 17.19 875 874.32 196,32 5 0 N 84,20 ~- .52 5,93N 22.70E 19,13 900 899.22 221,22 5 10 N 85,50 E .82 6,12N 24.91E 21.12 925 924.12 246.12 5 10 N 84.90 E · 21 6.31N 27.15E 23,15 950 949,01 271.01 5 15 N 86,50 E .66 6.48N 29,41E 25.21 1000 998,81 320,81 5 10 N 86.70 E .16 6.75N 33;95E 29.35 1100 1098.38 420,38 5 25 S 88,30 E .52 6.87N 43,16E 37.93 1150 1148.13 470,13 5 55 S 85.90 E 1.11 6,62N 48.10E 42.63 1200 1197.87 519,87 5 55 S 84,60 E .27 6,19N 53.24E 47.59 1250 1247.60 569,60 6 0 S 80,10 E .95 5.50N 58.38E 52.64 1300 1297.34 619,34 5 45 S 76,50 E .89 4,46N 63.39E 57.69 1325 1322.22 644.22 5 15 S 74.60 E 2.13 3.87N 65.71E 60.08 1350 1347.12 669.12 4 50 S 72,60 E 1.79 3.25N 67,82E 62,27 1400 1396.96 718,96 4 15 S 74.70 E 1.23 2.13N 71.62E 66.22 1425 1421.90 743.90 4 0 S 74.90 E 1.00 1,66N 73.35E 68.01 1450 1446.84 768,84 3 50 $ 74,60 g .64 1,21N 75.00E 69.71 1500 1496.75 818.75 3 10 S 73.30 E 1.35 .37N 77.94E 72.75 1550 1546.69 868,69 2 0 N g0.00 g 2.76 .03S 80,14E 74.95 1600 1596,65 918.65 2 55 N 90.00 E 1.84 .038 82.28E 76.96 1650 1646.59 1700 1696.54 1750 1746.4g 1800 1796.44 1850 1846,39 968.59 2 35 S 64.40 E 2.52 ,52S 84.57E 79.27 1018,54 2 35 S 62,50 E .17 1,535 86.59E 81.52 1068.49 2 30 S 59.60 g .31 2.608 88.54E 83.72 1118.44 2 30 S 58,70 E .08 3,72S 90,41E 85,86 1168.39 2 35 S 49.70 E ,82 5.02S 92.20E 88.00 SPERRY-SUN DRILLING SERVZCE$ ANCHORAGE ALASKA PAGE ARCO ALASKA, INC aFR#I NORTH SI,OPE &ZASKA COHPUTATZON DATE 3/ 7/90 DATE OF SURVEY: 03/07/90 LEVEL ROTOR GYROSCOPIC SURVEY ~$OB NUMBER: AK-LB-O0032 KELLY BUSHING ELEV. - 678.00 I~'T. ~.OPERATOR: ?, HC&~JZRE TRUE SUB-SEA COURS COURSE DLS TOTAL MEASD VERTICAL VERTICAL INCLN DIRECTION RECTANGULAR COORDINATES VER~ DEPTH DEPTH DEPTH IXl MN DEGRS]~S DG/100 NORTH/SOUTH EAST/WEST SEC~ 1900 1896,34 1218.34 2000 1996.21 1318,21 2050 2046.14 1368.14 2100 2096,08 1418.08 2150 2146.02 1468,02 2 45 S 49.90 E .32 3 0 8 47.40 E . 28 2 55 8 47.00 E .17 2 50 S 43.50 E .39 3 0 S 40.00 E .48 6.52S 93.98E 90.2' 9.84B 97,74E 94.8 11,59S 99.64E 97.2 13.36S 101.42E 99.5 15,26B 103 · 12E 101.8 2200 2195,95 1517.95 2300 2295.83 1617.83 2400 2395,71 1717.71 2500 2495.61 1817.61 2600 2595.52 1917.52 2 55 S 41.60 E ' .23 2 4,-5 8 36.10 E .32 2 45 S 37.80 K .08 2 25 S 36,30 E .34 2 30 S 28.80 E ,33 17,22S 104,80E 104.1. 21,065 107.91E 108.3 24,898 110,79E 112.4 28.496 113.51E 116.2. 32.10S 115.81E 119.6. 2700 2695.42 2017.42 2800 2795,32 2117.32 2900 2895.21 2217.21 2950 2945.16 2267.16 2 30 8 26,30 E ,11 2 40 S 18,90 K ,37 2 40 S 25.50 E .31 2 15 8 30.20 E .93 35.978 117.83E 122.9: 40.138 119.55E 126.01. 44.435 121.31E 129,1~ 46.338 122.30E 130,7~ THE CALCULATION PROCEDURES ARE BASED ON THE USS OF THREE-DI~NSION RADIUS OF CURVATURE METHOD. HORIZONTAl. DISPLACEH~NT - 130.78 FEET AT SOUTH 69 DEG. 15 MIN. EAST AT MD - 2950 VERTICAL SECTION RELATIVE TO WELL HEAD VERTICAL SECTION COMPUTED ALONG 110.75 DEG. SPERRY-SUN DRILLI'NG SERV:rCES ANCHORAGE ALASKA ARCO ALASKA, INC. GYR#i NORTH SLOPE COMPUTATION DATE: 3/ 7/90 DATE OF SURVEY= 03/07/90 KELLY BUSHING ELEV. - 678,00 Fl' OPERATOR: T, NC~U~RB INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SRA DEPTH TRUE SUB-SEA MEASD VERTICAL VERTICAL DEPTH DEPTH DEPTH 0 78 178 278 378 · 00 -678,00 78.00 -600,00 178,00 -500.00 278,00 -400.00 378,00 -300,00 TOTAL RECTANGULAR COORDINATES NORTH/SOUTH EAST/WEST MD-TVD VERTICAL DIFFERENCE CORRECTION ,00 .00 ,00 ,24 N .02 # .00 .00 1.21 N .07 E .01 . .00 2.41 N .47 E .01 ,0l . 3,36 N .90 E .02 .01 478 478.00 -200.00 578 578.00 -100,00 678 678.00 ,00 778 778.00 100,00 878 878.00 200.00 3.78 N 2.27 E .03 ,01 4,13 N 4.34 E .06 .02 4.50 N 8.29 E .14 ,08 5,09 N 14.74 E .35 .21 5.96 N 23.02 E .70 .35 979 978.00 1079 1078.00 1180 1178.00 1280 ,1278. O0 1380 1378.00 300,00 400,00 S00,00 600.00 700.00 1481 1478,00 800.00 1581 1578,00 900,00 1681 1678.00 1000,00 1781 1778.00 1100.00 1881 1878,00 1200,00 6,64 N 32.07 E 1.11 .41 6,93 N 41.23 E 1.53 ,42 6,38 N 51.18 E 2,03 .50 4,92 N 61,49 E 2,57 .54 2,50 N 70.26 E 2,98 .42 · 66 N 76.94 E 3,22 .24 · 03 S 81.33 ~- 3.33 .11 1.14 S 85.85 E 3.44 .11 3.30 $ 89.72 E 3.54 .10 5.95 S 93.31 E 3.64 .10 1981 1978.00 1300,00 2081 2078.00 1400,00 2182 2178,00 1500.00 2282' 2278.00 1600.00 2382 2378.00 1700.00 9.19 S 97.04 E 3.76 .12 12,71 8 100.80 E 3.90 .13 16,53 8 104.19 E 4,03 .13 20,37 $ 107.40 E 4,15 .13 24.22 S 110,27 E 4.27 .12 2482 2478.00 1800.00 2582 2578.00 1900.00 2682 2678.00 2000.00 2782 2778.00 2100.00 2882 2878.00 2200.00 2950 2945.16 2267.16 27.89 8 113,07 g 4,38 .11 31,43 $ 115.44 E 4.47 .09 35,29 $ 117.49 E 4,56 · 09 39 · 36 S 119.29 E 4 . 66 . 10 43.71 S 120.96 E 4.77 .11 46.33 S 122.30 E 4.84 .06 THE CALCULATION PROCEDURES USE A LINEAR INTERPOLATION BETWEEN THE NEAREST 20 FOOT MD (FROM RADIUS OF CURVATURE) POINTS SPERRY-SUN DRZ~r.ZNG SERV'ZCES ANCHORAGE ALASKA PAGE 3 ARCO ALASKA, INC. NORTH SLOPE ALASKA COMPUTATION DATE: 3/ 7/90 DATE OF SURVE¥I 03/07/90 JOB NUMBER: AX-LB-00032 KELLY BUSHING ELEV. " 678.00 FT. OPERATOR: T. HC~UIRS INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEAS~D DEPTH TRUE 8UBoSEA M~ASD VERTICAL VERTZCAL DEPTH DEPTH DEPTH TOTAL RECTANGULAR COORDINATES MD-TVD VERTICAL NORTh/SOUTH EAST/W~$T DIFFERENCE CORRECTION 0 .00 -678.00 1000 998.81 320,81 2000 1996.21 1318.21 2950 2945,3.6 2267.16 · 00 .00 .00 6.75 N 33.95 E 1.19 1.19 9.84 S 97,74 E 3.79 2.60 46.33 S 12~ . 30 E 4 . 84 1.05 THE CALCULATION PROCEDURES ARE BASED ON THE USE OF THRES-DI~NSION RADIUS OF CURVATUI~:METHOD. DIRECTIONAL SURVEYS COMPRNY .... NELL ....... FIELO ...... COUNTY ..... STHTE ...... COUNTRY .... HRCO RLRSKH INC. GYR · 1 LNORTH SLOPE RLRSKR U.S.R. NELL LOCRTZON : LRTITU]]E 813¢' FSL SEC. 3Z LONGITIIDE I~I?'FNL T4N ~ZOE DRILLING COMPRNY : POOL HECTIC RLRSKR RIG : ~4 PE~~ DEPTH ~ : HEr:IN SEA LEVEL ELEV. : 648.1' SURVEYS MERS. FROM: I]RILL FLOOR, LoaTTF'n 677.9' RBOVE PERH. ]]TIIJH. , SPUD ]]RTE .... Z5 FEB. 1998 MND STRRT~-n ·. 08 MRR. 1~90 MND ENDED .... ZB MRR. !990 PROP. RZI MUTH ..... N.H. TOTFL ]]EPTH ...... BB['B' TELECO JOB ID .. 748 TF~ COORD. GRII] SYSTEM : GRID ORIGIN : MRGNETIC []ECL. CORR. : 38.84 GRID CORR. : 0 GRIll ]]ECL. CORR. : 30.84 , RRDIUS OF CURVRTURE METHOD USED FOR SURVEY CFi. CULRTIONS. VERTICRL W~I : CLOSURE CRLCULRTFn RT EFICH SURVEY STRT[0N. iNITIRL TIE-IN TO SPERRY SUN GYRO. COMPRNY PERSONNEL ..... RHY SPRIhK;ER JIM 7FRNEU_ DIRECTIONRL COMPRNY ... DIRECTIONHL DRILLER ... TELECO PERSONN~ .... .. RON GEHRES · ON MRPES BO GODFREY i~ert. ~-3~ct. '~zJLC. ,..~tho3 ..... ~rtlcai ueil: Closure ca/cuiate[~ at each =-aD~/statlon. ~ropos~ ~zimut~ ............. N.R. Teleco ~ ID.: ~48 T~ ~r~ Correction: 0 ,~. [~et. ~arr.; ~0.~ ~eet feet ~-~r~s ~mrees +'set feet Feet -_-,."ST/I~_ST DO{2.EG ~. i.-NITIRL TE-IN ~INATES 2~°~-0· 2.150 t~.HO0 ~45.15 t2.28 312~. '~74 ~.000 l~.~O0 311B.~ 137.~ -54.5~ 31HO 56 3.7~ I~.HO0 2174.78 1~0.68 -St.HH ~ ~ 3.500 1~.~q30 32~.~ 1~.73 -31.20 323231 ~ 3.E~)O !57.i300 3325.z~ I~.17 -~.~ 33H1 ~ 3.400 154.g00 3385.3? 151.00 2z183 g2 3.zi)O ~55.~00 34T/.21 155.35 -74.'/0 35ZIG ~ 3.~{10 !55.H00 3540.10 !58.~ -78.0g 3,609 53 3.q00 t56.~J:KI 3B)2.~9 !~.74 '1.0g8 l~.~l 0.541 t30.11 0.347 !~.~ 0.303 1~t.33 0.~6 13g.21 0.0~6 !37.77 O.02H 1~.30 O.09q 2G72 33 3.200 158.500 3GGS.i~ l~.2Zl ~1.90 37uj3 124 3.200 15H.HO0 3713H.Si3 1~.~ : -gl .~? ~17 121 3.700 I~.SO0 3glO.ZIG 15.7B -~.31 qOO7 ~ 4.000 1135.100 ZlOt]O.~ 180.54 -tOzt.O7 ~ 51 3.800 !67.200 q061.12 1H3.70 -IOH. 10 /-1130 ~ zt.O00 l~.000 ~llPP.g7 It3G.H5 -112.~ /-I1~ S2 4.000 113i3.H00 41~.82 1~.'I0 -t16.47 q25t3 ~ 3.900 170.~)0 ~.67 i~.Zl2 -t20.80 ~19 ~ 3.gO0 171.13130 4311.52 lgI3.~ -125.0H lzlO.?l 0.258 1~3.21 0.1~ ;~5.71 0.413 ~47.5,? 0.511 1~3.52 0.~03 ;~J.~ 0,378 !50.24 0.079 ~51.0G 0.275 151.72 0.151 zIgHEt ZO 4.000 1GH.700 ~381.313 200.