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Home My WebLink About183-182 Ima~roject Well History File CoverOge XHVZE This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file, may be scanned during a special rescan activity or are viewable by direct inspection of the file. J 4~._,~ - ] ~"'<:~ Well History File Identifier RESCAN DIGITAL DATA [] Color items: [] Diskettes, No. [3 Grayscale items: [3 Other, No/Type [] Poor Quality Originals: [] Other: NOTES: BY: BEVERLY BREN VINCENT SHERY<~[:~..OWELL Project Proofing OVERSIZED (Scannable) r~ Maps: Other items scannable by large scanner OVERSIZED (Non-Scannable) ~-~of various kinds. BY: BEVERLY BREN<~;~HERYL MARIA LOWELl_ DATE.: Scanning Preparation DATE:~/ BY: BEVERLY BRE~ SHERYL MARIA LOWELL DATE:/~/~.~ Production Scanning Stage I PAGE COUNT FROM SCANNED FILE: <~-~-"~' BY: Other ~si Stage 2 BY: PAGE COUNT MATCHES NUMBER IN SCANNING PREPARATION: BREN VINCENT SHERYL MARIA LOWELL (SCANNING IS COMPLETE AT THIS POINT UNLESS SPECIAL ATTENTION IS REQUIRED ON AN IND~VIOUAL PAGE BASIS DUE TO QUALITY, GRAYSCALE OR COLOR IMAGES) YES NO IF NO IN STAGE 1, PAGE(S) DISCREPANCIES WERE FOUND: ~/YES NO RESCANNEDBY: BEVERLY BREN VINCENT SHERYL MARIA LOWELL DATE: /SI General Notes or Comments about this file: Quality Checked (done) MPU M Pad Location Clearance contact Hello Jim, John Ritchie of Oasis Environmental contacted me by phone on 3/27/06 and said he was calling on behalf of BPXA. He said he working at MPU M Pad on a pad removal / remediation project. He wanted to schedule a final location clearance inspection on M Pad while there was an ice road to the pad. I told him that the AOGCC doesn't do location clearances in the winter as it's too difficult to see what's under the snow & ice (duh?) . He said BPXA asked him to set this up because they wanted to save money on a helicpter flight this summer. He then told me he was going use a loader to hook onto a marker post on the pad for well M-1A (PTD 83-182 & 84-33 abandoned in 1992) & pull it out of the ground. I told him that he was not authorized not pull it out, but if necessary he could dig down to the well cap & cut off the post and weld on a plate with the well information on it & notify us for a witness per our regulations. He said he would check with his BPXA contact about it. I also told him he should contact DNR & DEC re: the final location clearance in summer, and I spoke to Gary Schultz & Leon at DNR about it also. Thanks, Jeff ,r· A Ltr..U:;;f\, 1\ DO 1'" ~q 2.013\) S~n""'~'.3¡¡"'''': hi h - :;j 1 of 1 4/3/2006 9:25 AM Conoco Inc. 2525 C Street Suite 100 Anchorage, Alaska 99503 August 10, 1984 Mr. H. W. Kugler Commissioner of Alaska Oil & Gas Conservation Commission 3001 Procupine Drive Anchorage, AK 99501 Dear Commissioner Kugler- Enclosed please find the "Well Completion Report and Log" (in duplicate) for Milne Point Unit Nos. N-l, N-lA, N-lB, M-l, M-lA, and L-1 as required by AOGCC Regulations. " We regret the delays in getting this data to you. If you have any questions, please call me at 279-0611. Y~urs very truly, James B. Fox Engineering Technician tt cc- R. J. Francis Encl. RECEIVED A~aSka 0g & Gas ConS. commission Anchorage · ALASKA. ~iLAND GAsGoNSERVATION C, IMISSION ; 'wI=LL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of WellCONFIDENTIAL INFORMATIONClassification of Service Well OIL [] GAS [] SUSPENDED [] ABANDONED [~ SERVICE [] 2. Name of Operator 7. Permit Number Conoco Thc. 83-182 3. Address 8. APl Number 2525 C Street, Suite 100, Anchorage, Alaska 99503 5o-029-21057 4. Location of well at surface 9. Unit or Lease Name 2400' FSL, 4594' FEL, Sec. 13, T13N, RgE, U.M. ~ Milne Point Unit MNo. 1 Not Applicable ]s.~.~__~_~/ 11 Field and Pool At Total Depth ~ ' 2589' FNL, 3333'FEL, Sec. 24, T13N, RgE, U.M. Kuparuk 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. KB - 56'I ADL 25514 12. Date Spudded 13. DateT.D. Reached 14. Date Comp.,Susp. orAband. 