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Home My WebLink About195-146 Pages NOT Scanned in this Well History File XHVZE This page identifies those items that were not scanned during the initial scanning project. They are available in the original file and viewable by direct inspection. /~'~/'?'~, File Number of Well History File i,-// PAGES TO DELETE RESCAN ~~Color items- Pages: ~//72_ [] Grayscale, halftones, pictures, graphs, charts- Pages: [] Poor Quality Original - Pages: [] Other- Pages: DIGITAL DATA [] [] OVERSIZED Diskettes, No. Other, No/Type Logs of various kinds ~'"~Other Complete COMMENTS: Scanned by: Beverly Dian~athan Lowell Date~ ~' ~si TO RE-SCAN Notes: Re-Scanned by: Bevedy Dianna Vincent Nathan Lowell Date: Is~ TIlE MATERIAL UNDER THIS COVER HAS BEEN MICROFILMED ON OR BEFORE JANUARY 03 2001_ P L M .~. T F IA L U N D W TH IS M ARK E R C-LORlXlvIFILM.DOC PERMIT DATA AOGCC Individual Well Geological Materials Inventory T DATA PLUS Page: 1 Date: 02/25/98 RUN RECVD 95-146 SS 965 10-407 DAILY WELL ePS R. lb////~7 TO 3/Al/~ / Are dry ditch samples required? yes ~ And received? DRY 06/07/96 ~//~ Was the well cored? yes ~..~Analysis & description received? Are well tests required? i~es ~ Received? ~ Well is in compliance ~. Initial COMMENTS T PLUGGIN~ & LOCATION CL~.ARANCE REPORT State of Alaska Memcrandu_m To File: APi No. · ALASKA 0IL & GAS CONSERVATION COMMISSION 7 EP- ~0 O qS--O ! Operator ~/~ 0 ~ Note casing size, wt, depth, cmt vol, & procedure. Sfc Csg: Long Csg Review the well file, and co~ent on plugging, well head status, and location clearance - provide loc. clear, code. Well heed cut off: ' ~-- Marker, ~ost~ or plate: ~ Inl. Location C~ear~ce: Code STATE OF ALASKA ,-' ALASKA C,rL AND GAS CONSERVATION ~.,OMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well OIL: GAS: SUSPENDED: ABANDONED: x SERVICE: 2. Name of Operator 7. Permit Number Unocal ~ ~ 95-146 3. Address u,.~,~,,---. ~- 8. APl Number P.O. Box 196247 Anchorage, AK 99519"~'~',e't ,*~PEEt~I~), 50- 733-20095-01 4. Location of well at surface !~ 9. Unit or Lease Name Granite Point Platform, Leg #3, Slot #2, 2379' FNL & 1375' FWL, Sec. 13, T10N, R12~ ~~ ~---'~' ~ Granite Point Field At Top Producing Interval 10. Well Number 2025' FNL& 357' FEL, Sec. 13, T10N, R12W, SM 22-13RD ADL 18761 At Total Depth 0RI( INAL 11. Field and Pool 158'Z FNL& 1989' FVVL, Sec. 18, T10N, R11W, SM 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. Granite Point Field/Tyonek 115' RKB above MSLI ADL 18761 22. Type Electric or Other Logs Run N/A 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 4-1/Z' 12.6 L-80 11677' 12753 6" Slotted Liner 462' 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) N/A N/A 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 10558'-11'625' 45 bbls (278 sx) Class G Cement 27. PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) I N/A Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO I N/A TEST PERIOD => N/A Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE => 28. CORE DATA Bdef dsscdption of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. N/A RECEIVED JUN 1 2 1996 Alaska 0il & Gas Cons. Commission Anchorage Form 10-407 Rev. 7-1-80 CONTINUED ON REVERSE SIDE Submit in duplicate ~ 30. GEOLOGIC MARKERS FORMATION TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. N/A RECEIVED JU I 1 2 Alssk~ 011 & (l~s Cons. Oommission Anchorage 31, LIST OF ATTACHMENTS Operations summary, Wellbore diagram 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed c~-o~ ~..~0~C/-'~-~ Title ~[~ 0~'v~_. Date ~)~.,~ "3r. I~'-/ 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 space 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 productin 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 GRANITE POINT 22-13RD #2 DAY 1 (04/08/96) ACCEPT RIG @ 00:00 HRS ON 4~8~96. CONT RIG MODS. RIH & SET NEW 2-1/2" PX PLUG BODY IN X-NIPPLE @ 10,385'. SET PRONG IN BODY. F.L. @ 2750'. PRESSURE UP TBG TI1000 PSI, OK. HOLD TEST FOR 3 HRS FILL & BLEED OFF PRESSURE IN ANNULUS. RIH & OPEN SLIDING SLEEVE @ 10,293'. BRK. ClRC DWN TBG UP ANNULUS. SHUT IN ANNULUS & TEST PLUG, PACKER, CSG & SCAB TI2000 PSI TO 1975 PSI IN 30 MINS. DAY 2 (04/09/96) RU ON TREE AND PUMP DRY JOB AND CLEAN UP ANNULUS. SET BPU. ND FREE. SET BLANKING PLUG. NU BOPE. CHANGE OUT SAVER SUB AND RU TO TEST BOPE. TEST BOPE. OK. CHANGE OUT BAILS. DAY 3 (04/10/96) CHANGED OUT BAILS AND RU TO PULL TBG. PULL HGR TO FLOOR. CBU. NO FLOW. POOH W/PROD. TBG. STD BACK IN DERRICK AND LD ALL JEWELRY. RD TBG TOOLS. CHANGE TOP PIPE RAMS TO 5". TEST TOP RAMS, FLOOR VALVE, INSIDE BOP AND TOP DRIVE VALVES TO 250~5,000 PSI. SET WEAR BUSHING. MU BAKER PACKER RETRIEVING TOOL AND RIH W/BHA #1. DAY 4 (04/11/96) RIH W/BAKER RET. TOOL TO 6,294'. ENGAGE PKR AND PULLED LOOSE CBU. GAS AND OIL RETURNS AT BU. POOH W/PKR AND SCAB LINER. SEALS LOOKED LIKE THEY HAD BEEN PEELED BACK WHEN STABBING IN. DID NOT LOOK FLUID WASHED. MU BAKER 7" CPH PACKER W/EXTENSION AND 3 SETS OF TIW CHEVRON SEALS AND RIH. WORK SEALS INTO PBR AT 6,361'. TEST TO 400PSI. NO RETURNS F/ANNULUS. DROP SETTING BALL. SET PKR AT 6,348' W/3,500 PSI. TEST BACKSIDE TO 3,000PSI. BLED T/2925 PSI IN 30 MINUTES. NO RETURNS IN DP. PRESSURE TEST D.P. TO 3,000 PSI FOR 30 MINUTES. NO BLEED OFF. RELEASE F/PKR AND POOH. LD BHA#2. MU BHA#3 AND BEGIN PU 3-1/2" D.P. RECEIVED JUN ~ 2 ~99~ Alaska 0il & (~s Cons. Commission Anchorage 22-13RD #2 PAGE 2 RECEIVED DAY 5-7 (4/12 - 4/14/96) COMPLETE PU 3-1/2 D.P. AND CONT RIH W/PBR RETRIE~~bOL. ENGAGE AND RELEASE PBR. POOH W/PBR. MU PACKER RET. TOOLS AND MILLING ASSY. AND RIH TO 10,340'. CHANGE WELL OVER TO 3% KCUFIW. INJECT 9.5 PPG BRINE INTO GP 44-11. ENGAGE PACKER AND BEGIN MILLING PACKER. ATTEMPT TO MILL PAST BOSOM SLIPS. UNABLE. PULL PACKER LOOSE AND CBU. WELL TAKING FLUID AT 20-25 BBL/HR. PUMPED LCM PILL (20 PPB LIQ. CSG AND 15 PPG MICA). BULLHEAD PAST D.S. PRESSURE INC. TO 2,800 PSI ~ .75 BPM. POOH W/BHA. RECOVERED PKR AND TAILPIPE. RU SCHLUMBERGER AND RIH W/USIT TOOLS. WORK PAST 8,200' WLM. CONT TO 10,200'. USIT MOTOR WOULD NOT WORK. POOH. PIECES OF RUBBER AND METAL HUNG UP IN STABILIZERS. MU JUNKBS~ W/5.71"G.R. WELL TAKING 6-8 BPH. RECOVERED RUBBER AND METAL SHAVINGS. RIH W/USIT. TROUBLE GEEING TOOL CALIB~TION. RIH TO 11,215' AND LOGGED OUT. RIH W/1-11/16" SINKER BARS TO 11,690'. RIH W/3- 9/16"TBG CU~ER. CUT 4-1/2"SLO~ER LINER ~ 11,679'. POOH AND RD S.W.S. MU WEATHERFORD PACKER MILLING ASSY. DAY 8 (04/15/96) RIH W/ 6" MILLING ASSY. MILLED TIW 'SS" LINER TOP PACKER FROM 11,209' - 11,212'. POOH RIH W/4 1/2" SPEAR. DaY 9 (04/16/96) RIH W/4-1/2'SPEAR AND ENGAGE 4-1/2"SLOTTED LINER AT 11,121'. PULL LOOSE. CBU. POOH. RECOVERED ENTIRE FISH: 462'. MU CLEANOUT ASSY AND RIH TO 11,377'. WASH DOWN. STOPPED @ 11,395'. WASH DOWN AND REAM F/ 11,395' - 11,643'. SET DWN SOLID. PUMP HIGH VIS SWEEP. DAY 10 (04/17/96) COMPLETE CIRC. OUT HIGH VIS SWEEP. CLEAN SAND. NO SIGNS OF WALL CAKE OR EMULSION. POOH W/C/OUT ASSY. PU 1,200' OF 2-7/8"TBG F/CMT PLUG STINGER AND RIH. CIRC @ 11,625 AND HOLD SAFETY MTG. MIX AND PUMP 45 BBLS OF 17 PPG CLASS G CMT. CIP @ 16:20 HRS. POOH. L/D TBG. UNOCAL ) GRANITE ?OINT PLATFORM WELL # 22-13 RD ACTUAL ABANDONMENT 4/17/96 KB = 42.3' or 115' RKB from MSL 10,558' T.O.C. SIZE WT 11,677' Cut 4-1/2" Slotted Liner TYONEK C-5 SAND TD = 13,821' CASING AND TUBING DETAIL GRADE CONN TOP BOTTOM 26" Inside Conductor 47 294 18" 47 600 13-3/8" 61 J-55 47 3,989 9-5/8" 40-43.5 N-80 47 9417 Window Cut in 9-5/8" 6,643 6,670 Baker CPH Liner Top Packer 6,350 6,360 7" 29 L-80 BTC 6,360 11,377 4-1/2" 12.6 L-80 SC-BTC 11,677 12,753 3-1/2" 9.2 J-55/N-80 SC-BTC 12,753 13,731 NOTE: 4-1/2" and 3-1/2" = slotted liner MAX HOLE ANGLE = 83° Cement Plug: 10,558' to 11,877' Abandon slotted liner and provided kick-off plug for Redrill #2. JEWELRY DETAIL NO. DEPTH ITEM TOP BTM ZONE SLOTTED LINER RECEIVED PERFORATION DATA SPF DATE COMMENTS O:~)RILL1NG\S CHEMATIC\GP\GPP\G2213 ABD .DOC DRAWN BY: MWD 5/31/96 Unocal Energy Resources DL 909 West 9th, P.O. BOX 196247 Anchorage, AK 99519-6247 Telephone (909) 276-7600 Fax (907) 263-7828 UNOCAL ) Debra Childers Clerk DATA TRANSMITTAL 96-10 June 4,1996 To: Howard Oakland 3001 Porcupine Anchorage, AK 99501 Alaska Oil & Gas From: Debra Childers 909W. 9th Avenue Anchorage, AK 99519-6247 Unocal Transmitting the following items. /, Granite Point / 22-13 RD dry samples 6660 - 8400 Granite Point / 22-13 RD dry samples 8400 - 10200 Granite Point / 22-13 RD dry samples 10200 - 11370 Granite Point / 22-13 RD dry samples 11370 - 12036 Granite Point / 22-13 RD ST1 dry samples 11340 - 13320 Granite Point / 22-13 RD ST1 dry samples 13320 - 13821 Granite Point / 42-23 RD dry samples 7260 - 9270 Granite Point / 42-23 RD dry samples 9270 - 11100 Granite Point / 42-23 RD ST1 dry samples 11100 - 12900 Granite Point / 42-23 RD dry samples 12900 - 13940 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION OMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG I. Status of Well Classification of Service Well OIL: X GAS: SUSPENDED: ABANDONED: SERVICE: 2. Name of Operator 7. Permit Number Unocal 95-146 3. Address 8. APl Number P.O. Box 196247 Anchorage, AK 99519 50- 733-20095-01 4. Location of well at surface j 0"--~¢i,~,~7i: ;- '7-:-~?~ 9. Unit or Lease Name Granite Point Platform, Leg #3, Slot #2, 2379' FN~t& 1375' EWe; eec. 13, T10N, RI~ k Granite Point Field At Top Producing Interval j~.,~.._ .... : I ~..~'~! i, 10. Well Number 2025' FNL & 357' FEL, Sec. 13, T10N, R12W, SM '-.",:;-d;¢ ~3 i 22-13RD ADL 18761 At Total Depth i -~L~-~"-~-"- i i ~-~;~-[ 11. Field and Pool 1562' FNL& 1989' FWL, Sec. 18, T10N, R11W, SM~' ..... 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. '~"~"~ Granite Point Field/Tyonek 115' RKB above MSLI ADL 18761 12. Date Spudded 13. Date T.D. Reached I 14. Date Comp., Susp. or Aband. I 15. Water Depth, if offshore 16. No. of Completions 10/11/95 12/19/95I 2/28/96I 75 feet MSL one 17. Total Depth (MD+TVD)13821,/10688, 18. Plug Back Depth (MD+TVD)13,731/10,660, TVD I19' Directi°na' SurveyYes: x No: I20' Depth where SSSV set268 feet MD [ 21. Thickness of PermafrostN/A 22. Type Electric or Other Logs Run GR/CCL/CBL 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED See attached 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 3-1/2" 303 N/A Slotted liner fl11,215' MD to 13,731' MD 2-7/8" 10,447 10,364' 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 6643'-6670' 82 sxs of Class G Cement 6643'-6670 98 sxs of Class G Cement 27. PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) 12/29/95I Gas-Lift Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO I 2/29/96 N/A TEST PERIOD => N/A Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 70 860 24-HOUR RATE => 20 100 180 Not available 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. N/A OI IGINALRECEIVED APR 0 9 1996 Alaska 0il & Gas Cons. Commission Anchorage Form 10-407 Rev. 7-1-80 CONTINUED ON REVERSE SIDE Submit in duplicate GEOLOGIC MARKERS FORMATION TESTS NAME Include Interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUEVERT. DEPTH GOR, and flme of each phase. N/A 31 LIST OF ATTACHMENTS Operations summary, Wellbore diagram, Directional Program 32. I herel;~ ce~fy that the fqt'egoing is true and correct to the best of my knowledge Signed t~t',.~-,~~ 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 ia used as reference (where not ethefwise shown) for depth measurements given in other space on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from mom than one interval (multiple completion), so state in item 16, and in item 24 show the preducfln intewals 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.). Form 10-407 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, Hydreulic Pump, Submersible, W~p~r ~.C E I V E D jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate"none". APR 0 9 199(; Alaska 0il & Gas Cons. commission Anchorage GP 22-13 CSG SIZE 26" 18" 13-3/8" 9-518" 7" 7" 4-1/2" 3-1/2" WT/FT 61 40-43.5 29 29 12.6 9.2 GRADE J-55 N-80 L-80 L-80 L-80 J55/N80 TOP 47 47 47 47 6360 6287 11215 12753 BTM 294 600 3989 6670 11377 6368 12753 13731 HOLE SZE CEMENT DRIVEN 1050 SX 17-112" 668 SX 12-114" 8645 SX 8-1/2" 675 SX N/A N/A 6 SLOTTEDLINER 6 APR 0 9 1996 A~aSk~ Oil & 6¢s ConS, commiS¢on AnCbomge . NOCAL ) KB = 42.3' GRANITi_ .'OINT PLATFORM WELL # 22-13 RD ACTUAL COMPLETION AS OF 2/27/96 SIZE WT CASING AND TUBING DETAIL GRADE CONN TOP BOTTOM 5-8 26" Inside Conductor 47 294 18" 47 600 13-3/8" 61 J~55 47 3,989 9-5/8" 40-43.5N-80 47 9417 Window Cut in 9-5/8" 6,643 6,670 Baker SC-IR PKR and TIW Seal Assy. 6,287 6,368 WITH 1 JT of 7" 29# CSG between. 7" 29 L-80 BTC 6,360 11,377 4-1/2" 12.6 L-80 SC-BTC 11,215 12,753 3-1/2" 9.2 J-55/N-80 SC-BTC 12,753 13,731 NOTE: 4-1/2" and 3-1/2" = slotted liner Tubing 3-1/2" 9.2 N-80 BTC 42.3 268 2-7/8" 6.4 N-80 SC BTC 331.9 10,407 JEWELRY DETAIL NO. DEPTH ITEM 1 268' 2 303' 4 5 6 7 8 9 10 10,293' 10,335' 10,338' 10,342' 10,364' 10,385' 10,407 Camco W/L Retrievable SCSSV Nipple: ID = 2.750" 3-1/2" X 2-7/8" XO ID = 2.378" 5.5" OD MMM GLM's w/RK Latch 1,991', 3,267', 4,411', 5,424', 6,160', 4.75" OD KBMM GLM's 6,800', 7,438', 8,239', 9,327', 10,254' HES XU Durasleeve ID = 2.313" No Go Locator Top of PBR Ratchlatch Seal umt HES MHS Packer "X" Profile Nipple Wireline Re-entry Guide/Pump out Plug TYONEK C-5 SAND PERFORATION DATA TOP BTM ZONE SPF DATE COMMENTS SLOTTED LINER TD = 13,821' MAX HOLE ANGLE = 83° O:kDRILLING\SCHEMATIC\GP\GPP\G2213RF2.DOC DRAWN BY: MWD GRANITE POINT 22-13 (REDRILL) DAY 1 (10/11/95) SKID RIG TO WELL #22-13. REM PROD LINES. RIG JACKS MALFUNCTION, REPAIR SAME. RU ON SS, CIRC W/FIW TAKING RETURNS ON LS. DAY 2 (10/12/95) CONT DISPL WELL AT 3.5 BPM & 1000 PSI. CIRC WELL W/530 BBLS. MONITOR WELL, NO PRESSURES. RU WL ON SS & RIH W/2.25" JET CUTTER. CUT SS AT 8335' WLM. POOH. CIRC WELL DOWN SS W/375 BBLS. MONITOR WELL, OK. RU SLICKING & SET TBG PLUG IN EACH BALL VALVE ON LS & SS. TEST SAME TO 5M, OK. REM TREE. NU BOP. DAY 3- 5(10/13-15/95) CMPT BOPE TEST. ATTEMPT TO PULL PLUG(S) F/SSSV ON BOTH STRINGS, NEG. ATTEMPT TO PULL SS TBG FREE, NEG. CHG RAMS TO DUALS & TEST SAME. REM HGR LOCK DN & PULL HGR FREE. FILL WELL W/189 BBLS FIW & MONITOR SAME, OK. PULL DUAL TBG TO FLOOR, REM PACKOFF BUSHING, HANGER BODY REMAINED IN WELLHEAD. PULL LS 3-1/2" TBG & LAY DN SAME. LS TOF AT 461'. PULL SS 2-7/8" TBG & LAY DN SAME. SS TOF AT 8335'. CHG RAMS. RIH, ENGAGE TBG HGR & RECOVER SAME. SET TEST PLUG & TEST RAMS, PLUG LEAKS. STATE WAIVED TEST. INSTALL WB. RIH W/OVERSHOT & ENGAGE LS FISH AT 469' & ATTEMPT TO CIRC, NEG. DAY 6 (10/16/95) RU WL & RIH W/CIRC GUN. PERF TBG @ 8395'. CIRC WELL. RU WL & RIH W/CHEM CUTTER, UNABLE TO PASS TOF AT 461'. PERFORM BLIND BACK-OFF. POOH, RECOVERED 5381' OF 3-1/2" TBG. TOF AT 5850'. RIH W/OVERSHOT & ENGAGE TOF. CUT TBG AT 8409'. 22-13 (REDRILL) Page 2 DAY 7 (10/17~95) ATTEMPT TO PULL REL PKR, NEG. RIH W/CHEM CUTTER. CUT TBG AT 8300'. PULL TBG FREE. POOH W/FISH. TOF AT 8306'. RIH, BRK CIRC & ENGAGE FISH. JARRED ON FISH (TBG & PKR), JARRED LOOSE. POOH. DAY 8 (10/18/95) POOH. RECOVERED PKR & TBG FILS & SS. RIH, ATTEMPT TO RECOVER TBG FISH, TOF AT 8409'. ENGAGE TOF @ 8418' & JAR FREE. POOH, CBU. CONT POOH, RECOVERED ENTIRE FISH (1676'). MU 3-1/2" TBG MULE SHOE. DAY 9 (10/19/95) RIH W/CMT STINGER TO 9957'. CCH. SPOT 225 SX BALANCED PLUG F/9957'-9017'. PUH TO 8996' & REV. CLEAN, NO CMT RETURNS. SPOT 293 SX BALANCED PLUG F/8996'-8176'. PUH TO 8036' & REV. CLEAN. NO CMT RETURNS. PUH TO 7098' & CCH WHILE WOC. DAY 10-12 (10/20-10/22/95) WOC., 2 HRS RIH TAG CEMENT AT 8180' (270' ABOVE TOP PERFORATION). RAN CR/CCL/CBL LOG FOUND CEMENT TOP AT 7950'. RAN GYRO FROM 7000' TO SURFACE. TEST CASING TO 3500 PSI. RIH W/SQUEEZE GUN PERFORATE 2', 6 SPF FROM 6672' TO 6674'. SET EZSV AT 6662' RIH W/STINGER EST INJECTION. 1 BPM AT 1025 PSI. MIX AND PUMP 65 SXS OF 15.8 PPG CEMENT, 2100 PSI FINAL SQUEEZE PRESSURE. UNSTING AND REVERSE TOP OF EZSV CLEAN. POOH W/STINGER. ATTEMPT TO TEST BOPS. HAD NUMEROUS PROBLEMS W/TEST PLUGS AND OLD WELLHEAD LOST 24 HRS REPAIRING SAME. TEST BOPS. 22-13 (REDRILL) Page 3 DAY 13 (10/23/95) FINISHED BOP TEST. RIH W/WEATHERFORD WHIP STOCK ON D.P. ORIENT AND SET TOP OF WHIP STOCK AT 6643'. MILL W/ STARTING MILL FROM 6643' TO 6645'. POOH FOUND MILL HAD NOT MILLED OFF STARTING LUG. RIH W/STARTING MILL COMPLETED MILLING STARTING LUG 6645' TO 6647'. DAY 14 (10/24/95) POOh W/STARTER MILL RIH W/8-1/2" WINDOW MILL. MILL FROM 6643'-6670'. POOH. WORK ON RIG EQUIP, PREP FOR OIL BASE MUD, MIX MUD. WAIT ON WEATHER TO OFF LOAD LOW TOXIC OIL. DAY 15 (10/25/95) CONTINUE WOW. WOW AND HEAVY WEIGHT DP. M/U WINDOW DRESSING ASSEMBLY AND RIH. REPAIRED PROBLEM WITH DRAWWORKS. REAM WINDOW FROM 6643' TO6645'. CIRCULATE WELL WITH CLEAN. CLEAN MUD TANKS AND STARTED MAKING UP OIL BASED MUD SYSTEM. DAY 16 (10/26/95) CONTINUE M/U OBM SYSTEM. DISPLACED WELL TO OBM. CIRCULATED AND CONDITIONED THE WELL. PERFORMED LEAK OFF TEST. (EMW OF 16.4 PPG). CIRCULATED BOTTOMS UP. OBSERVED WELL. WELL STATIC. DAY 17-18-19 (10~27-28-29/95) POOH. L/D MILLING ASSEMBLY. P/U MOTOR AND ASSEMBLY. RIH, DIRECTIONALLY DRILL 8-1/2" HOLE (BUILD SECTION) FROM 6670' TO 8240". AVG 36 FT SLIDING AND ROTATING. RIG DOWN 2 HRS WORKING ON. CHARGE PUMPS/HR. DAY 20 (10/30/95) POOH. LID MILLING ASSEMBLY. P/U DRILL 8-1/2" HOLE F/8240' - 8396'. CBU. POOH, TIGHT TO 8180'. CONT POOH. TEST BOPE. 22-13 (REDRILL) Page 4 DAY 21 (10/30/95) CONT. RIH W/COMPLETION. SET "PX" PLUG IN "X" NIPPLE W/ TROUBLE GETTING PLUG DOWN. PRESSURED TBG TO 1000 PSI, OK. PRESSURED TBG TO 2500 PSI, SLOW BLEED BACK TO 500 PSI, NO FLOW TO ANNULUS. REPLACE CSG VALVE. SET BPU, ND BOP. NU TREE. REPLACE BPU W/2 WAY CHECK. TEST TREE TO 5000 PSI, OK. RELEASE RIG. DAY 22 (11/01/95) DRILLED TO 8941'. CBU & PREP TO POOH. WELL FLOWING. CIRC & INCR MW. CK FLOW, OK. POOH. LID BHA. MU BHA & RIH. DAY 23 (11/02/95) RIH, REAM TIGHT AT 8214' & 8537". CONT RIH. DRILL FROM 8941' TO 9001'. TOP DRIVE SWIVEL PACKING LEAKED. SPENT 5 HRS REPAIRING SAME. DRILL FROM 9001' TO 9330' W/8-1/2" PDC AND STEERABLE MOTOR. DAY 24-26 (11/03-11/05/95) DRILLED 8-1/2" HOLE F/9,330' - 10,000'. CBU & POOH. TIGHT AT INTERVALS. STUCK BHA AT 8240' & JAR FREE. POOH, WET TRIP. MU BHA & RIH. REAM INTERVALS F/8219' - 8890'. RIH, STUCK BHA AT 9127', JAR SAME FREE. WASH & REAM F/9,127' - 10,000'. DRILL TO 10,245'. DAY 27 (11/06/95) DRILL F/10,245' - 10,785' DAY 28 (11/07/95) CBU & POOH. TIGHT, PUMP OUT OF HOLE. CIRC HOLE CLEAN AT 6640', LARGE AMT OF CUTTINGS. CONT POOH. 22-13 (REDRILL) Page 5 DAY 29 (11/08/95) CONT POOH. DN BHA. TEST BOPE. MU BHA & RIH. CUT & SLIP DRILL LINE, REPAIR DRWKS. CCM, INCR OIL/WATER RATIO TO 85/'15. CONT. RIH. DAY 30 (11/09/95) REAM F/10,476' - 10,785'. DRILLED 8-1/2" HOLE TO F/10,785' - 11,045'. DAY 31-33 (11/10-12/95) DRILL TO 11,093', INCR MW TO 9.6 PPG. POOH, TIGHT HOLE AT INTERVALS. MU BHA & RIH. DRILLED 8-1/2" HOLE FROM 11093'- 11280', SLOW ROP & MOTOR STALL. CBU, ST TO CSG SHOE. RIH, TIGHT HOLE AT INTERVALS. REAM & WASH Fl11000'-11280'. CBU, SI WELL W/PRESSURE. CIRC THRU CHOKE, WELL STABLE. CCM, INCR MW TO 9.9 PPG. POOH F/E-LINE LOGS. DAY 34 (11/13/95) POOH F/LOGS. RU SWS & RIH W/DITE-SDT-GR. TOOLS STOPPED AT 8880', UNABLE TO WORK DEEPER DUE TO INCLINATION. POOH, RD SWS. MU BHA & RIH, REAM F/11095'-11280'. DRILLED 8-1/2" HOLE Fl11280'-11342'. DAY 35 (11/14/95) DRILLED TO 11377', CBU & CONFIRM TYONEK SAND. CCH Fl7" LINER, MONITOR WELL. POOH TO 9-5/8" CSG. TIGHT HOLE AT INTERVALS, BACKREAMED AT 8960'. RIH TO 10950', REAM F/10950'- 10975'. CONT RIH TO 11377'. CCH Fl7" LINER. POOH. RU & RIH WI7" 29# L80 CSG. DAY 36 (11/15/95) CONT RIH WI7" LINER TO 9-5~8" CSG SHOE. BRK CIRC. CONT RIH WI7" LINER, WORK CSG PAST LEDGES F/10667'-10950'. RIH TO 11377' TD, CCM & RECIP CSG. 22-13 (REDRILL) Page 6 DAY 37 (11/16/95) TEST LINES TO 4000 PSI. M&P 200 BBLS CMT AT 15.8 PPG, DISP SAME & BUMP PLUG & SET HANGER AT 3200 PSI. LINER HANGER RUNNING TOOL RELEASED FROM LINER PREMATURELY. REVERSE CIRCULATE NO CMT IN RETURNS AS PLANNED. POOH RECOVERED TIW LINER HANGER RUNNING TOOL, TOP PART, TIE BACK SLEEVE HAD PARTED IN THREADS BELOW RUNNING TOOL. REPAIR DAMAGE TO TOP DRIVE. RIH W/SETTING TOOL TO SET LINER TOP PACKER AT 6360'. PRESSURE CASING HAD LEAK OFF AT 1700 PSI. SET PACKER W/100K SET DOWN. PRESSURE CASING AGAIN STILL LEAKS OFF AT 1700 PSI. POOH. LID TOOL AND SOME 5" D.P. DAY 38 - 40 (11/17/95 - 11/19/95) POOH AND LID 5" DP AND TEST BOP'S. P/U RTTS TOOL AND BYPASS VALVE AND RIH TO 6340'. SET RTTS AT 6085'. TEST BACKSIDE TO 3000 PSI. ESTABLISH INJECTION RATE AT 1 1/2 BPM WI1000 PSI. RELEASE RTTS. MIX AND PUMP 15 BBLS CEMENT. (85 SXS OF 15.8 PPG). FOLLOW WITH 5 BBLS OF H20, 80 BBLS OF MUD AT 5 1/4 BPM. CLOSE RTTS PACKER. SQUEEZE CEMENT AT 1 1/2 BPM WI800 PSI. FINAL SQUEEZE PRESSURE 1100 PSI. HOLD PRESSURE FOR 1.5 HRS. BLEED PRESSURE OFF, POOH 2 STDS AND REV. CIRC. POOH. P/U 8 1/2" BIT AND 3 1/2" DRILL PIPE AND RIH. TAG T.O.L AT 6360'. ATTEMPT TO TEST LINER. NO TEST. PRESSURED TO 1500 PSI, BLED TO 985 PSI. CHECKED PIPE TALLY FIGURES, FOUND 57' DIFFERENCE IN TALLY DEPTHS. BALANCED CEMENT PLUG SPOTTED DEEPER THAN PLANNED. IE, BELOW LINER LAP. POOH. P/U RTTS AND RIH. TAG T.O.L AT 6360'. TAG TOC AT 6369'. SET RTTS PACKER AT 6359'. EST. INJ. RATE. RELEASE RTTS. PUMP 20 BBLS (98 SXS OF 15.8 PPG) CEMENT FOLLOWED BY 105 BBLS MUD. ~POOH 5 STDS. SET RTTS. DOWN SQUEEZED 10 BBLS AT 1/2 BPM, MAX PRESSURE 900 PSI. UNSEAT RTTS. POOH. 22-13 (REDRILL) Page 7 DAY 41 (11/20/95) CONTINUE POOH WITH RTTS. LID SAME. P/U 8 112" BIT ON 3 112" STRING AND RIH. TAG TOC AT 6170'. CLEAN OUT CEMENT TO TOP OF LINER AT 6360'. TEST LINER LAP TO 3000 PSI FOR 10 MINS. TESTED OK. POOH. M/U 6" MILL AND JUNK BASKETS. RIH TAG T.O.L AT 6360'. CLEAN OUT CEMENT AT T.O.L. RIH TO TOC IN LINER AT 11156'. DRILL OUT CEMENT WIPER PLUGS AND TAG LANDING COLLAR AT 11226'. TEST CASING TO 3000 PSI FOR 10 MINS. START DRILLING OUT LANDING COLLAR. DAY 42 (11/21/95) CONTINUE DRILLING OUT LANDING COLLAR. CLEAN OUT CEMENT TO TOP OF FLOAT COLLAR. TEST CASING TO 3500 PSI FOR 30 MINS. DRILL OUT SHOE. DRILL 10' OF NEW HOLE. PERFORM FORMATION INTEGRITY TEST TO 3500 PSI WITH 9.6 PPG MUD IN HOLE. ( EMW PPG). POOH. P/U BHA, RIH AND TEST MWD. NO TEST. POOH. LID MOTOR, CHANGE MWD INTERNALS. M/U NEW MOTOR AND RE-INSTALL MWD GUTS AND RIH. DAY 43 - 47 (11/22/95 - 11/26/95) CONT RIH W/BIT #7, BHA #9. DRILL 6" HOLE F/11,387' - 11,656'. DRILLED Fl11,656' - 11,668'. CPU & CHECK FOR FLOW. WEG. POOH FOR BIT #8 TO 9,338'. WELL FLOWING. SHUT-IN SlDPP = 0 PSI. DISPLACE W/9.5 PPG. KILL WELL. CHECK FOR FLOW. NO FLOW. DRAW WORKS ELECTRIC AUX BRAKE HAD BEARING FAILURE. SHAFT DAMAGE. WAIT ON REPLACEMENT DRAWWORKS AUXlLLARY BRAKE. INSTALLED BRAKE, DID NOT WORK. FLY IN SECOND REPLACEMENT BRAKE. INSTALL SAME. TESTED OK. PUMPED AND POOH. PULLING WET. PULL WEAR BUSHING AND SET TEST PLUG. TEST ANNULAR TO 250/5000 PSI. TEST BPR & TPR TO 250/5000 PSI. TEST CHOKE, KILL, TD, FLOOR VALVES AND INSIDE BOP'S TO 250/5000 PSI. MU BIT #8 BHA #10 (STEERABLE MOTOR ASSEMBLY AND RIH TO 11,535'). REAM F/11,535' 11,668'. DRILLED 6" HOLE Fl11,668' - 11,710'. 