~ -1~.713 ~ 53 q.O00 IGg.700 4~r,~t.3g ~03.17 -t~.~ zf~{)2 ~ 4.000 I~.700 q4g4.08 E~IG.ZiG -137.~ 4568 ~ ~I.O00 171.500 z65H.~ 210.0G -1~.OH qG27 ~ 3.7!30 171.100 ~18.79 213.17 -1~.~ z6H9 ~ 3.900 172.200 z~380.~ ~_lG.~O -t50.0G 4Z54 ~ 4.000 t72,200 ~745.50 219.93 -154.~ ~12 ~B /t.200 170.100 4803.35 487"/ .]2 ~.200 ! 70.~ -"!8B3. l ? 4°ill 34 4.000 ]B.?O0 /4332.01 221.00 -;67.79 t52.~ 0.~7 T53.Z3 0.132. T53.E~ 0.000 15~.73 0.1~ 155.3~ 0.511 T55.~ 0.3~ !5~.53 O.lSq ~7.17 0.~1 t~.~ 0.~ 506i3 ~ 4.100 I~.200 505G.71 ,_%J13.53 -i?5.PP 5130 ~ 4.z{30 1135.H00 5120.~ 242.ZI -t80.~ 5113H ~3 4.GO0 1G5.500 517B.35 2~.75 -!85.23 52~ 50 5.000 1G7. L-~J0%~8.14 Z1.21 -'t~.ll 5311 33 5.200 1~.L~ 5300.EL9, _~'~.lg -t95.% 5370 =~.~ =~. . qO0 t 67.2~30 . ~.F~ ~ ?~,, .013 -200.~ 54~ ~ 5.580 167.~00 ~.32 2~.~ -~7.32 5~4 g5 5.¢00 ir~.700 5512.?q2 ,~7~!.~'0 -215.2 5588 ~ -.500 tE!.e~O ~/G.6q pTn ~.~ -~l.2B ~acje 3 o~ 3 Teieco ~oo Iii.: /-, . ~-~ . u£iO borrection: 0 ,~. [~ct. Corr.: 30.~ ~rio Decl. ~orr.: 30.1~ feet Feet c~qrees ~rees {eet feet feet 571~ ~ ~.~ 171 .~ 57~.10 ~.91 -~.~ 5~ ~4 ~.~ 172.2~ 57~.87 ~.73 -~. ~ ~1 4.~ 171 .~ ~.~ ~.10 -2~.~ ~ ~ ~.1~ ~.~ ~.51 ~.~ -2~7.~ ~ ~ 3.~ 1~.~ ~,~ 311.12 61~ 91 2.~ 1~.1~ ~1~.~ 315.I7 -~.~ --~T/1,[ST Feet i71.~ 172.~ 173.~1 17~1.85 ~.lZ 175.35 IZS.1S Om/lOOft 0.222 0.796 0.093 0.~1 0.573 1.5[;[i 0.322 0.520 SL::51 101 2.500 1~.300 523,7.97 318.72 -266.70 S339 ~ 2.500 195.700 5325.88 321.32 -270.~ ~ S2 3.~lXl 203.~ ~70.37 331.71 -L::9~.37 ~721 37 3.~00 208dl00 ~07,28 333.10 -2[]9.~ S7~17 26 ~t.2OO 208.700 ~Z33.:~ 33~1.07 -~!.22 S779 ~ 4.300 210.100 ~755.13 ~]5.31 -Zt3.2B ~7-O Tc O [~ 8 7~" 3,0 70£3 2,0 7Y$7 z.~' 7~$-O 2, 0 174.51 173.2 0.618 0.119 171.51 169.20 167.37 i65.67 164.5~ 153.20 l~.SZt 0.28G 0.?~0 0.?01 0.200 0.585 0.8/'7 1.15~ 0.~0 ........... LOG TYP~ ................. RuN ......... JNTEP,.vAi_"S .......... sCALE 'i'1'" O / U/G'L/C..~'rt.[s? .... ]-2..- ~ , , -si .... ?~ c¢~ / ,~ ~ ~ ~~,~'--- - ~ ~ , ~,1 ........... ....... ~l~ j I ,, -91 .... p~.Xj ..... ~ ~~ ~ ~o~'-/.-2/ r" ................. 1 O} ' ......... ..... ......... ~ ~ o~~ + ~r...~ /_ ~ . 121 / 2 .................................. ..................................................... ~si ............................... ............................ ...................... -111 TO: ARCO Alaska, i, Post Ollice Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 SAMPLE TRANSMITTAL State of Alaska Oil & Gas Conservation Comm. 3001 Porcupine Dr. Anchorage, Ak. 99501 Attn: John Boyle OPERATOR: Arco SAMPLE TYPE- dry ditch, core chips,and plug ends. SAMPLES SENT: DATE: 4-30-90 AIRBILL #: ALT484457 AFT#: 0-04-30-3 9 CHARGE CODE# AL1121 NAME: Various--see below NUMBER OF BOXES: 12 pieces Gyr #1' State plugs/chiPs' 5463-5477 5477-5493 SENT BY: Teresa Gorup Drys' 120-1710 1710-3090 3090-4770 4470-5460 5460-6040 6040-6540 6540-7020 7020-7500 7500-8020 · UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO: ArcoAlaska, Inc. P. O. Box 100360 Anchorage, AK. 99510 ^ v- 00 RECEIVED .~__~~ _____ DATE: ~-~--I~--{~ ARCO Alaska, Inc. is a Subsidiary ol AtlanlicRichlieldCompany AII3J't ()003 C ~ ARCO Exploration Comp; F-'] ARCO Oil and Gas Company Record Of S,,.,.ment Of Confidential Information IDistrict To Enclosed /C/r- .?p .fi-o/ Under separate cover Subject /'9,9_ oo C.,-~'/p.. ,~ / From /',¢...~¢, QuanUty Map number & de~crlp#on ./! /I Note--Please verify and acknowle~dge receipt, by signing and returning the second copy of this transmittal. Signed by, ~~ ~~ Received by Date Remarks AR3B-1370-F ~ ARCO Exploration Compar'~- [--] ARCO Oil and Gas Company To [] Enclosed [] Under separate cover Record Of Sh ,....ent Of Confidential Information IOistrict From Subject Quantity Map number & description I ! / I 2 ./! Anchofa.o/a ~/£~ / Note---Please verify and acknowledge receipt, by signing and returning the second copy of this transmittal. Signed by Received by Remarks AR3B-1370-F TO: THRU: FROM: ' MEMOP q I Lonnie C. Smit~.~~ Commis s ioner Doug Am~ Petroleum Inspector 00NS V , 0 ssgJ Alaska DATE: FILE NO: .April 19, 1990 JT.ADA. 419.1 TELEPHONE NO: SUBJECT: Wellbore Plug AAI Gtqt No. 1 Permit No. 89-126 Exploratory Sec. 32, T4N,R2OE,UM. Monda i A ril 2 1990: I traveled this date from BPX PBU to verify the sur ace plug zor the abandonment of AAI's GYR No. 1 exploratory well. I was not on location for the actual setting of the surface plug. However; I found the 10 3/4" casing cut off 4' below grade and topped off with hard cement. The attached AAI wellbore schmetic provided to me by Jim Zernell, AAI representative, contained the actual setting depths and cement information for all the cement plugs set. I could not verify the marker post because it could not be set until the rig had been moved off the wellbore. In summary, I verified the 10 3/4" surface cement plug at AAI's GYR No. ! well. Attachment 02-001A (~V- 6/89) 20/11/MEMQ1.PM3 GYR #1 P&A SCHEMATIC POOL RIG #4 10-3/4" CASING FAILED TO TEST FROI~ 95' TO 1,313' DETAIL OF SURFACE PLUG(S) SFC-554'; 188 SX COLD SET III /554'-1,120'; 399 SX COLD SET II 1,120'-1,494'; 168 SX 'G' + 1.1% A-7 TOC 2,889' ~12'~5° BASE OF C~ ~ 3,186' 10.7 PPG MUD , , , , 16" CONDUCTOR @ 110' (+/-80' BELOW ICE PAD LEVEL) BASE OF SURFACE PLUG @ 1,494' EZSV @ 2,989' (TESTED TO 1,000 PSI) 10-3/4" 45.5# K-55 SURFACE CASING SET @ 3,086' MD'/3,081' TVD OPEN HOLE PLUG 7,615'-7,865' 9-7/8" HOLE TO 8,020' MD/8,005' TVD A'-"'" ~ OIL AND GAS CONSERVATION COMI, SION 0 APPLIL;ATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon X Suspend _ Alter casing _ Repair well Change approved program _ Operation Shutdown _ Re-enter suspended well_ _ Plugging _ Time extension _ Stimulate _ Pull tubing _ Variance _ Perforate _ Other 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development Exploratory Stratigraphic Service 4. Location of well at surface 1917' FWL, 2134' FSL, Sec 32, T4N, R20E, UM At top of productive interval N/A At effective depth N/A At total depth 2039' FWL, 1759' FSL, Sec 32, T4N, R20E, UM 6. Datum elevation (DF or KB) RKB 7. Unit or Property name ADL 344176 ALK 3474 8. Well number GYR #1 9. Permit number 89-126 10. APl number 50-223-2001 8 11. Field/Pool WILDCAT 12. Present well condition summary Total Depth: measured true vertical Effective depth' measured true vertical 8020' 8005' N/A feet feet feet feet Plugs (measured) Cement: 7615'-7850' , 1494'-surface Retainer: 2989' (w/100' cement above & 100' below) Junk (measured) None Casing Length Structural Conductor 1 1 0' Surface 3086' Intermediate Production N/A Liner Perforation depth: measured N/A N/A Tubing (size, grade, and measured depth N/A Packers and SSSV (type and measured depth) N/A Size 16" 10 3/4" true vertical Cemented Measured depth True vertical depth 170 Sx CS I 1 10' 1 1 0' 1500 Sx CS III 3086' 3081' 650 Sx Class G & 150 Sx CS II (top job) RECEIVE, D APR - 61990 Alaska 0il & Gas Cons, i~0.m~isSt0J~ Rncti0rage 13. Attachments Description summary of proposal X P & A exploratory well. (Wellbore schematic attached). 14. Estimated date for commencing operation 115. March 29,1990 16. If proposal was verbally approved Lonnie Smith March 29,1990 Name of approver Date approved Detailed operation program _ BOP sketch Status of well classification as: Oil Gas Service P&A Suspended 17. I hereby certify that the.foregoing is true and correct to the best of my knowledge. /// FOR COMMISSION USE ONL,;~ Conditions of approval: Notify Commission so representative may wi?e~s Plug integrity_ BOP Test_ Location clearance)~_ Mechanical Integrity Test _ Subsequent form' 't, equire 10- ~If~GtNAL SIGNED Approved by the order of the Commission 8Y LONNIE C. SMITH Form 10-403 Rev 06/15/88 ' Date IApproval No. Commissioner Date 47/- ~'- ~;;~0 SUBMIT IN TRIPLICATE ARCO ALASKA, INC. GYR #1 P & A PROCEDURE 1.RIH open ended to set cement plug. 2.Spot 125 sx balanced plug from 7615'-7850' DPM. Mud weight of at least 10.6 ppg will be left in hole. 3.Pull 5 stands 5" DP & circulate pipe clean. 