115. Water Depth, if offshore 116. No. of Completions 2/8/84 02/2'1/84 02/25/84I N/A feetMSLI None 17. Total Depth (MD+TVD) 18.Plug Back Depth (MD+TVD) 19. Directional Survey I 20. Depth where SSSV set 21. Thickness'of Permafrost 9000' MD(7103'TVD) 2838' MD(2458'T~NESC~ No[]I N/A feetMD +1800' 22. Type Electric or Other Logs Run DIL-SFL, BHC Sonic, FDC-CNL, NGT, HUT 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLESIZE CEMENTING RECORD AMOUNT PULLED 13 3/8" 72 Lb/Ft L-80 Surface +130' 17½" Cement to Surface 0' 9 5/8" 47 Lb/Ft L-80 Surface 2721' 12~" 1400 sks. Coldsm. t ~[ & 57R sks. O' £nld_~t TT 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 P CEIVED None 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. AUG 1 0 1984 DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED None Alaska u, c, ,..:-.~ 5u;~s. O0mmissi0rl Anchorage 27. PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) Not Appl i cable I Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE ]GAS-OILRATIO TEST PERIOD ~ I Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (cor'r) Press. ' '24]HOUR RATE j~ 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. Core No. i - 8600' to 8630'; Recovered 28.3' (94%); Interlaminated Sandstone, Siltstone anc Shale; Bedding planes are wavy, irregular and subparallel; Sandstones are oil stained and some 1 ive' oi 1 present. Core No. 2 - 8630' to 8677'; Recovered 42' (89%); Simular to Core No. I with several predon inately sandstone intervals 2' to 9' ~thick; Sandstone is v.f. to f. grained with light bro~ oil staining and fair to good visible porosity. Core No. 3 - 8677' to 8710'; Recovered '~9.5' (44%); Simular to Core No. 1 with frequent, pre dominately sandstone~intervals 1' to 3½' thick; Sandstone is v.f. to f. grained with light brown oil staining and fair to good visible porosity. Submit in duplicate Form 10-407 Rev. 7-1-80 CONTINUED ON REVERSE SIDE ' NAME ~ .~J.d~rva~e~ed.p~ur~,data all fluids r~over~ and gravity, - ' '.' ' ' - : . MEA~. DEPTH . TRUE VERT;DEP~'~. . ' . . :~ :.~ .,~.. : :: ". . uppe~ c~et~ceous :~:--:~-~::.:' . ....... ;: -.: : .. :. , ' '_LA.//-..:: 'ZL~-.:3928:." - : .. 3264..~~ - -~:' ~.: : : '::-:::': :. '. . ~ -:. ~... 4032,' 3344, .:' ' NA " 4366' 3596' 0A-. . '.'4613' 3Z7[' 0B 4726' 385[' , , - - I'. . . . _LOwer. -Cretaceous .. Unconformity . . : 80.74' ~ 6346' - ~- . . . Kuparuk Interval 8342,." 6560' . - MK1 '8518' 6705' LZ 8536' 6719' LK1 8639 6804' -:._- . . .. . . . -~ . . . . . _ . . 31. LIST OF ATTACHMENTS . , · ~I) Multishot Directional~ SurveY, II) As'Built'SurveY,' III) W~ll Ni'~tnry 32. I here~y ce~ifv that-the foregoing is true and correct to the best of my E~oWledge Signed ~~~~ INSTRUCTIONS General' This' form is 'designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. · Item 1' Classification of Service Wells' Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection fOr in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production, from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval, to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23' Attached supplemental recordsfor this well should show the details of any multiple stage cement- ing and the location of the cementing tool. · . Item 27' Method of Operation: FIowin9, Gas Lift,. Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". --, CONFIDENTIAL INFORMATION Furnished By Conoco WELL HISTORY MILNE POINT UNIT M NO. 1 ATTACHMENT III 2-4 Moved pipe shed off "N" pad, unhooked complexes, L/D derrick, and moved misc. components to "M" pad. 2-5 Moved power complex, substructure and mud pits to "M" pad. 2-6 Spotted rig complexes & raised derrick. Moving pipe sheds & misc. support equipment. Camp move schedluled for Tuesday. AOGCC notified of spud. 2-6 Set pipe sheds, continue assembling misc. equipment, mix spud mud. Move & set up camp. 2-7 Continue assembly of misc. equip. Hook-up diverter system. Install wear bushing & M/U slick BHA. Drill to 622'. POOH & pick up Navi-drill. 