22-13 (REDRILL) Page 8 DAY 48 (11/27/95) DRILLED 6" HOLE Fl11,710'-11,867' W/STEERABLE MOTOR ASSEMBLY (100% ROT). CBU. POOH TO 7" CSG. DROPPED DART AND SHEARED PUMP OUT SUB. PUMP PILL. POOH. MU BIT #9 BHA #11. CHANGE OUT MOTORS. RIH W/BHA @ 24:00 HRS. DAY 49 (11/28/95) COMPLETE RIH W/BIT #9 TO 11,817' W/NO PROBLEMS. SAFETY REAMED Fl11,817'-11,867' AND BROKE IN BIT. DRILL 6" HOLE Fl11,867'-12,036'. APPEARS TO HAVE ENTERED A COAL @ 11,905'. CBU @ 12,036'. CONT TO SEE 100% COAL. COAL SLOUGHING BADLY. POOH TO PLUG BACK. DAY 50 (11/29/95) COMPLETED POOH & LD BHA. PU 48 JTS OF 2-7/8" TBG. RIH T/11,983'. PACKED OFF & STUCKTBG. PULL 130 KOVER. TBG PULLED LOOSE. CBU. POOH TO CHECK TBG. BTM JT OF TBG BADLY BENT. L/D SAME. MU MULE SHOE & RIH @ MIDNITE. DAY 50 (11/29/95) CONT RIH W/TBG. CSDL. RIH TO 11,910'. WASH DWN TO 11970'. RU TO CMT. HELD SAFETY MTG. TEST LINES TO 3000 PSI, OK. TEST FORMATION T/2500' PSI, OK. PUMP 10 BBLS BASE OIL, 10 BBLS FIW, 44 BBLS (250 SX) OF "G" CMT @ 17 PPG W/.6% CFR-3 & .08% HR-5. DISPLACE WI2 BBLS FIW & 2 BBLS OF BASE OIL AND 121.5 BBLS OF MUD. ClP @ 11:10. POOH TO 11038'. REVERSE OUT @ 3000 PSI. PACKING OFF. POOH T/10,658'. REVERSE OUT & DUMP 10 BBLS IN JUNK TANK. 5 BBLS CMT & COAL. POOH. LD 2- 7/8~. TBG. PU 6" BIT, STEERABLE MOTOR ASSY AND MWD. TEST MTF~ MWD. OK. RIH. 22-13 (REDRILL) Page 9 DAY 51-53 (12/01-03/95) RIH AND TAG CMT 10,715'. DRILL CMT TO SHOE @ 11,366'. KICKOFF AND SIDE TRACK HOLE Fl11,365'-11,496'. DRILL 6" HOLE W/STEERABLE MTR ASSY Fl11,496'-11,516'. CIRC. CLEAN. CHECK FOR FLOW (OK). POOH T/SHOE SHEER PUMP OUT SUB & PUMP DRY JOB. CHANGE BIT. RIH W/BHA AND BIT #12. REAM F/11,450'- 11,516'. DRILL F/11,516'-11,660'. DRILL 6" HOLE F/11,660'-11,718'. CIRC, CLEAN, CK FLOW, OK. POOH T/SHOE. CHECK FLOW, OK. SHEAR PUMP OUT SUB. PUMP DRY JOB. POOH. LD BIT. SET AKO TO 1.15 DEG. CHANGE OUT HOS & MWD INTERNALS. MU POC BIT & RH6. REAM F/11,600'-11,718'. DRILL 6" HOLE F/11,718'-11,750'. DAY 54 (12/04/95) DRILL 6" HOLE Fl11,750'-11,853'. CIRC. CLEAN. CHECK FLOW, OK. POOH. SHEER. POS. PUMP DRY JOB. POOH (WET). BREAK BIT. LD MOTOR. PU MACH 1P/HF. MOTOR STD BACK. RU T/TEST BOPE & CLEAN FLOOR. DAY 55 (12/05/95) TEST BOPE W/STATE MAN. RD TEST JT. INSTALL WEAR RING & BLOW DN CHOKE. CSDL. SERVICE RIG. MU BIT. ORIENT MTR & MWD. TEST SAME, OK. WASH & REAM F/11,783'-11,883'. ROTATE Fl11,853'-11,856' AND BREAK-IN-BIT. SLIDE Fl11,856'-11,887'. ROTATE Fl11,887'-11,449'. SLIDE 11,949'-11,996'. DAY 56 (12/06/95) CONT DRILLING 6" HOLE Fl11,969'-12,112' W/STEERABLE MOTOR ASSY. CBU FOR TRIP. POOH TO 7" CSG. CHECK FLOW, OK. DROP SOS & PUMPED PILL. POOH. MU BIT #14. RR BHA #14 & RIH. DAY 57 (12/07/95) COMPLETED RIH W/NO PROBLEMS. SAFETY REAMED F/12,057'. DRILL 6" HOLE 12,112'-12,342'. (STEERING & ROTATING) RECEIVED APR 0 9 1996 Alaska Oil & Gas Cons. Commission Anchorage 22-13 (REDRILL) Page 10 DAY 58-60 (12/08-10/95) DRILL 6" HOLE F/12,343'-12,464'. CBU. DROP DART. SHEER CIRC. SUB. POOH. CHANGED OUT & ORIENT MUD MOTOR. RIH W/BIT ¢15, BHA¢15. REAM F/12,364'-12,395'. REAIVl 12,395'-12,464'. DRILL 6" HOLE F/12,464'-12,811'. CUT MUD WT TO 9.1 PPG. DRILL 6" HOLE F/12,811'-12,849'. CBU. POOH. PULLED 35K OVER @ 11,647'. WORKED PIPE FREE. BACK REAMED Fl11,647'-11,615'. CONT TO POOH. MU BIT¢16& BHA¢17. RIH. SCDL. SERVRIG. REAMED @ 11,696'-12,252'. DAY 61 (12/11/95) COMPLETED REAMING TO BTM FROM 12,380' W/BIT ¢16, BHA ¢17, ROTARY HOLD ASSY. DRILL 6" HOLE F/12,849'-13,224'. CIRC FOR TRIP OUT. DAY 62 (12/12~95) CIRC FOR TRIP @ 13,224'. POOH FOR BIT. PULL WEAR BUSHING. TEST BOPE. RUN WEAR BUSHING. MU BIT¢17, BHA H18. ROTARY HOLD ASSEMBLY W/ANDERGAUGE ADJ. STAB. C/OUT JARS. PU 481' 3-1/2" S~135 D.P. RIH. SERV RIG. REAM F/11,417'-12,168'. DAY 63 (12/13/95) REAMED F/12,168'-13,224'. DRILL 6" HOLE F/13,224'-13,225'. ClRC CLEAN. CHECK FLOW, OK. PULL TO SHOE. PUMP ANY, JOB. POOH. TITE @ 12,387'. LD BIT & BIT SUB. DAY 64 (12/14/95) PU PDC BIT ¢18, TEST MWD & ANDERGAUGE STAB. PU 12 JTS 3- 1/2" D.P. RIH, TAKE TORQUE READINGS @ SHOE. CONT RIH. REAM F/13175'-13325'. DRILL 6" HOLE F/13325'-13495'. RECEIVED APR 0 9 1996 Alsska Oil & Gas Cons. Commission Anct~omge 22-13 (REDRILL) Page 11 DAY 65-67 (12/15-17/95) DRILL 6" HOLE F/12,995'-13,502'. POOH. CHG OUT BIT & NB STAB. CKANDERGAUGE STAB. REAM F/12,051'-12,061' REAM F/13,303'- 13,502'. DRILL 6" HOLE 13,502'-13,573'. POOH. LID BIT & CK BHA. MU BIT & CIRC SUB. TEST BHA. RIH. REAM F/13,032'-12,573'. DRILL 6" HOLE 13,573'-13,711 '. DAY 68 (12/18/95) DRILL 6" HOLE F/13,711'-13,790'. DRILL CHERT & WENT INTO CLAYSTONE @ 13,711'. POOH. TITE @ 13,673'-13,650' & 13,392'- 13,112'. LID ROTARYASSY. PU MTR. ORIENT & TEST MTR. TEST MWD. DAY 69 (12/19/95) DRILL 6" HOLE TO 13,821'. DRILLED INTO COAL. DECIDED TO TD WELL. CIRC & CLEAN UP WELL BEFORE POOH. WAIT ON 4-1/2" SLOTTED LINER TO ARRIVE. PU & RIH W/4-1/2" SLOTTED LINER. DAY 70 (12/20/95) FINISH UNLOAD BOAT & STRAP LINER. RU GBR. PU & RIH WI14-112" SLOTTED LINER & BLANKS. PU & TW HANGER ASSY. RIH W/D.P. BREAK CIRC @ SHOE & OBTAIN PU/SO WTS. RIH TO TITE SPOT @ 12,785'. KU & WORK/THRU. FREE @ 12,821'. RIH TITE @ 13,049'. WORK PIPE DWN TO 13,065' FOR 2 HRS. NOT MUCH PROGRESS. POOH TO SHOE. MOVE 3-1/2" HWDP IN DERRICK TO MAKE ROOM FOR LINER. PUMP DRY JOB. 22-13 (REDRILL) Page 12 DAY 71-75 (12/21 -25/95) CONT TO POOH & LD 21 JTS OF 3-1/2" DP. LD TIW HGR (DID NOT NEED TO BE REDRESSED). PULL & RACK 4-1/2" LINER. L/D SHOE. NO VlSlBLE DAMAGE. PU CLEAN/OUTASSEMBLY. RIH. REAM AND CIRCULATE FROM 12,103' TO 13,731' CIRCULATE, BACK REAM TO 12,263' POOH. RIH W/MODIFIED 3 1/2 GUIDE SHOE ON 3 1/2" X 4 1/2" SLOTTED LINER. TAG SOLID AT 13,047' WORK 3 HRS, PASSED TO BOTTOM AT 13,731'. SET LINER HANGER AND TESTED PACKER TO 3500 PSI. POOH AND LID RUNNING TOOL AND EXCESS PIPE. RIH 2 7/8" STINGER ON DP TO 4 1/2" X 3 1/2" XOVER AT 12,753. CHANGE WELL OVER TO DIESEL. NO LOSSES OR GAINS POOH. RUN 2 7/8" GAS LIFT COMPLETION. SET PACKER HYDRAULICALLY, LAND TUBING WITH END OF TUBING AT 10,490'. TEST ANNULUS TO 1000 PSI. N/D BOP AND N/U TREE DAY 76 (12/26/95) CONT. TO N/U TREE, PULL BPV CLEAN PITS AND RELEASE WELL TO PRODUCTION AT 0600 HRS ON 12/26/95. FLOW LINES BEING INSTALLED. DAY 77 - 78 (2/24/96 - 2~25~96) ACCEPT RIG @ 06:00 HRS ON 2/24/96. SKID RIG TO 22-13RD & PUMP EXCESS DIESEL & PROD. CLEAN PITS. INSTALL BPV & ND TREE. NU RISER & BOPE. TEST BOPE & TEST, OK. PULL COMPLETION LOOSE W/125K. WELL STARTED BUBBLING GAS. SHUT IN. NO DP OR CSP PRESSURE. ClRC THRU OPEN CHOKE. MONITOR WELL. LOOSING 1/2 BPH. POOH SB 2-7/8" TBG. L/D JEWELRY. DAY 80 (2/27/96) PU 1 JT OF 7" CSG. REDRESS SEALS ON RPOB SEAL ASSY & PU BAKER SC-IR PACKER. RIH. STING IN TO RPOB SUB & TEST SEAL TO 300 PSI, OK. DROP BALL & SET PKR @ 6287'. POOH 1 STD & PRESSURE TEST CSG TO 3000 PSI FOR 30 MINS., OK. POOH CHANGE RAMS. PULL W.R. & TEST POOR SEAL TO 1000 PSI, OK. HELD PRE-JOB SAFETY MTG. RUN 2-7/8" TBG OUT OF DERRICK (INSTALLED NEW GLM'S). STING INTO PBR & LOCATE OUT. SPACE OUT. INSTALL SSSV. 22-13 (REDRILL) Page 13 DAY 81 (2/28/96) SPACE-OUT. PRESS. TEST TBG TI3000 PSI, OK. ND STACK. HOLD- DOWN'S WERE NOT BACKED OUT ALL THE WAY BEFORE LANDING HGR. PU LANDING JT. BACK OUT LOCK DWN SCREWS. PULL HGR UP 2'. REPLACE SEALS & DRESS UP HGR. RELAND. NU TREE & TST TO 5000 PSI, OK. CHANGE OUT ANNULUS VALVE. BEGIN FLUSHING LINES OF OBM. RU W.L.U. PULL SSSV. RUN I.B. TO 10,343'. NO FILL ON TOP OF PRONG. BEGIN LIFTING WATER OUT OF TBG. DAY 82 (2/29~96 FINISH RUNNING I.B. NO TRASH ON TOP OF PRONG. GAS LIFT BRIRE OUT OF TB-6. BEGIN CLEANING RIG. DAY 83 (3/01/96) FINISH LIFTING BRINE DWN TO GLM @ 8239'. PULL PV PLUG PRONG @ 10,338' WLM. PULL PX PLUG BODY @ 10,339' WLM. SET SV @ 230' WLM CONDUCT CLOSURE TEST, OK. RD S.L.U. RU TO PUMP FLUID FROM WELL. LIFTED 66 BBLS OF DIESEL SD & BRINE. RELEASE RIG @ 01:00 HRS 3~29~96. LAST REPORT. DAY 84 - 85 (3/23/96) ACCEPT RIG @ 00:01 HRS. UNLOAD CTU F/BOAT. RU 1-1/2" CTU & PERFORM SHEER RAM TEST, OK. MU CTC & PERFORM PULL TEST, OK. PUMP 5/8" NERF BALL, OK. TEST COILD TI4000 PSI, OK. MU BYPASS TOOL & BALL DISCONNECT & DUAL CHECK VALVE & 2" ROTATING WASH NOZZEL. TEST BOP'S TO 400~4000 PSI, OK. COMPLETE CT CHECKLIST. CHG COIL OVER TO DIESEL. RIH T/TBG TAIL @ 10,400' W/WELL ON GAS LIFT. PUMP DIESEL @ 1/2 BPM @ 1350 PSI. INC. RATE TI1 BPM @ 1750 PSI & RIH @ 50' STATIONS (20 FPM). RIH F/10,400-13,713' (TD). SOME PROBLEMS GETTING INTO 3-1/2" S.L. WHILE @ TD. INC. RATE TO 1.5 BPM @ 2040 PSI. CBU. POOH. SECURE WELL & CTU. WELL WAS ON GAS- LIFT THROUGHOUT THE JOINT. HAD 1%-3% CUT OF PBM. PUMPED 780 BBLS TOTAL. RECEIVED APR 0 9 1996 Alaska Oil & Gas Cons. Commission Anchorage 22-13 (REDRILL) Page 14 DAY 86 (3/25/96) PRODUCTION ATTEMPTING TO BRING ON WELL. HAVING GAS LIFT PROBLEMS. WAITING ON ORDERS TO RD CTU. RIG CT INJECTOR HEAD OFF RISER. SECURE SAME. UNLOAD SCHLUMBERGER WLU OFF BOAT. RU E-LINE ON CT RISER. SWS HAVING COMPUTER TROUBLES. DAY 87 (3/26/96) FINISHING POWERING UP TOOLS & SURF. CHKS, OK. TEST LUB, OK. WELL DIED. PROD ATTEMPTING TO KICK OFF WELL. RD SWS. PU SLICKLINE UNIT. RIH & PULL VALVES @ 6160', 5424', 4411', 3267' & 1991'. TOP 3 VALVES PULLED EASY & NO VISUAL PROBLEMS WNALVES. DAY 88 (3/27~96) PTA RAN DUMMIES IN GLM'S ¢10/1991', ¢9/3267', ¢8/4411 ', ¢7/5424', ¢6/6160'. WELL WOULD NOT TAKE GAS W/1200 PSI. PULLED ¢4/7438' VALVE IN 2 ATTEMPTS PLAN: REPLACE W/ORIFACE. DAY 89 (3128196) MADE SEVERAL ATTEMPTS TO PULL VALVE ¢2/9,237'. NEG. UNABLE SET ORIFICE IN ¢4 GLM AT 7,438. RUN NEW KICKOVER TOOL. SET ORIFICE WINO PROBLEMS. ATTEMPT TO GAS LIFT W/1,400 PSI. RU TO PUMP N2 DOWN ANNULUS. DAY 90 (3/29/96) RU DOWELL N2 TO ANNULUS. TEST LINES TO 3500 PSI. ASSIST GAS LIFT BY PUMPING N2 @ 2000 PSI. STOPPED PUMPING CONT TO GAS LIFT WELL. PRODUCING 190 BPD @ 90-92% CUT. LAST REPORT. OF:'ERATOF~ UNOCAL. EL. EVAT ION ( K B ) =: I i 5 X SURFACE LOCATION =: 26340?.50 Y SURFACE LOCATION = 254454~.0 PROGRAM:SURVEY CMDF'ILE A BY BRAD WILSON WELL : GRANITE POINT 22-ig RD STI DATE: MARCH ii, 1996 API~: : 5073~200950i CALCULATION : MINIMUM CURVATURE DRIFT DRIFI' MEAS VERT SUB,SEA ANGLE DIRECTION N ( -S ) E (--W) iO iO,.O0 i05.00 0.i9 N 84.09 W -0.()~ --.0.0i 20 20.00 ~5.00 0.39 S ii.8~ W -0.0'7 -O.Oi 30 30.00 8~.00 0.39 S i4.76 W -O.J. Zf .... O.O~f 40 40 . 00 ~5 . O0 0 . 40 S i7 . ~0 W .-0 . ~0 -0 . 05 50 50 . O0 65 . O0 0 . 36 S 25.33 W --0 . ~6 -0 . 07 60 60.00 55.00 0.32 S 32.97 W -0.3i -O.iO 70 70.00 45.00 0.24 S 35.76 W -0,35 80 80.00 35.00 0.i6 S 38.56 W -0.38 .... 0.I5 90 90.00 25.00 0.i4 S 42.7i W --0.40 -0.i6 t00 i00.00 i5.00 0.~2 S 46.87 W -0.42 -.0.i8 iiO iiO.O0 5.00 O.ii S 55.~4 W --'0.4~ '-'0.20 i20 i20.00 -5.00 O.ii S &3.8i W -0.44 i30 i30.00 -i5.00 O.ii S 74.72 W '-0.45 -0.23 i40 i40.00 -25.00 0.i2 S 85.64 W -0.45 -0.25 ~50 150.00 -35.00 0.i4 N 89.26 W -0.45 -0.28 i60 i60.00 -45.00 0.i6 N 84.i6 W -0.45 -0.30 i70 170.00 -55.00 0.19 N 84.85 W -0.45 -0. i80 i80.00 -65.00 0.2~ N 85.54 W -0.44 '-().~7 i90 i90.00 -75.00 0.29 N 86.65 W -0.44 ..... 200 200 ~ O0 -85 . O0 0 . 35 N 87 . 75 W -0 ~ 44 .... 0 . 47 ~iO 2i0.00 -95.00 0.42 S 89.95 W -0.44 -0.54 220 220.00 -i05.00 0.50 S 87.65 W -0.44 --0.62 230 230.00 -'ilS.00 0.57 S 85.i9 W -0.45 -0.72 240 240.00 -i25.00 0.65 S 82.?S W -0.46 -0.82 250 250.00 -'135.00 0.68 S 82.00 W -0.47 --0.93 2~0 259.99 '-'i44.99 O.'?i S 8i.28 W -0.49 -i.05 270 269.99 --i54.99 0.70 S 81.70 W -0.5i --i.i7 280 279.99 -"i64.99 0.70 S 82.i3 W ~'-().5~ 290 289~99 -i74.99 0.63 S 84.20 W -0.54 .--i.40 300 299~99 -i84.99 0~55 S 86~28 W -0.55 --i~Si 310 309.99 -.194.99 0.44 N 79.89 W -0.54 --i.59 320 3i9.99 -204.99 0.32 N 66.06 W .... O.~S 330 ~29.99 -'2i4.99 0.42 S 29.62 W -0.55 -i.65 ~40 ~39~99 -..224~99 0.5~ S ~4~'70 E '--0~56 350 S49.99 -'234.99 i.06 N 83~67 E -0.49 WE]..L : GRANITE F'OINT 22-.iL5 RI) ,STi DATE: MARCH i.t, i996 AF'I$ : 507,~.52009',501 CALCULATION : MINIMUM CURVA]URE. DRIFT DRIFT MEAS YEkT SUBSEA AN[;LE DIRECTION N(-S) 360 L~59~99 ""244~99 ~.~ST~' N 42~0~ E -'()~4i o~ 98 '~ S5 N 45.65 E 370 369 ~ 98 -'.~,.,4. ~. ~ 400 S99 ~ 92 -284 ~ 92 4.96 N 52 ~ 2i E i E(-W) -.t ~37 -i ~ 08 -0 ~ ?8 0~32 4i0 409.87 -294.8'7 5.65 N ,~-~.64 E i.63 420 4i9.82 -S04.82 6.S5 N 5S~07 IE 2.2S 440 439.69 -324.69 6~87 N 52~70 E S.62 450 449~6i "-SS4~6i 6.94 N 52~70 E 4.35 i,iO i ~89 2~80 4 ~ 68 460 459,54 -S44~54 '?.()i N 52~70 E 5.08 4?0 469.47 ..-354.4T ?.0':2 N 52.,94 E 5.82 480 479.~9 -364.39 7~03 N 53.i9 E 6.55 490 489~32 -374~32 7.07 N 5~.78 E 7.28 500 4~9~24 -384.24 7.11 N 54.37 E 8.0i 5~64 6~62 8~59 9 ~58 5i0 509.16 --~94.i6 '7.tS N 54.08 E 8.'74 520 5i9.08 -404.08 ?.16 N 53.80 E 9.47 530 529~0i -4i4~0i 7~i5 N 54~04 E i0~20 550 548~85 -433.85 7~i3 N 54~39 E i1~65 560 558~77 -443.77 '?.i2 N 54.5i E i2~38 570 568~70 -453.'70 ?.07 N 54.86 E i3.08 580 578~62 --463~62 '?~03 N 55~2i E i3.79 590 588.55 -'473~55 '?~02 N 55~40 E i4~49 600 598~47 --.483~47 7~0i N 55~59 E i5~i8 i0~59 ii~59 12.60 i4~62 i5~6g i6~65 i7~64 i8~65 i9~65 6i0 6()8~40 -'493~40 6~92 N 55~64 E: i5~86 620 6i8~33 -'503~33 6.8S N 55~69 E t6~54 630 628.26 -5i3.26 6.78 N 55.65 E i7.2i 640 638~i9 '-523.i9 6~74 N 55.62 E i7~87 650 648~i2 -533.i2 6.72 N 55~7i E i8~53 20.65 2i ~64 22~62 23 ~ 59 24.56 660 658 ~ 05 '--54~.~ . 05 6 . '7i N 55 . 80 ~.2 i9 ~ 19 670 667~98 -'552~98 6~61 N 55.83 E 19.84 680 67'?~9i -"562~9I 6~5i N 55~86 E 20~49 ~90 687.85 .... 572.85 6~37 N ~5~82 E 2i.ii 700 697.'79 -582.79 6.23 N 55~78 E 2i~'73 25~55 26 ~ 48 2'7 .. 43 29 ~ 27 ?iO '?0'?~"?~ -592~'73 6~.i4 N 55~6i El 22.'-J4 '720 '?i7.68 -602 .68 6.06 N '='=,~,.~. 45 ,=~' -..'~'~. 94 730 727~62 -6i2~62 5~95 N 55~35 E 23~53 740 7~7~57 -622~57 5~85 N 55~22 E 24~i2 ?50 747 ~ 52 -6~2 ~ 52 5 ~ 77 N 54 ,~ 74 E 24 ~ 70 SO~ i5 32~74 WELL° API~ MEAS ?60 ?70 780 790 8O0 8i0 820 830 84O 850 860 8?0 880 890 900 9i0 920 930 940 950 960 9?0 980 990 i000 iOiO i020 1030 i040 i050 i060 iO?O i080 1090 ilO0 iiiO ii20 ii30 ii40 iiSO : GRANITE: F'OINT : 50733200950i VERT ?5'7.4? 777~37 787.33 797.28 80'7.24 817~20 827~16 847.09 85'7.05 867.()1 896.98 886.95 896.9i 906.88 916.84 936.78 946.74 956~'7i 966.68 976.65 986~6i 996.58 i006~55 i0i6~5i i()26~48 i046.4i i056.38 i066.35 i086.28 i096.24 ii06.2i iii6.i? ii26. i4 ii36~i0 ii46~07 22-.t. 3 RI) ,.~f.t. DA'f'IE: MARCH J.J., i996 CAL..CLJL. ATION : MINIMUM CURVA'I'LIRE DRIFT DRiF'T SUBoEA ANGLE DIRECTION N(-S) E(-W) -'642~47 5~?0 N 54.*''" 25 . ~.7 IK .28 34 39 --652.42 5.58 N 54.25 E 25.85 35~.1.8 -662.37 5~46 N 54.24 E 26~4':2 a5.96 -682.28 5.29 N 53.45 E 27.52 37.48 -'692.24 -702.20 -7i2.i6 -'722~i2 -'732~09 --'742.05 .... 752.0i -76i~98 -'77i~95 -78i.9i -79i.88 -80i.84 -8ii~81 -83i~'74 -84 i ~ '7 l -85i -86i. 65 -87i ~6i -88i. 58 .... 89.1.~55 -.90i.5i -.9ii.48 -921.45 ---94i.38 --95i.35 -'-96i.3i -'.9'7i~28 --98i.24 --99J..2i "-iOOi.i7 --iOii.i4 -i02i.iO 5~20 N 53~36 E 28.07 5.ii N 53.28 E 28.6i 5.03 N 52.87 E 29.i4 4~96 N 52~46 E 29.6'7 4.90 N 52~06 g 30.i9 4~84 N 5i.67 E ~0.72 4.80 N 51.29 E 3i.24 4~77 N 50.92 E 3i.76 4.76 N 50.63 E 32.29 4~75 N 50.35 E 32.82 4.70 N 49~44 E 33~35 4.66 N 48.53 E S~.88 4~64 N 48~22 E ~4~-42 4.62 N 47~9i E 34.96 4~62 N 4'7.88 E 35.50 4~62 N 4'7.85 E 36.04 4.63 N 47~'78 E 36~58 4~64 N 47.'?i E 37.i3 4.65 N 4'7.81 E 37.67 4.66 N 47.92 E 38~2i 4.67 N 48.02 E 38~76 4~68 N 48~i2 IS S9~30 4~69 N 48.44 E 39~85 4.70 N 48.76 E 40.39 4.70 N 48~79 E 40.93 4.71 N 48.82 E 4~7i N 49.19 IE 42.01 4.7i N 49.57 E 42.54 4.7~ N 50.0i E 43.07 4~76 N 50.46 E 43.60 4.76 N 50.45 4.76 N 50.44 E: 44.66 4.77 N 50.42 E 4~78 N 50~40 E 45.'72 4~79 N 50.27 E 46.25 38~20 S8~9~ 40.33 4i.Oi 4i.68 42~3 42.99 43.63 44.27 44.89 45~52 ' 46.i2 46.72 47.32 47.92 48.5i 49.ii 49.7i 50.92 5i.52 52~i4 52.75 54~60 55.86 56.49 5'7.77 58.4.1. 59.05 tS9.&9 RECEIVED APR 0 Al~$k~ Oil & ~$ Oons. Oommission Anchorage WE:EL : L~I'"(ANITE: F'OINT 22-.t,.~ RD S'Ti DATE: MARCH l.t, i996 AF'I~ : ,.~0 Z.3,~,:.(,O?~)().~. CAL.[]LILATION : MINIMUM CURVATURE DRIFT DRIFT ME:AS VERT SUBSF2A ANGLE D I RECT)' ON N ( -S ) ii60 iJ. 56,0~ -~i04i.,O~ 4,.80 N 50,i5 E 46.79 ii70 J. 166.00 -i05i.O0 4.80 N 50.1J. E ii80 ii'75.96 --i060.96 4.80 N 50~0'? E iigO ii85~[~ -i070.~3 4.8i N 50.02 E 48.40 i200 ii95.89 -i080.89 4.83 N 49.97 E 48.94 E(-W) 60 ~ 98 61.62 62.26 62~9i .t2i0 1205~86 -~J. 090~86 4.84 N 50.05 E 49.48 i220 i2i5.82 -ii00.82 4.85 N 50.i4 E 50.02 i2.~0 i225.79 -iliO.'?9 4.84 N 50.i5 E 50.56 1240 i2~5.75 -i120.75 4.8~ N 50.i6 E Si.lO i250 i245~72 -ii30,'?2 4,83 N 50.i0 E 5i~64 64.20 64.85 65 ~ 50 66., I4 i260 i255.68 -ii40.68 4.84 N 50.05 E 52.i8 i270 1265.64 --ii50.64 4~84 N 5()~i4 E 52.73 i280 1275.61 --ii60~6i 4.84 N 50.23 E 5].27 i290 i285.57 -ii70.57 4.85 N 50.~2 E 53.8i i~OO i295~54 -i180~54 4~87 N 50~4i E 54~35 66.79 67.44 68~08 68.74 69.~9 iSiO i305.50 --ii90~50 4.87 N 50~45 E 54~89 I320 13i5.46 -i200.46 4~87 N 50.49 E 55.4S i~30 iS25.43 -i2i0.43 4.86 N 50~48 E 55.97 i~50 i345.~6 -i230.J6 4.86 N 50.59 E 57.05 70,04 70.70 '72~0i 72.66 i~60 i355~32 -i240,~2 4.86 N 50.70 E 57.58 iS70 i365~28 --i250~28 4~86 N 50.'70 IE 58.i2 I380 i375~25 -i260.25 4.87 N 50.70 E 58.66 i~O i~85.2i -i270.2i 4.88 N 50~74 E 57.20 75~94 1410 1405.i4 -1290.i4 4.89 N 50.6'7 E 60.27 i420 i4i5~i0 -1300~i0 4.89 N 50.56 E 60.8i i430 i425~07 --i~iO.07 4.89 N 50.64 E 6i.36 i440 i4~5.0~ --1320.0~ 4~90 N 50.72 ~ 6i.90 i450 i444~9~ -i~29.9~ 4~89 N 50~75 E 62.44 76.60 7'?.26 77.92 78.58 79.24 i460 1454.96 -iS~9.96 4.89 N 50,78 E 62~98 i470 i464~92 --J.~49.92 4.9f N 50.94 E 63.52 i480 i474.88 --i359.88 4.93 N 5J..ii E 64~06 i490 i484.85 -i369.85 4~92 N 5i.OS E 64.59 i500 i494.8i -i379.8i 4.92 N 50.96 E 65.i3 79.90 80.5'7 8i ~23 8.~ ~ 90 82 ~ 5'7 i5i0 1504~77 --J. 389~?'7 4~93 N 50~99 E 65~68 J. 520 15J. 4,72~ -i399.73 4.95 N 5i.02 E 66.22 i530 i524~70 -J. 409.70 4,.93 N 50~98 E 66~76 i540 i534~66 -i4i9.66 4~92 N 50~94 E 67.30 i550 i544~62 --i429.62 4.93 N 50.98 E 67.84 84,5'7 85.24 85 ~ 9i DRIFT DRIFT MEAS VERT SUBSEA ANGLE DIRECTION N (-'S) i560 i554~59 -i4~9~59 4~94 N 5i~02 E 68~38 i570 i564.55 -f449.55 4~94 N 5i~i6 E 68~92 i580 i574~5i --i459.51 4.~5 N 5i..JO E 69~46 i590 i584~47 -'d. 469.47 4~96 N 5i~2i E 70~01 i600 i594~44 -I479~44 4.98 N Si.iS E 70.55 E(-W) 8"? ,. 25 8'? ~ 92 88.59 89.27 i6iO i604.40 -i489.40 4.97 N 5i~i5 E '7i.09 i620 i614.36 -i499.36 4.97 N 5i.i8 E '?i.64 i650 i644.25 -i529~25 4~g7 N 5i.i4 E 73.27 89.94 90 ~ 62 9i ~29 9i .9? 92 ~ 64 i660 i654~2i --i539.2i 4.97 N 5i~i9 IS 73~8i 1670 i664~i7 '-i549~i'? 4.99 N 5i~20 E '74.36 i690 i684~i0 --i569.i0 5.0i N 5i.24 E 75~45 i700 i694~06 -i579.06 5.00 N 5i~27 E '?6.00 94 ~ O0 94 ~ 68 95.36 96 ~ 04 i?iO 1704~02 -i589~02 5~00 N 5i~23 E 76.54 i720 i?i3~98 .-i598~98 5~0i N 5i~i9 E '??~09 i730 i723~94 -1608~94 5.02 N 5i.23 E ?7.64 1740 1'733^90 --i6i8,90 5~04 N 51~28 E 78.18 i750 i74~.86 -i628.86 5.05 N 5i.22 E i760 J.?53.SZ¢ --J. 638.83 5.06 N 5.t~i6 E 79.29 i770 -t'763.79 ~-i648~79 5.07 N 5i.06 E 79.84 i780 i773.75 -i658.75 5.09 N 50.96 E 8()~40 i790 i783~7i -i668.7i 5.i0 N 5i~08 E 80.g6 1800 i793~67 -i678~67 5~ii N 5i~20 E 8i~52 96~72 97.40 98.08 98 ~ 76 J. O0.14 i00~82 J. Oi.5i i02.20 i02~90 i8iO i803.63 -i688.63 5.i0 N 5i~i6 E 82~07 1820 i8i3~59 -i698.59 5~09 N 5i~i2 E 82.63 i830 i823~55 --i?08~55 5,i0 N 50.92 E 83~i9 1840 1833~5i -i?18.5i 5.i2 N 50~73 E 83.75 i850 i84~,47 -i728.47 5,0~ N 50.28 E 84.32 i04.28 i04.97 i05.66 106.~4 i860 i853.43 -.-i738~43 5.07 N 49.83 E 84~89 i870 i863.39 -i748~39 5~09 N 50.35 E 85.45 -t880 i873.35 "-i'758~35 5~ii N 5()~88 E 86.02 i890 t88~.3i --i768~3i 5.i3 N 50.69 E 86~59 i900 i893~27 '-i778~27 5.J. 6 N 50~5i E 87~i5 iO'?.Ti i09.09 i()9~78 19lO 1903~23 "-i788,23 5~.t5 N 5()~24 E 8'7.73 i920 i9i3.i9 '"i'798.19 5.i5 N 49.98 E 88.~0 i930 i923~i5 -'i808~i5 5.i6 N 49~88 E 88.88 i940 i93[$~ii -i8i8~ii 5.i7 N 49.78 E 89.46 J. 950 i94~.0"7 -i828.07 5.20 N 49.65 E 90.05 iiO~4V itt~16 ti2.54 WELL : GRANITE POINT 22'-i~ RD ST1 DATE: MARCH li, i996 AF'I:~. : ~07~.~009.K)1 [:ALCULATION : MINIMUM CURVATURE DRIFT DRIFT MEAS VERT SUBSEA ANGI...E DIRECTION N(-'S) i960 i953.03 -i838.0~ 5.24 N 49.52 E 90.64 i970 i962.98 --i847.98 5.21 N 49.77 E 9i.22 i980 i972.94 -i857.94 5.i9 N 50.05 E 9i.8i i990 i982.90 -i867.90 5.20 N 49.96 E 92.39 2000 i992.86 -i877.86 5.22 N 49.89 E 92.98 E ( -W ) ii3.92 ii4~6i t15.3i ii6.00 ii6~?O 20i0 2002~82 --i88'7,82 5.2i N 49.84 E 93,56 2020 20i2.78 -i897,78 5.20 N 49.79 E 94.15 2030 2022.74 -i907.'74 5.23 N 49~68 E 94~74 2040 2032,69 -i9i?.69 5,26 N 49.58 E 95.33 2050 2042.65 -i927.65 5.25 N 49,74 E 95.92 ti8.08 ii8~78 i19.47 120~i? 2060 2052.6i --i937~6i 5.24 N 49.90 E 96.51 2070 2062.57 -i947,57 5,25 N 49~8i E 97~10 2080 2072~53 -1957~53 5~27 N 49.73 E 97~69 2090 2082.48 -1967.48 5,26 N 49.6i E 98.29 2i00 2092,44 --i977~44 5,26 N 49~49 E 98.88 2iiO 2i02.40 -i987.40 5.27 N 49,55 5 99~48 2i20 2J. i2.36 -199'7,36 5~29 N 49.6i E 100~08 ~i~O 2122.3i --2()07~3i 5.30 N 49~79 E i00.67 2i40 2i32.27 -20i?.27 5.32 N 49~97 5 i0i.27 2i50 2i42.23 -2027.23 5~32 N 49.8i 5 2i60 2152~i8 -2()37.i8 5,32 N 49,65 E i()2.47 2i70 2162.14 -2047~i4 5~32 N 49~57 E 103,07 2i80 2i72.'i0 --2057.i0 5~32 N 49.49 E i03,67 2i90 2i82.06 -2067.06 5.S3 N 49,56 E i04.27 2200 2t92,0i -2077.0i 5.35 N 49.63 E t()4.87 120.87 i2i.57 i22.27 i22.97 i24~37 125.07 125J77 126.48 i27~i9 i2'?,90 128.60 i29~3i i30.Oi t30,72 22i0 220i,9'? -2086.97 5~3 N 49,80 E 105.47 2220 22ii,93 -2096.93 5~32 N 49.97 E t06~08 2230 2221.88 -2i06,88 5.3i N 49.88 E i06,67 2240 223i.84 -2ii6~84 5.30 N 49~79 E i07.27 2250 224i.80 --2i26.80 5~29 N 49,83 E i07~86 132,14 i34.26 2260 225i.75 -2i36,75 5~28 N 49~88 E i08.46 22'70 2261~?i -2i46~'?i 5.29 N 49,.93 E t09.05 2280 227i.67 -2i56.67 5.3t N 49,98 E i09,65 2290 228i.63 -2i66.63 5~3,'5 N 49~96 E i10~24 2300 229i,58 --2i76,58 5,35 N 49.95 E: it0~84 i35.6'? i37.09 23i0 230i,54 .... 2i86,54 5~35 N 49~82 E 111.44 2320 23ii~49 -2i96~49 5~36 N 49.'70 E it2~04 2330 232i,45 --2206.45 5.35 N 49~77 E 1i2,65 2340 233i~4t -22i6.4i 5.34 N 49~84 E ti3.25 2350 234i~36 -2226~36 5.34 N 49.82 E 113,85 i38.52 139.25 i39~94 t40~65 i41~36 RECEIVED APR 0 9 1996 Alaska Oil &eas Cons. Commission Anchorage WI-':]LI.. : GRANITE F(.)].N7 22-i3 RD S'¥i DATE]: HARC;H ii, "1.996 AF'I¢: : ',50'?~'.~32009',50J. C.'.AI...[;UL. AT]'ON : MINIMUM CURVAIURF.'J DRIFT DRIFT MEAS VERT SUBSEA ANGLE DIRECTION N ( ~-S ) 2360 '-~3~i~3';~ --22;.~6~2 5~?,5 N 4~80 E ii4.45 .~.~.4o.