4.WOC. Tag cement. Record TOC & MW on morning report. POH. 5.MU 10-3/4",45.5# retainer & setting tool on 5" DP. 6.RIH w/ retainer & set @ 2989' DPM. 7.Test 10-3/4" casing & retainer to 800 psi. Able to inject 2-1/2 BPM @ 350 psi. 8.Inject mud into open hole below casing shoe. Monitor annulus pressure while injecting. 9.RU & pump 110 sx Class G below retainer. Spot 50 sx cement on top of retainer. Estimate TOC @2889' DPM. 10.POH 3 stands & circulate DP clean. POH. 11.PU packer. RIH to 1800' DPM. 12.Pressure test plug to 1000 psi for 30 min to verify integrity. Record results & MW on morning report. 13.Pull uphole w! packer. Isolate casing leak between 1315' & 1345' DPM. 14.Continue uphole found bad section of casing @123' DPM. Unable to work retainer below 123' DPM. P & A PROCEDURE GYR #1 15.Notified AOGCC of bad 10-3/4" casing. Received verbal approval by Lonnie Smith to set continuous cement plug from below lower casing leak to surface. 16.RIH w/open ended DP to 1494' DPM. 17.Spot 168 sx Class G balanced plug from 1494'-1120' DPM. 18.Pull uphole spot 399 sx Cold Set II balanced plug from 1120'-415' DPM. 19.Clean cellar & N/D BOPE. 20.Remove wellhead. 21 .RIH w! open ended DP. Tag TOC @ 554' DPM. 22.Spot 188 sx Cold Set III plug from 554'-surface. 23.Cut 10-3/4" caSing & 16" conductor 3' below grade. 24.Install well abandonment marker. 25.Notify AOGCC to perform location clearance inspection. RECEIVED APR - 6 1990 Alaska Oil & Gas Cons. Com~Ss[o.~, Anchorage, Revised' 4-2-90 P.M. GYR#1 P&A SCHEMATIC POOL RIG #4 10-3/4' CASING -- , FAILED TO TEST FROM 95' TO 1,313' TOC 2,889' :::::io'£x::::::: BASE OF CMT @ 3,'leS' 10.7 PPG MUD g.7/8" HOLE TO 8,020' MD DETAIL OF SURFACE PLUG(S) SFC-554'; 188 SX COLD SET III /554'-1,120'; 399 SX COLD SET II 1,120'-1,494'; 168 SX 'G' + 1,1% A-7 16" CONDUCTOR @ 110' (+/-80' BELOW ICE PAD LEVEL) BASE OF SURFACE PLUG @ 1,494' EZSV @ 2,989' (TESTED TO 1,000 PSI: 10-3/4" 45.5# K-55 SURFACE CASING SET @ 3,088' MD'/3,081' TVD 7,615'-7,865' RECEIVED APR - C, !990 Alaska 0il & Gas Co~s. comm'tss[O~ Anchorag~ Operator___ ~AOm Well POOl. ARCTIC ALASKA BOPE Inspection Report __ Pemit # __8.~-12-C _ mm m .__-- ..... ~ _~ -~~',', ~ -" ~_~ ' . ~ ACCUMULATOR SYSTEM , , .~. ,, , ~.... Full Charge ~ressure ~0 ..... p~l~ ....... Pump ~ncr clos pre~ 200 p~l~ ~ mln ~ Remte ~ B1 i ~ .... mmm K~LLEY AND FLOOK bAk Upper ~lly, 1. ~.Test Lo,on Kolly I ~ T~a~ Bal I Type= 1.,,,/ Test Inside BOP I ~ Test Nv. FI~,~ ~ i _ _~ ---~ m -~mm m m m m mmm Adjustab.l e Chokes .- I .-- Il mi _ . imm Hydr_~lically op~ratPd c_hok, Test Tt~ ~ hrs, ~ be made within .. days and Representa- Location: Sec )_.l. T,, ~,J. rt~,.. ~( .... pn.nl arctic Alm£km Rig ~ ~ _ Loc:Ciu,,, Ou,,ural _~,_ Well Sign General Housekeep(ng .... ~ Rig Pi ~uJ Systems Visual Trip Tank ~ iii1! Pt t Gauge _ ._~,.,. Flow Monitor ii m Audio Gas Detectors w---ii __ i , ,. _ i m ! .... __ :~jj"i 3PE Stack Test. Pressure annalar PrJvfintmr Pipe Rams (,~.) ~.- ~ .~_.. ~mO ..... BI tnd Rams " " . . .__. _. ......... Choke Line Valves Illl _ Il HCR Valve (2) '~ '" __ _ mi mm i i m Kill Ling V~lv~ i -._ illlm i Check Valve nds switch cover f.I Y VALVES __ Pressure~ ~.~o Pressure Pressure " I~r~r. CU~O ! Test Results: Fa(lurm$ Li~ min. Repair or RePlacement of failed equipment to Al/A tive/ Comission office notified. FORMS1 ;20001 m! '"'J I,' _~1, mi · , _ _.m .. _il ~ , -- -~ i,.,, OperatorPAA Representative{q ~~m,~~~~-C~~ ,P~_._~zq __ , :~., .:-.; ~ j,':' z m--- 9/1B/88 LER .:.-.::,:~.OJ{ & 8as Cons. Commission ;Anchora~a TFI NR: 2R.~-1.'I?R tt,.1.~9 P21 ~ o TEL N0:990758;~734 . O.,nr&l Houlake,p/nL._...Rt;:-,, __ ..... ,. __ _V_t!ua!_. . ~_udto _ ~ 2_ -- ...... lit''- Ill1 ! IllS/kS, ...... .......... _---:. _~ .. _... _ _,_ MEMORANDUM State of Alaska ALASKA OIL AND~. GAS CONSERVATION COMMIS SION / TO: Lonnie .C. Smi DATE: March 13, 1990 Commis s~.oner I FILE NO: JT. ADA. 321 TELEPHONE NO: THRU: SUBJEC'E Petroleum Inspector FROM: BOP Test AAI Gyr No. 1 Permit No. 89-126 Explorartory Sec. 32,T4N,R20E,LR~. Wedne~ March 7, 1990: I traveled this date from AAI PBU PBOC to P~'% "~{g ~ ~ 'a~ AAI~s GYR well to witness the BOP test. The testing commenced at 1:30 p.m. and the choke manifold was tested. This test concluded at 2:30 p.m. Due to stack nipple up problems, the remainder of the test was not conducted until 11:00 p.m. concluding at 3:00 a.m. on 3/8/90. The one choke manifold valve and one gas detector that failed this test were repaired and retested on 3/8/90. An AOGCC BOP inspection report is attached. ~,~ile witnessing the BOP test, I also conducted an inspection for threaded connection on the lines downstream of the choke manifold. Ail lines inspected contained threaded and hammer union type connections. I informed AAO representative Jim Zernell of the non-compliance and was told that the needed parts had been ordered at the same time as the parts for Pool Rig No. 6 but had not yet been recived. As with Pool No. 6, these parts should be on location and installed within the next three weeks. In summary, I witnessed the BOP Test and inspected the lines downstream of the choke manifold for threaded connection on Pool Rig No. 4 at AAI's GYR No. ! exploratory well. Attachment 02-001A (Rev. 8~85) STATE OF ALASKA ALASKA 01L AND GAS CONSERVAT I ON C0NN ! SS I ON BOPE Inspection Report ~nspector Location: Sec Drlg contrctr Location (.general) Well sign DATE General housekeepi ng Reserve pit ~/?" Representative t0~/~-I, Casing set Rig #' .~' Rep Jlmm ACCUMU~TOR SYSTEM: MUD SYSTEMS: Trip tank Pi t gauge Flow monitor Gas detectors BOPE STACK: Annular preventer . Pi pe rams L~/L?k' Blind rams ~( Choke 1 ina vel vas HCR va 1 ve M i~' Kill line valves Check valve ~ Vi sual Audio Test ,Pressure Full charge pressure Press after closure ft Pump incr clos press 200 psig Full charge press attained Controls: Master Remote ~/ Blind switch cover ~/~ KELLY AND FLOOR SAFETY VALVES: I~'~ Upper,, K~',Tly ' ' "t ~ 'Test pressure., Lower Kelly I~'Y Test pressure - Ball type J l,,~ Test. pressure I'nside BOP J ~ Test pressure . It Choke manifold Ib~ Test pressure Il Number valves ~ Number flanges , JJ ' Adjustable chokes II Hydraul ical ly operated choke psig psig min ~t- E:~ sec mia 0~) sec psig TEST RESULTS: Failures , , ~ Test time Repair or replacement of failed equipment to be made within and InsPector/Commission office notified. Co4:j~o 5~D'~ I orig - AOGCC c - Operator c.oo~ {rev o~/~/~) ........................ December 21, 1989 Telecopy No. (907) 276-7542 Mike B Winfree Area Drilling Engr ARCO Alaska, Inc P O Box 100360 Anchorage, AK 99510-0360 Re: Gyr #1 ARCO Alaska, Inc Permit ~ 89-126 Surf Loc 1918'FWL, 2135'FSL, Sec 32, T4N, R20E, UM Btmhole Loc 1918'FWL, 2135'FSL, Sec 32, T4N, R20E, UM Dear Mr Winfree: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. To aid uS in scheduling field work, please notify this office 24 hours prior to commencing 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. Where 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. trulx yours, Chai~an Alaska Oil and Gas Conservation Co~ission BY ORDER OF THE COMMISSION jo Enclosure C: Department of Fish & Game, Habitat Section - w/o encl Department of Enviror~nental Conservation - w/o encl 1 D: K~U/'L,.' 1/NV/DR 1 LL I N~ ....~ TEL ARCO Alaska, Ino. TELECOPIER COVER LETTER DATE: I~.