2-8 Change BHA to 1-3/4° bent sub, Navi-drill & TIH. Navi-drill f/622'-865' & Teleco survey. POOH, change out bent sub to lq° & TIH. Navi-drill & survey f/865'-1780'. Drop single shot survey, pump pill & POOH. L/D Navi-drill, bent sub, change BHA & TIH. Drill & survey f/1780'-2739' . Angle Direction Depth Angle Direction 3.6° S10.9E 1577' 32.8° S19.4E 11.6° S15.6E 1875' 32.8° S16.6E 17.9 S18.3E 2253' 39.1° S16.9E 23.9 S19.7E 2665' 53.7° S19.0E 28.4 S18.3E Surveys: Depth 663' 845' 1029' 1212' 1393' 2-9 2-11 Circ. & cond. mud. POOH to D.C. & TIH. No fill. Circ. & cond. mud. POOH. R/U Schlumberger & TIH w/DIL/SP/GR/BHC Sonic Log. Could not get past 1925' R/D Schlumberger. TIH, no fi].].. Circ. & cond. mud & POOH. R>U Schlumberger. Run DIL/SP/GR/BHC from 2739' to conductor pipe. R/D Schlumberger. TIH w/BHA & L/D same. Remove wear bushing slip .& cut drlg. line. R/U Joe's Casing Service. Run in hole w/9-5/8" csg. to 2725'. Condition hole. Mix & pump 1400 sks. Cold Set III, 578 sks. Cold Set II. Displaced w/9.6#/gal, mud. Bumped plug w/1000#, float held. Recip. pipe approx 15'. Cmt. slurry = 550 bbls. cmt. returns approx 118 bbls. @ 12.2 ppg. N/D 20" stack, set slips. Installed 13-5/8" spool & test to 3000 psi. N/U wellhead & BOPE. Changed rams. P/U & install test plug. Test BOP stack, kill & chokes lines, & manifold to -500 & 5000 psi. Test annular preventer to 350 & 3500 psi. Testing Kelly valves. Test pump failed. Remove test plug. Pressure test csg. to 1500 psi for 15 min. Held o.k. Working on test pump. RECEIVED ~l~ska Oil & Gas Cons. Commission 'anchorage 2-12 CONFluENTIAL INFORMATION Furnished By Conoco Ino. Test lower & upper Kelly valves, dart & safety valve to 5000 psi. Install wear bushing. M/U BHA & TIH to float collar @ 2634'. Circ. & cond. mud for equal weight. Drill out float collar & shoe. Drill to 2770'. Perform leak-off test. EMW=12.5 ppg. Drill & Teleco survey to 3004'. Run wireline survey single shot, pump pill & POOH. Change BHA & TIH, break circ. Drill & Teleco survey to 3982'. Drop single shot survey, pump pill & start out of hole swabbing fluid. TIH to 120' off bottom. Circ. Surveys: Depth Angle Direction 2889' 47.1° S15.9E 3182' 43.1° S16.9E 3489' 42.0° S16.6E 3936' 39.4° S17.6E 2-13 Pump high vis. pill & POOH. Retrieve survey tool & change BHA. TIH to 3860' circ. & ream to bottom. Drill & Teleco survey 3982'-4492'. Circ. & cond. hole. POOH 4 stds. well swabbing. Mix up high vis. pill & sweep hole. POOH & change BHA. Level rig. TIH; drill & Teleco survey 4492'-5036'. Survey: Depth Degrees Direction 4413' 45.0° S15.5E 4878' 44.6° S15.1E 2-14 Drlg. & Teleco survey f/5036' to 6272'. Survey: Depth Degrees Direction 5387' 44° S15.5E 5899' 43.1° S16.2E 2-15 Drlg. & Teleco survey 6272'- 6470'. POOH, changed bit & BHA. TIH to 6470' no fill. Repair Kelly spinner. Drill & survey 6470'-695~'. Left hand walk continues. POOH, L/D stabilizers & P/U Navidrill. Orient Navidrill & TIH to 2700'. Cut & slip drlg. line. Continue TIH. Survey: Depth Degrees Direction 6407' 42° S18E 6790' 40.5° S19.7E 6918' 39.3 S20.1E 2-16 Continue TIH to 6958', no fill. Drlg. & survey to 7313' w/Navidrill mud motor. POOH & L/D Navidrill. Repair dump valve on rig. P/U BHA & TIH to 7313', no fill. Drlg. & survey f/7313'-7798'. Survey: Depth pegrees Direction 7033' 39.9° S15.9E 7129' 40.3° S13.0E 7224' 41.5° S12.7E 7425' 41.5° S12.7E 7743' 38.6° S12.3E 2-17 RECEIVED AUG 1 0 I 'B& Drlg. & survey f/7798' to 7826. Pump pressure dropped 200 psi below normal pump pressure. Checked surface equip, for leaks. Continue drlg. f/7826'-7833'. Pump pressure dropped 100 psi to 2900 psi (normal pump psi=3400#). POOH wet looking for washout. Found none. Changed bit & TIH. Drlg. w/3000# pump pressure, lost 700 psi/60 min. POOH w/wet string. Found wash out between jars & stab. Changed out "XO" & stab. Alaska 0ii & Gas Cons. Commission Annhnr~le 2-18 CONFIDENTIAL