=..8 5,~6 N 49~80 E i15.05 2380 237i.23 -2256.23 5.37 N 49.80 E ii5.66 23~0 2381.i9 -2266.i9 5.38 N 49.92 E ii6.26 2400 23~1.14 --2276.i4 5.39 N 50.04 E i16.86 E ( -W ) J. 42 ~ 08 .t. 42 ,. 79 ~ 43.50 .1.44.22 .i, 44.94 24i0 240i,i0 -2286,10 5.40 N 49.96 E ii7,4'? 2420 24ii,06 -2296,06 5.42 N 49,88 E ii8,08 2430 242i,0i -2306,0.1. 5~43 N 49,89 E it8,69 2440 24,~.0,97 -23i5,97 5,45 N 49,90 E ii9.30 2450 2440,92 -2325.92 5.43 N 49,87 E i19.9i 148.55 2460 2450,88 -2335.88 5.42 N 49.85 E i20,52 2470 2460,83 -2345,83 5.42 N 49,87 E i2i,i3 2480 2470,79 -2355,'79 5,42 N 49.89 E i2i,73 2490 2480,74 -2365,74 5,43 N 49.82 E i22.35 2500 2490,70 -2375.70 5.44 N 49.75 E i22.96 .1.49.28 i50.00 i50,72 i5i.44 i52,i7 25i0 2500,65 -2385.65 5,45 N 49,68 E i23,57 2520 25i0.60 -2395,60 5.47 N 49.6i E i24,i9 2530 2520.56 -2405.56 5,47 N 49.69 E i24,80 2540 2530,5i -24i5,5i 5.47 N 49~78 E i25.42 2550 2540,47 -2425,47 5.46 N 49,80 E i26.03 2560 2550,42 -2435.42 5.45 N 49.83 E i26.65 2570 2560,38 -2445,38 5,45 N 49.78 E i27.26 2580 2570,33 -2455~3 5,46 N 49,74 E i27.88 2590 2580,29 -2465,29 5,47 N 49,7i E i28,49 2600 2590,24 -2475,24 5,49 N 49.69 E i29,ii i55.80 i57~25 i58.70 26i0 2600,i9 -"2485~i9 5.48 N 49.64 E i29,73 2620 26i0,i5 -2495,i5 5.48 N 49,59 E i30.~5 2630 2620,i0 -2505,i0 5.48 N 49,6i E i30,9'? 2640 2630,06 -25i5,06 5,48 N 49.63 E i3i,58 2650 2640,0i ..-2525.0.1. 5,49 N 49,6i E i32,20 .1.62.34 2660 2649,97 -2534,97 5.50 N 49,59 E 132,82 2670 2659,92 -2544.92 5,50 N 49.55 E i33.45 2680 2669.87 -2554,87 5,50 N 49.5i E i34,07 2690 2679.83 -2564~83 5~49 N 49,45 E i34.69 2700 2689~78 --2574~78 5,49 N 49.40 E i35,3i i65~26 i66,'7J. 27i0 2699.'74 --2584~'74 5.49 N 49.46 E i35~94 2'720 2709.69 -2594.69 5,50 N 49.52 E i36.56 2730 27i9,64 -2604.64 5~50 N 49.43 E i37..1.8 2740 2'729.60 -26i4,60 5~5i N 49.34 E i37.8i 2750 2739.55 -2624,55 5.52 N 49.26 E .1.38.43 i67.44 .1.68,90 i?0.36 WEI_L : E~RANITE] I::'OINT 2.2~.-iL~ RI) .%.'Ti DATIE: MARCH -il, i996 AF:'I~: : 5()7~:~3200950i CALoCUI_ATION : MINIMUM CURVATURS' DRIFT DRZFT MEAS YERT SUBSEA ANGLE DIRECTION N(-S) 2760 2749~50 -'2634~50 5~5~ N 49.19 E i~9~06 2770 2759~46 --2644.46 5.52 N 49.i9 E i39.69 2780 2769~4i -2654.4i 5.52 N 49.20 E ~40.32 2790 2779,36 -'2664.36 5.5~ N 48.96 E i40.95 2800 2789.32 --2674.32 5.55 N 48.73 E [4i.59 28i0 2'799~27 --2684~29 5.54 N 48.93 E i42.22 2820 2809.22 -2694.22 5.53 N 49~3 E i42.85 2830 2869~t8 -2704.&8 5.5~ N 49~23 E i43.48 2840 2829.i3 -27i4.i3 5.53 N 49.33 E ~44.ii 2850 2839.08 -2724.08 5.50 N 49.54 E i44.73 2860 2849~04 -2734.04 5.4'7 N 49~95 E i45.36 2870 2858.99 --2743.99 5.48 N 49~93 E i45.97 2880 2868~95 -2753,95 5,49 N 50,ii E i46.59 2890 2878.90 -276~,90 5,47 N 50,i4 E i47,20 2900 2888.86 '-2773,86 5~46 N 50.i8 E i47,8i 29i0 2898,81 -2783,8i 5.46 N 50,30 E i48,42 2920 2908,7'7 -2793,77 5,46 N 50,42 E i49,02 2930 29i8,72 -2803,72 5,48 N 50~49 E i49,63 2940 2928,67 '-28i3.67 5.50 N 50,57 E i50.24 2950 2938,63 -2823~63 5,49 N 50~48 E i50,85 2960 2948~58 --2833.58 5~48 N 50~39 E i5i.46 2970 2958,54 -2843,54 5.47 N 50~38 E i52.0'7 2980 2968.49 -2853~49 5.46 N 50.37 E i52,67 2990 2978.45 --2863,45 5,45 N 50,36 E i53,28 3000 2988.40 -2873,40 5.45 N 50.35 E i53.89 30i0 2998,35 --2883~35 5.45 N 50,39 E i54.49 3020 3008~3i --2893.3i 5.46 N 50.43 E i55.i0 3030 30i8,26 -2903,26 5.47 N 50~43 E i55,7i 3040 3028,22 --29i3,22 5~48 N 50,43 E i56.3i 3050 3038.i7 -2923,i7 5~45 N 50,42 E i56,92 3060 3048.i3 -2933,i3 5.42 N 50~42 E i57.52 3070 3058,08 -.-2943.08 5.44 N 50.40 E i58,i3 3080 3068.04 --2953.04 5,46 N 50~38 E i58.73 3090 3077~99 --2962~99 5.45 N 50.49 E i59,34 3i00 3087,95 -2972,95 5,44 N 50,60 E 159,94 ~iiO 309'7.90 "-2982.90 5.4~ N 50.54 E 160.54 3i20 3i07.86 .... 2992.86 5.43 N 50,48 E i61.i4 3i30 3i17.8i --~002.8i 5.43 N 50.45 E i6i.75 3i40 3127.77 --30i2.77 5,43 N 50,42 E i62.35 3i50 3i~7.'72 -3022.72 5~43 N 50,57 E i62.95 E(-W) l?i.09 172,54 i'73~27 i74,00 i74,7~ i75~45 iT&,i8 i77,&4 179,i0 i79~83 i80,57 i8i~30 i82,0~ i82,'76 i83,50 i84,24 i84,97 i85~'?i i86,45 i87,i8 i87.9i i88,64 i89,38 i~O~ii i91,58 i92~3i i93~04 i93~'77 i94,50 i95,24 i95~97 i9&.'70 i97,4~ i98,i6 i98.89 i99~62 RECEIVED APR 0 g lgg~ WELL : GRANITE F'OIN'T 22-"i3 RD STi DATE: MARCH ii, i996 AF'I~: : 5073Z~200950i CAI_CLII...ATION : MINIMUM CURVATURE DRIFT DRIF'T MEAS VERT SUBSEA ANGLE DIRECTION N(-S) 3i60 3i47~&8 -3032.58 5.43 N 50.72 E 31'?0 3i5'?.63 -3042.53 5.38 N 50.88 E 3i80 3i&?.59 -3052.59 5.34 N 5i.05 E 3i90 3i'?'?.54 -3052.54 5~33 N 5i.25 E 5200 3i87.50 -3072.50 5~33 N 5i.45 E 5220 320'?~42 -3092,42 5,33 N 5i~6i E i67,05 3240 3227,33 -3ii2^33 5,36 N 5i,95 E i68,2i 3250 3237~28 -3i22~28 5,34 N 52,ii E i68~78 5270 325'7,20 -~i42,20 5~3! N 52~42 E 169,92 5280 326'?,i5 -3i52.i5 5~30 N 52,57 E i70,48 3300 3287,07 --3i72,0'7 5,30 N 52,78 E 17i,60 '3330 33i6~94 -320i,94 5:33 N 52,84 E i73,28 3340 3326~90 -32ii,90 5,54 N 52~84 E i73~84 3380 3566~73 -325i~73 5~23 N 53~44 E i76~05 3400 3386~64 -327i.64 5,2i N 53~35 E i77,i3 3420 34()6~56 -329i,56 5,26 N 53,40 E i78,22 3440 3426,48 .-~3ii,48 5~24 N 53,56 E i79,3i 3460 5446~9 -~33i.39 5.25 N 5~.58 E i80.40 54'70 5456~35 -334i.35 5.24 N 53~6i E i8().94 3480 3466,3i --335i,3i 5~24 N 53,64 E i8i,48 5490 3476~27 -336i~27 5~22 N 53~76 E i82,02 3500 3486~23 --337i.23 5~20 N 53.88 E i82.56 35i0 3496~18 -338i~i8 5~i8 N 53~94 E i83~09 5520 35()6~14 -3591.14 5.i6 N 54.0J. E i83.62 3530 35i6~i0 --340i.10 5~i6 N 54.i5 E i84.i5 3540 3526.06 -34ii,O& 5,i7 N 54,30 E i84,67 3550 3536~02 -342i.02 5.i6 N 54.50 E i85.20 E ( -.W ) 200.35 201,08 20i~8i 202~53 203~26 203,99 204,7i 205,45 206~i8 206~9i 207~65 208.58 209.i2 209.85 2i0~59 2fi 2i2~0& 2i2,80- 2i4~28 2i5,02 2i5~75 2i6~48 2i7,2i 2i7~94 2i8~67 2i9~4i 220~i4 220,88 22i,6i 222~35 223~08 223.82 224.55 225~29 226~02 226~75 227~48 228~94 WELL : GRAN-I'-TE POINT 22-'J.~] RD STi DATE: HARCH ii, ~996 AF'I~ : 50'73320()9501 CALCULATION : MINIMUM CURVATURE D R I F T D R I F' l MEAS VEF(I' SUBSEA ANGLE DIRECTION N(-$) ~5~0 3545~98 '-1'.~430~98 5.i6 N 54~30 E i85.'72 3570 3555.94 -~440.94 5 i6 N 54 *'~= E i86 ,. ~.o"~=' 3580 3565.90 -3450.90 5.17 N 54.2i E i86.78 ~600 3585~82 --3470~82 5.i8 N 54.5i E i87~83 E(-W) ;229.6'7 230 ~ 4O 2~ l. 86 232 ~ 60 36i0 ~595.78 --~480~78 5.i5 N 54.69 E i88~5 ~620 3605.74 --3490.74 5.13 N 54.87 E i88.87 ~6~0 ~655.?0 -~5()0~?0 5.~ N 54.82 E ~89.~8 ~640 3625.66 --~5i0~6~ 5.i3 N 54.77 E i89.90 3650 3635.62 -3520.62 5.ii N 54.88 E i90.4i 3660 3645~58 -3530.58 5.i0 N 55.00 E i90.92 3670 3655.54 -3540.54 5.()8 N 55.04 E i9i.43 3680 3665.50 -3550.50 5.07 N 55.08 E i9i~94 3690 3675.46 -3560.46 5.0? N 55.00 E i92.45 3700 3685.42 -3570~42 5.08 N 54.93 E i92.95 236.98 238~44 '239~i6 239.88 37i0 3695~38 --3580.38 5.06 N 55.0i E i93.46 3?20 3705.34 -3590.34 5.04 N 55~i0 E i93~96 ~730 37i5.30 -3600.30 5.00 N 54~8i E i94.4'? 3740 3725.26 -36i0.28 4.97 N 54.53 E 194.9'? 3750 3735~23 -~62().23 4.96 N 54.28 E 175.47 3760 3745.i9 -..363().i9 4~96 N 54.04 E i95.98 3770 3'755.i5 -3640.i5 4.92 N 53.94 E i96.48 3'780 3765.i2 -3650.i2 4.89 N 53.84 E 196.99 3790 3775~08 -3660.08 4.89 N 53.54 E i97.50 3800 3785.04 -.3870.04 4~89 N 53.25 E i98~00 242.04 242~76 244~i6 244~86 245.55 246~24 246~92 38i(> 3795.0i --3680.0i 4.88 N 53.08 E i98.5i 3820 3804.97 -..3689.9'7 4.87 N 52.92 E 3840 3824.90 -3?09.90 4.86 N 52.33 E 200.05 3850 3834.86 -37i9.86 4~8'? N 52.25 E 200.57 247.60 248.28 248~95 249~63 250.30 3860 3844.82 -3?29.82 4.89 N 52.i7 E 20i.iO 3870 3854~79 -3759.'?9 4~89 N 52.00 E 201~62 3880 3864.75 -3749.75 4.89 N 5i.84 E 202.i4 3890 3874.72 -3759~'72 4.86 N 5i~8'? E 202.67 3900 3884.68 -3?69.68 4.85 N 5i.90 E 203~i9 250~9'? 25i.64 252.32 252~98 253.65 S~iO 3894~64 -37'79.64 4.80 N 5i.54 E 20S.'?i 3920 3904~6i -"3'789~6i 4~78 N 51~i9 E 204.23 3930 39t4~5'? -3799.57 4.78 N 5i.0t E 204.76 3940 3924.54 -3809.54 4.78 N 50.83 E 205.28 3950 3934~5i -38i9.5i 4.75 N 50.59 E 205.8i 254.~i 254~96 255.6i 256~26 256.90 RECEIVED APR 0 9 199~ Alaska Oil & 8as Cons, Commission Anchorage WELL. : GRANITE F'OINT .=,:. i,~ RI) STi DATE: MARCH .t.i, i996 AI::'I.~ : ',507332009~50.1. CALCUI...ATION : MINIMUM CURVATUF(E: DRIFT DRIFT ME:AS VERT SUBSEA ANGLE DIRECTION N (-S) 3960 3944 ~ 4-/ -,.~829 . 47 4 . 72 N 50 . ;'~6 E 206 . 39?0 S954 . 44 --.3839 , 44 4,70 N 50 . 28 E 206 ~ 86 7980 S964.40 --S849.40 4.68 N ~iO. 2i E 20'7.78 E(-W) 25"? ~ 54 258., .t. ~? 258.80 259,4 i 260. OS 40i0 3994~30 -3879~30 4~67 N 47~96 E 208~98 4020 4004.27 '-3889~27 4~72 N 47~40 E 209.53 4030 40i4~24 -3899.24 4~?? N 48.02 E 2.1.0~08 4040 4024.20 -3909.20 4~82 N 48~65 E 2i0.64 4050 4034.i7 -39i9~i? 4,84 N 49.04 E 2.1. i,19 260,63 26i,24 26i.86 262,47 263.ii 4060 4044.i3 -3929.i3 4.86 N 49.44 E 2.1. i.75 40'70 4054,09 -3939~09 4.85 N 49.86 E 2i2.29 4080 4064,06 -3949.06 4.85 N 50.28 E 2.1.2.84 4090 4074.02 -3959,02 4,88 N 5i.08 E 2iS,37 4i00 4083~99 --3968~99 4,9i N 5i~88 E 2i3,9i 264.40 265.04 265~70 266.37 4ilo 4093.95 -~978~95 4.95 N 52.4'7 E 2i4.43 4i20 4i03~9i -3988.9i 5.00 N 53.07 E 2.1.4.96 4i30 4i.1.3~87 -3998.87 5~04 N 54~i0 E 2i5.47 4i40 4i23~83 -4008.83 5~08 N 55~i4 E 2.1.5.99 4.1.50 4i33,79 -40i8.79 5.08 N 56.65 E 2i6.47 268,45 269,16 269,90 4i60 4i43~75 -4028~75 5~()8 N 58.i6 E 2t6.96 4.1.70 4i53.7i -4038.7i 5.0i N 58.85 E 2i7.4i 4i80 4i63.67 -4048.67 4.94 N 59.55 E 2.1.7.86 4i90 4i73.63 -4058.63 4~80 N 60.88 E 2i8~27 4200 4J. 83~60 -4068.60 4~66 N 62~22 E 2i8~68 270.64 27i.39 272~86 273,59 42.1.0 4.1.93.57 -4078.57 4.56 N 64.5i E 2i9.02 4220 4203.53 -4()88~53 4.47 N 66~8.1. E 2i9~37 4230 42i3.50 -4098.50 4.43 N 67.54 E 2i9.66 4240 4223.47 -4.1.08.47 4.39 N 68.28 E 2i9.96 4250 42~44 --4.1. i8.44 4.39 N 68.60 E 220.23 274 ~3i 2'75.03 2'75 ~ 74 276 ,. 46 277. i'7 4260 4243~4i --4i28.41 4.40 N 68.92 E 220.5.1. 4270 4253~38 --4.1.2~.8~38 4~39 N 69.22 IE 220~79 4280 426,S~4 -4i48.34 4~38 N 69~52 E 22i.06 4290 4273.3i -4i58.,Si 4.44 N 70~06 E 22i~32 4300 4283~28 -4i68.28 4.50 N 70.60 E 22i.59 2'?'7~88 278~60 280.04 280.77 43.1.0 4293,25 -'-4i78.25 4.4'7 N 70.58 E: 221.84 4320 4303.22 -4i88.22 4.44 N 70~56 E 222~i0 4~30 43i3.i9 ~-4i98.i9 4,40 N 70.80 E: 222.36 4340 4323..1.6 --4208~J. 6 4~7 N 7i~04 E 222.6i 4350 4333~i3 --42i8~13 4~36 N '?i~i8 E 222~85 28 i. 5O 282.24 282.96 283.69 284.4 i WE:EL : GRANI'¥1:.i: I:'OINT ;~2-.'L3 RD ST:t DA'f'IE: HAI:'(CH ii, i996 AI::'I~: : 507332009L-]0i CALCUL. ATION : MINIMUM CURVATLIRFZ DRIFT DRIFT MEAS VERT SUBSEA ANGLE DIRECTION N ( -S ) 4~60 434~;~.{0 -4228.i0 4.S6 N 7!.32 E 22~.i0 4S70 4S53 ~ 07 '--4238.07 4 ~ l~6 N 7i ~ 30 E 223 . 34 4Z80 4Z6Z.04 -4248.04 4~Z6 N 7~.28 E 22Z.59 4Z90 4ZTZ.OI -4258.0i 4.Z6 N 7i.5i E 22Z.8~ 4400 4a82.98 -4267.98 4.~6 N 7i.75 E 224.07 E(-W) 285~85 286~57 287.29 288.0i 44i0 4392.95 -42'77.95 4.32 N 7i.74 E 224.3J. 4420 4402.93 -4287.93 4~29 N 71.73 E 224.54 4430 4462.89 -4297.89 4.33 N 72,02 E 224,78 4440 4422~87 4450 4432~83 -43i7~83 4.42 N 72.05 E 225.25 288.73 289.44 290.88 4460 4442~80 -4327.80 4.49 N 7i~78 E 225~48 4470 4452~77 --43~7.7'7 4~45 N 7i.88 E 225~'72 4480 4462.74 -4347.74 4.43 N 7i~98 E 225.97 4490 4472.7& .-4357.7i 4.35 N 72.07 E 226.20 4500 4482.68 -4367~68 4.28 N 72.i? E 226.43 45&0 4492~65 --43'77~65 4.30 N 72.&3 E 226~66 4520 4502~63 -4387.63 4.33 N 72.09 E 226.89 -4530 45i2~59 -4397.'59 4.27 N 72~i9 E 227.i2 4540 4522.57 -440'7.57 4.22 N 72.30 E 227.35 4550 4532.54 -44i7.54 4.i8 N 72.0i E 227.58 4560 4542.5i ---4427.5i 4~i5 N '7i.73 E 22'7.80 4570 4552.48 --44~'7.48 4.i8 N '7i.45 E 228.03 4580 4562.45 -4447~45 4~22 N 7i~i7 E 228.26 4590 4572.43 -4457.43 4.20 N 7i~i2 E 228.50 4600 4582.40 -446'7.40 4.i9 N 7i~07 E 228.74 295.98 296.69 297i40 298.ii 298.8i 300~89 46i0 4592.3'7 -.-44'77.37 4~2i N 7t.52 E 228~97 4620 4602.34 -448'7.54 4.24 N ?1.9'7 E 22~.21 4630 46i2.32 -449'?.32 4.i9 N 71~57 E 229.44 4640 4622.29 -4507~29 4~i4 N 7i~i8 E 229.67 4650 4632~26 -4517.26 4.08 N 70.58 E 229.90 4660 4642.23 -4527.23 4~()3 N 69~99 E 230.14 4670 4652~21 -4537.21 4~05 N 70.66 E 230.37 4680 4662~i8 .-4547.i8 4.07 N 7i.34 E 230.6i 4690 4672~i6 -4557.i6 4.1'7 N ?i.4i E 230.84 4700 4682~i3 -~4567.i3 4.28 N 7i.49 E 23i.07 306.40 30'7.06 307.?3 47i0 4692~i0 -45'7'7~i0 4~28 N 7i.79 E 2L~i.3i 4720 4'702 . 07 -4587... 07 4 ~ 29 N 72 ~ 09 E 23! ~ 54 4730 47i2~()4 -45~7.04 4.25 N 7i.95 E 2~i~77 4740 4'722.02 -4607.02 4.22 N 7i. 82 E 2~2. O0 4750 473i.98 -46i6.98 4.i2 N 72~02 E 232.22 3i0~5~ WEL.L : C;RANITE POINT 22-.'Li~ RD Sli DATE: MARCH ii, :t. 996 AF' I ..... ' ..... '~ ~ · ,r : JO ?3L~.O()9,JOi CAL.C;UL. ATION : MINIMUM CURVATURE DRIFT DRIFT NEAS VERT SUBSEA ANGLE DIRECTION N(-S) 47'60 474t.96 .... 4626.96 4.03 N 72.23 E 232~44 4770 475&.9;J -46~6.93 4.00 N '7i.80 E 232.66 4780 4'76i.91 -4&4&.gl 3.97 N 71.38 E 232.88 47?0 477i.88 -465&.88 ~.~& N 7~.~3 E 233.~0 48i0 479t.83 -46?6.83 4.02 N 69.88 E 233.57 4820 480i~80 -4686.80 4.09 N 68.88 E 233.81 4830 48ii.78 -4676.78 4.03 N 68.60 E 234.06 4840 482i.75 -4'?06.75 3.9'? N 68.33 E 234.32 4850 483i.73 -47i6.73 3.89 N 68.72 E 234.57 E(-W) 3i4.65 3i5.29 3i5~94 3i6,60 3i7,9i 3i9~20 4860 484i~7i -4726,7i 3,8i N 69~ii E 234,8i 4870 4851,68 -4736,68 3,82 N 69,34 E 235,05 4880 486i,66 -4746,66 3.83 N 69,58 E 235,28 4890 487i,64 -4756,64 3,86 N 69,62 E 235,52 4900 488i,6i -4766,61 3,90 N 67~67 E 235~75 320,46 32i,08 322,34 4920 490i,57 .-4786~57 3,87 N 68,64 E 236,23 4930 49ii~54 -4796,54 3~89 N 68,55 E 236,48 4940 492i,52 -4806,52 3~92 N 68~46 E 236~73 4950 473i,50 -48i6,50 3,89 N 68,26 E 236,98 322~98 324~87 4960 4941~47 -4826,47 3~87 N 68,06 E 23'7,23 49'70 495i,45 -4836,45 3,88 N 68~i3 E 237,49 4980 496i,43 -4846,43 3~89 N 68,2i E 237,74 4990 497i~40 -4856,40 3,84 N 68,47 E 237,98 5000 478i,38 -4866,38 3,80 N 68,73 E 238,23 326,i4 ~26~76 32'7,39 328,0i 328~64 50i0 499i.36 -4876.36 3~80 N 68.45 E 278.47 5020 50()i.33 -4886.33 3.80 N 68~18 E 238~72 5030 50ii.31 -4896.3i 3.89 N 6?.34 E 238.98 5040 502i,29 -4906,29 3,98 N 66,5i E 239,24 5050 50~i,26 -49i6,26 3,96 N 66,02 E 239,52 329,25 329,8'7 33i,i2 33i,75 5060 504i,2~ -4926,23 3,95 N 65.54 E 239,80 5070 505i,2i -4936~2i 3,94 N 65,56 E 240,09 5080 506i,i8 -4946.i8 3,94 N 65,58 E 240,37 5090 507i,i6 -4956,i6 3,94 N 65,46 E 240,66 5i00 508i,i3 -4966,i3 5,95 N 65,35 E 240,94 332,39 333,64 334,26 334,89 5i-4.0 5()9i,ii '-"4976,ii 3,96 N 6,5,48 E 24i..23 5i20 5i()i~08 -4986,08 3.9'7 N 65,62 E 24i,52 5i~0 5J. ii,06 -4996.06 3.98 N 65.66 E 24i~80 5i40 5i2i~03 -5006.03 4,00 N 65,7i E 242~09 5i50 5i31~0i -5016~01 3~98 N 65~8~ E 242~7 335~52 336,78 337,4i S38.05 WELL : GRANITE F'C)INT 22-i3 RI) Sli DATE: MARCH .ti, i~96 AI::'I.~: : 50'75320()950i CAI._CUL.ATION : MINIMUM CURVATURE DRIFT DRIFT MEAS VERT 8UB,~EA ANGLE D I RECT I ON N ( -8 ) 5i60 5140.98 -.5025.98 3~96 N 65~96 E: 242.66 ~i70 5i50~96 -~08~96 4.00 N 67.,04 E 242~98 5i90 5i70.90 '-5055~90 4~()9 N 68.24 E 248.47 5200 5i80.88 -5065.88 4.i4 N 68~36 E 243.7~ S38~68 34i.29 52i0 5i90.85 -5075.85 4.i2 N 68.i? E 244.00 5220 5200.82 -5085.82 4.i0 N 67~99 E 244~2'? 52~0 52i0.79 --5095.79 4.09 N 67.79 E 244.54 5240 5220.77 -5i05~77 4~08 N 67.60 E 244.80 5250 5230.74 -'5ti5.74 4~08 N 67~63 5 245.08 ~4i.96 ~44~60 5260 5240~?i ....5i25~?1 4.09 N 67~66 E 245~35 5270 5250,68 -5J. 35.68 4,i2 N 67.63 E 245~62 5280 5260.66 -5i45~66 4~i5 N 67.60 E 245.89 5290 5270.63 -5i55~63 4.09 N 67.66 E 246.i6 5300 5280.60 -5i65.60 4.03 N 67.72 E 246.44 345~26 346.59 ~47~25 34'?~9i 53i0 5290~58 -5i75.58 S.97 N 66~72 E 246~'7i 5320 5300~55 -5i85~55 3.92 N 65.72 E 246.98 5~30 53i0.53 --5i95.53 a~88 N 65~52 E 247.26 5340 5320.50 --5205.50 ~.85 N 65.~ E 247.54 5350 5330~48 -52i5.48 3~85 N 64.54 E 247~83 ~49~80 350.42 5360 5540.46 -5225.46 3.85 N 63.75 E 248.12 5370 5350.43 --5235.43 ~.92 N 62.89 E 248.43 5380 5360~4i '"5245.4i 4.00 N 62.03 E 248.75 5890 5370.88 -5255.38 3.95 N 6i.40 E 249.08 5400 5380.36 -5265.36 3~9i N 60~78 E 249.4i S52.85 354~06 54i0 5390.33 -'5275.33 ~95 N 6i.iO E 249.'74 5420 5400.30 -5285.30 3.99 N 6i.43 E 250.07 5430 54i0~28 -5295.28 4.04 N 6i~66 E 250.4i 5440 5420.25 -5~05.25 4.10 N 6i.90 E 250.74 5450 54~0.23 -53i5.23 4.0'? N 62~24 E 25i.07 ~54~66 ~55~27 355~89 356~5i 5460 5440~20 -5325.20 4~04 N 62~59 E 25i~40 54?0 5450~i8 -55~5.i8 4~03 N 6i~5i E 25i~74 5480 5460~i5 -'-5~45.i5 4~02 N 60~44 E 252.07 5490 5470~i3 -5355~i3 4~05 N 60~49 E 252~42 5500 5480.i0 '-5~65.i0 4.08 N 60.54 E 252.'?7 ~57~76 358~38 559~00 S59~6i 560~25 55i0 5490.08 -5S'75.08 4.0i N 60~58 E 253.ii 5520 5500.05 -5585.05 5.95 N 60.62 E 253~46 5530 55i0~03 -5395.03 3~89 N 59.49 E 253~80 5540 5520.00 -5405.00 ~83 N 58.36 E 254.i4 5550 5529~98 -54i4.~8 J~81 N 57.67 E 254~50 560~84 36i.45 362~05 ~62~62 WEI...L : (~kANI]F.:. I"O].N] '"~ " ,';.~.-'i,~ RD S]'i DATE: ~ARCH ii., i996 AFl... : ,.K)?,K.~,=O09,.Oi CAI_CULA'¥ION : MINIMUM CURVATURIF DRIFT DRIFT ME.A~ VERT SUBSEA AN~LE DIRECTION N (-S) 55~S0 5539.96 -5424~96 3~80 N 56~98 E 254~86 55?0 5549 9~ -5434.93 3 80 N 56.47 E ')~=: o') 5580 5559.91 -5444.9i G~80 N 55.96 E 255.59 5590 5569 ~ 89 -5454 ~ 89 ~ . 80 N 55 . 49 E 255 . 96 5~00 5579~86 -5464.86 ~.8i N 55.03 E 256.34 E(-W) S6~74 364.29 S65~94 56i0 5589~84 -54'74~84 ~.8i N 54.'?S E 256.72 5620 5599~82 -5484.82 3.8i N 54.44 E 257.ii 5640 5619.77 -5504.77 3.82 N 54~28 E 257.88 5650 5629~'75 -55!4.75 3.80 N 53.86 E 258.29 366~48 36'?~()2 367.56 ~68~ii 368~64 5660 5639~72 -5524.72 3.79 N 53.44 E 258.66 5670 5649.70 -'5534.70 3~79 N 52.87 E 259.06 5680 5659.68 -5544~68 '3~79 N 52.30 E 259.46 5690 5669.65 -5554~65 3~78 N 5i.38 E 259.87 5700 5679.63 -5564.63 3.78 N 50.46 E 260~29 57i0 5689.6i --'5574~6i 3.80 N 50.0i E 260.7i 5720 5699.58 -5584.58 3.83 N 49.56 E 261~14 5740 57i9.54 -5604.54 3.85 N 49.58 E 262.0i 5750 5729.5i -5614.5i 3.83 N 49.77 E 262~44 5760 5739.49 '-5624.49 3.82 N 49.9'7 E 262.87 5970 5'749~46 '-5634~46 3.86 N 49.i9 E 263~3i -5780 5759.44 -5644.44 3~90 N 48.4i E 263~75 5790 5769.42 -5654.42 4.02 N 48.03 E 264~22 5800 577e.39 .'-5664~39 4.i4 N 4?.66 E 264~69 ~69.i8 369~70 37i.26 ~72~28 ~72~'79 374.8~ 375.86 3?6.38 58i0 5'789~36 -5674.36 4~i N 49.02 E 265.i8 5820 5799~34 -5684.34 4.49 N 50~39 E 265~67 5830 5809.30 -5694.30 4.86 N 52.23 E 266.i9 5840 58i9.26 -5?04.26 5.24 N 54~()8 E 266.71 S'76.95 ~77.52 378.i9 S78.86 379.69 5860 58~9. i5 -5'724 . i5 6 . 39 N 56 . 67 E 26'?. 86 58'70 5849 . 08 -5734 ~ 08 6 . 97 N 57 . 95 E: 268 . 50 5880 5859~00 -5744~00 7.55 N 59.23 E 269.i4 P]890 5868.9i -5'757~.9i '7~87 N 59.70 E 269.83 5900 5878~8i -576~.8i 8.19 N 60.t8 E 270.52 ~8i~56 382~59 383.77 S84.95 59i0 5888~?i --5775.7i 8.27 N 60.22 E 271.23 5920 5898 . 60 -5'783 ~ 60 8 ~ :55 N 60 . 2'7 E 27 i . 95 5930 5908.50 -5793.50 8.37 N 60.40 E 272.67 5940 59i8.39 -5803.39 8.39 N 60.53 E 275.39 ~86~20 S8'?.45 388~72 S89~98 RECEIVED APR 0 9 1996 Absk~ 011 & G~ Oon~. Gommissio~ Anchorage WELL. : L,,RANI I"E F'OINT 22T-.i','5 RD ,./T l :[)ATE: MARCH .t i, i996 ARIS : 50'75520095()I CAI...CUL..A'[ION : MINIMUM CURVATUI~E DRIFT DRIFT MEAS VERT SUBSEA ANGLE DIRECTION N ( -S ) 5960 5958., i8 --'":': "~' · ..,~.~.~.,~...i8 8~4f N 60.86 E~ 2'?4.82 5970 5948.06 -5833.06 8~4i N 60,?7 El 2'75~55 5980 595'5.95 -~84..~..9~ 8.41 N 60.68 E 2~6 ,~ 5990 5967.84 -5852 ~ 84 8.46 N 60 ~ 82 E 276.96 6000 5977, ?J -5862 ~ '?S 8.52 N 60.97 E 277.68 60i0 5987.62 --58?2.62 8~60 N 6i,09 E 2'78~40 6020 599'?.5i -5882.,51 8.68 N 6i.22 E 2'79.i2 6030 6007.59 -5892 ,. ~9 8.67 N 6i. 27 E 279.85 6040 60i7.28 _.=:~,~,.,_~.. ~,,'~ 8.67 N 6i.~ E 280.57 6050 6027. i6 -59i° ~..16 8.64 N 6i.46 E 28i.29 6060 603?,05 -5922,05 8,61 N 6i~60 E 282.0i 6070 6046,93 -593i,93 8.58 N 6f.66 E 282.72 6080 6056,82 -5941,82 8,55 N 61~73 E 283.43 6090 6066,?1 -595i,7i 8~50 N 6i,78 E 284.i2 6i00 6076,60 -5961,60 8.45 N 61.84 E 284,82 6ilo 6086.49 -597i,49 8,39 N 6i.85 E 285~5i 6i20 6096.59 -598i~59 8~34 N 6i~86 E 286,20 6i50 6i06~28 -599i,28 8,32 N 6i,85 E 286,88 6i40 6ii6~i? -600i.i? 8.50 N 6i,85 E 287.57 6i50 6i26,07 -60iJ.,O? 8,23 N 61,88 E 288,24 6i60 6i35~96 -6020,96 8.i6 N 6i,9i E 288,9i 6i70 6145.86 -6030,86 8,09 N 6i~76 E 289.58 6i80 6f55~76 -6040,76 8,05 N 6i~6i E 290,25 6i90 6i65~67 -6050.67 8.0i N 6i~33 E 290~92 6200 6t75,57 -6060.57 7.99 N 61~06 E 29i,58 62i0 6i85~47 -60'?0~47 ?,94 N 60.9f E 292.26 6220 6i95.58 -6080,58 '5.89 N 60.77 E 292,95 6250 6205~28 -6090,28 7,76 N 60~96 E 295,58 6240 62i5~i9 -6i00~i9 ?~64 N 6i,16 E 294.24 6250 6225,i0 -6iiO~iO 7,52 N 60,75 E 294~88 6260 6235,02 -6i20,02 7~40 N 60.3i E 295~52 62?0 6244.93 -6i29,93 '?~39 N 60,06 E 296.i6 6280 6254~84 -6i39,84 7~J8 N 59.82 E 296~80 6290 6264,76 --6i49~76 7~3i N 59~85 E 29'7.44 6300 6274~68 -6i59~68 ?~25 N 59.85 E 298~08 63i0 6284.6i -6169~61 7.09 N 59.68 E 298.'70 6320 6294~53 -6i'79,5~ 6~94 N 59~52 E 299.35 6330 6304.45 -6i89.45 6~85 N 58.92 E 299.94 6340 63i4.58 --6i99.38 6.'77 N 58.32 E 300.56 6550 6324.3i -&209.3i 6.77 N 58~00 E 30i~i8 E(-W) ~92~53 595.80 395,08 597.65 398,96 400~27 40i,59 402,9i 404,23 405~55 406.8'? 408,i8 409~48 4i0,78 4i2~()7 4i4,64 4i5.9i 4i8~44 4i9,68 420,92 422.i4 425,56 424,57 425.78 426~96 428~i4 429~28 430~42 43i.54 432.65 435.75 434.85 435~92 436.99 458.0i 440~0~ WELL : GRANIIE. F'OINT '~'>-' ~ .... ~:.~.~ .ti'5 RD :~T.t. DATE: MARCH .i.i, t996 AF'I$ : 5()7~'.~2009~0i CAt...CULATION : MINIMUM CURVAIUI,,E DRIFT DRIFT ME:AS VERT 8UBSEA ANGLE DIRECTION N(-'$) 6360 6~4~2.4 -62i9~24 6.?8 N 57~68 E SOi.8i 6870 6344., 17 -6229,i7 6~'72 N 57~'78 E S02~48 6~80 6~54.i0 -6239.i0 6~67 N 57.?9 E 6~90 6~64~0~ -6249~()~ 6.58 N 57~51 E ~0~.67 6400 6373.96 -6258.96 6.49 N 57.23 E 304 E(-W) 441~07 442~02 443~0i 44~98 444.94 64t0 6383.90 -6268.90 6.46 N 56.79 E 304.9~ 6420 6393.84 -62'78.84 6.44 N 56.35 E 305.52 6430 6403.77 -6288.77 6.38 N 56.~9 E 306.i4 6440 64~3.7~ -6298.'7t 6.32 N 56.04 E 306.76 6450 6423.65 -6308.65 6~27 N 55.82 E 307.37 445.89 446.83 447.75 448.67 449.58 6460 6433.59 -63i8.59 6470 6443.54 -'6828.54 6~08 N 55.48 E 308.59 6480 6453.48 -6378.48 5.95 N 55~35 E 309.i9 6490 6463~43 -6348.43 5.84 N 54.78 E 6500 647~7 -6358.37 5~'?~ N 54.2i E 450~48 45i~36 452~23 453~()6 453~89 65i0 6483.32 -6368.32 5.7i N 53.93 E 3i0,95 6520 6493.27 -6378~27 5.69 N 53.65 E 3iJ..53 6530 6503.22 -6388.22 5.66 N 53.32 E 3i2.i2 6540 65i3.i7 -6398.i7 5.64 N 52.99 E 3i2,?i 6550 6523.i2 --6408.i2 5.55 N 52.80 E 3i3.30 454.70 455.50 456~29 457.08 457.85 6560 6533~0'? -64t8~07 5.47 N 52.61E 313~88 6570 6543.03 -6428.03 5~41 N 52.38 E ~14~46 6580 6552.98 --64~7.98 5.35 N 52.t6 E 3±5.0~ 6590 6562.94 -644?.94 5~29 N 5i.45 E 3i5.6i 6600 6572.89 -6457.89 5.23 N 50.'75 E 3i6.i8 458~63 459.37 460.i2 460.84 46i.56 6610 6582.86 -6467.86 5~i8 N 49~76 E Si6~76 6620 6592.81 -64'77.8i 5.i4 N 48.77 E ~i'7.85 6630 6602.77 -6487.77 5.i0 N 48.89 E 3i?.93 6640 66i2.73 -.6497.'73 5.07 N 49.02 E 3i8.52 6650 6622.65 -650'7.65 5.5i N 5i.34 E 3i9.06 462.25 462.94 464.28 465,39 6660 6632.5'7 -65i?.57 5.94 N 53.65 E 3i9.6i 6670 6642.49 .