-'- TO: ARE ~$1VIIITINO _L_ PAOES (EX~UDINO TI-HS COVER LETTER) IF YOU DO NOT ~IVE ALL THE PAGES, PLEASE CALL BACK AS SOON AS POSSIBLE TO TELEPHONE ¢~07) 2 h ~ --/_f) 2 t4 RECEIVED DEC20]~9 Alaska 011 & Gas Cons. commlsSiol~ Anchorage ID:KRU/FI/..NU/DRILLIHG TEL N0:907-~65-~-?(~8 ~12G PO~. i- UJ 0 1,000 2,000 3,900 4,000 5,000 6,000 7,000 8,000 $,OOO I 0,O00 11,000 ! ;2,000 13,000 14,000 1 $,000 16,000 1 ?,OOO OYR OFFSET MUD WEIOTHS FIN CREEK #1 WEST KAVIK #1 --,-,e---- KIN CREEK MUD WEIGHT ' MI, tO WEIGHT II FIN CREEK (~IIT d~ WEST KA¥1K DST .... "" ...... d&- ~ ~ APPROX. GYR T.O, IN F IN CREEK- "'" IN WEST KflUIk I 7' ii I 10 11 1,~ 1t 14 --- Oc~o MUD WEIGHT, ppg STATE Of ALASKA AL,-,,.,,z~, OIL AND GAS CONSERVATION COMM,,-. ,leNt, 1 t! d[p!il, '! t PERMIT20 AAcTO25.005DRILL · I1 i1~I~,~I[1 tWL[ri ~ ~i~'x '' ~e~rill __ Ilb. Type of Well Exploratory X Sratigraphic Test__ Development Oil __ Re-Entry Dee~nI Service Development Gas __ Single Zone__ Multiple Zone __ ~. Name of Operator 5.Datum Elevation (DF or KB) 10. Field and Pool ARCO Alaska, Inc. RKB 675, Pad 645' GL feet 3. Address 6. Propedy Designation Wildcat P. O. Box 100360, Anchorage, AK 99510-0360 ADL 344176 ALK 3474 4. Location of well at sudace 7. Unit or pro~dy Name 11. Type Bond (see 20 AAC 25.025) 1,918' FWL, 2,135' FSL, Sec. 32, T4N, R20E, UM N/A Statewide At top of productive interval 8. Well number Number 1,918' FWL, 2,135' FSL, Sec. 32, T4N, R20E, UM Gvr ~1 ~U63061 0 At total depth 9. Approximate spud date Amount 1,918' FWL, 2,135' FSL, Sec. 32, T4N, R20E, UM January 1990 $200,000 12. Distance to nearest 13. Distan~ to nearest well 14. Number of a~es in pro~dy 15. Proposed depth (MD and TVD) properly line 10,000' MD 2,1 35' feet 42,000 feet 3,742 10,000' TVD feet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 AAC 25.035(e)(2)) kickoff depth N/A feet M~imum hole an~le o Maximum sudace 1,900 psi~ At total depth (TVD) 6,250 psig 18. Casing program Setting Depth size Specification Top Bottom Quantity of cement Hole Casin~ Weight Grade Couplin~ Length ~ ~D ~ ~D (include sta~e data~ 24 16" 62.5~ H-40 Weld 80' 30' 30' 110' 110' ~150 Cu Ft. 13.5 10.75" 36.0~ J-55 BTC 2970 30 30 3000' 3000 800 Cu Ft Permafrost 400 Cu Ft Class G 9.875 7.625" 29.7~ C-90& BTC 9970 30 30 10000' 10000' as required for a mtn 500' L-80 BTC above hydrocarbon zones. 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured true vertical feet Casing Length Size Cemented Measured depth True Vedical depth Structural RECEIVED Intermediate Production Liner DEC 1 1989 Perforation depth: measured ~[~S~ 0ii & Gas Cons. c0m true vertical ~. 20. Attachments Filing fee X Propedy plat X BOP Sketch ~ Diverter Sketch X Drilling program X Drilling fluid program X Time vs depth plot X Refraction analysis N/A Seabed report N/A 20 AAC 25.050 requirements N/A 21. I hereby cedify that the foregoing is true and correct to the best of my knowledge Si~ned~~ ~~- - Title Area Drilling Engineer Date I~~ ' ~ Il Commission Use Only Permit Number ] APl number ~ ~ Approval date ~ See cover letter for ~ 50 ~ ~ other re u~rements Conditions of approval Samples required ~es ~ N o Mud Icg required ~Yes .~ Hydrogen sulfide measures ~ Yes ~ N o . Directional survey required ~Yes ~ N o Approved by ~_~ '~, % ~/~~~ Commiss'o er ' ' Form 10-401 Rev. 7-24-89 triplicate ARC~C OCEAN NORTH SLOPE - ~SKA I . I ' A~ ~ ~co: ~ AnCO AnCO ARCO ARCO ADL344179 ADL 344180 ~ ADL 344176 ADL344175 ADL344120 ADL 344121 ~ UNIT I I GYR PROSPECT ~] m S~LE IN MILES A603389001 RO 10000 PSI BOP STACK 8I CHECK VALVE I L_. 1 I I ! (° MAY BE SUBSTITUTED WITH 5,000 PSI EQUIPMENT) ACCUMULATOR CAPACITY TEST 1. CHECK AND FILL ACCUMULATOR RESERVOIR TO PROPER LEVEL WITH HYDRAUUC FLUID. 2. ASSURETHAT ACCUMULATOR PRESSURE IS 3000 PSI WITH 1500 PSI DOWNSTREAM OF THE REGULATOR. 3. OBSERVE TIME, THEN CLOSE ALL UNITS SIMULTANEOUSLY AND RECORD THE TIME AND PRESSURE REMAINING AFTER ALL UNITS ARE CLOSED WITH CHARGING PUMP OFF. 4. RECORD ON THE IADC REPORT. THE ACCEPTABLE LOWER LIMIT IS45 SECONDS CLOSING TIME AND 1200 PSI REMAINING PRESSURE. BOP STACK TEST 1. FILL BOP STACK AND MANIFOLD WITH ARCTIC DIESEL. 2. CHECK THAT ALL HOLD, DOWN SCREWS ARE FULLY RETRACTED. PREDETERMINE DEPTH THAT TEST PLUG WILL SEAT AND SEAT IN WELLHEAD. RUN IN LOCK-DOWN SCREWS IN HEAD. 3. CLOSE ANNULAR PREVENTER AND CHOKES AND BYPASS VALVES ON THE MANIFOLD. ALL OTHERS OPEN. 4. TEST ALL COMPONENTS TO 250 PSI AND HOLD FOR 10 MINUTES. INCREASE PRESSURE TO 3000 PSI AND HOLD FOR 10 MINUTES. BLEED TO ZERO PSI. 5. OPEN ANNULAR PREVENTOR AND MANUAL KILL AND CHOKE LINE VALVES. CLOSE TOP PIPE RAMS AND HCR VALVES ON KILL AND CHOKE LINES. 6. TEST TO 250 PSI AND 3000 PSI AS IN STEP 4. 7. CONTINUE TESTING AL VALVES, LINES, AND CHOKES WITH A 250 PSI LOW AND 3(X)0 PSI HIGH. TEST AS IN STEP 4. DO NOT PRESSURE TEST ANY CHOKE THAT IS NOT A FULL CLOSING POSITIVE SEAL CHOKE. 8. OPEN TOP PIPE RAMS AND CLOSE BOTTOM PIPE RAMS. TEST BO~-rOM RAMS TO 250 PSI AND 3000 PSI. 9. OPEN PIPE RAMS. BACKOFF RUNNING JT AND PULL OUT OF HOLE. CLOSE BUND RAMS AND TEST TO 3(X)0 PSI FOR 10 MINUTES. BLEED TO ZERO PSI. 10. OPEN BLIND RAMS AND RECOVER TEST PLUG. MAKE SURE MANIFOLD AND LINES ARE FULL OF ARCTIC DIESEL AND ALL VALVES ARE SET IN THE DRILLING POSITION. 11. TEST STANDPIPE VALVES TO 3000 PSI. 12. TEST KELLY COCKS AND INSIDE BOPTO 3000 PSI WITH KOOMEY PUMP. 13. RECORD TEST INFORMATION ON BLOWOUT PREVENTER TEST FORM. SIGN AND SEND TO DRILLING SUPERVISOR. 14. PERFORM COMPLETE BOPE TEST ONCE A WEEK AND FUNCTIONALLY OPERATE ROPE DAILY. SRE 11/22/89 POOL 4 1. 16" - 2000 PSI STARTING HEAD 2. 11" - 3000 PSI CASING HEAD 3. 11" -3000PSI X 13-5/8" - 10000PSI DOUBLE STUDDED ADAPTER FLANGE OR CROSSOVER SPOOL 4. 13-5/8"- 10000 PSI PIPE RAMS 5. 13-5/8" -10000 PSI DRLG SPOOL W/CHOKE AND KILL LINES O,, 6. 13-5/8' - 10000 PSI BLIND RAMS ._ 7. 13-5/8"- 10000 PSI PIPE RAMS 8. 13-5/8" - 5000 PSI ANNULAR E c 1 t989 Co~s, Gas ' THE MAXIMUM ANTICIPATED SURFACE PRESSURE FOR THE GYR DRILLING OPERATIONS (~S,P) = 1,900P :, THIS A.S.P. IS CALCULATED USING A MAXIMUM EXPECTED SURFACE CASING SHOE LEAK-OFF OF 14.3 PF~,f ~IBs~ EMW AND A GA~ GRADIENT OF 0.11 PSI/Er TO THE SURFACE. BASED ON THE EXPECTED FRACTURE GRADIENT THE FORMATION ATTHE SHOE WILL BREAKDOWN BEFORE 3,000 PSI SURFACE PRESSURE CAN BE REACHED. THUS THE BOP EGUIPMENT WILL BE TESTED TO THE RATED PRESSURE OF THE WELLHEAD ~QUIPMENT WHICH IS 3,000 PSI. (NOTE: THE PORE PRESSURE PLOT ATTACHED WITH THE DRILLING PERMIT REFLECTS THE MOST LIKELY SURFACE SHOE FRAC GRADIENT OF 13.7 PPG EMW. ASP CALCULATIONS USE THE MAXIMUM LEAK OFF THAT MIGHT BE OBTAINED.) 20'* DIV£RT£R $CH 3 DO NOT SHUT IN WELL UNDER ANY CIRCUMSTANCES MAINTENANCE & OPERATION . . UPON INITIAL INSTALLATION, CLOSE PREVENTER AND VERIFY THAT VALVE OPENS PROPERLY. CLOSE ANNULAR PREVENTER AND BLOW AIR THROUGH DIVERTER LINES EVERY 12 HOURS. CLOSE ANNULAR PREVENTER IN THE EVENT THAT AN INFLUX OF WELLBORE FLUIDS OR GAS IS DETECTED. OPEN APPROPRIATE VALVE TO ACHIEVE DOWNWIND DIVERSION. ARCO ALASKA, INC., REQUESTS APPROVAL OF THIS DIVERTER SYSTEM AS A VARIANCE FROM 20AAC25.035(b) 1. 16" CONDUCTOR 2. FMC SLIP-ON WELD STARTING HEAD 3. FMC DIVERTER ASSSEMBLY WITH 2-1/16"- 2000 PSI BALL VALVE 4, 20" - 2000 PSI DRILLING SPOOL WITH (2) 10" OUTLETS 5. 10" HCR BALL VALVES WITH (2) 10" DIVERTER LINES, A SINGLE VALVE OPENS AUTOMATICALLY UPON CLOSURE OF ANNULAR PREVENTER. VALVES CAN BE REMOTELY CONTROLLED TO ACHIEVE DOWNWIND DIVERSION 6. 