INFORMAT Furnished By Cono Inc. TIH to shoe. Cut & slip drlg. line. Continue TIH to 7858', no fill. Drlg. & survey f/7858'-8536'. Surveys: Depth Degrees Direction 8027' 36.7° S10.9E 8345' 35.1° S4.2E 2-19 Drlg. to 8550'. Surveyed & POOH. SLM. Pull wear ring, test BOPE, & re-run wear ring. TIH to 8550', no fill. Drlg. to 8600'. Condition mud & circ. for samples. POOH. Sticky pulling off btm. P/U 60' core barrel. TIH to 8600', no fill. Coring f/8600'- 8630'. Surveys: Depth DegreesL Direction 8472' 35.2° S3.2E 2-20 Cut Core #1 to 8630' 30' cored POOH, L/D core #1 rec 28 3' , · , · · , 94% recovery· Service core barrel· TIH to shoe· Cut & slip drlg line TIH to 8630' cut Core #2 8630'-8677' 47' cored· · · , ~ POOH, L/D core #2, rec. 42', 89% rec. Service core arrel. TIH to 8677'. Cut core #3 8677'-8697' @ 6:00 a.m. 2-21 Cut core #3 8697' to 8710', 33' cored. POOH w/core #3. L/D core #3, rec. 29.5', 89% rec. Service & L/D core barrel. TIH to 8600'~ Ream & wash 8600'-8710'. Drill f/8710'-9000'. Circ. & pump pill. At 0600 hrs. short trip. Note: Proposed T.D. 8898' changed to 9000' per Chevron, AOGCC notified verbally of depth change. 2-22 Continue 20 std. short trip. Slight drag, no fill. Circ. & cond. mud. Drop single shot survey tool & pump pill. POOH to log. Slight drag first 500' off bottom. R/U Schlumberger. Ran DIL- BHC-GR, FDC-NGT-CNL. P/U Dipmeter. Power pack failure on Schlumberger unit, waiting on replacement. Surveys: Depth De.~ree Direction 8938' 33.0° S3.5W 2-23 Waiting on replacement power pack/Schlumberger· Logging w/dipmeter. L/D dipmeter, P/U sidewall core guns. Run sidewall core guns. Attempted 40, recovered 26, L/D sidewall core guns. R/D Schlumberger. T!H w/BHA & D.P. to csg. shoe. Cut & slip drlg. line. Continue TIH w/D.P~, no fill. Circ. & cond. mud. Drop Sperry Sun magnetic multi-shot survey tool, pump pill. POOH, tight @ 8730'. Tripping out hole taking survey every 90'+. 2-24 Continue POOH taking multi-shot survey. Retrieve survey. WOO per Chevron. TIH w/D.P, open-ended to 8527'. Circ. & cond. mud while R/U B.J. Mix, pump & displace 212 sks. Class "G" cmt. with 0.75% D31 & 0.2% R-2 @ 16.2 ppg. C.I.P. 1900 hrs. POOH w/D.P. & redress plug catcher. L/D BHA for inspection. TIH w/D.P, open- ended. Tag cmt. top @ 8114' w/20,000# set down. Witnessed by Ben LeNorman, AOGCC. POOH. L/D D.P. Will set D.P. @ 4800' for 2nd plug. RECEIVED AUG 1 Alaska Oi! & Gas Cons. Commission Anchorage 2-25 2-26 CONFIDE-,.,t'IAL iNFORMATION Furnished By Conoco Irtc,. Finish L/D excess D.P. Bottom of D.P. @ 4802'. Circ. R/U B.J. & test lines to 2500 psi. Mix, pump & displace 184 sks. Class "G" cmt. w/l% CaC12. C.I.P. 0830 hrs. Est. top of cmt. 4350'. Trip 5 stds., circ. & L/D 28 jts. D.P. & POOH. Dress plug catcher. TIH to 4226'. R/U to cmt., circ. Mix, pump, & displace 194 sks. Class "G" cmt. w/l% CaC1o& C.I.P. 1430 hrs. Est. top @ 3800'. POOH 15 stds & circ.L~D 39 jts. & POOH. Dress plug catcher. TIH to 2955'. Circ.; mix, pump & displace 279 sks. Coldset I. C.I.P. @ 1845' hrs. POOH 9 stds; circ. L/D D.P. R/U to test BOP. Tested to 5000 psi, Hydril 2500 psi; resent wear bushing. TIH w/slick assembly. Continue TIH w/D.P., tag cmt. stringers @ 2406'. Pressure test ' csg. to 1500 psi, 15 min. Cleanout firm cmt. f/2456'-2838' & circ. POOH. M/U BHA w/Navi-drill, 1~° bent sub, Teleco. T!H, bridge @ 2760', wash to 2838'. * Plug back open hole in preparation for Milne Point Unit M No. lA redrill. RECEIVED AUG 1 01~ Alaska 0it & Gas Cons. Commission A.chora.o.~ N O R T H AS- BUILT D M SECTION I$, TI3N, R9 E, UMIAT MERIDIAN U.M. VICINITY MAP LOCATION IN SECTION WELL FROM SOUTH LINE I . 2400' · : ; : ..- FROM WEST LINE 6 _86' STATE PLANE COORDINATES WELL i NORTHtNGS : EASTINGS I -: 6,025,257. I :. 554,864:9 · i : : -' i "- : ZONE 4 GEODETIC POSITIONS WELL : LATITUDE -: LONGITUDE ............ :. : I i 70° 28'48" 149°42'54'' : : : : '- : :" : i ' CERTIFICATE OF SURVEYOR: I HEREBY CERTIFY THAT I AM PROPERLY REGISTERED AND LICENSED TO PRACTICE LAND SURVEYINO IN THE STATE OF ALASKA ~O THAT THIS PLAT REPRESENTS A LOCATION SURVEY MADE BY ME OR UN'DER ~Y SUPE~V,S~ON, AND THAT ALL DIMENSIONS AND OTHE~ DETAILS ~ :~ ~2~ SURVEYED FOR: CONOCO ......................... ~ : - ' : = :~ ~; Alaska ,~ ~as Cons. Commission 3340Arctic Boulevard, Suile 201, Anchorage Alaska ~9503 IIs~LE I = 0~ - · ~l~oa ~. e4o~ncnorage NOMFiqO0-OI DIRECTIONAL SURVEY DATA~,oT per ~/,[~,¢, HELL NUMBER - 22555 DEG MIN DEG MIN / + IS EAST - IS HEST + IS.NORTH - IS SOUTH TVD - ISDOHN o, o.o o.o-- ~.o-- o.o-- 0.0 .0.0 0.0 100 0.0 16.00 S 31.39 0.0 E 200 0.0 16.00 S 59.59 0.0 E 300 0.0 22.00 N 68.10 0.0 E 400 0.0 16.00 S 87.80 0.0 E 0.2 0.4 0.9 0.0 -0.5 -0.5 -100.0 -200.0 -50'0.0 1.5 -0.4 -400.0 500 0.0 57.00 S 85.50 0,0 E 600 0.0 52.00 . S 27.89 0.0 E 650 2.00 40.00 S 7.60 0.0 E 700 5.00 9.00 S 7.50 0.0 E 2.2 5.5 5.7 -0 .q -500.0 -600.0 -650.0 q.2 -6.0 ,699.8 750 7.00 8.00 S 10.80 0.0 E 800 9.00 30.00 S 12.89 0.0 E 850 11.00__44.00 S ~.~.19 0.0 E 900 15.00 25.00 S lq.19 0.0 E 1000 17.00 4.00 S 15.80 0.0 E 1100 20.00 4.00 S 14.69 0.0 E 1200 25.00 11.00 S 15.50 0.0 E 1300 26.00 18.00 S 15.60 0.0 E lqOO 28.00 50.00 S 15.69 0.0 E 1500 50.00 56.00 S lq..19 0.0 E 16~0 55.00 15.00 S 15.50 0.0 E 1700 55.00 56.00 S 16.00 0.0 E 1800 54.00 39.00 S 16.19 0.0 E 1900 51.00 51.00 S 15.69 0.0 E 2000 52.00 1.00 S 15.60 0.0 E 5.0 6.5 8.6 -11.2 -18.3 -27.5 -749.5 -799.0 -848.2 11.2 17.5 25.4 , ,~.5. o -57.9 ,65.4 -94.2 -129.8 -897.0 -995.4 -1088.2 -1181.2 46.2 57.8 69.8 83:3 -170.1 -214.6 -262.7 -514.1 -1272.0 -1560.7 -1447.6 -1532.5 98.2 113.8 128.8 143.0 -567.5 -421.5 -474.0 -524.6 -1615.6 -1698.2 -1782.0 -1867.0 2100 55.00 8.00 S 16.19 0.0 E 2200 57.00 55.00 S 16.19 0.0 E 2500 40.00 54.00 S 16.00 0.0 E 2400 44.00 8.00 S 15.50 O.O E 158.1 174.7 192.3 210.7 -577.8 -635.0 -696.0 -761.0 -1950.4 -2030.7 -2108.0 -2181.7 2500 47.00 37.00 S 15.80 0.0 E 2600 51.00 12.00 S 16.19 0.0 E 2700 55.00 6.00 S 16.60 0.0 E 2750 54.00 52.00 S 15.10 0.0 E 230,0 250.9 275.5 284.7 -850.1 -905.1 -979.8 -1019.2 -2251.5 -2316.5 -2576.5 -2405.0 2800 55.00 15.00 $ 15.00 0.0 E 2889 47.00 6.00 S 15.89 0.0 E 2958 68.00 0.0 S 16.50 0.0 E 5052 45.00 0.0 S 15.50 0.0 E 295.2 515.4 327.6 346.4 -1058.5 -1124.2 -1175.1 -1238.6 -2454.3 -2491.5 -2557.9 -2602.6 5146 45.00 0.0 S 15.00 0.0 E 3238 42.00 30.00 S 15.50 0.0 E 5352 42.00 50.00 S 15.50 0.0 E 5425 41.00 45.00 S 15.50 0.0 E 365.6 380.0 597.0 q13.7 -1301.6 -1561.8 -1423.0 -1483.1 -2670.2 -27 37.7 -2807.0 -2876.0 3519 41.00 50.00 S 16.00 0.0 E 3614 41.00 30.00 S 15.50 0.0 E 5708:~,~41.00 0.0 S 15.00 0.0 E 3802' 41.00 0.0 S 15.50 0.0 E 430.6 447.7 464.0 480.2 -1545.2 -1605.8 -1663.6 -1725.1 -2946.5 -5017.4 -3o88.1.,. ~i' -5159 0 -~ 3896 40.00 0.0 S 15.50 5991 39.00 50.00 S 16.00 4086 59.00 15.00 S 16.00 4179~::.,,~40.00 0.0 S 15.50 4275 42.00 0.0 S 15.50 4368 44.00 0.0 S 14.50 4462 45.00 0.0 S 14.50 4557t1~,~ 45.00 15.00 S 14.50 4655r'' 45.00 15.00 S 16.50 4746 45.00 0.0 S 15.00 0.0 E 0.0 E 0.0 E 0.0 E 496.5 515.0 529.6 545.7 -1781.9 -1840.4 -1898.5 -1955.4 -2016.1 -2077.4 -2141.2 -2206.3 -2272.5 -2556.4 .0 .0 .0 .0 562.6 579.0 595.5 612.5 0.0 0.0 629.4 645.1 -5250.5 -5505.6 -5577.0 -3448.1 ~ "' ~' -3589.1 -3656.1 · -37 25. 211'. ", ',, -5790 7' -5856.4 5027' 5120 5214 5508 ~5.00 0.0 $ 13.00 0.0 E 45.00 15.00 S 15.50 0.0 E 45 O0 15.00 $ 15.00 0.0 E 44.00 30.00 S 14.50 0.0 E 44.00 3'0.00 S 14.50 0.0 E 44.00 30,00 S 15.00 0.0 E 660.0 675.4 691.5 708.2 724.7 740.4 -2401.1 -2466.6 -2530.0 -2593.4 -2657.2 -2721.2 -3922.8 -3989.9 -4054.6 -4120.5 -4187.6 -4254.6 5496 5591 5686 44.00 30.00 S 15.00 0.0 E 44.00 0.0 S 15.50 0.0 E 43.00 30.00 S 15.50 0.0 E 4,3.00 0.0 S 15.50 0.0 E 756.5 773.6 791.1 808.5 -2785.8 -2848.4 -2911.7 -2974.4 -4322.4 -4389.O -4457.6 -4526.8 5780 5873 5967 6060 42.00 30.00 S 15.50 0.0 E 42.00 30.00 S 15.50 0.0 E 42.00 45.00 S 15.50 0.0 E 43.00 0.0 S 14.50 0.0 E 825.6 842.5 859.4 875.7 -5035.9 -3096.5 -3157.8 -3218.9 -4595.8 -6666.4 -6733.6 -4801.7 6153 6246 6339 6432 42.00 45.00 S 16.00 0.0 E 42.00 15.00 S 15.50 0.0 E 42.00 0.0 S 15.50 0.0 E 42.00 0.0 S 16.50 0.0 E 892.4 909.4 926.1 943.3 -3280.0 -3340.4 -3400.6 -3460 4 -4869.9 -4938.4 -5007.4 -5076.5 6525 6619 6714 6807 42.00 0.0 S 16.00 0.0 E 41.00 30.00 S 17.00 0.0 E 41.00 0.0 S 17.00 0.0 E 40.00 30.00 S 19.00 0.0 E 6900 6995 7086 7179 40.00 0.0 S 19.00 0.0 E 39.00 0.0 S 15.00 0.0 E 39.00 30.00 S 11.50 0.0 E 40.00 0.0 S 13.00 0.0 E 41.00 0.0 S 12.50 0.0 E 41.00 30.00 S 11.50 0.0 E 41.00 0.0 S 12.00 0.0 E 40.00 30.00 S 12.50 0.0 E 7272 7366 7459 7552 960.7 978.4 996.8 1015 5 -3520.1 -3580:1 -3640.0 -3697.8 -5145.6 -5215.7 -5287.2 -5357.6 1035.1 1052.4 1065.9 1~Z8.5 1091.8 1104.7 1117.2 1130.1 -3754.6 -3811.1 -3868.4 -3926.5 -3985.4 -4046.1 -4106.1 -4165.4 -5428.6 -5500.4 -5572.4 -5645.9 -5714.6 -5785.3 -5855.2 -5925 6 7645 7738 7831 7924 40.00 0.0 S 12.50 0.0 E 39.00 0.0 S 12.50 0.0 E 38.00 I5.00 S 12.00 0.0 E 57.00 30.00 S 10.50 0.0 E 1143.1 1155.9 1168.2 1179.3 -4224.1 -4281.8 -4358.6 -4394.5 -5996.6 -6068.4 -6141.0 -6214.4 8017 8110 8203 8296 37.00 0.0 S 10.50 0.0 E 36.00 0.0 S 8.50 0.0 E 35.00 30.00 S 6.50 0.0 E 35.00 0 0 S 5.50 0.0 E 1189.6 1198.7 1205.8 1211.4 -4449.9 -4504.4 -4558.5 -4611.7' -6288.4 -6563.2 -6438.7 -6514.6 8589 8484 8577 8670 35.00 0.0 S 3.00 0.0 E 35.00 30.00 S 0.50 0.0 E 35.00 0.0 S 0.50 0.0 E 35.00 0.0 S 0.50 0.0 E 1215.4 1217.0 1217.5 1218.0 -4664.9 -4719.7 -4775.6 -4826.7 -6590.8 -6668.4 -6764.3 -6820.5 8763 8857 8888 9000 34.00 50.00 S 0.50 0.0 H 33.00 30.00 S 2.50 0.0 H 55.00 50.00 S 2.50 0.0 H 33.00 50.00 S 2.50 0.0 H 1218.0 1216.6 1215.8 1213.2 -4879.7 -4932.2 -4949.3 -5011.1 -6896.9 -6974.8 -7000.7 -7094.1 ' ~' ~ ATTACHMENT NO. I CONFIDENTIAL INFORMATION "e'c '"" Furnished By Conoco .:,F I=F, RY-.:,_II I WELl_ E;I_Ii:(VI."-7~' i NC. 'C:OMPANY:,..'.'..::,.:L.?.: .: ::...:. ';.. . ,.:: ,:, N ,::, ,.:: ,:, :,:,',,:: E V E D ANI2I-tCdRAF~E ALAF;KA "::: 'i:i:':':: .::'. : '-'1," ' ' ., . . ' ........................... DATE "OF .:._F.L, EY HANC:H H I C:OMF'UTAT I FiN DATE :[ L..NE F',:, ]:r-,rr AUG ! 0 1984 MnRC:H _ ::;1_ RL, E: Y B 0 :::;:i'.:; G Y R O :.::;C:O F:' I F:" ' ' '" ,_1 EIB Ix/I_IM B E R A I'(- B O- 4 () 6) 1. 5:: ALAE:I..'::A Alaska Oil & Gas Cons, Commission VER]" I f':hL SEC]' I I-~N CALCLILATED AL/~_~ratlJ~ISSLIF'UE "I'R UL::' ,""l - , ....... _ ..... .::, .I B- .:,l: ~ i'":l"ll IR ::; F:' ]"'i E A E; U R E ii V E' R T I C A L V E R"F I C A I_ I N C L I N A T I i"l iq Fq:_'-': F:"H.-I DEPTH LIEF'TH DEl3 M I N -._, 6.00 0 0 (), C)0 '"'" .1. 0 () 10 C) ,, ("i() 44, ()0 () 16 2 ()0 2 c) 0.00 144, 00 0 16 3 () () :3 (] ("). ,, ~"~ (') 244 . ()0 (') ...""" ..":' 40 () 4-('}("}. ¢")0 :2:44.00 0 16 I"~; .... · ._, <..I o 499, 99 4. 4-:2:. 99 0 :2:7 ............ 4..:,.98 0 52 6 () (3 =;':~'::~. 9 :: '.'=; '" - ' ':'" "l 40 ,"-, .:'., ( .... .................... 2'2 7 C)0 /.., 9'i..'; ':' ''"'' 64:3 '"" "" 5 9 . ,, ~-~..'. ,, ,:2'..". · =i ':' '7 '7 :::. ("). '7,'.]. 9 ,, ...'"::; ._,":' A9:3 . ....... 8 '::' 00 -"'..-.":' 'T,"T..' 742. '-'""~ _. ,_, /: ..... . . . ::' .; 9 :':ICl ::: ..... ::: 0 :'-':48 . `1 ,-'"" 7'3;'2 ,12 11 44 900 :396 100 () 99:2:, :3:3 9:37. :3 ::: 17 4 11 () 0 10:2:::::. 1 &, 10:2:2.16 20 4 12-'.:00 11 ::: 1, 10 1. 1 "" ...._,, 10 :2:2: 11 ~ F.:(".~ 0 1271 '?C~ 1 ':' 1 = '- ' '-" 1:2: ...... . . . .'"m · ::/(.) .-' I-,, . -' .. . ' :3Cl 14. ~'~ 0 1 :-:,'-. c) 6, 7 .1. E: 04. o 7 '2 E: 1.5 00 14.q. 7, Zl, 'F.' 1 ::: 91,4.9 :---: 0 5 6. 1 .":.. ........ (', (') 1.'"-' ,.'-'-. '-',.'. 19 1 -r~ '~ -"o, 19 .".'-' .:,'-' 1:2: 1 '7:)0 1 ,'i-. 15.50 1559.50 :_:::2: 5,"_-, 1 C: 0 () .1. ,'-, 9:3, :! 1 .1. &. 42, 11 :2:4 :2:9 1 'F' 0 (:} 17 :--': 1, 20CIC~ J. :---: [:,6. :3:3 1:2: .1. ('}. :38 :"-':2 1 ':/' 100 15-,'5 C}. 1 :::: 1:2:94. 1:3 35 :E: 2 2,:] (] 20:30, 5:3 1974.53 :--: 7 5.'5 2 :L: .:")~-~ '2107.7'7 2051.77 4. 0 54 :;.24 :"~ ~:~ .,_":.' 1:31 , 46 212 ~_. 