-6527.49 6.38 N 55~97 E 320~15 6680 6652.4i -658'?.4i 6.8i N 58.29 E ~20.70 6690 6662.3~ -654?.33 7.25 N 60.60 E S2i~24 6700 6672.25 -655'7~25 7.68 N 62.92 E S2i.79 466~49 467~60 468.'70 469.8i 4'?0.9i 67i0 6682~i8 -6567~i8 8~i2 N 65~23 E ~22~SS 6720 6692~09 -6577.09 8~56 N 6'7~55 E 322~87 6730 6702.02 -6587.02 8.99 N 69.87 E 323.42 6740 6'?1i.9i -6596~9i 9~4i N 7i.80 E S28~96 6?50 672i.73 -6606.73 9.73 N 72.i7 E S24.49 4'72.02 473.i2 474.22 475.47 WE".LL ' (~RANITE POINT 22--iZ~ RD STi DATE: MARCH ii., i996 API~: : 5075Z~2009501 [;ALCULATION : MINIMUM CURVATURE DR I F'T I)R I F T MEA$ YERT SUBSEA ANGLE DIRECTION N(-S) 6760 6'7~i~':'=oo -66i6 ~ 55 iO ~()6 N 72.55 E ~25.02 6770 674i ~57 .... 66~6 L5'7 i0 ~8 N '72~9~ E 6790 676i~0i -6646~0i iJ.~()S N 73~68 E ~26~60 6800 6770~83 -6655.83 ii.36 N 74.06 K ~27~i3 E(-W) 4'79 ~ 09 480.90 482 ~ 7 484 ~ 52 486 ~ 68i0 6780~65 -6665~65 ii~68 N 74.44 E L~27.65 6820 6790.47 --6675.47 i2.0i N 74~82 E 1528.i8 6830 6800 29 -6685 29 i2.33 N '75.i9 E 3~.8.7i 6840 68i0.02 -6695.02 i2~62 N 75.50 E 329.25 6850 68i9.74 -6704~74 i2.89 N 75.80 E 329.79 488~i4 489.94 49i.75 49~.96 496~26 6860 6829~45 -6714~45 13.i7 N 76.09 E 68'70 6839.i7 -6'724~i7 13.44 N 76.~8 E 350.8'7 6880 6848~88 -67JJ.88 i5.7i N 76.67 E ~Si~4i 6890 6858~60 -674~.60 i~.99 N 76.97 E 6900 6868~Si --675S~1 i4.26 N 77~26 E 3S2~49 498.57 500.87 503.i8 505.48 507.79 69i0 6878~03 -676S.03 6920 6887.74 69~0 689'7.43 6940 690'7.04 -6792~04 i5.29 N 7?.74 E 334.77 6950 69i6~64 -680i~64 i5~5i N 77~50 E 335~40 6960 6926~25 -68ii.25 i5.'73 N 77.26 E 336.0S 6970 69S5.86 .-6820.86 15.96 N '??.OS E S36.66 6980 6945.47 -68S0.47 'i6.i8 N 76.79 E 337.28 6990 6955.08 -6840~08 i6.40 N 76~55 E S5'?~9i 7000 6964~69 -6849~69 i6~62 N 76~3i E 558,54 5i0.09 5i2.40 5i4.82 5i'?.5i 520.20 522.89 525~58 528~27 5~0.96 555.66 7010 6974.~0 -6859~L~0 .t6.85 N 76.07 E 3~.'~9,J. 7 7020 6983~9i -6868.9i i7~0'?' N 75.83 E 3~9.80 7040 7002~89 --6887~89 i7.65 N 76~48 g ~4i.i5 7050 70i2.38 -6897.38 i7.94 N 76.84 g 34i.8[~ 5S9~04 542.09 545.i8 548.27 7060 7021~86 -6906.86 i8.2.S N '77.i9 E ~42.52 7070 7()3.t~35 --6916~35 .t8~53 N 77.54 E 3415~20 7080 7040.84 -6925.84 i8.82 N 77~90 E 343.88 7090 7050.J2 '-6935.J2 i9.i2 N 78.25 E 344.56 7iOO 705~.80 -6~44.80 I9.4t N 78.60 E 345.24 55i.36 554~45 557.54 560.65 56~.72 7i10 7069,. 29 -6954.29 :19.70 N '78.96 '7i20 ?078.69 -6965.69 i9.97 N '79. ~4 7t~0 7088 ~05 -6975.03 20.2i N '79.'75 7i40 709'7 ~ [~6 --6982 ~ ~6 20~45 N 80.i5 7i50 '7i()6 . 70 -699i. 70 ~0.69 N 8(). 5& 566~8i 570.i6 573~69 577.22 580.75 WE].L. : GRAN]'TE POINT 22-t3 RI) STt DATE: MARCH fi.i, i996 API$ : ':: .......... ~ ~:' ,.;OL~Z~.:.()Og,K)i CALCUL. ATION : MINIMUM CURVATURE] DRIF'T DRIFT MEAE~ VERT SUBSEA ANGLE DIRECTION N (-S) 7i60 '?ii6.04 --700i~04 20.94 N 80~96 E 348~"74 7180 7iS4~72 -'?019~72 2i~42 N 8i~78 E S49~85 7190 7i44~05 -7029.05 2i.67 N 82.i8 E 350.40 7200 7i53.~9 -7038.~9 2i~9i N 82.59 E 350.96 E(-'-W) 584~28 58'?~81 594.87 598~40 72i0 '?i&2~69 -7047.69 22~i4 N 82^96 E 35i.46 '7220 '7i71.89 -7056~89 22.34 N 85.28 E 35i~84 7230 718i.i0 -7066~10 22~54 N 83.60 E 352~22 7240 7190.30 -7075.30 22.74 N 83~9i E 352.60 7250 7i99~5i -7084.51 22~94 N 84.23 E 352.98 602~04 605~93 609~82 6i3~7i 61'?~60 7260 7208~'?i -7093.7i 23.i4 N 84~54 E 353~36 7270 '721'?~9i "-Tl02~gi 23~4 N 84.86 E 353~74 7280 7227.i2 -7!i2.i2 23.54 N 85~i8 E 354.12 7290 7236~32 -7i2i.32 23~74 N 85.49 E 354.50 7300 7245~52 -7i30.52 23.94 N 85.8i E 354.88 62i~50 625.~9 629.28 63'?~06 '73i0 7254~6i -7i39~&i 24~i4 N 85.87 E 355~i9 7320 7263~67 --7f48~67 24.35 N 85~90 E 355.48 7330 72'72~74 -7i57.74 24.55 N 85~93 E 355.78 7340 728i.80 -7i68~80 24~76 N 85.98 E 356.07 7350 7290~88 -7i'75.88 24.96 N 85.99 E 356~36 7360 7299~94 -7184.94 25~i6 N 86.03 E 556.66 7370 7309~()i -7i94~0i 25~37 N 86~06 E 556~95 7380 73i8.07 -7203.07 25~57 N 88~09 E 357~25 7390 7327.i4 -72i2~i4 25.78 N 86.i2 E 357,54 7400 7336~i5 --722i.i5 25.99 N 86~28 E 357.'79 645~44 649.64 658.05 662~25 666~46 670~66 6'74~87 679~20 74i0 7345~06 --72~0~06 26~22 N 86~62 E ~57.96 '?420 7353~98 -7238.98 26~44 N 86.9'? E 358~!~ 7430 7362~89 -7247~89 26~67 N 87~5i E 358.3i '7440 7371~80 -7256~80 26~89 N 87~66 E 358~48 7450 7380.72 -"7265.72 27.12 N 88.00 E 358.66 683~7~ 688~25 692~78 '701~84 7460 7389~63 -7274~63 27~35 N 88~35 E 358~83 7470 7398~55 -7283.55 2'?~57 N 88~69 E 359~00 7480 7407~46 -7292~46 27~80 N 89.04 E 359~18 '?490 74i6~36 -730i.36 28.03 N 89~37 E 559.5~ '7500 7425.07 -7~10~07 28.30 N 89.60 E 359.29 706~36 7i0~89 '7i5~42 7i9.98 '724.87 75i0 7433~79 --73i8~'79 28.58 N 89~83 E ~59~25 7520 7442~5i -.-7327.5i 28~85 S 89.94 E 359~2i 7530 745i~23 -7336.23 29~i3 S 89.7i E 359.i7 7540 7459~95 -7344.95 29~40 8 89.49 E 359~i2 729.'7'7 '7~4.66 759.55 744.45 749.~4 RECEIVED APR 0 9 1996 Alaska 011 & (3~s Cons. Commission Anchorage WELL : GRANITE F'OINT 2'2-i3 I"'d) ST-t gATE: MARCH ii, i996 AF'I~: :'5.. 0"'?,::,3....009..,0I"z" ":, ,.';' CALCUL. ATION : hilNIMUN CURVATURE D R I F T D R I F T MEA$ VERT SUBSEA ANGLE DIRECT ION N (-S) 7560 '?49'7 L~9 - ?L~6,.~.. ~9 29 . 95 8 89.03 E S59 . 04 '?570 7486~ii --737i~1i ~0.2~ S 88.80 E 359.00 7580 7494 ~ 88 -7879,8~ SO, 50 S 88,57 E ~58,96 7~90 7~0~ , ~9 .-7888 , ~9 ~0,8~ S 88 , 4~ E ~58 , 84 7600 ~5ii,85 -7896,85 ~i,i8 S 88,~5 E S58,66 E(-W) 754.23 759~iS 764~02 774~5~ 76i0 7520.~0 --7405.30 3i.53 S 88.27 E 358.48 7620 7528.76 -'74i3.76 3i.88 8 88.i9 E 358.S0 7640 7545.67 -74~0~67 ~2,59 S 88.02 E S57.94 7650 7554.iS -74~9.iS S2.94 S 87.94 E S57.77 779.84 785.18 790~51 795.84 80i.i8 7660 '7562~58 -7447.58 33.80 S 8'7.86 E 35'7.59 7670 757i~04 -7456.04 38.65 S 87~78 E 35'7.41 7680 7579.41 -7464,41 33.99 8 8'7~72 E 357.2i 7690 7587.57 -7472~57 ~4.28 S 87.72 E 356.98 7700 7595~73 -7480~73 S4~57 S 87.72 E 356~75 806.5i 8ii~84 8i7.30 828~84 77i0 7603~90 -7488.90 34.87 S 87.7i E 356,52 '7720 76i2.06 -7497.06 S5~i6 S 87~71 E 356.29 7730 7620~2~ -7505.2~ 35.45 S 87~7i E 356.06 7750 76~6~55 -752i~55 36~04 S 87.70 E 355~60 7760 7644 . 72 -7529 . 72 ,'~6 . ~3 $ 8'7 ~ 70 E ~55 . 37 7770 7652~88 --'753'? ~ 88 36,.62 S 8'7.70 E ~55.i4 7780 7660.7i -7545~7i 37.02 $ 87.69 E 354.88 7800 7676~35 -756i~85 37~8i S 87~68 E 354~38 846.i4 851.9f 857.68 869.21 8'75.44 88'7,88 78i0 7684,i8 --7569.i8 ~8.20 $ 87,67 E 354.i2 7820 7692.00 -'7577~00 38.60 S 87~66 E S53.8'7 78~0 7699~82 -7584~82 ~8.99 8 87~65 E 358.6i 7840 7707~64 -7592.64 39.39 8 87.64 E 353,36 7850 77i5~46 .-7600~46 39.79 8 87~63 E 353,i0 894.i0 900.32 906~54 9i2.'76 9i8.99 7860 7'723.29 -7608.29 40.i8 S 87.63 E 352.85 7870 7730.98 -76i5.98 40.5i S 87,59 E 352,57 7880 77~8,47 -7623.47 40,73 8 87,52 E S52.25 7890 7745296 -7630.96 40,95 S 87.45 E 35i.94 7900 7753~45 .-7638~45 41.18 $ 8'7.37 E S5i.62 925~21 93i~59 9~8.20 944~82 95i.48 '79'i. 0 7'760~94 -7645,94 4i.,40 $ 87,~0 E.-". 35i.Si 7920 7768.45 .... 7653,43 41.62 S 8'7,23 E S50.99 '7980 7775 . 93 -7660 , 98 4 i . 84 S 87 , i 6 E 350 . 68 7940 7783~42 -7668.42 42~06 S 87~08 E 350.36 7950 7790~9i -7675~9i 42.29 S 87.0i E 350.04 958~05 964~66 97i,28 977,89 WELL. : GRANITE F:'OINT 22'-i7.~ RD STi DATE: MARCFI ii, i996 AF'I¢- : 50'?S~200950t CALCUI...ATION : MINIMUM CURVATURE: DRIFT DRIFT ME:AS VER'r SUBSEA ANGLE DIRECTION 7960 7?98.40 -7683.40 42.5t S 86.94 E 7970 7805.64 -7690.64 42.78 S 8'7.0i E 7980 78i2.84 -'7697.84 43.06 S 87.09 E 349.09 7990 7820,05 -7705,05 43.35 S 87.i7 E 348,76 8000 7827.26 .-77i2.26 43.63 S 87.26 E 348.44 80i0 7834.46 -'77i9~46 43.9i S 87.34 E 8020 784i.67 -'?726.67 44.i9 S 87.42 El 347.80 8030 7848~88 -7733.88 44.47 8 87.5i E 347.48 8040 78~6.09 --7741.09 44.75 S 87~59 E 8050 7863.29 -7748.29 45~03 S 87.67 E 34~.83 8060 7870.39 -'7755~39 45.32 S 87~72 E 346.52 8070 7877~25 --7762~25 45.63 S 87.70 E 8080 7884~ii -~7769~ii 45.93 S 8'7.67 E 345.9t 8090 7890.97 -7775.97 46.24 S 8'?~64 E 345.60 8i00 7897.83 -'7782~83 46.55 S 87~62 E ~45~30 8~i0 7904.69 -7789.69 46.8~ S 87.59 E 345.00 8i20 79tl.55 -7796.55 47.i6 8 87.56 E 344.6~ 8i30 79£8.4i -7803.4i 47.47 S 87.54 E 344.39 8t40 7925.27 -78t0.2'? 47.77 S 87.5i E 344.08 8150 7932.i3 --78i7.t3 48.08 S 87.49 E 8t60 7938.71 --7823.7i 48~34 S 87~57 E 8i70 7945.2~ -783()~23 48~59 S 87.69 E 343.25 8i90 7958~27 -7843~2'? 49~08 S 8'7.92 E 342.73 8200 7964.78 -7849.78 49~33 S 88~04 E 342.48 82i0 797i.30 -'7856~30 49.58 S 88~i6 E 342.22 8220 7977~82 -7862.82 49~83 S 88~27 E 341.96 8230 7984.34 -7869~34 50~08 S 88.39 E 34i~70 8240 7990.86 -7875~86 50~33 $ 88.5i E 34i~44 8250 799'?~28 -7882.28 50.57 S 88~60 E 34i.2i 8260 8003.48 --7888.48 50.8i S 88.63 E 34i.03 8270 8009.70 -7894~70 5i.04 S 88~66 E 340.86 8280 80i5.90 -7900.90 5i.28 8 88.69 E 340.69 8290 8022.J.i -~7907.J.J. 5i.52 S 88.72 E 340.5t 8300 8028.32 -79J. 3.32 5i.76 S 88.75 E 340.34 8310 8034.52 --79i9.52 51.99 S 88.78 E S40.17 8320 8040~73 -7925.73 52.23 S 88~8i E ~39.99 8330 8046~94 -793I~94 52.47 S 88.83 E 339.82 8340 8053.i5 -7938.i5 52~70 S 88~86 E 339~65 E(-W) 998.0i 1004.94 i0ii~86 i0i8~78 i025~71 1039.55 i046.48 i053~40 i060.43 i067~70 i074~96 i082.23 i089.50 ii04~04 iii8.58 ti25.85 ii40~94 ii48~52 ii56~i0 it'7t.25 i178.83 ii86.4i i20i.65 i209~48 t2i'7~32 i225.16 1240~83 t248~67 i256.5t i272.i8 i280~t5 WI'ZEE : GRANI'¥'E~ F'OINT 22-"i,.~ RD Sli DATE: MARCH -t.t, $996 AF'I~: : 507~53200950i CALCUI_ATION : MINIMUM CURVATURE: DRIFT I)RIF"T MEAS YERT SUBSEA ANGL. E DIRECTION N (-S) 8360 8065 ,,. i6 .... 7950 . i6 52 . 93 S 88 . 65 83-/0 80'?i ~ i5 -7956,. i5 5Z~.()3 S 88.53 E 8390 8083,i2 -7968.i2 53,24 S 88.29 E 3~8.47 8400 8089,.ii -7974,ii 5~,34 S 88.i7 E E(-.W) i288.~6 i296.i7 $304~i7 i3$2~J. 8 $320~ig 84i0 8095.09 -7980~09 53.44 S 88.05 E 8420 8S()i~08 -7986.08 53.54 8 87.93 E 8430 8i07~07 -7992~07 53~64 S 87.8i E 337,52 8440 81i3.05 -7998.0i 53.74 $ 87~7i E 337.24 8450 8ii8~85 -8003~85 53~86 S 87.65 E 336.88 $328.$9 i336.20 i344~2I 1352.24 8460 8$24~70 -8009~?0 53~97 S 87~59 84'70 8S30~54 --8015~54 54.08 8 87.53 8480 8S36~38 -802i.38 54.i9 8 87~46 8490 8i42.23 -8027,23 54.3i S B7.40 8500 8i48,07 --8033.07 54,42 S 87.34 i368~45 i400.88 85i0 8i53~95 -8038~91 54,55 S 87~28 E 334.'70 8520 8i59~76 -8044~76 54.65, S 87.22 E 334~34 8530 8i65.60 -8050~60 54~76 8 87.i6 E 333.98 8550 8177.00 -8062~00 54~98 S 87.i0 E 333~i3 i4i7.09 i425~20 i433~40 i44i.6i 8560 8S82.6g -806'7.69 55.$0 S 87~08 E ~32.'7i 8570 8$88~37 '-8073~39 55~2i S 87.05 E 332.28 8580 8i~4~08 -8079~08 55.32 S 87.03 E 331~85 8590 8i99.7'? -8084.77 55,44 S 87.()$ E 33$~43 8600 8205.46 -8090~46 55~55 S 86~98 E 33i.00 i449.82 i458~()3 i466~24 S474.45 i482~66 86i0 82ii.i6 -'-8096.i6 55.66 S 86.96 E 33().58 8620 82i6.85 -8i0i~85 55~77 S 86~93 E 330.i5 8630 8222.45 -8i07.45 55~90 8 86.99 E 329.76 8640 8227.97 -8ii2~97 56~05 S 87~i2 E 329~4$ 8650 8233.48 -8558~48 56.20 S 87~26 E 329,05 i490~8'? i499.08 i507,35 i5i5.69 i524~02 8660 8239~00 --8124~00 56.34 S 87.~9 E S28.'70 8670 8244~52 -8i29.52 56.49 S 87~53 E 328.34 8680 8250.03 -8i~5~03 56~64 S 87~66 E 327.99 8690 8255~55 -8i40.55 56.78 S 87,80 E 327.63 8700 8261,06 -8i46.06 56.93 S 87~93 E 327.28 1540.68 i549.02 i565^68 8'?i0 8266.58 --8i55.58 ,~'?.08 S 88~07 E 326.92 8'720 8272~0'? -8557.0'? 5'7~23 S 88.$9 E ~526.58 8730 8277~36 -8162~36 57~41 S 88~2i E 326~2 8740 8282~65 -85&?~65 57.59 S 88~23 E 326.07 i582,~6 i590.84 i607.8i WEI..L : GF(ANITE POINT ,~,:.-',,., RD ST1 DATE: MARCH J.J., i996 AI::'I~: : ~;()7:'.~32009501 CAI...CUI..ATION : MINIMUM CUF(VA'¥L~RE DRIFrT DRIFT MEAS VERT ,SUBSEA ANGLE DIRECTION N ( 8'?60 8293 ~ 23 -8i78.2~ 57 ~ 96 8770 8298~52 "8i8M~52 58~i4 S 88~28 E ~25~0 8780 8M0~8t -8188~8t 58.:~:~ S 88~M0 E M25~05 8790 8MO~. iO -8i94. iO 58.5t S 88~M2 8800 8~i4.~ -8i9~ 58.69 E("'W) J. 6t6~29 1624.'77 t~33~25 1~4i~74 i~50.22 8810 83i9.68 -8204.68 58.87 S 88.36 E 324.28 8820 8324.80 -8209.80 59.()f S 88.37 E 324~()4 8830 8329~87 -82t4.87 59.i4 8 88.38 E 323.80 8840 8334.94 -82i9.94 59.27 8 88.39 E ~23.56 8850 8340.0i -8225.0t 59.40 S 88.40 E 32~.32 8860 8345.09 -8230.09 59.5~ S 88~4t E ~23.08 8870 8350.t6 --8235.16 59.66 S 88.42 E 322.84 8880 8355.2~ -8240.23 59.79 8 88.4~ E 322.60 8890 8~60.30 -8245.30 59.92 8 88.44 E 322.~6 8900 8365.3? -8250.37 60.05 S 88.45 E 322.i2 i658~70 1667.29 i675~9(> 1693,i3 i'70t. 75 i710.36 i'?i8,97 i727.59 i'736.20 89i0 8370,44 -8255,44 60,08 $ 88,49 E 32i,9i 8920 8375,50 -8260,50 59.96 S 88,57 E 32i,73 8930 8380,56 -8265,56 59~85 S 88,65 E 32t,55 8940 8385,63 -8270.63 59.'73 S 88~73 E 32t,38 8950 8390~69 -8275,69 59,6t S 88,81 E 321.20 i744,82 i753.44 i762.07 i7'70.69 i779~3i 8960 8395~75 -8280,75 59~49 8 88,89 E 32i~02 8970 8400,8i -8285.8i 59~7 S 88,97 E ~20.84 8980 8405,87 -8290~87 59.25 8 89,05 E 320~66 8990 84i0,93 --8295,93 59,i3 8 89,i2 E 320,49 9000 84i6,08 -830i,08 58~96 S 89~22 E 320,35 i 78'?. 9'L~ 1'796.55 i805 ~ 18 t8t3,80 t 822.37 90i0 842i.4~ -8306,43 58.66 S 89.35 E 320.32 9020 8426,79 -83ti.79 58.35 S 89.48 E 320.29 9030 8432,i4 -83f7,t4 58.05 S 89.6t E 320.26 9040 8437,50 -8322~50 57.75 S 8~74 E ~20~22 9050 8442~85 -8327~85 57,44 S 89~87 E 320.i9 1830.81 t839.26 i847.70 i856,i4 i864.59 9060 8448,21 --8333,2i 57.i4 S 90.00 E ~20~16 9070 845~56 -8338,56 56.84 N 89~87 E 320.i3 9080 8458~9i -8343~9i 56,53 N 89,74 E 320.09 ~090 8464~27 -8~49~27 56~28 N 89~6t E 320~06 9t00 8469~91 -8354,9t 56.05 N 89.60 E 320.il i8'73.08 i88t~48 i889,92 t898.37 1906~62 9t10 8475~58 -.-8~56()~58 55~89 N ~i{9~6i E ~2()~16 9i20 848.t,25 -.8366~25 55.'?.~ N 89~61 E 320.22 9i30 8486,92 -837t,92 55~57 N 89.62 E 520.27 9i40 8492,59 -8377~59 55,4t N 89~62 E 320,33 1914~86 t923~10 i939.57 t947.80 WELL. : GF(ANITE POINT 22--13 RD S'¥t DATIE. M~RCH .t.t, i996 API:~ : ,~.";07:53200950i CALCLJLATION : MINIMUM CUF(VATUI~E: DR I F:T DR t FT ME:AS VERT SUBSEA ANGLE DIRECTION N(-S) 9160 8503~93 -8388.93 9170 8509~60 -8394~60 54~93 N 89~63 E S20~49 9i80 85i5~27 -8400~27 54~76 N 89~64 E S20~54 9i90 85~i~07 -8406~07 54~6i N 89~&3 E 320~60 9200 8526~95 -84ii~95 ~4~46 N 89~6~ E 320~66 92i0 8532.82 -84i'7.82 54.50 N 89~6i E 520.7J. 9220 8538.70 '-8423,70 54~t5 N 89~6i E S20,'77 9230 8544,58 -8429,58 54,00 N 89,60 E 32(),83 9240 8550,46 -8435,46 53,84 N 89.59 E 320,89 9250 8556,34 -844i~34 53~69 N 89,58 E 320,94 9260 8562.22 -8447.22 53.54 N 89.57 E 32i.00 9270 8568~i0 -8453.i0 53~39 N 89~56 E ~2t~06 9290 8579.99 -8464.99 53.27 N 89.48 E 32i.23 9~00 8585.98 -8470~98 53~26 N 89~42 E 32i.33 E(-W) i956~04 i964~2'? i972.5i i980.66 i988.75 i996.84 2004~92 2021.10 2029.i9 2037.28 2045.37 205~.43 206i.44 2069.45 93i0 859i.9~ --8476.9& 53.25 N 89.56 E ~2t.43 9320 8597.95 -8482~95 53~24 N 89.30 E 32i.53 9340 8609~9i -8494.9t 53.23 N 89~t9 E 32t.73 9360 862t.88 -8506.88 53~2i N 89.07 E 32i.9~ 9370 8627~87 -85i2.87 53~20 N 89.02 E S22.03 9380 8633~82 =85i8~82 53~26 N 88.98 E 322.i9 9390 8639.'7'7 -8524~77 53.32 N 88~94 E 522~35 9400 8645~7i -8530~7i 53~39 N 88.91E 322~5i 2077~47 2085~48 2093~49 2i0i~50 2ii7.52 2133.56 2i4t~60 2149.64 94i0 865i.66 -~8536~66 53.45 N 88~8'7 E 322~6'7 9420 8657.6i -8542.6i 53.51 N 88~84 E ~22.84 9430 8663.56 -8548.56 53.58 N 88~80 E 323.00 9440 8669.5i -8554.5i 53~64 N 88~77 E 323.i6 9450 8675.46 --8560.46 53.70 N 88.'75 E 323.32 2t57~68 2i65.7i 2i8i~79 2189.82 9460 8681~40 -8566.40 53.77 N 88.70 E 523.49 9470 8687~36 -8572.~6 53.75 N 88.67 E 32~6'7 9480 8693.54 -8578.34 53.65 N 88.64 E 32~.87 9490 8699~32 -8584.32 53~55 N 88~62 E 324.07 9500 8705.29 -8590.29 53.45 N 88~60 E 324~27 219'7.86 2205.89 22i3.90 222i.92 2229.93 95i0 8'?ii~27 -8596.27 53~35 N 88~57 E S24.47 9520 8717.24 -8602~24 53.24 N 88.55 E 324~67 9530 8723.22 -'8608.22 53.i4 N 88~53 E 324.87 9540 8729~i9 -86i4.i9 53.04 N 88.50 E 525.07 9550 87~5.17 -8620.17 52.74 N 88.48 E ~25.27 22~7~95 2245~96 2253~98 2262~00 2270~0i WELL AP I ~ MEAS 9560 95'70 958O 959O 9600 96t0 9620 9630 9640 · 9650 9660 9670 9680 9690 9700 97t0 9720 9730 9740 9750 9760 9770 9780 9790 9800 98t0 9820 9830 9840 9850 9860 9870 9880 9890 9900 99i0 9920 9930 9940 9950 : GRANITE F'OINT : 50733200950i VEl"'('/ 874i. 8747. 8'753.23 8'759.29 8'765.34 877i.40 8777.46 8783.52 8789.57 8795.63 8803..68 8807.71 88i3.74 88i9.77 8825.80 883i.83 8837.86 8843.89 8849.93 8855.95 886t.99 8868.04 8874.08 8880~t2 8886.i6 8892.2i 8898.25 8904.29 8910.34 89i6.40 8922.48 8928.57 8934.66 8940.'74 8946.83 8952.9i 8959.00 8965.09 897i.i7 8977.29 22-i3 RD STi DATE: MARCH ii, i996 [,'ALCULATION : MINIMUM CURVATURE DRIFT I)RIF:'T oUBSEA ANGLE DIRECTION N(-S) E(-W) --8626.i4 52.84 N 88.46 E 325.47 2278~03 -8652.18 52.80 N 88.41 E 325.7i 2286.00 -8638.23 52.'78 N 88.36 E 325.96 2293.95 -8644.29 52.76 N 88.3i E 326.20 230t.90 -8650.34 52.74 N 88.26 E 326.45 2309.86 -8656.40 -'8662.46 -8668.52 -8674.57 -8680.63 -8686.68 -8692.7i -8698.74 -8704.77 '"'87i0.80 -87i6.83 -8722~86 -8728.89 -8734.93 -8740~95 -8746.99 -875~.04 -8759~08 .-8'765~i2 -877i.i6 -8'789.29 -8795.34 -880i.40 -8807~48 -"88iS.57 -88i9.66 -8825.74 -8844.00 -8850.09 -8856.i7 '-8862.29 52.72 N 88.2i E 326.70 52.70 N 88.i6 E 326.95 52.68 N 88.ii E 327.20 52.66 N 88~06 E 327.45 52.65 N 88.0i E 327,69 52.64 N 87.97 E 327.95 52.70 N 8'7.99 E 328.22 52.76 N 88.0i E 328.49 52.82 N 88.03 E 328.76 52.88 N 88.05 E 329.02 52.94 N 88.07 E 329.29 53.00 N 88.09 E 329,56 53.05 N 88.1i E 329.83 53.ii N 88.i3 E 330.i0 53.i7 N 88~i5 E 330.37 55.05 N 88.24 E 330.83 52.98 N 88.29 E 33i.06 52.90 N 88.34 E 33i.29 52.82 N 88.38 E 33i.5i 52.74 N 88.43 E 52.66 N 88.48 E 53i.96 52.58 N 88.52 E 332.i9 52~50 N 88.57 E 52.45 N 88.58 E 352.64 52.4'7 N 88.55 E 332.85 52~48 N 88.5i E 333.07 52.49 N 88.47 E 535.29 52.50 N 88.43 E 333~5i 52.52 N 88.39 E 333.'73 52.55 N 88.35 E 52.54 N 88.3t E 52.55 N 88.28 E 334.39 52~5'? N 88.24 E 334~6i 52.5i N ~8.2~ E 23i'?.8i 2357.58 2365.55 23'73.52 238i.49 2389.47 239'7.44 2405.43. 24i3.38 242i.36 2429.33 243'?.30 2445.26 2453~22 246i~i9 2469.i5 247'7.i2 2485.08 2493.04 2501.0i 2508.96 25t6.89 2524~82 2532.75 2540.69 2548.62 2556.55 2564~48 25'72.4i 2580.34 RECEIVED APR 0 9 199 Al~,ska 0il & Gas Cons. C;ommission Anchorage WELL. : (.iRANITE POIN'¥ 22-t3 RI) Sli DATE: MARCH ii, J. 996 API~ : 50"75~20()9501 CAL_CULATION : MINIMUH CURVATURE DRIFT DRIFT MEAS VERT SUBGEA ANGLE D IRECI' ION N ( -S ) 9960 898S.4i -8868~4i 52.43 N 88.22 E 335.t0 9970 8989 ~ 54 -8874.54 52 9980 8995~66 -8880~66 9990 900i ,.79 -8886,. 79 i0000 900'7~9i -8892~9i 52~ii N 88~20 E S36~09 E(-W) 259~5 2~()4~05 26ii.95 26i9.85 2627~75 iOOiO 90i4~04 -8899~04 52.05 N 88.20 E i0020 9020~i6 --8905~16 5i~95 N 88~i9 E 5~6.58 i0030 9026~30 '-89ii~30 5i~87 N 88~19 E i00~0 9052.52 -89i7~52 5i.8i N 88~i8 E i0050 90J8.75 -"8925~73 5i.74 N 88.i7 E 2643~55 265i~44 2659~27 i0060 9044.95 -8929~95 5i.68 N 88.i? E 337.58 i0070 905i~i6 -8936.i6 5i.6i N 88.i6 E 337.84 i0080 9057.38 -8942.38 5i~54 N 88.i5 E 3~8~09 i0090 906S.59 -8948.59 5i.48 N 88.i4 E 538.54 iOiO0 9()69.8i -8954~8i 5i.4i N 88~i4 E 338~59 2674~95 2682~76 2690.59 2698.42 2706.25 iOiiO 9076.02 -.896i.02 5i.35 N 88.i5 E 538.84 iOi20 9082~24 -8967~24 5i~28 N 88~i2 E 339~i0 JOICO 9088.53 -8973~55 5i.i9 N 88~i5 E 359.33 iOi40 9094~85 -89'?9.85 5i~09 N 88.i9 E 3~9~56 · 0i50 9i0i~i8 -8986~i8 50.98 N 88~24 E 559.?8 272.4.08 272i.9i 2729~68 273'?.42 2745.17 i0i60 9i()'?~50 -'8992~50 50~88 N 88~28 E 540.0i iOlTO 9iiJ~82 -8998~82 50.78 N 88.32 E ~40.24 iOiSO 9i20~i4 -9005.i4 50,.68 N 88.37 E 540.46 iOigO 9i26.47 -'-90ii.47 50~58 N 88~4i E ~40~69 i0200 9i32.79 -90i7~79 50~47 N 88~45 E ~40~92 2752~9i 2760~65 2768~40 27'76~i4 2783~88 i02iO 9i39.i2 .-.9024.i2 50.5'? N 88.50 E 34i.t4 i0220 9i45.46 -9050.46 50.28 N 88.53 E 34i~57 10230 9i5i.88 -9036.88 50.25 N 88.5i E 54i.58 i0240 9i58.~0 -9045.30 50~i8 N 88~49 E 34i~78 i0250 9i64~72 -9049~72 50.i2 N 88.47 E 34i~99 2'79J.~65 2799~35 280'7~02 28i4.68 2822~34 i0260 9.tTJ.~14 -9056.i4 50.0'7 N 88~45 E 542.20 i0270 9i7'7.57 -9062~5'? 50~02 N 88.43 E 342.4i i0280 9i83~99 -9068.99 49.97 N 88.4i E S42.62 i0290 9i90~4i -90'75~4i 49~9i N 88~39 E 342.83 iOSO0 9i96.85 -908i.83 49.86 N 88.57 E 545.04 2830.00 283'?~6'? 2845.55 2852~99 2860.65 i()3iO 920~.25 -9088~25 49.81 N 88~55 i0320 9209.'?5 --9094.73 49~74 N 88.3i 10330 9216~25 -9i0i~23 49~67 N 88.26 i0340 9222~73 -~i07~73 49~6i N 88~20 2868~J2 2875.95 288~52 289i.i2 WliELI_ : GRAN.ITE: POINT 22-'J.S RD STi DATE: MARCH ii., i996 AF'I~ : 50'733200950i CAL. CULATION : MINIMJJM CUI~VATURIE DRIFT DRIFT MEAS VERT SUBSEA ANGLE DIRECTION N(-$) i0560 9'235."75 -9i2().73 49.47 N 88,.i0 E S44~50 i0570 9242.25 -9J. 27.2~] 49.40 N 88.04 E 544.75 i0~80 9248.75 -9i33.75 49.3~ N 87.99 E 345.00 iOS90 9255.22 --9i40.22 49.26 N 87.94 E ~45~25 i0400 926i.72 -9i46.~2 49.i9 N 87.89 E S45.50 E(-W) 2906~5i 29i5.9i i04iO 9268.25 -9i55.25 49.12 N t0420 92'54.83 -9i59.85 49.05 N 8'?.75 E 546,1i i0430 928t.42 '-9i66.42 48.98 N 8?.67 E 546.44 i0440 9288.0i -9i75.0i 48.90 N i0450 9294.59 -.9i79.59 48.83 N 8?.52 E 347.09 2944.27 295i~'79 2959~50 2966~82 29'74.54 10460 950i~i8 -9i86~f8 48.?6 N 8?.44 E 547.42 i0470 9507~'77 -..9i92.'77 48.69 N 87~5'? E 547.75 i0480 95i4.55 -9i99.55 48.62 N 87.29 E S48.08 i0490 9520.94 -9205.94 48.55 N 87.2t E 548.4i i0500 9527~52 -92i2~52 48~48 N 87~i4 E 548~74 i05i0 9554.J. 9 -9219.i9 48.40 N 87~35 E 548.99 i0520 9340.86 -9225.86 48.33 N 8'7.60 E 549.25 i05SO 9~47.55 ~-9232.53 48.25 N 87.85 E 349.47 t0540 9354.20 -9239.20 48.i8 N 88.i0 E 349.70 ~0550 9560~87 -9245.87 48.i0 N 88.34 E 549~94 i0560 9367.54 -9252.54 48.05 N 88.59 E 550.i8 i0570 9574.2i -9259.2i 47.95 N 88.84 E 350.42 i0580 9580~89 -9265.89 47.88 N 89.09 E -550.&6 i0590 9387.57 .-9272.57 47.85 N 89.22 E 550~82 i0600 9394.27 --9279~27 47.87 N 89.25 E 350.92 298i.86 2989~57 2996.89 5004.41 30ii.95 50i9.58 3026.82 ~054~2'7 304i~7i 5049~i6 5056.60 5064.05 507i.49 5078.9~ 5086.55 J. 06iO 9400.9'? -9285.97 47~89 N 89.25 E 55i.0i i0620 9407.6? -9292.67 47.9i N 89.26 E 55i.10 i0650 94i4~57 -9299.37 47.95 N 89.28 E 55i.i9 i0640 942i.06 -9506.06 47.95 N 89.50 E 55i.28 i0650 9427.76 -95t2.76 4?.97 N 89.5i E 551.58 310i.20 5i08.62 3ii6.05 5i23~47 i0660 9454.46 -98i9.46 47.99 N 89~55 E 55i.47 i06'70 9441~i6 -9526.i& 48~0i N 89.34 E 55i.56 -i0680 9447~86 -9552~86 48~0~ N 89~56 E 55i~65 i0690 9454~55 -9559.55 48.04 N 89.30 E 55i.'77 iO?O0 946I~25 -9346.23 48.06 N 89.05 E 55i.95 5i45~74 5160.6! i07i0 9467.9i ..-9~52.9i 48.08 N 88~8i E ~52.15 i0720 94'74.59 --9559~59 48.09 N 88.57 E 552.5i i0'750 948i.27 -9566.27 48.ii N 88.52 E 552.49 i0740 9487.95 -.9372.95 48.i5 N 88.08 E 552.67 10750 9494.&2 --9579.&2 48.i6 N 87.89 E 352.85 3i68.05 3i75.. 49 5i82~95 5i90~57 WE:El... : C¢'RANITE POINT 22'"12~ RD STi DATE: MARCH ii, i996 AI::'I~ : 50'7:53200950J. CALCULATION : MINIMUM CURVATURE DRIFT DRIFT MEAS YERT SUBSEA ANGLE DIRECTION N (-S) i0760 950i.22 '-9,~.86~22 48.55 N 88.