20" - 2000 PSI ANNULAR PREVENTER RECEIVED 1 41989 ~aska 0il & Gas Cons, Comm'~ssiot," Anchorage NFIDENTIAL Application for Permit to Drill Drilling Program for GYR #1 1,918 FWL, 2,135 FSL Sec, 32, T4N, R20E, Umiat Meridian ~)~c 1~ 1~B9 Alaska 0il & Gas Cons. GommissiO~ Anchorage Summary: CONFIDENTIAL The Gyr #1 exploration well is located approximately 50 miles southeast of Prudhoe Bay. The well is an 8,000 foot straight hole to test Paleocene and Cretaceous sands. Offset well information and seismic analysis indicate that the section is normally pressured to slightly over-pressured with an expected mud weight at TD of less than 12.0 ppg. Mud logs and drill stem tests from offset wells indicate that there is no danger of encountering H2S. Although the well is planned to only 8,000 feet, this APD requests a permitted total depth of 10,000'. This will simplify the permitting process and eliminate the need for a Sundry Approval should a depth extension be necessary to fully evaluate the prospect. The well will be drilled from an ice pad constructed from water taken from local lakes. Because of the remote location and short drilling time, the operation will be supported using rolligons. Actual drilling time is expected to take approximately 18 days from spud to the 8,000' TD. Flow testing, if warranted, will take an estimated ten to twelve days. All incidental waste drilling fluids will be disposed of down the surface casing x production casing annulus into formations below the surface shoe at 3,000'. In the event production casing is not run the fluids will be disposed of into the same formations by pumping down the surface casing into the open hole. For water conservation, the camp grey water will be used for mud make-up water and will in turn be disposed of downhole with the drilling mud. Current plan call for the well to be permanently plugged and abandoned, after the conclusion of the drilling and testing operations. RECEIVED z, 1989 Alaska 0il & Gas Cons. C0mmissiQ[~ Anchorage CONFIDENTIAL H2S CONSIDERATIONS: Even though drill stem tests and mud logs from offset wells in the surrounding Gyr area indicate no presence of H2S, certain precautionary measures will still be undertaken. These measures include: o A well design which incorporates tubulars and wellhead equipment suitable for an H2S environment. °An automatic H2S monitoring system with at least two probes, one located on the bell nipple and one at the shale shakers. Hand held monitors will also be available at the drill-site for testing other areas for H2S. o A supply of Zinc Carbonate sufficient to treat the entire active mud system for H2S will be kept on hand at all times while drilling is in progress. oAll key personnel will have H2S training. RECEIVED 1 1989 Aias .Oil & Gas Cons. Commissio-~i~' Anchorage Procedure: CONFIDENf~AL The following procedure has been developed for the Gyr drilling activities following drill-site construction and rig mobilization. 1. Rig up drilling unit. Nipple up and function test 20" diverter system with (2) 10" diverter lines. 2. Pick up 13-1/2" bit and 8" bottom hole assembly. Spud in well. 3. Drill 13-1/2' hole to 3,000'. 4. Log well as per geological prognosis. 5. Condition well for running surface casing. 6. Run and cement 10-3/4" surface casing at 3,000'. 7. Nipple down diverter. Install starting head on 10-3/4" surface casing and nipple up 13-5/8" 10M B©P's (Note: 5,000 psi rated equipment may be substituted if available). Test BOP's to 250 psi and 3,000 psi. 8. Run in hole with 9-7/8" bit and 8" bottom hole assembly. Drill out float collar, cement, float shoe and 10' of formation. 9. Circulate bottoms up and test formation to leak off. Notify Anchorage office if less than 12.5 ppg EMW test is obtained. 10. Drill 9-7/8" hole. Cores will be taken at the discretion of the well- site geologist. An intermediate logging run is planned at approximately 5,000'. The actual depth will be determined by the well-site geologist. 11. Continue drilling and coring as required to 8,000'. Condition hole and run open hole logs as per the geological prognosis. 12. If well is to be tested' a.) Condition hole. Run and cement 7-5/8" production casing. Install casing spool and nipple up BOP's. Test BOP's to 250 psi and 5,000 psi. RECEIVED 4 .Oil.& Gas Cons. Co[nrnissio.~ Anchorage Gyr Drilling Procedure continued page 2 CONFIDENTIAL Special Note: If there are hydrocarbon zones within 1,000' of the surface casing shoe, an external casing packer will be installed in the 7-5/8" casing to isolate the hydrocarbon bearing formations from the surface shoe. This method will be used in lieu of the 500' of cement as required in 20 AAC 25.030 d. (3) paragraph (C). In the event this is required a waiver from this requirement will be requested. This waiver is necessary so that the 10-3/4" x 7-5/8" annulus is kept open for injection of drilling fluids at the end of drilling operations. Additionally, a stage cementing collar may be used in the 7-5/8" to allow circulating out any cement that may have extended above the external casing packer. This will further ensure that a usable casing x casing annulus will be available for injection. The sealing competence of the packer and the cement above the hydrocarbon zone in question can be verified with a cement bond Icg if required. As part of the well abandonment operations, the 10-3/4" by 7-5/8" casing annulus will be appropriately plugged with cement. b.) Run open hole logs as required. c.) Test well as required. (All zones that are tested and then abandoned will be plugged as required to meet 20 AAC 25.105.) d.) Following the testing of each individual zone, the formation fluids produced are to be re-injected into the formation. 13. Plug and abandon the well as per 20 AAC 25.105. Set an abandonment marker, consistent with 20 AAC 25.120, over the wellbore. 14. Rig down and move off of location. RECEIVED Aiaska 0il & Gas Cons. CommisSiou Anchorage Gyr #1 DRILLING FLUIDS PROGRAM CONFIDENTIAL Spud to Surface Casing Depth Density 8.6 - 9.8 ppg PV 15-35 Surface Casing to Total Depth 8.8 - 12.0 ppg* 8-20 YP 20-40 5-15 Viscosity 50-100 35-60 Initial Gels 5-15 2-6 10 Minute Gels 15-30 5-15 APl Filtrate N/C 4-8 pH 9-1 0 9-10.5 % Solids 4 - 1 0 1 0 - 2 0 Solids Control EouiDment: -Shale shakers -Mud cleaners -Centrifuge -Degasser -Pit Level Indicators (Visual and Audio) -Fluid flow sensor -Trip Tank -Fluid agitators RECEIVED i r- Zi' a~chorag~ Notes: * If the well is deepened to 10,000' the mud weight required is expected to be as high as 12.5 ppg. -Drilling fluid practices will be in accordance with the appropriate regulations as stated in 20 AAC 25.033. I ,000 GYR #1 PORE PRESSURE vs. MUD and FRAC GRADIENT ~ PP = MW -- FG 2,000 3,000 10-3/4" SURF. CASING 4,000 5,000 6,000 7,000 8,000 9,000 10,000 8.0 9.0 10.0 11.0 12.0 13.0 14.0 MUD WEIGHT, ppg -5/8" PROD. CASING 15.0 16.0 17.0 18.0 RECEIVED E (., Anchorage DAYS vs. DEPTH SPUD DRILL 13-1/2" HOLE TO 3,000' DRILL 9-7/8" HOLE j..,___~_ IN~TERMEDIATE LOG RUN .................. . CORE CRETACEOU~S SANDS · LOG, RUN + CEMENT 7-5/8" LONG STRIN( . TEST 2 ZONES P&A WELL -1000 -2000 -3000 -4000 -5000 -6000 -7000 -8000 -9000 -10000 0 5 10 5 2O 25 3O 35 4O DAYS FROM SPUD RE[CEJVED - [ ' 1 J.T.Z ..~,~ , ,, ,'~'~1 0/4/89 Anchorage / /t ~ ,, / / I , I A B Seismic individual interval transit time profile from S.P. 330 of line WKD88-2 with actual mudweight from Fin Creek #1and predicted. ~udw~,o,,. ~ ~;~ ~ ~ V ~ P NllCROSEC / F LBS/ GAL o ? ,o ?,o,o,o o o , ; . ;~ ;, ;, ;, , ~ o o o ooo o o ~ ~ o o o o o ~ ~ o o -q A B Seismic individual interval transit time profile from S.P.375 of line WKD88-2 with actual mudweight from Fin Creek #1 and predicted mudweight. General Purpose Worksheet -~, ooc)' ~ 'b.,'"rV~ ~Y ( O,// x AR3B-6287 General Purpose Worl~sheet IPage No. ~ $,oa I,,Io /,~8 AR3B-6287 General Purpose Worksheet IPage No. O~ ~/$78,~-oo~ ~3B-6287 General Purpose Worksheet Subject ~,,, G/,~ '"1 ~,,,J ~ ~/~,~ r · AR3B-6287 General Purpose Worksheet JPage No. AR3B-6287 C ~ (;~.~X,o,o.