4. ,'_:, 44 ,_,'"--' ";' % t") ~.'~ '-:'":' ~ 1 C~/-, '2195 06 47 :.--: 7 '.7:,.":. 0 0 2:2:16 1 1 ..- z.,-, c 1 1 51 12 ;>700 2.750 ?_. ~o0, Z9 3q.08 ?..578.08 5~ 15 ......................................... : ........ - ....... KELLY B!JSHING' ELEV, OF'ERA Ti'_'iR-MCGI.I I RE L: LI I_11:'~ .:, E Fi I R E C: T I O Iq I.'?'Z GF;:EE S N O. , O E ':' :31 ":""~' liT. · ., ~ ...! .. '::':':::9. :':19 E: l',l6:E:. :l()E · ..:, :F:7, E',O E -' ::,.:: 50 E ,..., '-',.- · S: :27, E:9 E :..-.; 7,,5,0 E ':' 7 ?k") E · ~, · ~ .. r:::: '1.0,::::()Ii'-'" '::'~ 2 ':"-> E' ':' 1:'-': 1'-~' E :.':; :14.19 E S :1. :3 . :--.: c) E ~-.. .:, :l 4. [:,'i'.) E" S .1.="''._, . .=.;C)IF. .15.6C~ E ,~. · :,1 :--: · [:,'F' E i"'- . · :,i4.19 I---' ~. .:, 15.:3C~ E ':' i6, ~") E · :.16. 19 E F:-;15. [:,9 T. :_--: 15.60 ] ':' 16 19 - ::: 16.19 Z c. 16, c~ - '.E:1=~._, . 50-] · _.':' 1~ E:c~. _c S 16.1:9 E D 0 O- L E G 1" CI T A L S E V E R I 1" Y R E C T A N G L.I [_ A R C f-] O R D I N A 'i' E :2; "PEG / 1 (] 0 ....... N O RTFI / E; 3 LJTH '1:i'_' A'.3 T / N E L--;T 2 4[:. ":" ':' (")'::'~ · ," ".2:, .., m · · .~., .--, ~ .._..: ..... _', 14.. 4..4 C~ :31 ':' ~-, ~ 71 . m --"- : - C}. 75: 4. 2:1. :::::5 ":' 14' 474:2:4 · _! · · 0.4-9 5'25.05 :3.14 ._ ,, .... 2:3 · ':' 7'F.' ' A :2: Eq. :39 :2, 'P 8 E, 96. :2:9 · -' '"':'" 761 "1-4 ._-, · .-' .,..I :3 ,' 49. ........... :::__:.] C)_ ..~_,~ Z- 2:. 60 90:3.54 3. I 7o 5,z o58. '7< ,. (). 0 ('~ ': ............ O. 12 E ""' (") 4()[.:_' .:2, S O. 84. F ':::' 2 1 ~,'":' E ':' :3 C)ri",E S " :3. :.'.',:'_--: E '.~'..; 3, :3.:?,E ::i; /.I.. 71 E ' ' ' ...... '..-.' [:.... :1 E :2; .'.:i:. 3c~ 12: "" · ,:,,:: .:. :i. 0 '"'- :..-.; 1. 7 ":'":' "''- '::' ".'= (')q)E :2; :34 -":' .; ... ':' '" 4!5 '74 E E; ."57.55 I'-- '-' /.-'F; 51 E .~., _ . ... :2; ::3:'-.:. O,q. r..:_' S '?7, ':..:,'7~..'::: '.2; .1. 3]. :3./:.0 F" .::. 1:28.6 _1 E E; 142. E;1 F E'; 1=-' 'F':::: E ...I/ · S :174 ~':'E .:, 192. 19 ["- '210. F52 E: '-' '?'--"':'~ :::'-} E ."', ~ ,.,.... · - . 250 '-"-' · ,Z,.Z, E s ~75~q 3 E S ZB9. (:= I C- F'AGE' 1 15;'::i: 4 ..... '= 56. C) O "'FT 2 ...... VER'T' I f":AL :-"; E C T I I'1 t',,I 0, C) /"? "O,'E, 1 O. 7:2 .1. · 5 'i "-' 02' A, 42 :/:1.. 74 27.98 :38, '" "" ,r., 64.50 · _172. [:,9 217.76 '2 [:,6,. 4, 5 .~, .:, 1 :'Z.:. 4:':, 3 '72 ·.-'f ._~ 4.';:'7. '- ~ .,.~ .~1 ,.I. :30..:,7 · .5:31.9'7 r:-,-,~:.' ...m ~:-_, ._1 · _ .. 64:2. :2:7 '70 El. 7:'3 771,67 :::4 !. 72 915.7:2: i oss,sq CONOCO. INC. .~-1 (SECt3 T13N ROgE) ~LNE F'OINT I INIT ALASKA ::':..;PERRY-.':;~ IN WELL ,-1 -, .... ::, J R V E Y I N G C 0 M F' A N Y A N C FI 0 R A G E A L A S K A VERTIF:AL SECTION L-:ALCULATED ALONG CLOSLIRE F' A G E .1. DATE L-dc SURVEY FEBRLIARY 2:3, .l'.:.)84 L-:OMF'LITATI ON I]A'FE HAGNET I C I"II.JL'F I.:,H'" ~"J'T F-EBFU_IARY 24, 19'84 ,_lOB NUI'flBER AK-MA-40012 KELLY BLIt--;HING ELEV, '= CONFIDENTIAL INFORMATiON: F,£Rr. TOR-MCGLi I RE Furnished By Conoco Inc. T R U E S I_1B - '.:; E A L-: Fi U IR t.':-; E MEASL;RED VERTICAL , VERTIF:AL INCLINATION DEF' TH DEF'TH DEF'TH DEG M I Iq 24/:,4.70 47 6 · -~ ~ · · .' ._ 11 27 4::-: 0 · ~] w" 17.P · .' .:, 7.:,. ? 7 45 0 264:2:..-~ ,_,':' 4. :3 0 2711, 1 .-,"-' 4:2 :30 27:-::0.44 4.~ 30 2849.41 41 4='.j 2'? 1 '-..-,'. ,5 :E: 4' 1 :2:(:) '-"'-"-'"? 249~. 70 .,:. ,-, r-, 7. 2'.-.-;'58 '-'= · .'._,46.27 :.-': 0 !52 2610. 97 3' 14. 6 2 ~-, 7:5:. ~. ,- 5: 2:2:8 2746. 1:2: :2:3:32 2 L:: 15.44 -:, "~ ~.:, 2'-"'- . ,:,,::4 4] 3.519 'P ':.? 54.68 · :2:/-, i 4 '-" '" = . - o (_) ..' ._, L:: :.:.: . ~ ~. .j (J 370',:: ~-" :2:096 =' 2,802 ~ .,':'~ 67 .44 i:: :::':,',-, ~'..-' ~:', :-: ~'".' 399! 33~ 1.96 q. (] P,/, .-, .R ,-, ~. - o~oo 3'.;' 417o '-' ~- '" .- o4._,/. (:)2 4275 '-'='-"-' o~, ..' .:'. 47 43A8 3597.47 4462 3:664. ~ ._~[ I~..., 4557 3:72:1 .... 4 46'--'-' '::7e':~ 1:2: 4746 3:_--:64. 75 4:5~ 40 :z:,? '31.7' ! 4 '.-? :2:.5 5:99:3.24 .-, (.~ -.- 7406:3. (') 1 ~120 4128.91 --.-, ..:/.j. 5.