-4.8 E ~55~0i 10770 9507.82 -9~92.82 48.55 N 88.47 E i0780 95i4.41 -9199.4i 48.74 N 88~78 E i0790 952i.0i -9406.0i 48.9] N 89.05 E i0800 9527.6[ -94i2.6i 49.i3 N 89.34 E 35~.68 E(-W) 3227~86 i08iO 9534.20 -.94t9~20 49~30 N 89.60 E 353.83 10820 9540.72 -9425.72 49.50 N 89.64 E 553.85 i0850 954?.24 -9452~24 49~50 N 89.68 E 553.84 i0840 9555~76 -9458.76 49.50 N 89.72 E 553.84 10850 9560.28 -9445.28 49~50 N 89.?& E 355.85 5250.47 5258.06 3265~64 i0860 9566.80 -945i~80 49.50 N 89.79 E ~55.86 i0870 9575~52 -9458.32 49.50 N 89.85 E 555~86 i0880 9579~84 -9464~84 49~50 N 89~87 E 555~87 i0890 9586~56 -947i~56 49~50 N 89~9i E 555~88 i0900 9592.89 -9477~89 49~50 N 89~95 E S53~88 5280.80 3288.58 3295.96 i09iO 9599~4i -9484.4i 49.50 N 89~98 E 555.89 i0920 9605~95 -9490~95 49.50 S 89~98 E 555.90 i0950 96i2~45 -9497~45 49.50 S 89~94 E 555.90 t0940 96i8.97 -9505.97 49~50 S 89.90 E S55.9i ~0950 9625~49 --95i0.49 49.50 S 89.86 E 355.92 55i8~7i ~526~29 554i~45 5549~05 i0960 9652.0i --95i'?.0i 49.50 S 89.85 E 555.92 i0970 9658.55 -9523.55 49~50 S 89~79 E 553.95 i0980 9645.05 -9550.05 49.50 S 89.75 E 555.94 i0990 965i~57 -9556~57 49^30 S 89.7i E 555.94 ii000 9658.18 -9545.15 49.22 S 89.89 E 555.99 ilOiO 9664~'?0 .-9549~70 49.09 N 89~8~ E S54.06 1i020 967i~26 -9556~26 48~97 N 89~56 E 354~i2 iiO50 9677~85 -9562~85 48~85 N 89~28 E 554.i9 i1040 9684.59 -9569~59 48~73 N 89~00 E 554~25 ii050 9690~96 -9575~96 48.6i N 88~75 E 354.52 340i.99 5409~53 3417~07 3424~6i ii060 9697.58 -9582.58 48.59 N 88.87 E 354.36 ii070 9704~20 -9589~20 48.58 N 89.07 E S54.40 ii080 9'?i0~82 -9595~82 48.57 N 89~26 E S54.44 £i090 9717.44 -9602.44 48.56 N 89.45 E 354.48 iiiO0 9724~06 -9609.06 48.55 N 89.64 E 554.52 3452~ii 544'7.i0 3454~59 5462.09 i.tiiO 97~0~68 -"96i5.68 48.54 N 89.83 E 554.56 iii20 9757.50 -9622~30 48.53 S 89~97 E 554.60 iiiSO 9745.92 -9628.92 48.52 8 89~78 E 554.64 iii40 9750.54 -9635.54 48.5i S 89.59 E 354.67 iii50 9757.i6 --9642.i6 48.50 S 89.40 E ~54.'7~. 3469~58 5477.08 ~484~57 5492.07 WIEL. L. MEAS i60 iiiTO i80 iiigo 200 ii2iO ii220 ii2~O ii240 ii250 ii2&O ii270 ii280 ii290 ii300 ii3iO ii320 ii330 ti340 1i350 i i 360 i .t370 i i 380 i i390 i i 400 ii4iO ii420 ii430 ii440 ii450 ii460 ii4?O ii480 ii490 ii500 ii5iO ii520 ii530 ii540 ii550 : (~.RANITE: F'OINT : 50755200950i VERT 9??0.45 9777.ii 9783.77 9790.43 9?97.09 9803.75 98i0~4i 98i7.07 9823.6? 9836~80 9849~93 9856~50 9863~07 9869~63 9876~20 9882~'77 9889.34 9895~88 9902~2i 9908~43 99i4~36 9920~30 9926.24 9932~i8 9938.i2 9944.06 9950.00 9955~69 996i~28 9966.86 9972~45 99'78~04 998~62 9989~20 9994~79 i0000.38 i0005~89 22-'iL5 RI) 8Ti DATE: MARCH ii, i996 CA[..CULATION : MINIMUM CURVATURE= D R I F' T D R I F T SUBSEA ANGLE DIRECTION N ( -S ) E ( -W ) -9648.80 48.4'7 $ 89~30 E 354~69 3507~04 -9655~45 48~42 S 89.29 E 354.59 S5i4~50 '-9662.ii 48.36 S 89.29 E 354.50 352i.96 -9668.77 48~30 S 89.28 E 354.40 3529.42 -9675~43 48.25 S 89~27 E 354.3i 3536.88 -'.9682~09 ""9688~75 -9695~4i -9702.07 -'9708.67 .-972i.80 -9?28.3? -9734.93 -974i~50 .-9748~07 -9754.63 -976i~20 -976?.7'7 -9'7?4.34 -9780~88 -978'7~2i -9793.43 -9'799.36 -9805.30 -98ii.24 --98i'7.i8 -9823.t2 --9829.0& -9835.00 -9840.69 -9846~28 -985i.86 -985'7~45 -9863.04 -9868.62 -98'74~20 -9879.?9 -9885.38 -9890.89 48.i9 S 89.27 E ~54~2i 48~i5 S 89.26 E 354~12 48~08 S 89~26 E 354~()3 48~02 S 89.25 E 553.93 48~i0 S 89.26 E 353~84 48~26 S 89~28 E 353~76 48~4~ S 89~3i E 555.68 48.59 S 89~33 E 353.60 48.95 S 89.37 E 355~43 49.09 8 89~39 E ~53.35 49.26 S 89~42 E 353.2'7 49~42 S 89~44 E 353.i9 49~59 S 89~4& E 353.ii 49~75 S 89~48 E 353.02 49~99 S 89~46 E 552~94 50.88 S 89~08 E 352~82 5i.66 S 88.84 E 352~'?i 52~20 8 88.93 E 352~59 52~74 S 89.03 E 352.48 53~28 S 89~i3 E 352~37 55~82 S 89~22 E 552.25 54~36 S 89~32 E 352.i4 54.90 $ 89.42 E 352.02 55.44 S 89~5t E 35i~9i 55~67 S 89.74 E S5i~9'7 55~'76 N 89~96 E 552.i0 55~86 N 89.6? E 352~24 55.95 N 89.38 E 352.38 56~05 N 89~08 E 352~51 56.i4 N 88.'79 E 352~65 56.25 N 88~50 E 352~78 56.33 N 88~2i E 552.92 56.42 N 8'?~9i E 353.05 56~58 N 87~6'7 E ~53.24 RECEIVED APR 0 9 199G Al~,sk~ Oil & G~s Oon~. Commission Anchorsge J55i~80 3559~26 3566~'72 3574.23 358i~77 3589~3i 3596.85 36ii.9~ 3627~0i 3634.55 3642.09 3649.63 3664.95 36'72~76 3680.80 3688.84 5696~88 3704~92 3'7i2~96 372i.00 3729~04 3762.i4 3'770.43 5'778.7~5 578'7 ~ 02 3'795 ~ 3 i 3803.60 38i i. 94 WELL : L~RANI'rE POINT 22-i3 RD STI DATE: MARCH fi, i996 AF'I~: : ,.~07o,]~:()()~,~0i CAI..CUI...ATION : MINIMUM CURVATURE DRIFT DRIF'T MEA8 VERT SUBSEA ANGLE D I RECT I ON N ( -S ) 1i5~%0 iOOii~.t5 -9896~i5 56~96 N 8-/.64 E ii570 t00i6.40 -9901,40 57.35 N 87,6i E i1590 10026~9i -991i.9i 58,i2 N 87~54 E 354~7J. ii600 i00~2~i7 -99i7.17 58~50 N 87~5i E ---~.. 4~. 58.89 N 87.47 E ~55.44 i1620 i0042.68 -'-9927~8 59~27 N 87.44 E 355.8i ii6~O i004'7.95 -99J2~gJ 59~66 N 87~4i E ii640 iO05J~19 --9938~i9 6()~0~ N 87~37 E ii650 i0057.86 -9942.86 60.54 N 8'7.64 E J56.74 ii660 i0062.47 --9947~4'? 6i,06 N 87.95 E i1670 J. 0067,08 -9952.08 6i.57 N 88,26 E i~680 i007i.69 -9~56~69 62.09 N 88.56 E 357.27 ii690 i0076,30 -996i.~0 62,60 N 88.87 E ~57.44 iiTO0 i0080,9i -9965,9i 6~,12 N 89.J. 7 E 357.62 E(-W) 382.0.44 ;~828.93 S8~'? ,. 4~ 3845 ,, 93 3854 ,, 43 3862.92 ~888 ~ 42 3897 ~ 25 ~906 ,. i2 ~i4.99 ~9~2 ~ 72 394i ~ 59 ii'?iO i0085,52 -9970~52 63.63 N 89.48 E 357.79 ii720 i0090.i3 -9975.i3 64.i5 N 89.78 E 357.97 'iiT~O i0094,73 -9979,73 64,&6 8 89.9i E 358.i4 ~i750 i0i03.28 -9988,28 65.26 8 89,94 E 358.38 iiT&O i0i07.36 -9992~36 65~44 N 89.87 E 358,47 ii790 i0ii9.63 -i0004.6 65,99 N 89.3i E 358.74 ii800 10!23,72 -i0008,? 66,i7 N 89,i3 E 358,83 3968.20 3986.26 4004~5i 40i3.64 4022,76 403i.89 ii8iO i()i2'?~8i -i00J. 2~8 66,35 N 88.94 E 358,92 ii820 i0i31.90 --J. 00i6.9 66.54 N 88.'76 E 359.0J. i1840 i0i39~52 -10024.5 6'7~27 N 88~74 E 359~2~ ii850 iOi4~.lO -10028~i 67.80 N 88.88 E 359,36 ii860 i0146~68 --iO0~i.6 68.32 N 89.01E 359,48 ii870 i0i50,25 -i0035,2 68,84 N 89.i5 E 359,6i ii880 i0153.83 -10038.8 69.36 N 89,29 E 359.74 i1890 i0i57.4i -i0042.4 69.89 N 89.43 E 359,87 iigo0 i0i60.99 --i0045.9 70,4i N 89.56 E 360.00 404i~0i 4050.i3 4059.28 4068,6i 4077.95 4087,28 4096.6i 4ii5.28 4i24.6i 4.t. 3Z~. 95 4.t. 62.52 4i72. i2 WELL : GRANITE F'OINT 22'"i3 RI) s'ri DATE: MARCH ii, i996 ARIS : 507332009501 CAL. CULATION : MINIM[JM CURVAI'URE DRIFT DRIFT MEAS VERT SUBSEA ANGLE DIRECTION N(-S) ii960 i()i79.20 -i0064.2 73.49 8 89~62 E 359.9i 1i970 i0i82.00 -i0067.0 74.00 S 89.48 E 359.84 ii980 t0i84.80 -i0069.8 74~5i 8 89~34 E 359.76 ii990 t0i87.6t -t0072.6 75.02 S 89.2i E 359.69 i2000 i0i90.4i -i0075.4 75.53 8 89.07 E 359.6i E(-W) 4i8i.?i 4200.90 42i0.50 4220.09 i20iO i0i93.2i -i0078.2 76.04 8 88.93 E 359.53 i2020 i0195~50 -10080~5 76.43 8 88.9& E 359.~8 i20~0 i0i97~73 -i0082~7 76.80 8 89~00 E ~59.2I 12040 i0i99~96 -J. 0084.9 77.i8 8 89.04 E 359.05 i2050 10202~20 -i0087.2 77~56 S 89~0~ E 358.89 4229.69 4239~42 4249~i7 4258~9i 4268~66 i2060 i0204~43 -i0089~4 77~93 $ 89~i3 E 358.72 i2070 10206.38 -i009i.3 78.35 S 89.33 E 358.71 i2080 i0208~07 -i0093~0 78.8i 8 89.68 E 358.88 i2090 i0209.76 -i0094.7 79.27 N 89.97 E 358.99 i2100 102i1~45 -10096.4 79.73 N 89.6i E 359.i3 42'78~40 4288.20 4298~05 430'?.9i 43i7~76 i2iiO t02i~.l~ -i0098.i 80.i9 N 89.26 E ~59.28 i2120 102i4.82 -10099.8 80~65 N 88.9i E 359~42 i2i30 i02i6~5i -iOiOi~5 8i.it N 88.55 E 359.56 %2i40 i02i8.20 -i0i03.2 81.57 N 88.20 E ~59.70 ~2i50 i02i9~88 -~i0i04.8 82~04 N 87~85 E 359~84 4347~3i 4367.02 i2i60 1022f~52 --I0i()6~5 82.46 N 87.49 E 360.()~ i2i70 i0222~75 -lOiO'?.? 82.59 N 87~i3 E 360.69 i2i80 i022~98 -i0i08.9 82.73 N 86~77 E 36i.~5 i2i90 i0225.2i -iOiiO.2 82.86 N 86.40 E ~62~0i i2200 i0226.44 --iOiii~4 82.99 N 86.04 E 362.67 4386~77 4396.67 4406~57 44i6.47 i22i0 i0227.67 -i0i12.6 8~^i2 N 85.68 E 363.34 i2220 i0228.90 "i()il3~ 83.25 N 85.3i E 364.00 i2240 i023i~34 -iOiiA~3 8~7 N 84.78 E ~65~52 i2250 i02~2~52 -i0ii7.5 8~30 N 84.69 E 366.46 4426.38 4436.28 4446.!8 4456~07 4465.95 i2260 i(>233~'7i -i0ii8~7 8~23 N 84.60 E ~67.4i 12270 i0234.90 -i0i19.9 83~i6 N 84~52 E 368~36 i2280 i0236.09 --iOi2i.O 83.09 N 84.43 E 369~i i2290 i02~7~28 --i0i22~2 83.02 N 84.~4 E 370~25 i2300 10238.47 -i0i23~4 82.,95 N 84.25 E 37i.20 44'75.8~ 4485.'?i 44e5.60 4505.48 45i5.36 i23i0 i0239~8i -10i24.8 82~74 N 84~04 E 372~30 i2320 i024i.29 -i0i26.2 82.39 N 83.69 E 373.54 i2~0 i0242.78 -'i0i27.7 82~04 N 83.34 E 374.78 i2340 i0244~26 --i0i29~2 8i.69 N 83.00 E 376.03 i2350 i0245~75 -i0i30~7 8i~34 N 8~&5 E ~'77~27 4525~2i 4535~02 4544.83 4554~64 WELL : GRANITE POINT 22-i~'J RD ST1 DATE: MARCH i.t~ i996 AF'I.~ : ,~50'ZS~2009~:';0I CALCtJLATION : MINIMUM CURVATURE DRIFT DRIFT MEAS YERT SUBSEA ANGLE DIRECTION N (-S) i2S60 i0247~2S -i0iS2~2 80~99 N 82~S0 E ~'78~5i i2S70 t0248~?i -.tOISS~7 80.6S N 81~95 E S79~76 1~S80 i0~0~0 -iOiS~ 80~8 N 8i,6i E S8i~00 i2~90 i025i~8i -i0i~6~8 -/9~86 N 8i~i9 E S82~S6 i2400 i025~92 -i0i38~9 79~i6 N 80~5i E 384~i9 E(-W) 45'74 ~ 25 4584.06 4593.87 4603 ~ 64 46i3~23 t24i0 10256.0~ -iOl4i~O 78,46 N 79,83 E 386.0t i2420 10258,i4 -i0143.i 7?.'?5 N 79.14 E S87,84 i24~0 i0260,25 -i0i45~2 77,05 N 78,46 E S89,66 12440 i0262,36 -10i47,3 76.35 N 77.77 E S91,49 i2450 i0264~47 -i0i49,4 75,65 N 77,09 E 393.32 4642~03 466i,22 12460 i0267~i2 -i0i52,i 75.3i N '76,53 E S95,74 i2470 10269~77 -t0i54~7 74,97 N 75,98 E 398.17 i2480 i0272,4i -i0i57~4 74,63 N 75.42 E 400,59 i2490 i0275.07 -10i60~0 74.~0 N 74~86 E 40S,02 i2500 i027'?,71 -i0162~7 73,96 N 74~31E 405,44 4670.55 46'79.88 4689~2i 4698~54 470'7,88 12510 10280,~6 --iOi6~ 73.62 N 7S,75 E 407.87 i2520 10283~t9 -i0i68~i 73.6i N 73,73 E 4i0.56 i2530 i0286,02 --iOi7i,O 73.60 N 73,7i E 4i3.26 12540 i0288.84 -i0i7~8 73.59 N 7~69 E 4i5,95 i2550 i029i.67 -i0i76,6 73,58 N 73,68 E 418,65 47i'?~20 4726,4i 4735,62 4'744.82 4754.0~ i2560 i0294,49 -t0i'79,4 73.57 N 73.66 E 421,S4 i2570 t0297~32 -i0i82~S 73~56 N 73~64 5 424~0S i2580 iOSO0,t7 -t0i85,i 73.53 N 73.54 E 426,80 i2590 iOSOa,04 -..i0i88,0 73,48 N 73,~7 E 429.65 12600 10305.9i -i0i90,9 73.43 N 7S.20 E 432.49 4763~23 4772~44 478i~62 4790.76 4799.91 i26i0 t0S08,'79 .... i0i93,7 73.39 N '7~,03 E 435.3~ i2620 10S1i,66 -10196,6 7S.~4 N 72~85 E 438.18 12630 1()3i4,5~ -I0199,5 73,29 N 72,68 E 44i,02 i2640 i03i7.4i -i0202~4 73.25 N 72.5i E 443,87 i2650 i0~20~28 -10205,2 73~20 N 72.34 E 446,7i 4809.05 48i8,20 482'?,35 48~6.49 4845,64 i2660 i0323~i5 -i0208~i 7~.i5 N 72.i6 £ 449.55 12670 i0326~02 --102ti~0 73.it N ?i.99 E 452.40 i2680 i0328~89 -'i02i3~8 73,06 N 7i,82 E 455,24 i2690 i0331,82 -i02i6~8 7S,05 N 71,74 E 458,28 i2'?00 i0~34,74 '-i02t9.7 73.04 N '7i,66 E 46t.32 4854.79 48'73.07 4882.i4 489i.2i i27i0 t0~'7~66 -i0222.6 7S.05 N 7i.58 E 464.~5 12720 t0S40~58 --t0225.5 73.02 N 71.50 E 467.39 i2730 i0343~50 -i0228.5 7S.Oi N 7i.42 E 470.43 i2740 i0346,42 -i023i~4 75,00 N 7t,34 E 4'75,46 i2750 i0349~34 --i0234.3 72~99 N 7i~25 E 476~50 4900.28 4909.35 4918.42 4927.49 49S&.55 WELL : GRANITE POINT 22""13 RD Sl"i DAI"E: MARCH ii, i996 AF'I~ : 5073320095()i CAL.CUL. ATION : MINIMUM CURVATURE MEAS i2760 i2770 i 2780 i2790 i2~00 i28i0 i2820 i28~0 i2840 i2850 i2860 i2870 i2880 i2890 i2900 i29i0 i2920 :29~0 12940 i2950 i2960 i2970 i2980 i2990 i3000 i30i0 i3020 i30~0 i3040 i3050 i30&O i3070 i3080 13090 i3100 VERT i0352.26 10355.20 i0358.i6 i036i.i2 i0364.07 i0367.03 i0372.94 i0375.90 i03'78.85 i038i.8i i0384.79 i0387.85 i0397.04 i0400.ii i0403.t7 i0406.24 i0409.30 i04i2~37 J, 0415~43 i0418~50 i042i.56 i0424.62 J, 042'7~69 i0430.75 10436.88 i0439~95 i0443.08 i0446~33 f0449.58 i0452.83 10456.08 i0462~58 i0465.82 i0469~07 i04'72.34 i3iiO i3i20 i3i30 i3i40 i3i50 DRIFT DRIFT SUB,.EA ANGLE DIRECTION N(-S) E(-W) --i02~7.2 72.98 N 'Ff~t7 E: 479.54 4~45.63 -10240.2 72.96 N 7i.i5 E 482.61 4954.67 -'i0243.1 72.92 N 7i.i5 E 485.70 4963.'?i -i0246.i 72~89 N 71.i4 E 488.79 4972.75 -i0249.0 72.86 N 71.14 E 49i~88 4981~'79 -i0252.0 72.82 N 7i~i4 E 494~96 -10254~9 72.'79 N '7i~i4 E 498.05 -i0257.9 72.'76 N 71.i4 E 501.i4 -10260.9 '?2~'72 N 7t.i4 E 504.23 --i0263.8 72.69 N '?t.i3 E 507.32 4990.83 4999.87 5008.91 50i7.95 5026.99 ""i0266.8 72.66 N '7i.13 E 510.40 -10269.7 72.62 N 7i~i2 E 513.50 -10272.8 72i57 N 7i.08 E 516.64 · -i0275.9 72.52 N 7i.04 E 5i9.77 --10278~9 72.47 N 7t.0i E 522~9i 5036.03 5045.06 5054.05 5063.04 5072.02 -'i0282.0 72.42 N 70.97 E: 526.04 -i0285.i 72.37 N '70~93 E 529.i8 ~i0288.i -72~2 N 70.89 E 532.32 -i029i.2 72.27 N 70~85 E 535.45 -i0294~3 72~22 N 70.8i E 538.59 --i029'?.~ 72.i7 N 70.77 E 54i.72 -i0~00.4 72.ii N 70~'73 E 544~86 -i0303.5 -72~06 N 70.70 E 547~99 -i03()6.5 72.0i N 70.66 E 551.i3 -i0509.6 7i.96 N 70.62 E 554.27 508i ~ Ot 5090. O0 5098.98 5i07.97 5ii6.96 5125.95 5i4~92 5i52.9i 5i6i~89 -i03i2.6 7i.9i N '7()~58 E 557.40 --105i5.7 7i.86 N 7()~54 E 560.54 -i03i8.8 7i.8i N 7().50 E 56~67 -i032i.8 7i.76 N 70.46 E 566.8i -i0324.9 7i.7f N 70.42 E 569.94 5i70 ~ 88 5179 ~ 8'7 5i88 ~ 86 5i9'7 ~ 84 5206. i..l~ -i0328.0 7i.62 N 70~40 E 573.i0 -i033i~ 7i~49 N 70~38 E: 576.28 --10534.5 7i.35 N 70.37 E 579~46 -i033'7.8 7i~2i N '70~36 E 582~64 --i034i.0 7i.07 N '7()~35 E 585.82 52i5.79 5224~69 5255.60 5242.50 525i.4i · --i0544.3 70.93 N '7().34 E 589.00 · --i0347.5 70.79 N 7()~32 E 592~t8 -10~50.8 70.65 N 70.3i E 595.37 -5.0354.0 70.5i N 70.30 E 598.55 -i0~57.~ 70.40 N 70.29 E &0i.72 5260.32 5269~22 5278.i3 5287.04 5295~9J RECEIVED APR 0 9 1996 Al~,ska Oil & Gas Cons. commission Anchorage WELL : (:;R~N:I:TE: F:'OINT ,:~_o.. '-' ~'~':. 'i,5 RD STi DATI'"':: MARCN li~ 1996 AF'I$ : ~,O?~Z~....OO:?,.K)i CALC'LJLATION : MINIMUM CUI:~VATUI'"(E DRIFT DRIFT ME:AS VERT SUBSEA ANGLE DIRECTION N (--S) i3i60 i04-75.69 -i0360.6 7()~4i N '?0~:~2 E 6()4~88 i3i70 i0479~04 -i0364~0 70~42 N 70~34 E 608~()5 i3i80 i0482~8 -i036'7,3 70~43 N 70~36 E 61i.2i iSigO i0485.73 -i0370.7 70.44 N 70~38 E 6i4.37 i3200 i0489~07 -i0374.0 70~45 N 70~40 5 617.53 E(-W) 5~04.8i 53i3~69 5322,57 5340 ~ 32 i32i0 i0492.42 -.t()377 . 4 70 ~ 46 N 70 . 42 E 620 . 69 i3220 i0495~77 ~-i0380~7 ?0~47 N '70~44 E 62~85 i3230 i0499~ii -i0384.i 70.48 N '70.47 E 62'7~0i i~240 i0502.46 '-i0387~4 70.49 N '70~49 E 6~0.J. 7 i~250 i0505.80 -i0390~8 70~50 N 70~51 E 635.33 5349~20 5358.07 5366~95 5375.83 5384,7i i3260 i0509.i5 -i0394.i 70~49 N '70~48 E 6~6~50 i3270 i05i2.50 -10~97.5 70~48 N 70.45 E 639.67 i3280 i05i5~85 -i0400.8 70~46 N '70.42 E 642.84 i3290 i05i9.20 '-i0404.2 70~45 N 70~39 5 646.00 i3300 10522.55 --i0407~5 7()~44 N 70~36 E 649.i7 5393~58 5402.46 54ii.33 5420~20 5429~08 i33i0 i0525.89 -i04i0~8 '70.42 N 70~33 E 652.34 i3320 I0529.24 -i04i4~2 70~4i N 70.30 E 655.5i i3330 i0532.59 -i04i7.5 70~40 N 70.27 E 658.68 i3340 i0535.94 -i0420~9 70~38 N 70.23 E 66i~84 13350 i0539~29 -i0424~2 70~37 N 70~20 H 665.0i 5437~95 5446.82 5455~?0 5464.57 5473.45 i3360 i0542~6i -i0427.6 '?0.42 N 70~09 E: 668.28 i;.~370 .t0545~92 .... i()430~9 70~4'7 N 69.98 E 6'7.t~57 i3380 10549.24 -i0434~2 70.53 N 69~86 E 6'74.85 i3390 i0552~55 '-.t0437~5 70~59 N 69~74 E 6-/8~i~ i3400 i0555~87 '-i0440.8 70.64 N 69~62 E 68i~42 5482 ~ 29 549i ~ i4 5499.98 5508,82 55i7 ~ 67 t34i0 i0559~19 --.t0444~1 70~70 N 69~5i E 684.'70 i3420 i0562~50 -.t0447~5 70.'7.5 N 69.39 E 68'/~98 i3430 i0t~65~82 --i0450.8 70.8i N 69.27 g 69i.26 i3440 i0569~i3 .-i0454~i ?0~86 N 69.i5 E 694~55 i3450 105'72~4i --10457~4 70~94 N 69~12 E 697.85 5526~5i 5535~36 5544~20 5553.05 556i~9i 5570~80 5579.69 5588,59 5597~48 5606.38 5624~i6 5633.06 5642~01 5&50.g'7 MEA8 i3560 13570 13580 i3590 i3600 i36i0 i3620 i3640 i3650 i3660 i~670 i3680 i~700 i37i0 i3720 i3740 i3760 i5770 i3780 i37~0 i3800 i38t0 i3820 i3821 : [d:qANIl'E I::'OIN'¥ : o0 733,.:.0(, 9,.~0J. VERI' i060'7.23 i()6i9.63 i0622~'72 i0625.82 10628.92 i0632.0i i0635.i0 i064i~28 i0644.37 i0647.46 i0650~55 i0659.90 i()666~i6 i0672~52 i06'78~69 i068i.75 i0684~8i i0687.88 i0688~i8 22-..i E~, RI) S'T'i I)A'T'E: MARCH ii ~ i996 CAL. CULATION : MINIMUM L4JI',,VAIURI=. DRIFT DRIFT 8UBSE. A ANGI..E] D I RI::.CT I ON N ( -8 ) .E. ( ""W ) · .-i0492.2 7i~9~5 N 70.49 [.-] 733.~;6 5659~9E~ .... i0495~S 7J.~94 N '70~47 E 7S6,'7A 5668~89 -i0498,.4 7i~95 N 70,4~ E 739.92 5677,85 .... i050i.5 7i.96 N 70.44 E 74S.i0 5686~8i -i0504.,6 7i~9'F N 70~42 E 746.28 5695.77 0507 ~ '? · --i 05i 0 . 8 · "i05i3 ~ 9 -i05i7 ~ 0 0520 ~ i · -. i ()523 -i 0526 --i0529 - i 0532 - i 0535 ~.'i0538.6 -J. 054i~? -'i0544.9 -i0548.0 -i055i~i -i0554 - t 0557 -- i 0560 -i0563 --i0o66 · - i 0569., 8 - i 0572 ~ 8 -i05'73 ,. i 7i.98 N '70.4i E 749.46 7i.99 N 70.39 E 752.64 72~00 N 70~8 E 755~83 72~00 N 70.33 E 759.04 72.00 N 70.29 E 762.26 72~00 N 70.25 E 765.48 72.00 N '70,2i EE 768~70 72.00 N '70.i7 E 77i~92 72.00 N 70.i3 E 775.i4 72.00 N 70.09 E 778.35 ?i.9'? N 70.05 E 78i.58 7:L.8'7 N 70~03 E 784.85 7i.77 N 70.0i E '788~07 '7i.67 N 69.,.99 E. 79i~32 7i~57 N 70.0i E 794.56 '7t~47 N 70~22 E 797.77 7i.36 N 70~43 E 800~97 7i.53 N 70.5i E 804.i6 7i~89 N 70~5i 5 80'7.33 72.25 N 70.50 E 8i0.5i '72~6i N 70.50 E 8i3.69 72~96 N 70~50 E 8i6~86 73.00 N 70.30 E 8i7.i8 5'704,73 5'7i3.69 5722 ~ 65 573i. 60 5740.55 5749.50 5758.45 576'7.59 5776.34 5785.29 5'794~2~ 5803~i6 58i2~09 582i~02 582~.94 5838 ~ 86 5847 ,. 79 5856.74 5865.7 i 5874,68 5883.66 5892~63 5893~52 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS ,. Type of Request: Abandon: x Suspend: Operation shutdown: Re-enter suspended wel,: Alter casing: Repair well: Plugging: Time extension: Stimulate: Change approved program: Pull tubing: x Variance: Perforate: Other: 2 Name of Operator 5. Type of well: 6. Datum elevation (DF or KB) Union Oil Company of California (UNOCAL) Development: x 115' RKB above MSL feet 3. Address Exploratory: 7. Unit or Property name Stratigraphic: P.O. Box 196247 Anchorage, AK 99519 Service: Granite Point Field 4. Location of well at surface Leg #3, Slot #2 8. Well number 2379' FNL. 1375' FWL, Sec. 13, T10N, R12W, SM 22-13RD ADL 18761 At top of productive interval 9. Permit number 2025' FNL' 357' FEL' Sec' 13' T10N' R12W' SM OF Ii INAL At effective depth 10. APl number 50- 733-20095-01 At total depth 11. Yield/Pool 1562' FNL, 1989' FWL, Sec. 16, T1 ON, R11W, SM Granite Point Field 12. Present well condition summary Total depth: measured 13821 feet Plugs (measured) true vertical 10689 feet Effective depth: measured 13731 feet Junk (measured) true vertical 10660 feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor 247 26" Driven 294 294 Surface 553 1 $" 1050 sx 600 600 Intermediate 3942 13-3/8" 668 sx 3989 3975 Production 9370 9-5/8" 8645 sx 9417 8653 Liner 5017 7" 9755 sx 11377 9906 1538 4-1/2" Slotted Liner 12753 10350 ~,,G.~.,~ -' _ . - Perforation depth: measured978 3-1/2" Slotted Liner 13731 Slotted liner true verticalAPR 04 1996 Tubing (size, grade, and measured depth) 3-1/2", 9.2~, N-80 268' MD ...... ~ ~ ~'^ ,;.e ' 2-7/8, 6.4/t N-80 10,407' MD AJaska 0 & Packers and SSSV (type and measured depth) MHS packer @ 10364' MD 13 Attachements Description summary of proposal: x Detailed operations program: BOP sketch: x 14. Estimated date for commencing operation 15. Status of well classification as: April 5, 1996 16. If proposal well verbally approved: Oil: x Gas: Suspended: Name of approver Date approved Service: Signed. G. Russell Schmidtl .~q-~.a.~ ~..~.~'1~: Drilling Manager Date: 4/3196 FOR COMMISSION USE ONLY Conditions of approval' Notify Commission so representative may witness IApproval ~n Plug ,ntegnty. ~ BOP *est . Locat,on clearance Mechanical Integdty Test Subsequent form required 10- ~'-~ ~ppro¥od Original Signed By ,41~.t~,,~ed David W. Johnston .o .ero,,.eComm,.s,o.er Comm,..,oner a,e Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE #OCAL ) GRANITE POINT PLATFORM WELL # 22-13 RD ACTUAL COMPLETION AS OF 2/27/96 KB = 42.3' CASING AND TUBING DETAIL SIZE WT GRADE CONN TOP BOTTOM 26" Inside Conductor 47 294 18" 47 600 13-3/8" 61 J-55 47 3,989 9-5/8" 40-43.5 N-80 47 9417 Window Cut in 9-5/8" 6,643 6,670 Baker SC-IR PKR and TIW Seal Assy. 6,287 6,368 WITH 1 JT of 7" 29# CSG between. 7" 29 L-80 BTC 6,360 11,377 4-1/2" 12.6 L-80 SC-BTC 11,215 __ 1~2~753 3-1/2" 9.2 J-55/N-80 SC-BTC 12,753 13,731 NOTE: 4-1/2" and 3-1/2" -- slotted liner Tubing 3-1/2" 9.2 N-80 BTC 42.3 268 2-7/8" 6.4 N-80 SC BTC 331.9 10,407 5-8 JEWELRY DETAIL NO. DEPTH ITEM 1 268' 2 303' 4 6 7 8 9 10 TYONEK C-5 SAND 10,29~_ 10,335' 10,338' 10,342' 10,364' 10,385' 10,407 Camco W/L Retrievable SCSSV Nipple: ID = 2.750" 3-1/2" X 2-7/8" XO ID = 2.378" 5.5" OD MMM GLM's w/ILK Latch 1,991', 3,267', 4,411', 5,424', 6,160', 4.75" OD KBMM GLM's 6,800', 7,438', 8,239', 9,327', 10,254' I-IE~ S_XU Durasleev?