~) o, q'2 General Purpose Worksheet i'SubJect IPage No. ~ AR3B-6287 General Purpose Worksheet Subject File IPage No. ~ =* /, C~ I,~° AR3B-6287 General Purpose Worksheet IFile Page No. q Of o? -- /,Ol /,'73 ! AR3B-6287 PORE PRESSURE PREDICTION OF PROPOSED ARCO ALASKA GYR #1 WELL 'Technical Service Memorandum 89-0021 R. L. Phillips ARCO Oil and Gas Company Research and Technical Services Exploration Research 2300 West Piano Parkway Piano, Texas 75074 October 26, 1989 MICROFILMED ARCO 011 and Gas Company Internal Corresponde Date: Subject: October 26, 1989 Pore Pressure Prediction Alaska GYR #1 well of Proposed ARCO From/Location: Telephone: To/Location: T. K. Kan R. L. Phillips 754-6454, 6556 PRC D-3222 PRC D-3212 Technical Service Memorandum 89-0021 Keywords: Geopressure, seismic velocity, shale compaction The predrill prediction of geopressure for the ARCO Alaska GYR #1 well has been completed and the 2-D seismic pressure cross-section computed. T. K. Kan R. L. Phillips RLP APPROVED FOR DISTRIBUTION: B. S. Byun AR3B-3007-B TABLE OF CONTENTS Page SUMMARY ........................................................................................................................ 1 WELL LOG AND PRESSURE CALIBRATION ............................................................ 1 SEISMIC VELOCITY ANALYSIS AND PRESSURE PREDICTION ........................ 2 CONCLUSION .................................................................................................................. 3 REFERENCES .................................................................................................................. 3 Figure 1' Figure 2: Figure 3' Figure 4' Figure 5: Figure 6: Figure 7: Figure 8: LIST OF FIGURES Pore-pressure in lbs/gal 'versus two-way travel time in seconds of line WKD88-2 ..................................................................................... Page Pocket Pore-pressure in Ibis/gal versus depth in feet of line WKDF88-2 ........................................................................................ Pocket Interval transit-time in usec/ft versus two-way travel time in seconds of line WKD-88-2 ...................................................................... Pocket Texaco West Kavik #1 percent sand, sonic, average shale sonic, compaction trend, actual mudweight, and predicted mudweight ............................................................................................................ 4 MuCullock Fin Creek #1 percent sand, sonic, average shale sonic, compaction trend, actual mudweight, and predicted mudweight ........................................................................................................... 5 Schematic diagrams showing the normal compaction trends of shale transit-time versus depth plots where was no erosion (A) and where there was erosion (B). (After Magara 1978) .................................................. 6 Seismic individual interval transit time profile from S.P. 330 of line WKD88-2 with actual mudweight from Fin Creek #1and predicted mudweight ............................................................................................................ 7 Seismic individual interval transit time profile from S.P.375 of line WKD88-2 with actual mudweight from Fin Creek #1 and predicted mudweight ...................................................................................... ' ............... 8 TSM 89-0021 1 SUMMARY At the request OF ARCO Alaska, seismic pressure prediction has been performed at the proposed ARCO Alaska Gyr #1 well. The purpose of this memo is to report and technically document the pressure prediction we have made. The velocity and pressure analysis has been performed on seismic line WKD88-2 (S.P.s 330-390; CDP's 463-583). Don Shelton in EDP pre-processed the seismic data and performed seismic velocity analysis. We picked the velocities and performed pressure analysis. The finding from our study can be summarized by the pore-pressure cross sections in time and depth shown in Figures 1 and 2. The result of the velocity analysis is displayed as an interval transit time section in time shown in Figure 3. The horizontal variations of the shallow interval transit time function (Fig 3) follow the regional dip of the seismic stack section. This indicates preservation of the compaction relationship in a gentle uplift-errosion system. WELL LOG AND PRESSURE CALIBRATION The compaction studies on the TexacO West Kavik #1 and McCulloch Fin Creek #1 wells are used to establish the compaction trend and pressure calibration (Figures 4 and 5, respectively). In Figure 4-A we show volume percent sand and sonic ITT curves. The percent sand curve was derived using the Gamma Ray logs. In Figure 4-B, we displayed the averaged shale sonic transit-time values versus depth. We defined shale layers which contain 80-100% shale and are at least 10 feet thick. The normal compaction trend was derived using data in the depth interval 2100-7700 feet. The shale sonic values below 7700 feet start to deviate away from the compaction trend. This depth is the top of the geopressure zone (see mud weight profile shown in Figure 4-C). The amount of sonic transit time deviation from the normal compaction trend can be related to the magnitude of the pore pressure gradient. In this study we believe that we do not have enough good quality pressure data points- l__to establish the new pressure calibration curve for this area. We used the offshore~ Texas trend (Kan and Sicking, 1989) to translate the sonic departure to the pore~ pressure gradient. The offshore Texas trend is identical to the North Sea trend published in the literature. The predicted mud weights from the shale sonic trend is plotted in Figure 4-C. The predicted pore pressure gradients are about equal to the actual mud weight used to drill this well except in the zone from 12,000 to 13,000 feet. We attribute differences in lithology to this discrepancy. The agreement elsewhere in the section gives us confidence on converting velocity to pressure in this area. In Figure 5, we dispay the compaction analysis of the Fin Creek #1 well. The normal compaction trend was derived by fitting the averaged shale sonic data between 3,044 feet and 7,293 feet. Again, the offshore Texas pressure trend was used to translate sonic departure to pore pressure gradients.. There is a discrepancy between mud weight and sonic compaction in the depth interval between 6,400 feet and 9,400 feet. After discussing this with Jim Zernell, we believe that the higher mud weight used in TSM 89-0021 2 that interval does not reflect the actual pore pressure gradients. Sonic data was not available between 10,000 feet and 12,400 feet, where a straight line function was used for the sonic values. In addition to these log and mud weight data problems, we have a completely different compaction trend for Fin Creek #1 than for the West Kavik #1 well. This leads us to suspect that the compaction relationship might be very different between the two wells. The depositional and/or post-depositional tectonic process apparently altered the compaction relationship in such a way that we were unable to utilze information from Fin Creek #1 well toward geopressure prediction at the proposed Gyr well location. SEISMIC VELOCITY ANALYSIS AND PRESSURE PREDICTION The Texaco West Kavik #1 well was not tied with line WKD88-2, however it is at the down-dip side of S.P. 330. Because of the constrain of time and budget we did not process the velocity of the tie lines to try to tie with West Kavik well. Based on the geological and geophysical interpretations made by Don Ince and Renee Hannon, and the velocity section we processed (Figure 3), we interpret that the sediment column had been gently