_ ID = 2.313" No Go Locator Top of PBR Ratchlatch Seal Unit HES MHS Packer "X" Profile Nipple Wireline Re-entry Guide/Pump out Plug PERFORATION DATA TOP BTM ZONE SPF DATE COMMENTS SLOTTED LINER TI)-- 13,821' MAX HOLE ANGLE = 83° O :~)RILLING\SCHEMATIC\GP\GPl~G2213RF2.DOC DRAWN BY: MWD dOCAL ) GRANITE POINT PLATFORM WELL # 22-13 RD PROPOSED ABANDONMENT KB = 42.3' or 115' RKB from MSL L 'x SIZE WT CASING AND TUBING DETAIL GRADE CONN TOP BOTTOM 26" Inside Conductor 47 294 18" 47 600 13-3/8" 61 J-55 47 3,989 9-5/8" 40-43.5N-80 47 9417 -- Window Cut in 9-5/8"' 6,643 6,670 Baker CPH Liner Top Packer 6,350 6,360 7" 29 L-80 BTC 6,360 11,377 4-1/2" 12.6 L-80 SC-BTC 11,215 12,753 3-1/2" 9.2 J-55/N-80 SC-BTC 12,753 13,731 NOTE: 4-1/2" and 3-1/2" = slotted liner Cement Plug: 11,327' to 11,87,7' Abandon slotted liner and provide kick- off plug for Redrill #2. JEWELRY DETAIL NO. DEPTH ITEM 11,327 T.O.C. 11,877' Cut 4-1/2" ~lotted Liner TYONEK C-5 SAND PERFORATION DATA TOP BTM ZONE SPF DATE COMMENTS SLOTYED LINER TI) = 13,821' MAX HOLE ANGLE = 83° O:kDRILLING\SCHEMATIC\GP\GPP\G2213 ABD.DOC DRAWN BY: MWD 4/4/96 UNOCAL Granite Point Field GP 22-13 RD#2 Drilling Program Revised 4/3/96 Rev. #2 Obiective: Drill Granite Point 22-13 redrill #2 weli--Tyonek C-5 Lateral (slotted liner) to the East Flank. Stares: Redrill number 1 was worked over to fix the liner lap leak. Since the workover, 22-13RD has been producing 200 BFPD ~ 10% oil. A plug was set in the X-Nipple ~ 10,~85 to test whether the liner lap was leaking. The well is producing = 60 BWPD from the liner lap. I. Surface Preparation: Hold pre-job safety, meeting w~th all associated personnel. Discuss using Mapco 200 with the rig crews. Stress the proper use of the required PPE. MIRU RIG #156 over GP 22-13RD. Record all pertinent RKB data as necessary. Install and test all gas detection equipment as per AOGCC guidelines. Plan on building an oil based mud system using the Mapco 200 as the base oil. RIH and open HES "XU" sliding sleeve ~ 10~293'. RU to kill well. Circulate one tubing and annulus volume of 9.5 PPG KCL brine down the tubing and taking returns up the annulus. After the circulation and consistent 9.5 PPG returns have been achieved, verify that the well is dead. The liner leak originally reqmred 9.2 PPG to kill it--0.3 PPG is added for trip margin. Have FMC install two-way check valve in the tubing hanger. Test two-way check to 3,000 psi. ND tree and NU 13-5/8" Hub X 13-5/8" Flange spool and 13-5/8" BOP. Test BOPE. (Noti~., AOGCC 24 Hours in advance.) MWD RD2PROC. DOC Page 1 of 9 4/4/96 Drilling Program Revised 4/3/96 Rev. #2 H. Pull Completion~ Scab Liner~ Install Liner Top Packer~ Run CBL~ Mill up Completion Packer~ Mill Up 4-1/2" Linger Hanger ~ and Cut and Pull 4-1/2" Slotted Liner. MU Landing joint. RIH and engage tubing hanger. PU and release TBG hanger. POOH and pull seal assembly out of Halliburton's upper PBR ~ 10~422'. CBU. POOH and LD 3-1/2" tubing and 2-7/8" tubing. Note: Send in all GLM's into Camco for inspecuon. Production personnel will inspect all the equipment when Camco performs their inspection. MU BRA. #1 Baker's SC-IR packer retrieving tool RIH with and retrieve the SC-IR packer, 1 JT of 7" CSG, and TIW seal assembly located ~ 6,287'. Check integrity of seal assembly and note on MRG Report. Send SC-IR packer into Baker to be redressed. The SC-IR will be mn with the straddle packer completion. MU BHA #2 Baker's CPH Hydraulic set liner top packer TIW's UBR seal assembly with locator extension. (Extension will allow you to set down on the pin looking up and will eliminate and upset in the bore of the liner hanger.) RIH with liner top packer and locate on the inner mandrel which has the 10rd pin looking up. Pressure up and set the liner top packer @ ~-6~360'. PU 10,00~and verify packer setting. Pump down the annulus and lest seal assembly 7" CSG, DP, production packer and plug to 3~000 psi. Close the annular preventer and test the 9-5/8~, DP, and L.T.P, to 3~000 psi. Open the annular and rotate DP to the right to release nmmng tool. Note: A potential leak path still exists in the L.T.P. through the chevron seals that are not energized. RU Schlumberger wireline umt. RIH with USIT casing inspection tool. Log 9-5/8" casing from 6,325'. Note: Only nm the casing inspection part of this tool. Cement evaluation is not required. POOH and RD SWS. MWD RD2PROC. DOC Page 2 of 9 4/4/96 Granite Point Field GP 22-13 RD#2 Drilling Program Revised 4/3/96 Rev. #2 Fax log into fax ~ 263-7862. Have SWS deliver a printout to office the next day. MU BHA #3 (PBR Retrieving tool) RIH to 10~338' and engage the PBR. Begin turning to the right and release the PBR from the MHS packer ~ 10~364'. POOH and LD the PBR. Send in the PBR and seal assembly into Halliburton to be redressed. Depends on new packer??? UNOCALe ?? MU BItA g4 (Packer Mill) HE packer plucker w/grapple 2-3/4" PRT EXT Bar 5-3/4" Crown milling shoe 5-3/4" Top sub XO Sub 5-1/2" Boot Basket Bit Sub 4-3/4" Bowen HYD Bumper Sub 6, 4-3/4" Drill Collars RIH with packer milling assembly to 10,300'. Obtain torque reading and PU and slack-offweights. Cont. RIH and engage packer picker in mill out extension. PU and pull 20,000 to verify engagement. Begin milling up Halliburton MHS permanent packer's slips and packing element. Note: Be prepare for trapped pressure under the packer. We will be doing all of this work in brine. It is likely we will be losing circulation-notify rig crew and mud engineer to be alert. Once the packer is free, CBU. POOH with milling assembly and MHS packer. Fill hole with F.I.W. RU APRS. RIH with 3-9/16" OD jet cutter. The well is @ 60 degrees at this depths. The jet cutter should be centralized slightly under drift ID of 4-1/2". Have a severing tool on hand as a back-up to jet cutter. Cut 4-1/2" slotted liner 500' below the 7" CSG shoe ~ 11,377'. This will put the cut ~ 11,877'. POOH with jet cutter and RD APRS. MU BItA 05 (Weatherford Liner Hanger Milling ASS10 5-7/8" x 5-3/4" Wash Pipe Shoe 5-3/4" Washpipe EXT. 5-3/4" Washover Boot Basket Top Sub 3-1/2" IF Pump Out Dart Type 4-3/4" Bowen Bumper Sub 4-3/4" Bowen Hyd. Super Jar 9 4-3/4" Drill Collars 4-3/4" IF Bowen Intensifer (optional) MWD RD2PROC. DOC Page 3 of 9 4/4/96 UNOCALe Granite Point Field GP 22-13 RD#2 Drilling Program Revised 4/3/96 Rev. #2 RI/-I xvith Liner hanger milling assembly to 11,190'. Obtain torque reading and PU and slack-off weights. Cont. RIH and begin milling slips of TIW's liner hanger ~ 11,215'. After milling up slips, POOH with BI-IA. MU BNA #6 { Spear ASSY) 4-1/2" Bowen ITCO spear 10' Spear Extension 5-3/4" OD Stop sub 3-1/2" IF X 6-7/8" IF BXP XO sub 4-3/4" Bowen Bumper Sub 4-3/4" Bowen Hyd. Super Jar 9 4-3/4" Drill Collars 4-3/4" IF Bowen Intensifer (Optional) RIH and engage slotted liner ~ 112215'. POOH and LD 4-1/2" slotted liner. Note: Carefully inspect sloued liner; note any damage, condition of slots, slot plugging, etc... The liner shall be sent in to be junked. MWD RD2PROC. DOC Page 4 of 9 4/4/96 UNOCAL ) GranitePoint Field GP 22-13 RD#2 Drilling Program Revised 4~3~96 Rev. #2 [!I. Lay Kick-Off Plug and Change Over to OBM PU ~ 700' of 2-3/8" tubing for cementing string. RIH with cementing string to ~ :k11,877'. RU Dowell Cementing umt and lines. Pressure test lines to 250/4~500 psi. Pump Kick-offPlug as follows: (See cementing procedure for details.) 10 BBLS Fresh water 70 BBLS 17.0 PPG Cement (300 % excess of 6" hole volume) ?? BBLS 9.0 PPG KCL brine for displacement. POOH to 11,327'. Cftc out cement. Once the well and work string is thoroughly cleaned, Change over the well to 8.4 PPG oil based mud. Discuss final mud weights with Drilling Supt. Note: Discuss with ali personnel that the Mapco 200 will be the base oil. Stress the use of the proper P.P.E. Prepare to drill 6" hole. APR 0 4 alaska Oil &~'%~- Coss. Coramission ~chorage MWD RD2PROC.DO~ Page: 5 of 9 4/4/96 FIIJ,-UP ~ ~ ANNULAR BOP 13%'3000 psi PIPE RAMS 13~/~' 5000 psi BL]/flD R~US 13%'6000 pm FLOW I~! J. [[~~~s~S~oOo°o~' ~~ CHO KE LINE I.INE ~~' '"'~ ~"'~ '"-----5000 psi iiF-~' ~---'~1t 4" 5000 psi PIPE P~s 13%'6000 psi RISER 13~Y~ 50~) COOK INLET PLATFORMS: BOPE STACK 13.%, 5000 psi 6" - I$0 tB OH RI[; HEADER SECTION FRONT VIEW BUFFER FRONT VIEW TOP TRANSMITTER GAUGE FLA~E BEHIND ~ADER B~.i~Fi~e. & illS" 5000# 3 ' Adal;r.~:g0 4, 1115" - 5000# P,%~ X 4" NPS Lg. ~. ¢ 1115' - 5000~ t'*l~*. X 3* ~:'8 RXlPpAa 90 dog. 5 2 A~. 3 1/16" - lOG00# PX~. X 3" ~c'9 N.~t' 6 2 AdaPCmz'. 3 1/15' - ~000O~ v i Adal;l:mx. 2 1/16" - ~000l TX'I~Sa~CCaX'Flg. 2 1/16' 50008 W! 2 - 2' ~ W~ ~ w/ NPE ~ 2 Swage C2M:drm 2 9/16" - 1O.00Ol tmo'm opm-md 4X4X3X3X2 ACC~.I:~C .i 17 ! Unocal Energy Resource ion 909 West 9th, P.O. BOX 1~.~ ./ Anchorage, AK 995196247 Telephone (909) 276-7600 Fax (907) 263-7828 UNOCAL Debra Childers Clerk DATA TRANSMITTAL 96- 1 Janua~ 11,1996 To: Larry Gmnt 3001Pomupine From: Debm Childers 909 W. 9th Avenue Anchomge, AK 99519-6247 Unocal Anchorage, AK 99501 Alaska Oil & Gas Swanson River 242-16 blueline/sepia Thermal decay time log Granite Point 18742-7RD#2 blueline/sepia Mudlog Granite Point 22-13 RD blueline/sepia Phasor Induction/Sonic/GR Granite Point 22-13 RD blueline/sepia Mudlog Granite Point 22-13 RD tape/listing LIS tape RECEIVED Please acknowledge receipt by signing and returning one copy of this transmittal or FAX to (907) 263-7828. I Received by: [ Date: Unocal Energy Resou/'-~ Division Unocal Corporation 909 West 9th Avenue, P.O. Box 196247 Anchorage, Alaska 99519-6247 Telephone (907) 276-7600 UNOC.AL Alaska December 19,1995 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3193 Attention Mr. Blair Wondzell RECEIV L DEC 22 1995 Alaska 0il & Gas Cons. Commission An~orage Granite Point Field GP 22-13 RD Permit #95-146 Dear Mr. Wondzell: As per our conversation today Unocal requested and was granted verbal approval to forgo the electric or radiographic logs as stated in 20 AAC 25.071 (a). A complete mud log along with samples and directional data were kept and will be supplied to the AOGCC as per 20 AAC 25.071 (b). The following is a brief recap of the events that led to this request. The redrill began at 6643' MD where a window was milled in 9-5/8' casing. An 8-1/2" hole was then drilled to 11,377' (27' into the top of the C-5 sand). Multiple attempts were made to run wireline logs but ledging and hole conditions made it impossible to get below 8880' so no logs were recorded. The 7" liner was then set at 11,377' MD. The 6" hole section was designed to stay in the C-5 sand and identify the oil water contact somewhere below 14,400' MD. The 6" hole stayed within the C-5 sand for all but 280' (11,800'-12080') where the siltstone just below the C-5 sand was skimmed. Unfortunately while drilling ahead at 13,710' MD a small fault was encountered which caused the well path to exit the C-5 sand. Further drilling was deemed to be inappropriate as a coal was encountered at 13,800' MD and drilling was stopped at 13,821'. Since this well will not enter the oil water contact a slotted liner completion was chosen as opposed to a cemented and perforated liner. Since a slotted liner will be run we were unable to identify a compelling need to run electric or radiographic logs in the 6" section of hole. Attached are two computer generated cross sections showing the full well path and a close up of the well path in the C-5 sand. Since the exact throw of the fault cannot be determined it was not mapped. Please let me know if I can provide any additional information. Sincerely, George Buck Reservoir Engineer RECEivbu DEC 22 1995 Anchorage STATE OF ALASKA OIL AND GAS CONSERVATION COMMIS APPLICATION FOR SUNDRY APPROVALS tpe of request: Abandon Suspend Alter casing Repair well Change approved program X Operations shutdown Re-enter suspended well Plugging Time exlension Stimulate Pull tubing Variance Perforate Olher 2. Name of Operator UNION OIL COMPANY OF CALIFORNIA (UNOCAL) 3. Address P.O. BOX 196247 ANCHORAGE, AK 99519 12 Location of well at surface Granite Pt. Platform, Leg #3, Slot 2 2379' S & 1375' E F/NW corner Sec. 13, T10N, R12W, SM At top of productive interval At effective depth At total depth 13,821 1562' FNL, 1989' FVVL, Sec. 18, T10N~ R11W Present well condition summary Total depth: measured 13,821 true vertical 10,689 5. Type of Well: Development Exploratory Slratigraphic Service ORIGINAL feet Plugs (measured) feet 6. Datum elevation (DF or KB) KB 110 7. Unit or Property name Union-Mobil State #1 8. Well number 22-13 ADL 18761 9. Permit number 95-146 10. APl number 50-'133-20095-01 11. Field/Pool Granite Pt./Middle Kenai feet Effective depth: measured true vertical feet Junk (measured) feet Casing Struclural Length Size Cemented Measured depth True vertical depth Conductor 247' 26" Driven/Grouted 284' Surface 563' 18" 1050 sx 600' Intermediate 3952' 13-3/8" 668 sx 9380' 9-5/8" 864 sx Production 11,340' 7" 975 sx 3989' 9417' 11,340' Liner Perforation depth: measured No perforations will be shot. RECEIvi:::L true vertical Tubing (size, grade, and measured depth) Packers and SSSV (lype and measured depth) No perforations will be shot. See anticipated completion See anticipated completion DEC 22 1995 Alaska Oil & Gas Cons. Commission Anchorage ' 13. Attachments Description summary of proposal Detailed operations program BOP sketch 14. Estimated date fOrRedrillcommencingin Progress°perati°n 15. 16. If proposal was verbally approved Oil x 12/19/95 Name of approver Blair Wondzell Date approved Service 17. I hereby certify that the foregoi~.~,l~e ~nd c~r(tt to~[~.~wledge. Si,gned G. Russell Schmidt ,~[-~.t~ ~-~----~--~itle Drilling Manager FOR COMMISSION USE ONLY Status of well classification as: (~as Suspended Date Dec. 20, 1995 Conditions of approval: Notify Commission so representative may witness Plug Integrity BOP Test Locahon clearance Mechanical Integrity Test Subsequent form required 10- $c~.(¢,~:~' ~,,,4c,~:~, lo~ O~/$~.~/~, ~.& c~.'~a~'~.~..~ ~'~ppCroved Copy Original Signed By Returned David W. Johnston / Approved by the order of the Commission Commissioner Approval No. ¢~'~- -- ~--,'7__ ? Date /~?-,/Z. 7/~-' Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE UNOCAL ) RKB= 110' GRANI'~.'E POINT PLATFORM WELL # 22-13 RD ANTICH'ATED COMPLETION CASING AND TUBING DETAIL SIZE WT GRADE CONN TOP BOTTOM 26" Inside Conductor 37 294 18" 37 600 13-3/8" 61 1-55 37 3,989 9-5/8" 40-43.5 N-80 37 9417 Window Cut in 9-5/8" 6,643 6,670 7" 29 L-80 BTC 37 11,377 4-1/2" 12.6 L-80 SC-BTC 11,300 13,821 NOTE: 4-1/2" = slotted liner 2-7/8" 6.4 N-80 SC BTC 37 11,350 Unable to wonk WL Logs past 8,880' on 11/13/95 NO. ITEM JEWELRY DETAIL 1 SSSV 2 Camco Gas Lift Mandrels 3 Sliding Sleeve 4 7" Packer 5 "X" Profile Nipple 6 Wireline Re-entry Guide 4 TOL ~ 11,~00' PERFORATION DATA TOP BTM ZONE SPF DATE COMMENTS SLOTTED LINER TYONEK C-5 SAND TI) = 13,821' MAX HOLE ANGLE = 83° O :~DRILLING\S CHEMATIC\GP\GPP\G2213 RD A.DOC REVISED: 12/19/95 DRAWN BY: MWD MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David Joh~/~ DATE: Chairmad~ THRU: Blair Wondzell, ~'J.,_,~ FILE NO: P. I. Supervisor FROM: Jerry Herring, ~[~ SUBJECT: Petroleum Inspector December 5, 1995 aojkldcd.doc ~.~ BOPE Test, Nabors Rig 156 Unocal, Granite Point Field Granite Point Platform Monday, December 4, 1995: I traveled to Unocal's Granite Point Platform to witness a BOPE test on Nabors Rig 156 completing a redrill on well GP22-13. I arrived on the platform at 8:00 PM. The BOPE test began shortly after midnight and lasted for five hours. The BOP equipment functioned well, there were no failures. I found the rig to be in good condition. Arlis Riddles did a fine job conducting the test. The crew demonstrated good understanding of the BOPE test requirements. Summary: I witnessed a successful BOPE test on the Granite Point Platform with no failures. Attachment: aojkldcd.xls STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: X Workover: Drlg Contractor: NABORS Rig No. Operator: UNOCAL Well Name: GP22.13 Casing Size: 7" Set ~ 11,377' Test: Initial~ Weekly X Other t56 PTD # Rep.: Rig Rep.: Location: Sec. DATE: 12/5/95 95-146 Rig Ph.# 775-6658 SHANE HAUCK ARLIS RIDDLES 13 T. fON R. 12W Meddian SM .... TEST DATA ' '~ MISC. INSPECTIONS: Location Gen.: OK Housekeeping: OK (Gen) PTD On Location OK Standing Order Posted OK FLOOR SAFETY VALVES: Well Sign OK Upper Kelly / IBOP Drl. Rig OK Lower Kelly / IBOP Hazard Sec. oK Ball Type Inside BOP Test Quan. 2 2 Pressure P/F 250/5, 000 P 250/5,000 P 250/5,000 P 25o/5,ooo P BOP STACK: Quan. Annular Preventer 1 Pipe Rams Lower Pipe Rams Blind Rams l Choke Ln. Valves 1 HCR Valves Kill Line Valves Check Valve Test Press. 250/3,500 250/5,000 250/5,000 250/5,000 250/5,000 2 250/5,000 2 P/F P CHOKE MANIFOLD: P No. Valves 13 P No. Flanges 34 P Manual Chokes f P Hydraulic Chokes 2 P P N/A Test Pressure P/F 250/5,000 P 250/5,000 P FuncSoned P Func~oned P ACCUMULATOR SYSTEM: N/A N/A System Pressure 3,000 i P Pressure After Closure 1,800 I P MUD SYSTEM: Visual Alarm 200 psi Attained After Closure 0 minutes 33 Trip Tank OK OK System Pressure Attained '2 minutes 30 Pit Level Indicators OK OK Blind Switch Covers: Master:' ' OK Remote: Flow Indicator OK OK Nitgn. Btrs: 4 Boffies ~ Meth Gas Detector OK OK , 2,000 (Ave.) Psig. H2S Gas Detector OK OK sec. sec. OK NUmber of Failures: .... ~ ......... ;TeSt Time: 5'.'0" Hours. Number of valves tested 22' Repair or Replacement of Failed Equipment will be made within n/a days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax No. 276-7542 Inspector North Slope Pager No. 659.3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: I found the rig to be in ~iood condi~on. Distribution: odg-Well File c - Oper./Rig c - Database c - Trip Apt File c - Inspector STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO Waived By: W~tnessed By: Jerry Herring FI-021L (Rev. 12/94) AOJKLDCD.XLS MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David Johns .~,' DATE: Chairma~ THRU: Blair Wondzell, ~-~ FILE NO: P. I. Supervisor Lou Grimaldi,~'~- -- SUBJECT: FROM: Petroleum In~r October 23, 1995 AOJJJWCD.DOC BOP test Unocal well #GP22-13 Granite Point Field PTD # 95-,.1.r-'J~ Monday, October 23, 1995: I witnessed the weekly test of the BOPE on Unocals Granite Point platform which was drilling well #22-13 in the Granite Point Field. I had been on the platform since Saturday while the dg crew was'trying to get the test plug to seal in the casing head. This took many attempts including pulling the stack, finally modifications to the test plug were made and the plug held The dg was in good shape and the crew seemed well acquainted with proper BOP test procedure. There was one failure this being the remote operated upper kelly valve on the top ddve. This problem was fixed by adjusting the travel on the operating lever. The rest of the test went very well with all components passing their tests. The platform was very crowded with welding operations. SUMMARY: I witnessed the weekly BOP test on Unocals Granite Point platform which was ddlling well #22-13 in the Granite Point Field. Test time 4.5 hours, 1 failure. Attachments: AOJJJWCD.XLS CC: Dan Williamson (Unocal Ddlling Superintendent) STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: Drlg Contractor: Operator: Well Name: Casing Size: Test: Initial Workover: X Nabors Rig No. 156 PTD # Unocal Rep.: GP 22-13 Rig Rep.: Set @ Location: Sec. Weekly X Other DATE: 10/23/95 Rig Ph.# 776-6657 Shane Hauck Mike Williams 13 T. 10N R. 12W Meridian Seward TEST DATA ~llSC. INSPECTIONS: Location Gen.: OK Housekeeping: OK (Gen) PTD On Location OK Standing Order Posted OK Well Sign OK Drl. Rig OK Hazard Sec. OK FLOOR SAFETY VALVES: Quan. Upper Kelly/IBOP 1 I Lower Kelly / IBOP 1 Ball Type 1 Inside BOP 1 Test Pressure P/F 250/5,000 F 250/5,000 P 250/5,000 P 250/5,000 P BOP STACK: Annular Preventer Pipe Rams Lower Pipe Rams Blind Rams Choke Ln. Valves HCR Valves Kill Line Valves Check Valve Quan. Test Press. P/F 1 250/2500 P 1 250/5,000 P 1 250/5,000 P 1 250/5,000 P I 250/5,000 P 2 250/5,000 P 1 250/5,000 P NA 250/5,000 NA MUD SYSTEM: Visual Alarm Trip Tank P P Pit Level Indicators P P Flow Indicator P P Meth Gas Detector P P H2S Gas Detector P P CHOKE MANIFOLD: No. Valves 13 No. Flanges 34 Manual Chokes 1 Hydraulic Chokes 2 Test Pressure P/F 250/5, 000 P 250/5,000 P Functioned P Functioned P ACCUMULATOR SYSTEM: System Pressure Pressure After Closure 200 psi Attained After Closure ~ System Pressure Attained 2 Blind Switch Covers: Master: Nitgn. Btl's: Four Bottles 2500 3,100 P 1,800 P minutes 35 sec. minutes 38 sec. OK Remote: OK Psig. Number of Failures: f ,Test Time: 4.0 Hours. Number of valves tested 19 Repair or Replacement of Failed Equipment will be made within N/A days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax No. 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: Test plug presented much problems seating and holding. Upper Kelly valve failed due to out of adjustment, readjusted and retested OK Distribution: orig-Well File c - Oper./Rig c - Database c - Trip Rpt File c - InsP~l~L (Rev. 12/94) STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO Waived By: Witnessed By: IWCD.XLS Louis R. Grimaldi TONY KNOWLE$, GOVERNOR ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 September 26, 1995 G. Russell Schmidt Union Oil Company of California P O Box 196247 Anchorage, AK 99519 Re: Well # Company Permit # Surf Loc Btmhole Loc Granite Pt Field 22-13 Redrill ADL-18761 Union Oil Company of California 95-146 2379'FNL, 1375'FWL, Sec 13, T10N, R12W, SM 1345'FNL, 2667'FWL, Sec 18, T10N, R11W, SM Dear Mr. Schmidt: Enclosed is the approved application for permit to re-drill the above referenced well. The permit to re-drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting re-drilling operations until all other required permitting determinations are made, Blowout prevention equipment (BOPE) must be tested in accordance with 20 AAC 25.035. Sufficient notice (approximately 24 hours) of the BOPE test performed before drilling below the surface casing shoe must be given so that a representative of the Commission may witness the David W~Johnston BY ORDER OF THE COMMISSION Ijb/encl c: Dept of Fish & Game, Habitat Section - w/o encl Dept of Environmental Conservation - w/o encl i-~ STATE OF ALASKA ALASKA L AND GAS CONSERVATION CON~'SSION PERMIT TO DRILL 20 AAC 25.005 la. Typeofwork Drill [] Redrill ~ Ilb. Type of well. Exploratory [] StratigraphicTest [] Development Oil Re-Entry [] Deepen []I Service [] Development Gas [] Single Zone[] Multiple Zone [] 2. Name oi= Operator 5. Datum Elevation (DF or KB) ~10. Field and Pool Union Oil Company o~ California (UNOCAL) 115' RKB above MSL feet Granite Point Field 3. Address 6. Property Designation Middle Kenai P.O. Box 196247r Anchorage~ AK 99519 ADL 18761 4. Location ~ well at su~ace GranitePt. PItLeg#3, SLot#2 7. Unit or property name 11. Type Bond (SE~^CC25.0~q 2379'FNL & 1375' FWL, Sec. 13, T10N, R12W, SM Granite Pt Field AK Statewide Oil & Gas Bond At top ~ productive interval 8. Well number Number 2098' FN L & 82' FWL, Sec 18, T10N, R 11W, SM 22-13 Redrill ~L- 18761 U- 8004647 At total depth 9. ,~oproxJmate spud date Amount 1345' FNL & 2667' FWL, Sec. 18, T10N, R1 lW, SM 10-24-95 $300,000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth ~ ~,dTVO) property line 3100 feet (Well #32-13) 369 feet 5089 14522' MD/10945' 'IVD feet 16. To be completed for deviated wells 17. ,N3ticipated Pressure(see Kickoff depth 6500 feet 73 Maximum holeangle ~mu,~u~e 285 psigAttolald~th(TVD) 3284 psig 18. Casing program Setting Depth size Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 8-1/2" 7" 29 L80 ~utt 5375' 6300' $277' 11675' 10045 1500 cu. ft. 6" 5" 15 L80 Butt 3047' 11475' 9905 14522' 10945 500cu. ft. 19. To be completed for Redrill, Re-entry, and Deepen Operations Present well condition summary Total depth: measured 10230 feet Plugs (measured) true vertical 10188 feet Effective depth: measured 8250 feet Junk (measured) TOC proposed in P&A procedure. true vertical feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor 247' 26" Driven/Grouted 284 _ ~-,-. Surface 563' 18" 1050 sx 600' ~ 'L. -, L ! ', Intermediate 3952' 13-3/8" 668 sx 3989' Production 9380' 9-5/8" 864 sx 9417' 5 ~-P '~ '~ Liner 864' 7" 345 sx 9316'- 10180' Perforation depth: measured Plug & Abandoned per previous proposal. ~t~ U~t & ~as CoilS. Anchofagei true vertical 20. Attachments Filing fee ~ Property plat ~ BOP Sketch[~ Diverter Sketch r-] Drilling program [~ Drilling fluid program [~ Time vs depth plot [~ Refraction analysis [] Seabed report [] 20 AAC 25.050 requirements [] 21._1 .h~ereby certify that the foregoing i~tr,,ue §~3.~ ~t~t~i~best of my knowledge "Signed G. RUSSELLSCHMIDT)~tle DRILLING MANAGER Date~./~/(~--~ Commission Use Only Permit Number APl number ApprO.~l date See cover letter .~.~"--/~,~' 50- ~'~ ,-. ~ O (:~ c~,~-_ o/ 7' 'Z-d.