uplifted and eroded without altering the normal compaction trend. Figure 6-A shows a schematic shale transit-time versus depth relationship of a normally compacted interval. The normal compaction trend gives a surface transit-time intercept value of z~To, for a situation where there was no erosion. Figure 6-B shows a schematic example of the transit-time versus depth relationship where the uppermost section was removed by erosion. The present surface is indicated by a wavy line. If the normal compaction trend in the subsurface is extrapolated to the present surface, the surface transit time value z~To' will be smaller than the original value ,~To before erosion process. The relationship between z~To and z~To' is: LOG10 (ATo') = LOG10 (ATo) - slope* dz where dz is equal to thickness of the erosion sediments. In Figure 7-A, we show the individual interval transit time profile from the seismic velocity analysis performed at S.P.' 330 (CDP 465) of line WKD88-2. The slope of the normal compaction trend was derived from the upper zone of the Texaco West Kavik #1 well. The intercept point of transit-time of the normal compaction trend is equal to 2.2162 (165 micro-second per foot) or the equivalent of 1,000 feet of erosion relative to West Kavik #1 well which has intercept time value of 2.2733 (188 micro-second per foot). In Figure 7-B, the seismically predicted pressure gradient is plotted with the actual mud weight used in the Fin Creek #1 well. In Figure 8-A, we show the individual interval transit time profile from the seismic velocity analysis performed at S.P. 375 (CDP 553) of line WKD88-2. The intercept of the normal compaction trend is equal to 2.102 (127 micro-second per foot) or equivalent of 3,000 feet of erosion. In TSM 89-0021 3 Figure 8-B, the seismically predicted pressure gradient is plotted with the actual mud weight used in the Fin Creek #1 well. The two dimensional pressure gradient cross section is dedved assuming the intercept transit-time varies linearly from S.P. 330 to S.P. 375. ( see Figures I and 2). The intercept time for each CDP location was linearly interpolated~ This numerical treatment accounts for uplift-erosion system in Gyr prospect location. The color code indicates the equivalent mud weight in lbs/gal. CONCLUSION The two dimensional velocity cross section from line WKD88-2 shows that iso-velocity contours follow the regional dip (Fig.3). We used linearly variable intercept transit-time values of the normal compaction trend as a control of thickness of the eroded sediments between S.P. 330 and S.P. 375. Using those compaction trends and offshore Texas pressure calibration we plotted the 2-dimensional pressure gradient vs. time for line WKD88-2 is shown in Figure 1. The pressure gradient vs. depth for line WKD88-2 is shown in Figure 2. REFERENCES Kan, T. K., and C. J. Sicking; "high-Resolution Seismic Interval Velocity Analysis", ARCO April 1989. Pore Pressure Cross Section from Exploration Research Letter #15, Magara, Kinji; "Compaction and Fluid Migration, Practical Petroleum Geology", Develpments in Petroleum Science, 9, Elsevier 1978 10000. ~ 11000. 12(}00. ~ 14000. 1SO00. __ IF~300. ~ 2320200 2320200 · o,.,, ~,,, MICROSEC / FT LB / GAL / / .' ,,, ,, A B O Figure 4. Texaco West Kavik #1 percent sand, sonic, average shale sonic, compaction trend, actual mudweight, and predicted mudweight 7000.__ FINCK FINCK MICROSEC / FT LBS/ ~ o o oooo o o , ~, - ~ o O.o o.~ b b b bbb o o b o o o o A B O Figure 5. MuCullock Fin Creek #1 percent sand, sonic, average shale sonic, compaction trend, actual mudweight, and predicted mudweight DEPTH SHALE TRANSIT TIME,--.-~ , , (LOGARITHMIC SCALE) · SHALE TRANSIT TIME I" I ILOGARITHMIC SCALE} / ~fo I / , ! I , / -7 A B Figure 6. Schematic diagrams showing the normal compaction trends of shale transit-time versus depth plots where was no erosion (A) and where there was erosion(B). (After Magara 1978). I NIICROSEC / FT LBS/ GAL A B Figure 7. Seismic individual interval transit time profile from S.P. 330 of line WKD88-2 with actual mudweight from Fin Creek #1and predicted. mudweight. MICROSEC / F LBS/ GAL o o o oooo o o · ;, -. ;~ ;, ;' ; · ~ b b b ~bb b o b b o o o o o b ~ o A B Figure 8. Seismic individual interval transit time profile from S.P.375 of line WKD88-2 with actual mudweight from Fin Creek #1 and predicted mudweight. l? 15 15 14 14 18 13 12 11 10 9 ARCO OIL & GAS COMPANY EXPLORATION DATA PROCESSING LINE WKD88-2 N SLOPE GYR PROSPECT D09,D2428491 .PO940974,WI(DB0- 2.COI~ 390 380 370 380 350 0.0 0. i 0,2 0,4 0.5 0,8 0,9 i.0 i,1 1,2 i,4 i,5 i.8 2,0 2. i 2.2 2,6 340 330 CP~ ~ Figure 2. Pore-pressure in Ibis/gal versus depth in feet of line WKDF88-2 0IL & COMPANY EXPLORATION DATA PROCESSING LINE WKD88-2 NORTH SLOPE GYi~ PROSPEC%i D~9~D2421499,P9940~?4.WI~)S8 -~,COLR 390 380 370 360 MCS/FT i40 236 223 ii0 105 10i 97 92 88 83 79 75 70 55 62 57 53 49 44 40 0.0 0, i 0,4 0,5 0.6 0,8 0.9 1.0 350 340 330 i~'~ 3,0 3, i 3,2 Figure 3. interval transit-time in usec/ft versus two-way lravel time in seconds of line WKD-,88~2 ARCO OIL & GAS COMPANY EXPLORATION DATA PROCESSING I I2NE WKD88-Z N SLOPE GYR PROSPECT D99.D~4~B~P9940S74.WIfDS8- ~.COLR 390 380 370 360 350 340 0, I 0,2- 0,4- i.O 1.1 i.5 i,8 2,0 2,1 2.2 2.3 2~4 2~5 2.7 2,8 2,9 580 56~ 350 3 4~0 418 400 i ! 550 ~ CHECK LIST FOR NEW WELL PERMITS ITEM A~?. ROVE DATE Fee ~ ~ 1. Zs (~ thru (3) Admin (4) Casg (8) (9 thru 13) (10 and 13) (14 thru 22) BOPE (23 thru 28) (6) OTHER ( (6) Add: Ge o lo g~: DWJ ~ EngSn,ee, ring: .cs rev: 01/30/89 6,011 Company /~¢~ A(2~.~c~ Lease & Well No. YES NO the permit fee attached .......................................... ! REMAt~S e 3. 4. 5. 6. 7. 8. Is well to be located in a defined pool ............................. Is well located proper distance from property line .................. ~ Is weL~d_located proper distance from other wells .................... K Is sufficient undedicated acreage available in this pool ............ _~_ Is well to be deviated and is wellbore plat included ................ Is operator the only affected party ................................. ~ Can permit be approved before fifteen-day wait ...................... ~ . 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. For 29. 30. 31. 32. Does operator have a bond in force .................................. ~ · Is a conservation order needed ...................................... Is administrative approval needed ................................... Is the lease number appr9priate ..................................... Does the well have a unique name and number ......................... X · Is conductor string provided .. / eeeeee~eeeeeeeeeeee~eeeeeeeeeeee~eeee. Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water ..................... Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ..................... 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 wellbore separation proposed ............................ Is a diverter system required ....................................... Is the drilling fluid program schematic and list of equipment adequate~. Are necessary diagrams and descriptions of diverter and BOPE attached. D~es BOPE have sufficient pressure rating - Test to ~~ psig .. Does the choke manifold comply w/API RP-53 (May 84) .................. Is the presence of H2S gas probable ................................. exploratory and Stratigraphic wells: Are data presented on potential overpressure zones? ................. Are seismic analysis data presented on shallow gas zones ............ If an offshore loc., are survey results of Seabed conditions presented Additional requirements ............................................. ..... INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information, of this nature is accumulated at the end of the file under APPENDIXi .. No special 'effort has been made to chronologically organize this category of information. PROGRAm: LZSCAN Star+. of e~ecu+ion:,,. R~VISION: 5.1 APR 90 9:~1~ PART **** REmL LIS 90103103 ATLAS 01 'LZS CUSTOMER mORMAT T:PE' CONFIB£N IAL ***~ TAPE LiS ~0/03/~ ~222 01 MICROFILMED ..... · OPEN HCL¢. ~'-,-FL/~,~,- -/ Z¢-, .~n40 0 =T' FILE ,~ 1 **'** FiLE HEADER **** " 01 M A .,. N ,0 1024 CN : ARCO ALASKA WN : GYR NO. 1 FN : WILDCAT C~"Nuu : ,,.NORTH SLOPE STAT : ALASKa, .=NCORmOm&T:~, , ~ FORMAT RECORD (TYPE# ONE OEPTH PER FRAME TAPE DEPTH UNiT : FT 16 CURVES : NAME COD 1 G~ 7 TTEN E SaMOLE:~ UNIT 1 Am! 1 =/MM 1 MV 1 L5 I iN 1 5'EGF '! L ~ ~,YTES 4 4 10 T ~ q 2 11 TIR2 12 TlR1 1 x R F'~C 14 RiLO 15 CiLD 15 qlLM * DaT~. 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Rt R~OC R ILO CILD RiLM 31mO OOO -999 250~ -999.2500 -999.2500 -oo9.~500 -ooo.25u~ ,~ -9~o. 250~ -999.25;]~ , .... . 3070.000 O.O000000 6.000000 0.0000000 914 !~75 ~19 ,uOuO '~-~. xo4=''~ 20.76~'93 3020. ,~vO'~' 67. 34555 13.81291 88.34682 098.5000 723,8125 36.5~256 2.5 . 166~;~. 2970.000 15,44862 15. 200:~6 88.71437 896.5625 91! .2500 1g.686~4 114.3300 2920.000 83.20766 13.~6084 $8.53054 8~6 1250 ~56 ~OOr; 76 ~7t64 12 7~29 . i ~ . ..~ ~ ~870 008 4¢ 71 t 1 '~ · ,,- m ii 14 41~9t 675.3750 5.S7.0625 26.67711 3t. 1 ! 64'1 -90.0.2500 -~99.2500 -999.2500 27.99721 ~408.775 604.0000 27.g9721 2535.~66 570.0000 27.9~721 2423.633 0~5.~7~ 27.96150 19971030 633.!87¢ 0.0000000 ~00~ 5t4.5625 -g99.2500 -999.2500 -999.2503 0.4001965 115.9809 37.911~3 1.780347 9~ g7~3n 27.91869 5.S87563 131.1750 1 84.81 4,S 16 · 63000 171.0632 16.7576~ -1.120445 0.2000000 -990.2500 -999.2500 -990.2500 12~4.153 30.86940 1247.428 537.5000 27.35039 1245.206 6156. g375 93.57477 1242.417 ,560.6250 13.14550 1000.000 493 375''~ 37.4B532 100~ OOO 350.0000 0.2000006 TOTAL DATA RECORDS : STARTING TAmE DEPTH = FiLE TRAIL;R ***~ ~1 2n mO ENDING TAPE DEPTH = .REP~A''r 004. H E.C,D ER I 324. RUN NO, ? REPEAT FORMAT,, R~CORD (TYP=# 64) ONE DEPTH PER FR&ME TAPE DE PT~ UNIT : FT BYTES 4 ! / * OAT Dr-p CAL T~R CIL 8040 -999 -999 -9 :Q 9 79o0 O.O0 535 196 7940 -0,71 657 19! A RECORD TH .GOO .2500 .2500 ,000 .6230 .3937 ,,OOO 99999E-02 .2901 OI (TYOE~ O) GR TlR2 RZLv 32.3t25 43. 176'~ ,259840 0='8 ::~YTr_.~ * SPD ! ! T!~1 -999.2500 -999.7500 -9~9.2500 42.99571 3553,101 .... :: ,.541 35~3.12~ aC RFOC -997.2500 -¢97.2500 -099.2500 19.85410 83.35~.79 6.7684.96 -104.8159 ¢~ 20473 6.09 B 0 ,~ 9 CHT T?R2 RILJ -999.2500 -~99.259C -999.2500 850.5837 5.0916,$4 911.~1! 4B9,9375 -0. e, 356'''~ , .~ uu, O 150.1E9 6P5 187~ 6~'':, 50(3 164.6107 6.04957 7700.000 ** ~527 0,3400009E-0t Ia9.669 657.437~ 655,'187 203.2492 5.14619 7740,000 8t,S903 -1.1!7900 145,804 660.5000 659,000 213,3210 4,~1365 76~0 003 ~'~ ~ q 6,000000 148,152 0,000000© 0 l~a~¢ .3528.410 455,6S75 43.9'P 561 351~.197 500,1 2SC 44.2314t 480.0625 44.23141 3474.361 4 ° o~,5625 aooo.ooo 476,37~o. ~3 · 627~1 6.69980o -55.05769 84.90996 0.242599 -107.6312 ~5 96077 6,385641 -195.2473 86.99002 = 742:1 79 -1lO.O000 85.52475 0,2000000 45~ · ~750 6.074939 885.69z, 3 496.3750 4.866616 ¢90.0610 487.6250 4,9P0069 921.5757 488.5000 4.6~7770 309.0000 350.0000 0.2000;300 TOTAL O,&TA RECORDS STARTrNG TAPE DEPTH =ILE TRAILER **** = 8040.90 D=PTH = 765C.00 '-TL: ~ 5 R:Pr'~T FiLE HEAO~R **** * COMMENT, REr"O~3 R!JN NO, 1 REPEAT -ORMAT * RECORnu (TYPE~, , ONE mE~WH ~E~ =Ra~E T~PE DEPTH UNIT : PT 64) PLE# 1 1 1 1 1 1 1 1 1 UNIT AP1 iN ~'TS CTS L6 L8 F/FM ,~TS BYTES 4 4 4 4 4 4 4 4 4 * D~TA RECORD D=PTH S=T2 CN PORZ 31~30.000 -999.2500 -999.2500 -999.2500 -o9~.253n, ~ ,4 31t0.000 -1.835535 9:0t.1946 67.40077 1!.53414 3060.000 -! ,8'~ 53c 1195,100 5~ 14.35066 3010.000 -1.835535 115v.773 5~.16631 20.24640 2960,0G0 -1.~..553~ 877.a5~6 43.44644 13,21706 29!0.000 -1.835535 982.507! 31.45900 11.2197~ -1.8Z5535 974.99~ 33.57608 14.40395 8!0.~ 3.0000003 (TYOE~ O) 1014 SYT~S * ~RD1 CNC -999.2500 -999.2500 -~9~.~n0 -999.~505 lnX 75~v 36~ 1093 67.35¢86 ~3.82648 1390.162 50.7C457 76.51988 1376.397 50.55351 ~ 46904 36~.32~9 109~.053 41.77290 51 .732!9 11!3,3~0 30.42184 49.16615 358.3289 1124.!'~5 32. p ~ 0 P o CeT HRD2 ZOEN -999. 2500 -999, -99~,-2500 1575.2~5 2.4596~6 t4. 4~'271,, I 24;5.412 1686,50L 2,'413214 1 z,. 28365 125! .579 1704 39" . 2.3,15934 14.56569 1267.987 t326,527 2.431915 14.03277 1259.847 1354.oo5 2,464873 14.54018 1227.470 t42t 2.412334 ~. O0000C ~:'jn OOOC SSD TTEN LSN ZCOR -999.2500 -999.2500 -999.2500 -999.2500 7457.277 995.34a2 28.05009 0.~340627E-01 8416.766 2021.437 24.58881 0.1370324 7641.430 1975.802 24.45430 0.4~28010=-01u 7143.852 2037. '305 32 · 081 50 3.4665827E-01 7525 27~ 1965.20~ 40.25661 0.9090191~-~1 7280.320 1913.992 39.40251 0.5008502_=-01 ,..3.0,300003 1000.000 SHR SPD SSN -999.P500 -099.2500 -P99.2500 -999.2500 0.6048431 29.7,5120 148.6852 2.957746 0.642432! 30.99690 1t6.5401 2.610681 0.6359770 30.99590 115.7232 2.667372 30.99690 137.$6:33 3.109566 0.6751180 ,~C). 99690 1 41.51 96 ~.339968 0.6244731 31.10611 144.~184 2.791315 0 O0,q'~ , ~, O. 0000000 0 · 9 0 0 ,J 0 u O TOTAL D~T~ RECORDS STI~TING T~PE OEPTH ~iLE TR.~iLER ~169.n~ ~NDIN~ T~PE "' ~ PTH = FiLc~ RF_pEA-r ..... JO 6 HEADER 1 0'24 * COMNENT RECORD * RUN NO. 2 REPEAT ~ORMAT RECORD (TY~E,# 64) ONE DEPTH PER FRAME TAPE DEPTH UNIT : FT 2'0 CURVES : NAME t GR 2 CAL 3 SSD ~ SHR 5 CHT 5 TT~N 7 8 SFT2 9 HROl 10 HRD2 11 LSN 12 CN 13 CNC 14 Zt3~N 15 ZCOR 16 1? KTH 1.i~ Td 19 OD: SANmL ,, ~ UNIT 68 t ~Pl 6~ 1 iN 6~ 1 ~TS 58 1 CTS 58 ! LB 68 1 L~ 68 I F/~M 6~ 1 CTS ~8 I CTS ~ t CTS .... :.~ 6g 1 CT$ 6~ 1 PCT 6~ 1 PCT 6~: 1 G~CC :5~ ! GNCC 68 1 68 I PCT · 6~ I PCT 68 I PCT 68 t CTS DATA RECORD (TYPE~ ~' 1014 ~YT..=_S * D~PTH GR C6L SSS SHR CHT TTEN SmD SPT2 HRD1 HRD2 LSN CN CNC ZDEN U -99¢' zson -909 25n~' -099 c~cO0 -990 ZSOO -909 ~500 -,¢~0. ? 5~qo -9oo. * 50n -'gg~. > ~00 -999. ~ 500 -o9o. )500 -999.Z500 4Z50.000 44.24418 1C.70248 0302.074 0.5781430 -11a~8,85 2227,311 11.40510 ~44,4033 800.0767 1 01 4,037 t I 3,661 0 19.52037 21 , 1 6945 2 . 531780 U.2~t702~-0~ 3 210711 P~, 42~16 2 25PgO~ ~ 5675179 ?.57274~ 42n0.0~' . . . . ,, ,'~:u 29 ~,t4375 10 4!346 7086 020 0 5551~10 -11492, ~ ')1ez 71= 1!.90830 974 540~ 1'2,05 819 I 497,91 2 -~4,8',~1 70 2~, 34705 23. 99954 2. 335732 ....... · ............. ~574 1 .4670~2 0.772~164 ~1 50,030 70,09655 1 O, 33553 ~2614.113 O. 6461 -1149~ 85 2~34 275 11 99~,~ . , . ...... u~ 1662 31~ 1957 2415,390 19.71 370 53. 6222~ 54. 27505 2.1632.1 30t1~5~E-01 2 557220 61 80~96 7 ~2~049 1 513350 1 .4!4310 41 00. 000 67. 90665 I 0. 521 02 t 0056.1 0 0. 7043841 -1 !498.35 ~221.8.20 11.9'.5:88'J 301~.452 34o7.488 4P3~_ ...,. 117 .2,':'-.~ .50241 .... =,5 . ,.,:-~ 2 ~,A 5¢,. ,... 5t5 .7664/',., t . .~, 77471 O, 9784Z, 23~-O2 ~,097414 56,71572 6.686336 1.530359 2,056233 4050 000 4.=, Or"30c' 10 :'102'~ 71x9 551 -11408.85 21 aS. 347 1 ! . 9'~880 1055 · I 87 I 235 . 496 I 524.~75 95.59210 20.673~9 22.35797 2,327083 -0.17!5~752-01 2,¢08854 39,62765 2.115978 1.352490 0.9146540 4000. OOO -9'~9. 2500 -990.2500 -~¢9.2500 -o99. 2500 -9';9 2500 -Og~ 250,3 -09© 2~.nC -99c 2500 -099 2500 -999,25~n,~,..., -9~,..,~500 -oo9,, .2500 -¢0~,, .2530 -999.2500 -99c 2500 -990 2~OO -aaa o5~'10 -090 2500 -99~ 2500 -9~9. 2500 TOTAL D~.T& RF"C~RDq,. -.., ,.. : STARTING TAPE DEPTH = r-ZLE T RAZL :5. ~ 51 ~ 30'.3 'NDING T~PE DEPTH = 4000.00 **** TAPE LiS 90103/03 4222 01 TRAiLSR **** TOTAL R~COROS IN THiS LOGICAL TAPE 9 '3 /',..," 3 t Lq g TR~'ZLER **** Ul TOTAL RECORDS IN THIS LOGICAL REEL : 30~35 TOTAL RECORDS IN THIS PMYSIC~L qEEL: 3005 End of execution: Wed 4 ~ ~6. ~ ~acond$ E!aps~d execution ~im~ = ~3 minu~st ~ ...... SYSTEM RETURN CODE =