- , ~5~ for other requirements Cc~dition~ of approval Samples required [] Yes ~ No Mud log required [] Yes ~ No Hydrogen sulfide measures .~ Yes [] No Directional sun/ey required ~ Yes [] No Required workingpressureforBOPE [] 2M; _[] 3M; [~ 5M; [] 10M; [] 15M Other: Original Signed By by the order of ~/.~..~.//~ Approved by David W. Johnston Commissioner the commission Date Form 10-401 Rev. 12-1-65 Submitqntrii ,,ate ~ ~ON 10:43 UNOORL - RNOHOR~GE F~× NO, 9072637884 ~nite Pt. 22-13 Option "G' (Redrill, Tyonek C-~ aka GP ~2 targets) AFE 751118 Drilling Hazards: Lost Circulation zones: None Ab/Sub non, al pressures zones: None Shallow Gas zones: None P, 03/03 TimeEst, Cum Time Procedure; 1 1 1 2 1 3 2.5 5.5 1.5 7 2 g 2 11 2.5 13.$ 12 25.5 0.75 26.25 2 28.25 8.5 36.76 1.5 38.25 0.75 39 1 .$ 40.5 1 41.5 I 42.5 1.5 44 1 45 0.5 45.5 1 46.5 0.5 47 1 48 Notes; 1 MIRU R156, Leg ~3, Conductor#2 & Kill well. 2 Remove tree, Install 13-518" BOPE and test same. 3 Rig up VVL and out LS & SS tubing ~ 8300'. 4 POOH and recover tubing. RIH with scrapers to TOF. 5 RIH and recover dual pa=ker & tbg completion. 6 Abandon pelfs with coment & retainer as required. 7 RU WL, run CBL, gyro, sqz KOP if needed. Set b/plug as required. 8 RIH, set whipstock and mill csg as required. 9 Direc~ionally drill 8-1/2" hole from approx 6500'-11675' (Top of C-5). ROP=g00 fpd (ft3500'-7500~ ROP=390 flXt (f/7500'-11675'~ KOP DL$ Angle Range 6500 3 4-53 10 Run open hole logs; Induction DIFL-GR. 11 Run & cement 7' liner from 6300'-11675'. 12 Dlrectionally drill 6" hole from 11675'-14525'. ROP=350' KOP DLS Angle Range 675 5.5 53-73 13 Run drill pipe conveyed logs; DIFL-GR-CNL-FDC, 14 RIH, CCH I'or 5" liner 15 Run & cement 5" liner from 11475'-14525' 16 Clean out inside 5" liner as required. 17 Run CET/GR Icg from ETD to TOC in 7" casing. 18 Install liner top packer(s) & test "Drew-down" same. 19 PU 2-7/8" tubing, RIH. Change well overto diesel. 20 RIH with TCP guns / packer and 2-718" tbg, set same as required. 21 Detonate TCP guns, strip guns out and isolate wellbore below packer. 22 RIH wi 2-718" tbg completion of GLM as required and land same. 23 Rem Isolation below pkr. Set BPV. Nipple down BOP's. Install wellhead. Directional plan based on BHI version # 5 TOC in 9-5/8" is questionable, cmt sqz could be req'd. Approx 50 rotating hours in the 9-518" csg. SEP ~5 1995 Gas Cons. Commission Anchorage Revised 9/25/95 REDRLEST, XL$ Page 1 Unocal North American~ Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL Alaska Region September 01, 1995 Mr. David Johnston Commissioner Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK. 99501-3192 Re: Permit to Drill(s) for Granite Pt. Wells #22-13 & #42-23 ADL 18761 Dear Mr. ~ohnston: Please find enclosed two applications for Permit to Drill (Form 10-401) for the Granite Pt. Platform wells #42-23 & #22-13 (ADL 18761) in the Granite Pt. Field. The timing to commence redrill operations is expected to be approximately late October 1995, upon the plug and abandonment's for each of the wells. Applications for the P & A's were submitted August 23, 1995, under separate cover. If you should have any questions regarding these applications please contact C. Lee Lohoefer (Senior Drilling Engineer) assigned to this project at 263-7642. Thank you for your attention to these matters. CLL/cll Enclosures Sincerely, G. Russell Schmidt Drilling Manager SEP 1 1 1995 ~ t3LL & 6a~ Cons. CQmnll~kQn UNOCAL Sfruct.re : GRANITE POINT Platform ";eld : Cranite Point Field Well : 22-13 Location : Cook Inlet, Alaska oo.oo E a s - - > 400 0 400 800 1200 1600 2000 £400 2800 3200 3600 4000 4400 4800 5200 5600 6000 6400 6600 6000 _ - 6400 _ 6800 _ - 7200 _ 7600 _ 8000 _ s4oo _ 8800 _ 9200 _ 9600 _ 10000_ 10400_ 10800_ 9 5/6 Casing JI~:~95 KOP - Sidetrack Point 8.54 23,03 ~ ~6oo ~ 28.97 ~ 34.93 ~ 37.91 ~.~.86 EOC N 85.96 DEG E 6628' (TO ***PLA~-_- OF PROPOSAL**, TARGET #1 LOCATION. 2098' FNL, 82' FWL SEC. 18, TION, RllW 11200_ TARGET#2 LOCATION:J 1545' FNL, 2667' FWL SEC 18, T10N, R11W .... Point .... KOP End of Build End of Hold Target End of Budd Torqet AVERAGE ANGLE 51.92 DEG 1600 1200 I 800 I 400 O 0 4O0 8 WELL PROFILE DATA MD Inc Dw TVD North East Dec/lO0 6500 5 75 56.OO 6476 290 430 O.OC 8077 51 92 91.42 7825 521 1158 5.0C 11423 51 92 91.42 9889 256 3791 OOC 11676 51 92 73.76 10045 281 5986 5.5C 12057 72,91 75.76 10221 376 4309 5.5¢ 14522 72 91 73.76 10945 1034 6572 O.OC Created by : jones For: L LOHOEFER J Dote plotted : 9-Aug-95 Plot Reference ~s 22-13 Rd Version ~5 ,Coordinates ore ,n feet reference slot .True Ver[,col Depths ore reference RKB. '.Be0,.~urntoTargets D " ': 'iCh S EP 11 1995 Na~s Cons. Commission TARGET ANGLE ~' '~ ~ ~"- ~ ~ .... ~ 72.91 DEG 0 400 800 1200 1600 2000 :-'tX) 2800 3200 3600 4000 4400 4800 5200 5600 6000 6400 6800 Scale 1 : 200.00 Vertical Section on 85.96 azimuth w;th reference 0.00 N, 0.00 F' from slot #3--2 UN 0 CAL Structure : GRANITE POINT Ploffor-~ Well : 22-15Rd Field : Granite Point Field Location : Cook Inlet, Alaska Created by ' ~c-~ J Dote plotted . 1~-~Jg-95 I Plot Reference ~s 22-13 Rd Version ~5. j Coordinates are ,~ "-et reference slot #3-2.I True Vertical DeDt.'s are reference RKB. --- Baker N~ghe$ tNTEQ --- ~o,~ ~o.oo E a s t - - > ' oO 200 '~00 400 500 600 700 800 ~;)~ 1000 11 oo 1200 1300 1400 1500 1600 1700 1800 900 800 ~ 700 soo _J /*~oo ~ %° ~°° ~ 98~ ~4oo _ ~o~/ 2oo_ 2ooo/~ ~800 200 ~ ~ % 4oo= X ~,oo SEP ~ 1 1995 ~ ~o klas~ gll & Gas Cons. Commissio. soo= % % ~chorage ' ~ 200 300 ~0 500 600 700 800 9~ 1000 1 1 O0 1200 1300 1400 1500 : 6~ 1700 1800 Ecale 1 : 50.00 E a s 9OO 8OO 700 6O0 500 .30O _ 200 100 100 ~ 200 -- 500 A I I Z 500 0 0 UNOCAL GRANITE PO[NT PLatform 22-13Rd slot f5-2 Granite Point Field Cook Inlet, Alaska PROPOSAL LISTING by Baker Hughes INTEQ Your ref : 22-13 Rd Version #5 Our ref : prop1218 License : Date printed : 11-Aug-95 Date created : 12-May-95 Last revised : lO-Aug-95 Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 57 52.745,w151 20 20.066 Slot location is n60 57 29.311,w151 19 52.203 SLot Grid coordinates are N 2544550.000, E 263409.000 SLot Local coordinates are 2379.66 S 1375.79 E Reference North is True North SEP 1 1 1995 Alaska IJ~l & Gas Cons. Commission Anchorage UNOCAL GRANITE POINT Platform,22-13Rd Granite Point Field,Cook Inlet, Alaska PROPOSAL LISTING Page 1 Your ref : 22-13 Rd Version Last revised : 10-Augo95 Measured IncLin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C 0 0 R D I N A T E S Deg/lOOFt Sect 6500.00 5.75 56.00 6476.36 290.49 N 429.65 E 0.00 449.05 6600.00 8.31 68.98 6575.60 295.89 N 440.56 E 3.00 460.30 6700.00 11.10 75.69 6674.16 300.86 N 456.63 E 3.00 476.69 6800.00 13.97 79.71 6771.77 305.39 N 477.84 E 3.00 498.16 6900.00 16.88 82.37 6868.16 309.48 N 504.11 E 3.00 524.66 KOP - Sidetrack Point 7000.00 19.82 84.26 6963.06 313.10 N 535.38 E 3.00 556.11 7100.00 22.78 85.68 7056.22 316.26 N 571.57 E 3.00 592.43 7200.00 25.75 86.79 7147.38 318.93 N 612.57 E 3.00 633.52 7300.00 28.72 87.68 7236.28 321.12 N 658.27 E 3.00 679.26 7400.00 31.70 88.42 7322.70 322.81 N 708.55 E 3.00 729.53 7500.00 34.68 89.05 7406.38 324.01 N 763.26 E 3.00 784.19 7600.00 37.66 89.58 7487.10 324.70 N 822.27 E 3.00 843.10 7700.00 40.64 90.05 7564.64 324.90 N 885.40 E 3.00 906.09 7800.00 43.63 90.47 7638.78 324.59 N 952.48 E 3.00 972.98 7900.00 46.62 90,84 7709.33 323.78 N 1023.34 E 3.00 1043.60 8000.00 49.61 91.17 7776.08 322.46 N 1097.76 E 3.00 1117.75 8077.29 51.92 91.41 7824.97 321.11 N 1157.61 E 3.00 1177.35 8077.31 51.92 91.41 7824.98 321.11 N 1157.62 E 0.00 1177.37 8500.00 51.92 91.41 8085.67 312.89 N 1490.25 E 0.00 1508.59 9000.00 51.92 91.41 8394.05 303.17 N 1883.71 E 0.00 1900.38 EOC 9500.00 51.92 91.41 8702.42 293.46 N 2277.17 E 0.00 2292.18 10000.00 51.92 91.41 9010.80 283.74 N 2670.62 E 0.00 2683.98 10500.00 51.92 91.41 9319.18 274.02 N 3064.08 E 0.00 3075.78 11000.00 51.92 91.41 9627.55 264.30 N 3457.54 E 0.00 3467.57 11423.33 51.92 91.41 9888.64 256.07 N 3790.67 E 0.00 3799.29 Begin Turn to Targets 11423.35 51.92 91.41 9888.65 256.07 N 3790.68 E 0.00 3799.30 11500.00 51.64 86.06 9936.10 257.40 N 3850.85 E 5.50 3859.42 11600.00 51.64 79.04 9998.20 267.55 N 3928.52 E 5.50 3937.61 11675.61 51.92 73.76 10045.00 281.51 N 3986.22 E 5,50 3996.15 11700.00 53.26 73.76 10059.82 286.92 N 4004.82 E 5.50 4015.08 Tgt #1 - T/ C5 - 7" Csg Pt (Begin Final 11800.00 58.76 73.76 10115.70 310.10 N 4084.40 E 5.50 4096.10 11900.00 64.26 73.76 10163.38 334.67 N 4168.75 E 5.50 4181.97 12000.00 69.76 73.76 10202.42 360.40 N 4257.10 E 5.50 4271.92 12057.32 72.91 73.76 10220.76 375.59 N 4309.23 E 5.50 4324.99 12500.00 72.91 73.76 10350.82 493.92 N 4715.49 E 0.00 4738.57 Final EOC 13000.00 72.91 73.76 10497.72 627.57 N 5174.36 E 0.00 5205.71 13500.00 72.91 73.76 10644.62 761.23 N 5633.22 E 0.00 5672.85 14000.00 72.91 73.76 10791.53 894.88 N 6092.09 E 0.00 6139.99 14500.00 72.91 73.76 10938.43 1028.53 N 6550.95 E 0.00 6607.13 14522.36 72.91 73.76 10945.00 1034.51 N 6571.47 E 0.00 6628.02 GRE5 C5 Exit Rvsd 4-Aug-95 Alaska ~ll & Gas (;ohs, [;umm~ssior. Anchorage Att data is in feet unless otherwise stated Coordinates from stol #5-2 and TVD from RKB (109.00 Ft above mean sea level). Vertical section is from wellhead on azimuth 85.96 degrees. Declination is 0.00 degrees, Convergence is -1.17 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ UNOCAL GRANITE POINT Platform,22-13Rd Granite Point Field,Cook Inlet, Alaska PROPOSAL LISTING Page 2 Your ref : 22-13 Rd Version Last revised : lO-Aug-95 Comments in wet[path HO TVD Rectangular Coords. Comment 6500.00 6476.36 290.49 N 429.65 E KOP - Sidetrack Point 8077.31 7824.98 321.11H 1157.62 E EOC 11423.33 9888.64 256.07 N 3790.67 E Begin Turn to Targets 11675.61 10045.00 281.51N 3986.22 E Tgt #1 - T/ C5 - 7" Csg Pt (aegin Final Build) 12057.32 10220.76 375.59 N 4309.23 E Final EOC 14522.36 10945.00 1034.51N 6571.47 E GRE5 C§ Exit Rvsd 4-Aug-95 Casing positions in string 'A' =============================== Top HD Top TVO Rectangular Coords. BDt HD BDt TVO Rectangular Coords. Casing n/a 6476.36 290.49# 429.65E 6500.00 6476.36 290.49N 429.65E 9 5/8" Casing n/a 6476.36 290.49# 429.65E 11675.61 10045.00 281.51N 3986.22E 7" Casing n/a 64?6.36 290.49N 429.65E 14522.36 10945.00 1034.51N 6571.47E 5" Liner Targets associated with this wel[path Target name Position T.V.D. Local rectangular coords. Date revised GRE5 C5 Exit Rvsd 4- 270000.000,2545450.000,0.000010945.00 1034.51N 6571.47E 25-Jan-95 GRE5 T/C5 Rvsd 4-Aug 267400.000,2544750.000,0.000010045.00 281.51N 3986.22E 25-Jan-95 SEP '1 1 1995 Oil & Gas Cons. Commission ~c~orage All data is in feet unless otherwise stated Coordinates from slot #'5-2 and TVO from RKB (109.00 Ft above mean sea [eve[). Bottom hole distance is 6652.40 on azimuth 81.05 degrees from wellhead. Total Dogleg for wellpath is 82.19 degrees. Vertical section is from wellhead on azimuth 85.96 degrees. Declination is 0.00 degrees, Convergence is -1.17 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ UNOCAL GRANITE POINT Platform,22-13Rd Granite Point Field,Cook Inlet, Alaska PROPOSAL LISTING Page 1 Your ref : 22-13 Rd VersionS5 Last revised : lO-Aug-95 Measured IncLin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C 0 0 R D I N A T E S Deg/lOOFt Sect 6500.00 5.75 56.00 6476.36 2089.16 S 1805.44 E 0.00 6600.00 8.31 68.98 6575.60 2083.77 S 1816.34 E 3.00 6700.00 11.10 75.69 6674.16 2078.80 S 1832.42 E 3.00 6800.00 13.97 79.71 6771.77 2074.26 S 1853.62 E 3.00 6900.00 16.88 82.37 6868.16 2070.18 S 1879.90 E 3.00 449.05 KOP - Sidetrack Point 460.30 476.69 498.16 524.66 7000.00 19.82 84.26 6963.06 2066.55 S 1911.17 E 3.00 556.11 7100.00 22.78 85.68 7056.22 2063.40 S 1947.36 E 3.00 592.43 7200.00 25.75 86.79 7147.38 2060.73 S 1988.36 E 3.00 633.52 7300.00 28.72 87.68 7236.28 2058.54 S 2034.06 E 3.00 679.26 7400.00 31.70 88.42 7322.70 2056.84 S 2084.34 E 3.00 729.53 7500.00 34.68 89.05 7406.38 2055.65 S 2139.05 E 3.00 784.19 7600.00 37.66 89.58 7487.10 2054.95 S 2198.06 E 3.00 843.10 7700.00 40.64 90.05 7564.64 2054.76 S 2261.18 E 3.00 906.09 7800.00 43.63 90.47 7638.78 2055.07 S 2328.27 E 3.00 972.98 7900.00 46.62 90.84 7709.33 2055.88 S 2399.12 E 3.00 1043.60 8000.00 49.61 91.17 7776.08 2057.19 S 2473.55 E 3.00 8077.29 51.92 91.41 7824.97 2058.55 S 2533.40 E 3.00 8077.31 51.92 91.41 7824.98 2058.55 S 2533.41 E 0.00 8500.00 51.92 91.41 8085.67 2066.76 S 2866.03 E 0.00 9000.00 51.92 91.41 8394.05 2076.48 S 3259.49 E 0.00 1117.75 1177.35 1177.37 EOC 1508.59 1900.38 9500.00 51.92 91.41 8702.42 2086.20 S 3652.95 E 0.00 10000.00 51.92 91.41 9010.80 2095.92 S 4046.41 E 0.00 10500.00 51.92 91.41 9319.18 2105.64 S 4439.87 E 0.00 11000.00 51.92 91.41 9627.55 2115.35 S 4833.33 E 0.00 1149.33 51.92 91.41 9888.64 2123.58 S 5166.46 E 0.00 2292.18 2683.98 3075.78 3467.57 3799.29 Begin Turn to Targets 1147).35 51.92 91.41 9888.65 2123.58 S 5166.47 E 0.00 11500.00 51.64 86.06 9936.10 2122.26 S 5226.64 E 5.50 11600.00 51.64 79.04 9998.20 2112.11 S 5304.31 E 5.50 11675.61 51.92 73.76 10045.00 2098.15 S 5362.01 E 5.50 11700.00 53.26 73.76 10059.82 2092.73 S 5380.61 E 5.50 3799.30 3859.42 3937.61 3996.15 Tgt #1 - T! C5 - 7" Csg Pt (Begin Final 4015.08 11800.00 58.76 73.76 10115.70 2069.56 S 5460.19 E 5.50 11900.00 64.26 73.76 10163.38 2044.99 $ 5544.54 E 5.50 12000.00 69.76 73.76 10202.42 2019.25 S 5632.89 E 5.50 12057.32 72.91 73.76 10220.76 2004.07 S 5685.02 E 5.50 12500.00 72.91 73.76 10350.82 1885.74 S 6091.28 E 0.00 4096.10 4181.97 4271.92 4324.99 Final EOC 4738.57 13000.00 72.91 73.76 10497.72 1752.08 S 6550.14 E 0.00 5205.71 13500.00 72.91 7'5.76 10644.62 1618.43 S 7009.01 E 0.00 5672.85 14000.00 72.91 73.76 10791.53 1484.78 S 7467.87 E 0.00 6139.99 14500.00 72.91 73.76 10938.43 1351.12 S 7926.74 E 0.00 6607.13 14522.36 72.91 73.76 10945.00 1345.15 S 7947.26 E 0.00 6628.02 GRE5 C5 Exit Rvsd 4-Aug-95 SEP 1 1 1995 A~sk~ Oil & Gas Oon$. Oommission Anchorage Alt data is in feet unless otherwise stated Coordinates fro~ NW Corner of Sec. 13, TION, R12W S# and TVD from RKB (109.00 Ft above mean sea level). Vertical section is from wellhead on azimuth 85.96 degrees. Declination is 0.00 degrees, Convergence is -1.17 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ UNOCAL GRAN[TE POINT P[atform,22-13Rd Granite Point Field,Cook Inlet, Alaska ND TVD Rectangular Coords. PROPOSAL LISTING Page Your ref : 22-13 Rd VersionS5 Last revised = lO-Aug-95 Comments in we[lpath COherent 6500.00 6476.36 2089.16 S 1805.44 E 8077.31 7824.98 2058.55 S 2533.41 E 11423.33 9~.64 2123.58 S 5166.46 E 11675.61 10045.00 2098.15 S 5362.01 E 12057.32 10220.76 2004.07 S 5685.02 E 14522.36 10945.00 1345.15 S 7947.26 E KOP - Sidetrack Point EOC Begin Turn to Targets Tgt #1 - T/ C5 - ?" Csg Pt (Begin Final Build) Final EOC GRE5 C5 Exit Rvsd 4-Aug-95 Casing positions in string Top ND Top TVO Rectangular Coords. Bot ND Bot TVD Rectangular Coords. Casing n/a 6476.36 2089.16S 1805.44E 6500.00 6476.36 2089.16S 1805.44E 9 5/8" Casing n/a 6476.36 2089.16S 1805.44E 11675.61 10045.00 2098.15S 5362.01E 7" Casing n/a 6476.36 2089.16S 1805.44E 14522.36 10945.00 1345.15S 7947.26E 5" Liner Targets associated with this wettpath Target name Position T.V.D. Local rectangular coords. Date revised GEE5 C5 Exit Rvsd 4- 270000.000,2545450.000,0.000010945.00 1345.15S 7947.26E 25-Jan-95 GRE5 T/C5 Rvsd 4-Aug 267400.000,2544750.000,0.000010045.00 2098.15S 5362.01E 25-Jan-95 SEP 'l 1 995 Alaska Uil & Gas Cons. Commission Anchorage All data is in feet unless otherwise stated Coordinates from NW Corner of Sec. 13, TIOH, R12W SM and TVD from RKB (109.00 Ft above mean sea level). Bottom hole distance is 6652.40 on azimuth 81.05 degrees from wellhead. Total Dogleg for wet[path is 82.19 degrees. Vertical section is from wet[head on azimuth 85.96 degrees. Declination is 0.00 degrees, Convergence is -1.17 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ UNOCAL GRANITE POINT Platform 22-13Rd slot f5-2 Granite Point Field Cook Inlet, Alaska CLEARANCE REPORT by Baker Hughes INTEO Your ref : 22-13 Rd Version #5 Our ref = prop1218 e,~ -- License : K ~'- Date printed : 13-Aug-95 SEP 1 1 1995 Date created: 12-May-95 Last revised : lO-Aug-95 Alaska Oil & Gas Cons. Commission Anchorage Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 57 52.745,w151 20 20.066 Slot location is n60 57 29.311,w151 19 52.203 Slot Grid coordinates are N 2544550.000, E 263409.000 Slot local coordinates are 2379.66 S 1375.79 E Reference North is True North Main calculation performed with 3-D Minimum Distance method Object wellpath GMS <O-10874'>,,31-13,GRANITE POINT Platform GMS <O-11011'>,,31-14Rd#1,GRANITE POINT Platfo GMS/MSS <O-8876'>,,31-14,GRANITE POINT Platfor GMS <O-10191'>,o31-14Rd~2,GRANITE POINT Platfo GMS <O-11800'>,,11-24,GRANITE POINT Platform GMS <O-10850'>0,44-14,GRANITE POINT Platform GMS/MSS/GMS <O-12471'>,,44-11,GRANITE POINT P[ GMS <O-11200'>,,31-23,GRANITE POINT Platform GMS <9200-11410'>,,33-14Rd,GRANITE POINT P[atf GMS <O-11473'>,,33-14,GRANITE POINT Platform GMS <O-10560,>,,24~13,GRANITE POINT Platform GMS <9700-10640'>,o24-13Rd,GRANITE POINT P[atf GMS/MSS/GMS (O-14544m>,,42-23,GRANITE POINT Pt GMS <O-12200'>,,12-24,GRANITE POINT Platform GMS <0-10830'>,,MUC I-2,GRANITE POINT Platform PGMS <O-12163'>,,GP-50,GRANITE POINT Platform GMS <0-11839,> ,,GP-51,GRANITE POINT Platform GMS/MSS <0-11150-15715'>,,MUC I-1,GRANITE POIN PGMS <O-11560'>,,11-13Rd,GRANITE POINT Platfor GMS <4025-11653'>,,11-13,GRANITE POINT Platfor GMS <8900-11986'>,,32-23Rd,GRANITE POINT Ptatf GMS <0-12000'>,,32-23,GRANITE POINT Platform MSS <8630-11376'> ,,33-23,GRANITE POINT Platfo GMS <0-10572'>,,13-13,GRANITE POINT Platform GMS <2700 - 11450'>,,33-13,GRANITE POINT Platf PGMS <0-10200'>,,32-13,GRANITE POINT Platform PMSS <84?8 - 12563'>o,32-13Rct#2,GRANITE POINT PMSS <9437 - 10270'>,,32-13Rd,GRANITE POINT Pl GMS <0-10225'>,,22-13,GRANITE POINT Platform Closest approach with 3-D minimum distance method Last revised Distance M.D. Diverging from M.D. 22-May-91 1008.8 8360.0 8360.0 22-May-91 2402.7 6625.0 9840.0 22-May-91 2691.3 6500.0 6500.0 22-May-91 2589.1 6500.0 6625.0 22-May-91 2540.5 6500.0 11140.0 22-May-91 2168.2 6500.0 6500.0 22-May-91 2462.7 6500.0 12880.0 22-May-91 2888.9 6500.0 6500.0 22-May-91 2749.1 6500.0 6500.0 22-May-91 2749.1 6500.0 6500.0 22-May-91 1603.1 6500.0 6500.0 22-May-91 1603.1 6500.0 6500.0 22-May-91 3779.9 6500.0 6500.0 22-May-91 3067.5 6500.0 14522.4 22-May-91 1448.6 6500.0 11423.3 2-0ct-92 1325.4 6500.0 10860.0 11-Aug-95 861.0 6500.0 6500.0 22-May-91 1866.4 9580.0 11725.0 11-Aug-95 704.4 6500.0 12400.0 11-Aug-95 741.2 6500.0 11442.5 22-May-91 3182.9 6500.0 6500.0 11-Aug-95 3182.9 6500.0 6500.0 11-Aug-95 3182.9 6500.0 6500.0 11-Aug-95 859.5 6500.0 6500.0 13-Aug-95 107-5.0 8158.4 8158.4 13-Aug~95 368.5 8400.0 11423.3 13-Aug-95 368.5 8400.0 8400.0 13-Aug-95 368.5 8400.0 8400.0 22-May-91 0.0 6500.0 1147_~.3 FILL-UP KILL LINE ANNULAR BOP 13%"3000 psi I I PIPE RAMS 135&"5000 psi BLIND RAMS 13%"5000 psi ~ FL3~ ' ' / DRILLING 1 ~. SPOOL '-Fb-. ~l..-'~ ~ L1/'N.42b---N~3%'5ooo ps~ 4" 5000 psi [I I 4" 5000 PIPE RAMS 13%"5000 psi CHOKE psi LINE RISER t35/8'' 5000 psi ~...,l.~t v S EP 11 1995 Alaska 0il & Gas Cons. Commission COOK INL T PLATFORMS BOPE STACK 13 %' 5000 psi 9~--5~--85~8 DSR COmPAnIES 588 P02 AUG 18'95 14:16 I .,aa .[,o13,oe~az' - O=,OCa..L Al:t:ac~bzaant; 3:3: O~ 1 3 $ 2 ? 1 8 9 i HUI.~ 10 2 MCO Chok~ 2 9/16" - 10,000# ramote opera=a~ c~oka w~Ch panel 11 3 5 - way NPS flow block, 4X4X3X3X2 L...," I v SEP 1 1 1995 Alaska Oil & Gas Cons. Commission Lee Lohoefer - Unocal 12 15 16 17 19 20 21 8 3 l0 NPS 3" ~//ad Flange NPS 4 · X 8 · Spacer NP$ 4" Lg. Flg X Nipple ~S 3' X 8' spacer o - 60009 ~ ~$ ~1~ V~ 2 ~S ~ V~ve S EP 1 1 1995 A~as~ Oil & Gas Cons. Commission Anchorage GRANITE POINT STATE 22-13 AS COMPLETED 5/68 18' ~ 2-7/8' Tubing, N..80. 8RD. e-1/'Z' Tubing, N-50, Butt., e.a, 13-~I/8', 61~, J-SS, Buttm~ ~ 89a9' 2SM' Dummy 4~10' Dummy 6026' GLV 6M1' GLV 7382' GLV 7MO' GLV ~145' GLV ~92 In~aibd dummi# and valvM in top 4 GLM'I. t. Jnabb to pull remaining Otb RDH Hydmuik= Pe=ker Otll Type N I.Inding NIpple (~) ~° Otb G~tc:her Sub 0 &SOO* EOT 0 Otb Type XO $~ing Sbev# @ 8421', 87~7' ~ ~770' (2.7s' LO.',) TOL 0 Otb Type O L~nding Mpple O lO,OM' (2.e25' I.D.) ~-~' Cuing Detail 40~, N.aO, BTC k) e4oe' 4,1.s~, N~0, BTO te eOM' 4,1.5~, a.es, BTC t~ 9417' C4ment PBTD @ 10,150' TO 10,250' (lO,1~' TVD) au rang down cuing SEP 11 1995 Nas~ i~ii & Gas Cons. Commission , Anchorage Grm~dto Peint 8mtd PeW (4', 4 8PF eMing gun~ 1/2' holM) MSO-M80' 87'~ - _ _~Y~_ _ ' egO0- egeo o148. o174' 010t. 0100' 0.7 o2o8. o218' G,7 0228. g~r/'3' C,.7 g2M - e~oe' 0-7 9-5/8" 0 9417' 9788- 8758' C.,-8+ 987~ · g~8' ~29- 9984' C-~+ 10,056 - 10.0~8' Ce+ 10,066 - 10,101' 0-8+ 7', 29~, N-a0, X. Ilne 0 10,1~0' RT 114.75' Ri(B 1 ~ '~- WELLHEAD STARTS HERE PROD DECK 1i5'75' TOPOFLEG 62' (75' WATER DEPTH) ~ ~ , SEA LEVEL (MLLW) 75' ~ Top 26" ~ 177' RKB ~ ~ (only on 3 Inner conductors) MUD LINE ;;"@229'RK~ j SEP 1 1 1995 (40' BML) /~ l~ii & Gas Cons. Comml~ion ~mcltorage 26" @ 294' RKB ,~ Note: Outer 9 conductors have 26" back to surface (105' BML) Inner 3 slots are different. See attached plan view. GRANITE POINT DRAWN: CLL WELLBORE CONDUCTOR STATUS File: GPCOND. drw UNION OIL COMPANY OF CALIFORNIA (dba UNOCAL) DATE: 07-21-95 1~ ~- WELLHEAD STARTS HERE PROD D! i'5.75' TOP OF / 62' (75' WATER DEP' ~~ sEA LEVEL (MM 75' ~ Top 26" @ 177' RKB ~~ (only on 3 Inner conductors) MUD L 29'RKi; j SEP ~ ] 1995 (40' BML) ~ l~ii & Gas Cons. Comml~iolt ~mcltorage 294' RKB ,~ Note: Outer 9 conductors have 26" back to surface I:l U I:]-- I lB -- ~:J 5 F.R 'r ? "- lB9 FI-- :!: :DR *r LL 'r NG I~K P = O$ DRILLING FLUID PROGRAM UNOCAL GRANITB POINT 22.13 RBDRILL PLUOAND ABANDONMENT 5RCrI01~I MUD TYPE MUD WEIGHT FUNNEL VISCOSITY PLASTIC VISCOSITY YIELD POINT MUD PRODUCTS Inlet Water w/NaCl or C. umeric Mud #2 8.5 - 10.0 PPG 8.5 - 10.0 PPO 5- 10 N/C Sal~/FLO-VLq/Gel/Barite/SodaAsh/Bicarb HOLE SIZE MUD TYPE MUD WEIOHT FUNNEL VISCOSITY PLASTIC YIELD POINT FLUID HPHT MUD PRODUCTS REDRILL SE~YI'ION 8-1~2" ,6500'- 11,675' 6' 11,675' - 14,525' Versaclean w/Conoco LVT 200 7.5 - 10.0 PPG 45 - 100 10 - 20 10-40 10 or less VEKSAMULIVERSAMOD/¥ERSA HRP/VERSAWET/VERSACOAT/ VO.69/Bartte/Lowate/Lime/Conoco LVT 200/CaCI~. SEP 1 1 19~5 N,~k~ 0il & Gas Cons. 6ommission Anchorage Depth ~u~~ i~GP 22-13 Redrill Depth vs. Days (6,ooo) (8,ooo) (lO,OOO) (12,000) (14,000) P&A Wellbore I I 0 10 File:2213RD.CH1 Set whipstock & redrill Drill 8-1/2' OH (ROP=430~ Run E-Logs & 7' Csg. Drill 6' OH (ROP=350~ Run E-Logs & 5' liner I 20 30 40 50 Days Actual Estimate S EP l l 1995 Gas Cons. Commission Anchomoe I TUBING DETAIL; L-- 2 m~ 16.5/8' ~ ~ -- 1) SSSV ~ 300' 7~7~ G~ B L ~ j ~ 2) ~S .. ~DRELS as r~uir~ 3) '~" S~E as r~uir~ ~ ~ ~ss 4) PERM PACER as r~ui~ 5) '~' NIPP~ as r~uir~ 6) Mu~ .~ as ~uir~ Pr~. Tr~ ~bly (2-9/16' L~er Ma~er Up~r MaWr T~ wi~ Aerator X / SEP 1 1 199~ 675' 2~eo ~ ~c~rage __ ~u~ !~i; T~ ~5 5' L F/114~14525' WE~ GP 22-13 R~rill D~: c~ SC~: N/A PROPOSED COMP~ION DA~: U~i Energy Resou~s ~aska Fii~ 2213~.d~ Granite Pt. Platform Maximum Surface Pressure Calculations GPP # 22-13 Redrill 30-Aug-95 Hole Section 1 Depth Interval: 6500'-11675' (Top of Tyonek C-5) 8-1/2" hole size 7" casing from 6300' to 11675' Maximum Surface Pressure Calculation; Mud Weight ............................................. Shoe (9 5/8") Depth ................................ Estimated Fracture Gradient (9 5~8" shoe) Total Depth .............................................. Bottom hole pressure gradient ................... Gas gradient (assume worst case) ............. 7.5 ppg 65OO feet MD 11675 feet MD 0.39 psi/ft 6476 feet TVD 0.9 psi/ft 1OO45 feet TVD 0.3 psi/ff 0.1 psi/ft Wellbore volume with gas kick situation, is assumed to be 60% mud and 40% gas in a 8-1/2" hole at 11675' MD. Maximum surface pressure=Bottom hole pressure-hydrostatic pressure MSP -- BHP - (60% mud +40% gas) MSP -- (10045'.30)-((0.60'(10045'.39))+(0.40'(10045'0.1))) MSP = 261 psig Therefore the greatest hydrostatic pressure at the 9 5~8" shoe (HPsh) is when the gas bubble reaches the shoe, if a constant BHP is applied. A conservative estimate would be the maximum surface pressure plus the hydrostatic pressure at the casing depth (HP csg) HPsh -- MSP + HPcsg HPsh = MSP + ('I'VD x MW) HPsh -- 2787 psi This (HPsh -- 2787 psig) is less than the fracture pressure at the same shoe. (FPsh = 0.90 psi/ft * 6476' -- 5828 psig) and thus sufficiently adequate to handle a well kick. HPsh - Pore Pressure ~shoe is less than (<) Internal yield of the 9-5~8", 43.5~, N80 csg. 2787 - (6476*0.30) < 6330 psi 844 < 6330 psi Page 1 SEP 1 1 1995 Alaska 0il & Gas Cons. Commission Anchorage 2213MSP.XLS Granite Pt. Platform Maximum Surface Pressure Calculations GPP # 22-13 Redrill 30-Aug-95 Hole Section 2 Depth Interval: 11675'-14525' 6" hole size 5" casing from 11475' to 14525' Maximum Surface Pressure Calculation; Mud Weight ............................................. Shoe (7'3 Depth ................................ Estimated Fracture Gradient (7" shoe) Total Depth .............................................. Bottom hole pressure gradient ................... Gas gradient (assume worst case) ............. 7.5 ppg 11675 feet MD 14525 feet MD 0.39 psi/ff 10045 feet TVD O.9 psi/ft 10945 feet TVD 0.3 psi/ff 0.1 psi/ff Wellbore volume with gas kick situation, is assumed to be 60% mud and 40% gas in a 6" hole at 14525' MD. Maximum surface pressure=Bottom hole pressure-hydrostatic pressure MSP = BHP - (60% mud + 40% gas) MSP = (10945'.30)-((0.60'(10945'.39))+(0.40'(10945'0.1))) MSP = 285 psig Therefore the greatest hydrostatic pressure at the 7" shoe (HPsh) is when the gas bubble reaches the shoe, if a constant BHP is applied. A conservative estimate would be the maximum surface pressure plus the hydrostatic pressure at the casing depth (HP csg) HPsh -- MSP + HPcsg HPsh = MSP + (TVD x MW) HPsh = 4202 psi This (HPsh -- 4202 psig) is less than the fracture pressure at the same shoe. (FPsh = 0.90 psi/ft * 10045' = 9041 psig) and thus sufficiently adequate to handle a well kick. HPsh - Pore Pressure (~shoe is less than (<) Internal yield of the 7" 29~, N80 csg. 4202 - (10045*0.30) < 8160 psi Page 2 SEP 1 1 1995 & Oon . m m ion 2213MSP.XLS '1- -F -t- 0 0 0 4- -I- + ~ + -I, -I- 4- -F --I- -F COMMIS," I APPLICATION FOR SUNDRY APPr OVALS Type of request: Abandon X_ Suspend __ Nter oaslng__ Repair well __ Change approved program __ Operations shutdown __ Re-enter suspended well _ Plugging __ Time extension __ Stimulate __ Pull tubing _ _ Vmianoe Perforate Other of Well: -- 6.-~stum eleva~3n (DF or KB) 2. Name of Operator [5. Type Devaopment X__ UNION OIL COMPANY OF CAEFORNIA (UNOCAL) [ ~ __ 3. Address StraUgraphi~ __ P.O. BOX 196247 ANCHORAGE, AK 99519 sense _ 4. Location of well at surface Granite Point Platform, Leg #3, Slot 2. 2379' S & 1375' E F/NW Corner Sec. 13, T10N, R12W, S.M. At top of productive Interval ~.~1~~1 A. KB 105 7. Unit or Property name Union-Mobil State #1 8. Well number 22-13 ADL-18761 9. Permit number 68-21 10. APl number 50-133-20095 At effective depth At total depth 476' N & 256' E of surface location 11. Field/Pool Granite Pt. / Middle Kenai feet 12. Present well condition summary Total depth: measured 10230 feet true vertical 10188 feet Plugs (measured) Effective depth: measured 10150 feet Junk (measured) true vertical 10125 feet Casing Length Size Cemented Structural Conductor 247' 26" Driven/Grouted Surface 563' 18" 1050 sx Intermediate 3952' 13-3/8" 668 sx Production 9380' 9-5/8" 864 sx Uner 864' 7" 345 sx Perforation depth: measured See attachment true vertical TOC plug @ 10150' Measured depth 284' 600' 3989' 9417' 9316'-10180' True vertical depth RE :;:'ED AUG 2 9 1995 & Gas Cons. Anchorage Tubing (size, grade, and measured depth) SS: 2-7/8", 6.4#, N80 @ 8389' LS: 3-1/2', 9.2#, N80 @ 10086' Packers and SSSV (type and measured depth) 9-5/8" Otis "RDH" Pkr @ 8380' SSSV @ 276' in SS and @ 296' in LS 13. Attachments Description summary of proposal _X_ Detailed operations program_ _ BOP sketch X 14. Estimated date for commencing operation ~15. Status of well classification as: September 21,1995 1 16. If proposal was verbally approved Oil X Gas _ Suspended __ Name of approver Date approved Service 17. I hereby certify that the -._ o the best of my knowledge. ~ed G. Russell Schmidt/~.~'J/~'.::'~'"~ ~tle Drillin_q Manager FOR COMMISSION USE ONLY Conditions of approval: Notify Commission ~resentative may witness Plug Integrity ~ BOP Test __ Location clearance __ Mechanical Integrity Test__ Subsequent form required 10- Original Signed By 'the order of the commission David W. Johnston Form 10-403 Rev 06/15/88 [Appro~val No. . Approved Copy ~uo~mRetu r n,e-d ~ SUBMIT IN DO NOT WRITE IN THIS SPACE 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 APPENDIX. No special effort has been made to chronologically organize this category of information. :13:11:10: :13:11:39: :13:11:41: :13:11:41: :13:11:43: :13:11:43: :13:11:44: :13:11:44: :13:11:4§: :13:11:45: :13:11:45: SCROLL COLLECTION TURNED ON dtu dir mtO DTU DIRE File: HlO 33 TOH .033 40.2 Data Type: CR TOOL TABLES CMPU tABLES CIlM IABLES INPU IABIES OUTP TABLES CONS TABLES (PLAY) 95/11/13 Max Record Size: 1024 Dato~ :13:11:46: :13:11:46: :13:11:47: :13:11:47: :13:11:48: :13:11:48: :13:11:48: :13:11:49: :13:11:49: :13:11:50: :13:11:50: :13:11:50: :13:11:51: :13:11:51: :13:11:51: :13:11:51: :13:11:51: :13:11:52: :13:11:52: :13:11:52: :13:11:52: :13:11:52: :13:11:53: :13:11:53: :13:11:53: :13:11:53: :13:11:53: :13:11:54: :13:11:54: :13:11:54: :13:11:55: :13:11:55: :13:11:55: :13:11:56: :13:11:57: CONS IABILS PRES TAB[[S FILM TABLES AREA TABLES INDE TABLES INCL TABLES ZONE TABLES PIP IABLES ANNO TABLES SONI TABLES ISEC TABLES LPRE TABLES DHEQ TABLES I. IMI TABLES TOOL fABLES cHpU TABLES ]NPU TABLES OUIP TABLES CONS IABLES CONS TABLES PRES TABLES FILM TABLES EQUI TABLES #SCR TABLES INDE IABLES INCL TABLES ZONE TABLES CURV TABLES SONI TABLES I PRE TABIFS DIRECTION OF LOG (UP/DOWN) : UP FRAME SPACING : 60 .lin DATA REFERENCE POINT : -528 INCH OPlICAL LOG SCM[ UNI1S : FEET :13:11:58: ........................................................................ :13:11:59: SERVICE FILE MNEH UNITS PROT REPR SAMPLES/ ELEMENTS/ CHAN DIR :13:12:00: FRAME SAMPLE SIZE :13:12:01: ........................................................................ :13:12:02: TOH 33 lOD S I 1 1 4 UP · ll'l?'Ol: TOIl tt llrll Mq D 1 1 4 liP :13:12:06: :13:12:07: :]3:]2:08: :13:12:09: :]3:]2:10: :13:12:12: :13:12:]3: :13:]2:14: :13:]2:15: :13:12:16: :13:12:18: :13:12:19: :13:12:20: :13:12:21: :13:12:21: :13:17:??: :1,):12:22: :13:12:23: :13:12:23: :13:12:24: :13:12:25: :13:]2:25: :13:12:26: :13:]2:26: :13:12:2/: :13:12:2/: :13:12:28: :13:12:29: :13:]2:2g: :13:12:30: :13:12:30: :13:12:31: :13:12:31: :13:12:32: :13:12:32: :13:12:33: :13:12:33: :13:]2:34: :]3:12:35: :]3:17:15: IOH TOH TOil IOH TOH TOH TOH TOH TOH iOH TOH TON TOtl [OH TOH 1Olt TOH [(iH 10H TOH ~OH TOH TOH TOH TOH IOH 10H I0tl TOH TOH rOH TOH TOH TOrt TOH TOH loll 33 CS F/HR 1 33 DIFF F AUX D 33 TENS LBF D 33 MARK F 1 33 RIRD MH/M D 33 IRDZ MH/M D 33 IRDP g~/H D 33 IRDN MM/M D 33 RIXD HM/H D 33 ]XDZ MH/M D 33 IXDP MM/M D 33 IXDN MM/H D 33 RIRM MM/M D 33 ]RMZ MM/H D 33 [RMP MM/M D 33 IRMN MM/M D 33 RIXM MM/M D 33 IXMZ MM/H D 33 IXMP MM/M D 33 IXMN MH/M D 33 DCID MM/M 1 33 D£IM MM/M 1 33 IDQF ] 33 IMOF 1 33 DEQF 1 33 RSFV MV D 33 SFVP MV D 33 SFVZ MV D 33 RSF£ HA D 33 Sit]) MA D 33 SFCZ HA D 33 DCSF tIM/M 1 33 SFQF 1 33 RSFB HA 1 33 SFBZ HA 1 33 SFflP NA 1 33 RR~O V AUX 1 33 RFOC V AUX 1 33 RXFO V AUX l 33 XFOC V AUX 1 1 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP tiP tip UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP UP tip :ii:IL:J/: lUll JJ :13:12:38: [OH 33 SPAP :13:12:39: TOH 33 RITE :13:12:40: TOH .)3 RDIH :13:12:40: IOH 33 DIItV :13:12:41: TOH 33 FTVP :13:12:42: TOH 33 FTVZ :13:12:42: TOH 33 RPSD :13:12:42: TOH 33 EPSD :13:12:43: TOH 33 XPSD :]3:12:43: TOH 33 IPSD :13:12:43: TOH 33 IRMA :13:12:44: TOH 33 2IRP :13:12:44: TOH 33 ]RDA :13:12:45: TOH 33 2IXP :13:12:45: TOH 33 VODC :13:12:46: TOH 33 IWF1 :13:12:46: TOH 33 IWF2 :13:12:4/: TOH 33 INDB :11:12:48: [OH 33 15VI :13:12:48: I011 33 25VI :13:12:49: [OH 33 S2IV :13:12:50: TOH 33 15VS :13:12:50: IOH 33 DECL :13:12:51: I011 33 I)fCS :13:12:51: IOH 33 DERS :13:12:52: TOH 33 IFRE :13:12:53: TOH 33 IFBA :13:12:53: TOH 33 IPflA :13:12:54: IOH 33 CIDP :13:12:55: TOH 33 GIMP :13:12:55: TOH 33 IDPH :13:12:56: TOH 33 IMPH :13:12:56: TOH 33 IIRD :13:12:57: TOH 33 IIXD :13:12:58: 1011 33 IIRM :13:12:58: TOH 33 IIXM :13:12:59: TOH 33 liD :13:12:59: TOH 33 IXM :11:13:00: IOH 33 GIlD :11:13:01: lOll ,13 CIIM MV 1 DEGF 1 V AUX 1 V AUX 1 V 1 V 1 AUX 1 AUX l AUX 1 AUX 1 AUX l AUX 1 AUX 1 AUX l AUX 1 AUX 1 AUX 1 AUX 1 ADX 1 AUX 1 AUX l AUX 1 AIIX 0 AIJX 0 AUX 0 0 1 1 M./M OItMM 1 OHMM 1 MM/M MM/M 1 MM/M 1 MM/M 1 OHMM OHMM 1 HH/M I MM,IH I 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UR 2 UP 2 UP 2 UP 2 lip 2 UP 2 UP 2 UP 2 UP 2 (JP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 tJP ? lip :13:13:02: TOll :13:13:03: TOH :13:13:03: TOH :13:13:04: TOH :13:13:04: TOH :13:13:05: TOH :13:13:06: TOH :13:13:06: IOH :13:13:07: TOH :13:13:07: IOH :13:13:08: IOH :13:13:08: TOH :13:13:09: TOH :13:13:10: TOH :13:13:11: 10tt :13:13:11: IOH :13:13:12: IOH :13:13:12: TOH :13:13:13: TOH :13:13:14: TOH :13:13:14: TOH :13:13:15: TOH :13:13:16: TOH :13:13:17: TOH :13:13:18: :13:13:19: TOH :13:13:20: TOH :13:13:21: TOH :13:13:22: 1OH :13:13:23: TOH :13:13:24: TOH :13:13:2fi: TOH :13:13:26: TOH :13:13:27: IOH 33 IlM OHMM 1 1 33 DMRA 1 1 33 QLRA 1 1 33 SFB HA 1 1 33 SFV gV 1 1 33 SFC MA I 1 33 CSFL MM/M 1 1 33 CSFA MM/M 1 1 33 SFIU OHMH 1 1 33 SFIA OHMM 1 1 33 ITEM DEGF 1 I 33 TI1 US D I 33 112 US D 1 33 TT3 US D 33 TT4 US D 1 33 SSI1 0 1 33 DT US/F D 1 33 SVEL D 1 33 SPHI V/V D 1 33 I1T S D 1 33 RGR GAPI AUX 1 1 33 GR GAPI I 1 33 STSG 0 1 33 HTEN LBF 1 1 33 RHT[ I_BF I 1 33 MRES OHMM 1 1 33 MTEM DEGF 1 1 33 AMIE DEGF 1 1 33 DIEH DC/K 1 1 33 SP MY 1 1 33 SPHV MV AUX 1 l 33 SPAR MV 1 1 33 SPA MV 1 1 33 RSP MV AUX 1 1 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 4 UP 4 UP 4 UP 4 UP 2 UP 4 UP 4 UP 4 UP 4 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP 2 UP :13:13:28: ........................................................................ :13:13:29: Start :13:13:30: Depth: 7118.5 :13:13:30: End :13:15:09: Depth: 6510.5 :13:15:09: :11:15:]1: Orll DIR[ FiTe: MIO ,lq (PI AY) :13:15:13: :13:15:13: :13:15:14: :13:15:14: :13:15:14: :13:15:15: :13:15:15: :13:15:15: :13:15:15: :13:15:16: :13:15:16: :13:15:16: :13:15:17: :13:15:11: :13:15:17: :13:15:18: :13:15:18: :13:15:18: :13:15:18: :13:15:18: :13:15:18: :13:15:18: :13:15:19: :13:15:19: :13:15:19: :13:15:19: :13:15:19: :13:15:20: :13:15:20: :13:15:21: :13:15:21: :13:15:21: :13:15:21: :13:15:22: :13:15:22: :13:15:22: :13:15:24: :13:15:25: :13:15:25: :13:15:25: Data Type: CR TOOL IABLES CMPU TABLES CTIM TABLES INPU TABLES OUTP TABLES CONS TABLES CONS TABLES PRES TABLES FILM TABLLS AREA TABLES INDE TABLES INCL TABLES ZONE TABLES PIP TABLES ANNO TABLES SONI TABLES ISIC IABlI% LPRE IABIES DHEQ TABLES LIMI TABLES TOOl_ TABLES CMPU FABLES INPU TABLES OUTP TABLES CONS TABLES CONS TABLES PRES TABLES FILM 1ABIES EQUI TABLES ~SCR TABLES INDE TABLES INCL TABLES ZONE TABLES CURV TABLES SONI TABLES LPRE TABLES DIREClION OF LOG ~IJP/DOWN) : UP FRAME SPACING : 60 .lin :13:15:26: :13:15:26: :13:15:26: :13:15:27: :13:15:21: :13:15:28: :13:15:78: :13:15:29: :13:15:29: :13:15:30: :13:15:30: :13:15:31: :13:15:31: :13:15:31: :13:15:32: :13:15:32: :13:1§:33: :13:15:33: :13:15:34: :13:15:34: :13:15:35: :13:15:35: :13:15:36: :13:15:36: :13:15:36: :13:15:37: :13:15:31: :13:15:38: :13:15:38: :13:15:38: :13:15:39: :13:15:39: :13:1b:39: :13:15:40: :13:15:40: :13:15:41: :13:15:41: :13:15:41: :13:15:42: :13:15:42: OPIILAL liJg SCALL UNIIS : fEET SERVICE FILE HNEM UNITS PROT REPR SAMPLES/ ELEMENTS/ CHAN DIR FRAME SAMPLE SIZE 10tt 34 TOD S I 1 TOIl 34 [1ME MS D 1 IOH 34 [1 IM S D 1 TOH 34 CS F/HR 1 1 TOH 34 DIFF F AUX D 1 IOH 34 IENS JBF D 1 TON 34 MARK F 1 1 IOH 34 RIRD MM/M D 1 TOH 34 IRDZ MM/M D 1 10tt 34 IRDP MM/M D 1 TOH 34 IRDN MM/M D 1 [01t 34 RIXD MM/H D l IOH 34 IXDZ MM/M D 1 TOH 34 IXDP MM/M D 1 TOH 34 IXDN MM/M D 1 TOH 34 RIRM MM/M D 1 TOH 34 IRMZ MM/M D 1 FOH 34 IRMP MM/M D 1 TOH 34 IRMN MM/M D 1 TOH 34 RIXM MM/M D I IOH 34 IXMZ MM/M D 1 TOH 34 IXNP MM/M D 1 TOH 34 IXMN HM/M D 1 TOH 34 DCID MM/M 1 1 TOH 34 DCIM MM/M 1 1 TOH 34 IDQF 1 1 [OH 34 IMQF 1 1 TOH .t4 DEQ[ 1 1 TOH 34 RSFV MV D 1 TOH 34 SFVP MV D 1 TOH 34 SFVZ MV D 1 IOH 34 RSFC MA D 1 TOH 34 SFCP MA D 1 TOH 34 SFCZ MA D 1 TOH 34 DCSF MM/M 1 1 TOU ,t4 SFOF 1 1 DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN :13:15:43: TOH 34 SFBZ :13:15:44: TOH 34 SFBP :13:15:44: 1OH 34 RRFO :13:15:44: TOH 34 RFO£ :13:15:45: TOH 3q RXFO :13:15:45: IOH 34 xroc :13:15:46: lOH 34 RSPR :13:15:46: TOH 34 SPAZ :13:15:46: lOH 34 SPAP :13:15:41: 1011 34 RITE :13:15:47: [OH 34 RDltt :13:15:4/: TOH 34 DIHV :13:15:48: TOH 34 FTVP :13:15:48: IOH 34 FIVZ :13:15:4g: TOH 34 RPSD :13:15:49: IOH 34 EPSD :13:15:49: TOH 34 XPSD :13:15:50: TOtl 34 IPSD :13:15:50: TOH 34 IRMA :13:15:51: IOH 34 2IRP :13:15:51: TOH 34 IRDA :13:15:51: TOH 34 2IXP :13:15:52: TOH 34 VODC :13:15:52: IOH ,tq IWF1 :13:15:53: TOH 34 IWF2 :13:15:53: TOH 34 INDB :13:15:53: Tort 34 15¥1 :13:15:54: lOH 34 25VT :13:15:54: TOH 34 S2IV :13:15:54: TOH 34 15VS :13:15:55: I01t 34 D£CL :13:15:55: IOH 34 DECS :13:15:56: lOH 34 DERS :13:15:56: TOH 34 IFRE :13:15:56: TOH 34 IFBA :13:15:57: IOH 34 IPBA :13:15:57: 101t 34 CIDP :13:15:58: 10H 34 CIMP :13:15:58: TOH 34 IDPH :13:15:58: TOH t4 ]MPH MA 1 I MA 1 1 V AUX I 1 V AUX 1 1 V AUX 1 1 V AUX 1 1 MV 1 1 MV 1 1 HV 1 1 DFGT I I V AUX 1 1 V AIJX 1 1 V 1 1 V 1 1 AUX I 1 AUX I 1 AUX 1 l AUX 1 1 AUX 1 1 AUX 1 1 AUX 1 1 AUX ] 1 AtJX 1 1 AUX I l AUX 1 l AUX 1 l AUX 1 1 AUX 1 l AUX 1 1 AUX 1 AUX 0 1 AUX 0 1 AUX 0 l 0 1 1 1 1 1 MM/fl I 1 OHMIt 1 1 OttMH 1 1 1 1 1 1 1 1 1 ! ! 1 1 1 ! 1 1 1 ! ! 1 1 1 1 1 1 1 ! 1 1 ! ! I 1 1 ! ! 1 ! 1 ! 1 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 OOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN 2 DOWN :13:15:59: :13:15:59: :13:1§:00: :13:16:00: :13:1§:01: :13:16:01: :13:16:01: :13:1§:07: :13:1§:02: :13:1§:02: :13:16:03: :13:16:03: :13:16:04: :13:16:04: :13:16:04: :13:16:05: :13:16:0§: :13:16:06: :13:16:06: :11:16:06: :13:16:07: :13:1§:07: :13:16:07: :13:1§:08: :13:16:08: :13:16:08: :13:16:09: :13:16:09: :13:16:09: :13:16:10: :13:16:10: :13:16:11: :13:16:11: :13:16:11: :13:16:12: :13:16:12: :13:16:13: :13:16:13: :13:16:13: :11:16:14: :13:16:14: 10tt TOll TOll IOH TOH TOH TOH 10tt TOIt TOH TOH TOH TOH TOH 10H 10H TOH TOH TOH TOll 101t TOH TOH TOll I01t TOH TOH TOH ¥OH TOH TOH TOH TOH TOH TOH TOH TOH TOH TOrt 1011 3~ llXO MM/M 34 IIRM MM/M 3~ IIXM MM/M 34 IXD OHMM 34 IXM OHMM 34 CILD MM/M 34 CILM MM/M 34 lid OHMM 34 ILM OHMM 34 DMRA 34 QLRA 34 SFB MA 34 SFV MV 34 SFC MA 34 £SFL MM/M 34 CSFA MM/M 34 SFLU OHMM 34 SFLA OHMM 34 ITEM DEGF 3¢ TII tis 34 I12 tiS 34 IT3 US 34 TT4 US 34 SSI T 34 D1 IIS/I 34 SVEL 34 SPHI V,/V 34 ITT S 34 RGR GAPI 34 GR GAPI 34 STSG 34 HTEN LBF 34 RHTE LBF 34 MRES OHMM 34 M1EM DEGE 34 AMT£ DEGF 34 DTFM DC/K 34 SP MV 34 SPMV MV 34 SPAR MV 34 SPA MV D D AUX 1 1 0 AUX DOi DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN :13:16:15: ........................................................................ :13:16:15: Start :1.1:16:16: Deoth: 8302.0 Illl :13:16:16: End :13:20:25: Depth: 6948.0 FELT :13:20:26: :13:20:28: DTU DIRE File: ~ITO 35 :13:20:28: TOH .035 40.2 :13:20:29: Data Type: CR :13:20:30: TOO[ TABLES :13:20:30: CMPU TABLES :13:20:31: CIIM IABLES :13:20:31: INPU lABELS :13:20:31: OUTP TABLES :13:20:32: £ONS IABI[S :13:20:32: CONS TABLES :13:20:33: PRES TABLES :13:20:33: FILM TABLES :13:20:33: AREA TABLES :13:20:34: INDE TABLES :13:20:34: INCL TABLES :13:20:34: ZONE TABLES :13:20:35: PIP IABLES :13:20:35: ANNO TABLES :13:20:35: SONI TABLES :13:20:35: ISEC TABLES :13:20:36: LPRE TABLES :13:20:36: DHEQ TABLES :13:20:36: LIMI TABLES :13:20:36: TOOL TABLES :13:20:3/: £NPU TABLES :13:20:37: INPU TABLES :13:20:37: OUTP TABLES :13:20:38: CONS TABLES :13:20:38: CO TABLES :13:20:38: PRES IABLES :13:20:30: FIlM TABLES :13:20:39: E@UI TABLES :13:20:39: #SCR TABLES :13:20:40: INDE TABLES :11:20:~0: INFI IABIFq (PLAY) 95/11/13 Max Record Size: 1024 :]3:20:40: ZONL IAbI.Lb :13:20:41: CURV TABLES :]3:20:41: SON! TABLES :13:20:41: LPRE TABLES :13:20:42: :1,1:20:42: :13:20:¢3: :13:20:43: :13:20:44: I)IRIt'IIuN ol lOG (IJP/DOWN) : UP [RAME SPACING : 60 .lin DAIA REFERENCE POINT : g46 INCH OPTICAL tOG SCALE UNITS : FEET :13:20:45: ........................................................................ :13:20:46: SERVICE fILE MNEM UNITS PROT REPR SAMPLES/ ELEMENTS/ CHAN DIR :13:20:4/: FRAME SAMPLE SIZE :13:20:47: ........................................................................ :13:20:49: TOH 35 IOD S I 1 1 4 DOWN :13:20:50: TOH 35 TIME NS D 1 1 4 DOWN :13:20:51: TOH 35 ETIM S D I 1 4 DOWN :13:20:52: FOIt 35 CS F/HR 1 1 1 2 DOWN :13:20:53: TOH 35 DITF F AUX D 1 1 4 DOWN :13:20:54: TOH 35 TENS LBF D I 1 4 DOWN :13:20:55: TOH 35 MARK F 1 1 1 2 DOWN :13:20:56: TOH 35 RIRD MM/M D 1 1 4 DOWN :13:20:57: TOH 35 IRDZ MM/M D 1 1 4 DOWN :13:20:58: TOH 35 IRDP HM/M D 1 I 4 DOWN :13:20:59: TOH 35 IRDN MH/N D 1 1 4 DOWN :13:21:00: TOH 35 RIXD MN/N D 1 1 4 DOWN :13:21:01: 10tt 35 IXDZ MM/M D 1 1 4 DOWN :13:21:03: TIM 35 IXDP HM/M D 1 1 4 DOWN :13:21:04: TOH 35 IXDN NH/M D 1 I 4 DOWN :13:21:04: TOH 35 RIRM MN/M D 1 1 4 DOWN :13:21:05: IOH 35 IRHI MM/M D 1 1 4 DOWN :13:21:06: TOH 35 IRHP MM/N D I 1 4 DOWN :13:21:08: TOH 35 IRMN NM/M D 1 1 4 DOWN :13:21:08: IOH 35 RIXM MM/M D 1 1 4 DOWN :13:21:09: EOH 35 IXMZ MM/M D 1 1 4 DOWN :13:21:10: TOtt 35 IXMP tlM/H D 1 I 4 DOWN :13:21:11: TOH 35 IXMN HM/M D 1 1 4 DOWN :13:21:12: TOH 35 DCID MH/N 1 1 1 2 DOWN :13:21:13: TOH 35 DCIM MM/M 1 1 1 2 DOWN :13:21:14: TOH 35 IDQF 1 1 1 2 DOWN :13:21:15: [OH 35 IMQF 1 1 1 2 DOWN :13:21:16: lOIt 35 DEQ~ I 1 1 2 DOWN :13:21:1/: lOH 35 SFYP MV D :13:21:18: TOH 35 SFVZ MV D :13:21:19: TOH 35 RSFC HA D :13:21:20: TOH 35 SFCP MA D :13:21:21: lOll 35 SFC/ MA D :13:21:22: [OH 35 D£SF MM/M 1 :13:21:22: TOH 35 SFQF 1 :13:21:23: [OH 35 RSFB MA 1 :13:21:24: TOH 35 S[BZ MA :13:21:25: IOH 35 SFBP MA :13:21:26: T0tt 35 RRFO V AUX 1 :13:21:2/: lOH 35 RFOC V AUX 1 :13:21:28: lOH 35 RXFO V AUX 1 :1,t:21:2g: IOH ,15 X[OC V A[JX 1 :13:21:30: II)H 35 RSPR HV 1 :13:21:31: 1OH 35 SPAZ MV 1 :13:21:31: TOH 35 SPAP NV 1 :13:21:32: IOH 35 RilE DEGF 1 :13:21:33: IOH 35 RDIH V AUX 1 :13:21:34: IOH 35 DIHV V AUX 1 :13:21:35: IOH 35 ~TVP V 1 :13:21:36: IOH 35 FTVZ V 1 :13:21:37: TOH 35 RPSD AUX I :13:21:38: lOH 35 [PSD AUX 1 :13:21:39: TOH 35 XPSD AUX 1 :13:21:40: loll 35 IPSD AUX 1 :13:21:41: l(Jlt 35 IRMA AtJX :13:21:4]: IOH 35 21RP AUX 1 :13:21:42: TOH 35 IRDA AUX 1 :13:21:¢3: TOH 35 2IXP AUX 1 :13:21:44: IOtl 35 VODC AUX 1 :13:21:45: iOH 35 IW[I AUX :13:21:46: TOH 35 IWF2 AUX :13:21:4/: TOH 35 INDB AUX :13:21:48: TOH 35 15VT AUX :13:21:49: TOll 35 25VT AUX :13:21:49: IOH 35 S2IV AUX :13:21:51: TOH 35 15VS AUX :13:21:51: TOH 35 DECL AUX :13:21:52: TDH 35 D[CS AUX DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN DOWN ~O~N :13:21:57: :13:21:57: :13:21:5B: :13:21:59: :13:22:00: :13:22:01: :13:22:02: :13:22:03: :13:22:03: :13:22:04: :13:22:05: :13:22:06: :13:22:0/: :13:22:08: :13:22:09: :13:22:09: :13:22:10: :13:22:11: :13:22:12: :13:22:13: :13:22:14: :13:22:15: :13:27:16: :13:22:1/: :13:22:18: :13:22:19: :13:22:19: :13:22:20: :13:22:21: :13:22:22: :13:22:23: :13:22:23: :13:22:24: :13:22:25: :13:22:26: :13:22:27: :13:22:28: :13:22:29: :13:22:31: :13:22:32: :13:22:33: :13:22:33: :13:22:34: :13:22:35: :13:22:36: :13:22:37: :13:22:38: :13:22:39: :13:22:40: :13:22:40: :13:27:58: :13:2/:58: :13:28:01: TOH 35 CIDP NM/M 1 I 1 [01t 35 CTMP MM/M I 1 1 1(111 35 IDPIt OHMM I 1 1 TOH 35 IMPH OHHM 1 1 1 TOH 35 IIRD MM/M 1 1 1 TOH 35 IIXD MM/N 1 1 1 TOH 35 fIRM MM/M 1 1 1 TOH 35 IIXM MM/M 1 1 2 TOH 35 IXD OHMM 1 I 1 DOWN TOH 35 IXN OHMM 1 1 1 DOWN TOH 35 £ILD NM/M 1 1 2 DOWN TOH 35 CILM HM/M 1 1 1 2 DOWN TOH 35 ILD OHMM 1 1 1 2 DOWN TOH 35 ILM OHHM 1 1 1 2 DOWN TOH 35 DMRA I I 1 2 DOWN IOH 35 OLRA 1 1 1 2 DOWN TOH 35 SFB MA 1 1 I 2 DOWN TOH 35 SFV MV 1 1 1 2 DOWN TOH 35 SFC MA I 1 I 2 DOWN TOH 35 CSFL MM/N 1 1 1 2 DOWN TOH 35 CSFA MM/H 1 1 1 2 DOWN TOH 35 SFLU OHMM 1 I 1 2 DOWN TOH 35 SFtA OHMM I 1 1 2 DOWN IOH 35 liEN DEGt 1 1 1 2 DOWN TOH 35 Tll US D 1 1 4 lOH 35 H2 US D 1 1 4 IOH 35 I13 US D 1 1 4 TOH 35 1T4 US D 1 I 4 TOH 35 SSLT 0 1 1 2 TOH 35 DT US/F D 1 1 4 TOH 35 SVEL D 1 1 4 TOH 35 SPH] V/V D 1 1 4 TOH 35 ITT S D 1 1 4 TOH 35 RGR GAPI AUX 1 1 1 2 DOWN TOH 35 GR GAPI 1 1 1 2 DOWN TOH 35 STSG 0 1 I 2 DOWN TOH 35 HTEN LBF I 1 1 2 DOWN TOH 35 RHTF LBF 1 1 1 2 DOWN TnH ~ ~PF~ n~MH 1 I I 2 DOWN TOH 35 MIEH DEGF 1 1 i 2 DOWN TOH 35 AMTE DEGF 1 1 1 2 DOWN IOH 35 DTEM DC/K l 1 1 2 DOWN IOH 35 SP MV 1 1 1 2 DOWN lOH 35 SPMV MV AUX 1 1 I 2 DOWN TOH 35 SPAR HV 1 1 ! 2 DOWN TOH 35 SPA HV 1 1 1 2 DOWN TOH 35 RSP MV AUX 1 1 1 2 DOWN Start Depth: 8302.0 FEEl End Depth: 6570.5 FEET DTU DIRE DONF SCROll COIL[CHON TURNED OFF