-'14 4I'- = 96 5:30 :s: 4263.01 54.03 4:330.77 · -, 4 '.u o 4397 ""'-' · 0 ,--, 5~<'1 446,_-,. 01 2990.8:B 41 30 · '_--: 1 '3'7'. 4441 0 · ':,'.-.,ri.:, 9'::' ' ...... 4(.'1 0 :3276 · 96 :::%? E:O '-"-'~ ' :B';' 39 · .:,,:, ~' (3 · I - ............ :2:422 · 02 40 0 2:494 · 47 42 0 · :,~/.-, ~,~ :,.'. 47 44. C) · :.,.:.-.' :.". 51 45 3/..:,9.6.54 45 15 3764· 1 ,-':: 45 1 ._, ~ ·__ :':::::'.F',:.-¢. 75 45 0 :2:89 6.21 45 0 3CA::: 24 45' 1 = · - - · ._1 402 :::_. 01 4 ._,"' 15 409:2 . 91 44 :2:0 4160.96 44 30 422:5:. 01 44 30 4',-/'95. 77 44 :--:0 4362.38 44 0 44,31.01 43 30 ._,, 00 F"T, F: 0 LI R :.--_; E D 0 G - L E G 1' 01' A I_ DIRECTInN ,- .... ,c'-," . _ .:,r k, =.K ]. TY RECTANGLILAR CO '3RD I NATES VERT I F:AL I'] E G R E E'.:; I] IF: L'ii / .1. 00 N 0 IR T H / L:; 0 I_1 'l' H E A :'-'; T / W E :--; T S E C T I 01',1 E E E I:..- ._-- L- ... T.' .,. .# E FF_. 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(") · ;::~ 1 I:'" · ._, .-, S 1 =' 0 ._l · c..1. 5, 5(') · .., _ S 1 ='- '= ' ._l · ._, (.) · :, 16, 0 F; .1. 6. 0 · :, 15,50 F-.;15. = ' ._' i-. , · - .:, 'la · % ') 14 .'" '--"14.50 ._.i S 1"1- ~':" · .J ~..) ':' 1:3 · --, · S 1:3. · ..,c' 12,.5('~ c' .1. '::' C) · ", 14. '-' c'. o 1.4· ,., ._.':' 1:2:. O. S 1.5. 0 c. 1~'- 5(:) S 1= 5(:) E i 1 !5 7. ,:1- 8 12 ~.")8. '"" '= .::, ._1 E: :L 276.49 F- 1:34, I. 77 1404.21 146'7.70 E 1 !:"; 30, C) 6 E 159'2..4.7 r:: .~ z ,=,::r - c,._,.. · 0 E 171 '7. :2:6 ] 1779.02 18--fi. 0.0 !:5 L- .1. ';;' 0 0.7:3 -.- 1961.01 ......... i 2020. :ii: 0 ] "20 ::: :.-::. 26 '2 .1. '1.,:':,./':,c'-, i '.7,7,12.54 i 2279. :::6 i 2 ::-:-1. L:: · 04 .... .-1 251:3.94 E 2 4 8 0. :--: 9 .-' ._, 4 / · 7 () 26 .1. :i:. 04 _- '7:,/_-,7:.'::. c:,' ._, i 2744.5:2, ...... -- .. --'.."U 10.41 i 2876. 'P'F, .-! 2'.-7' 41. L:: 7 .. :3 c)0 '7.5 -I. SF'ERR¥-.-,LN WELL .=,_RVEYING COMF'ANY ANCHORAGE AI_A'.:::KA C:ONOC:O. ~NC. M-1 (SEC:13 TI'3N IR09E) .... 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INTERF'OLATEIT~ VALUES FOR EVEI',.I lC)C) FEET OF SI_IB-:.:_';E.'g DIEF']'H ._!OB ,,~I., IBER AI<-MA-,.':t.c)(')I'-' KF'LLY BL:::;HING ELEV. := (] F' E IR A 1' Fi R -. M i"-: G I_11 R E MEASURED rtE'PTH '- -'lq9 -731 - 601 - 4'F.¢/:, - :3 40 26 ~ i.)._, 540 681 861 1035 1`172 1308 t44.5 ._1 2 ..~, 17 30 1866 TRUE VERT I F:AL DEF'TH 2499. 35. 1.~ ~, .~, ._1 · ..-.,.-., .-, .-~ ~, ..:, ._I ,, .--, 4 .~, ._1. 53 !:'~. 6:::5, 735. *"~ ..'., ,_I · 9:':-',5, 10'-'~- 1 1 :~:.'=-;. . --m '", ..' .~"., ._l · ..-, .--, 12.~ ..;:, ..:, ._lm .1.435, ._1 ~, ._1 · 16 ..:..:,. 7.~, ._Im .:, _IB-.:,EA TFITAL VERT' I I"':A L RE _.TAIqL',ULAR COF'd:;tD INA T E'.":-: I'ID-'F VD DEF'TH 1'4EIRTH/SC~UTH E A S-I' / Wli£'.:;T D I I.- F EKI:N ...E V E R ]" I L-: A L . C 0 IR R E C '1' I 0 I',I - 1 1 !15 6, 0 :Zx':). 4 1 5.1.4 8:.}). 6 6 8:}.':, .1. 8 '7:::. "~ ":' .! .~:.. 74..::, 7 60. -1. :E: 41 · 77 79 · 6 !--; '7:3. i? 5 'E:F, ,, 7'7 -"'/", '7(") :E:,:.:.,. 76 47. -/0 :E:7.5'? "-' '::' .:~ ...I · ..-, F E R K Y-.:, J I I W E L L .::, J R V [:. Y ;r. N G C 0 l','l F:' A N Y A lq C: H 0 R A G E A L A',E:t..':: A C:ONF,_-:F~., I NL-:. p! - ! ( :-7 E L': 1:3 T 1:3 N R 09 E ) C: Fi I'1F' LIT A T Z Fi Iq D A'T FZ M~'.~. LN.--F- F'A_ I NT LIN ]: '1' F:'EBRI..IARY 2:'4, ,.'~ '.:.;",!i!:4 ALASKA CONFIDENTIAL INFORMATION Furnished By Conoco inc, F'AGI£ /_-, VALLE.:, FOR EVEN I NTERF'OLATEF~ I -'" ]'.]AT.r:-._ OF '"11.:, _ R" V 1::.-' Y F'- E:. B IR LI A R Y 2.":'-':, 19 :':~4 .... 0 B N U H B E R A K - M A- 4 (:)01 -':;' KELLY E~LI'.":;H I NG I:']LEV. "" C F:' F.'.' tR' A T I::'~ F;: - 1`I C: Ei I..I I R E . [ :::F' 11-'1 10C) FEET F)F '--'""-, 0 C) F T TRUE MEASLiRED VERT I F:AL r, ,iF'TH DEPTH / 2 F)(')2 1 ':":'~] (') - - t_~._l.. · . 21 C-',7 19~ 5.0 227:3 '-" '-' =' ..~ I.).:', .j · (') 240 '.;' 21 :'-': 5, 0 '-' ~ 4. 4 '-' '-"-' =' 0 .... .,' .., ,.-, .j ~ '26 F',O '-"-"-"= 00 .¢:, ,.], ._', ._~ · '.-" 4 c .... · -:,,:, ]. 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A R C F~ F'f R D I N A T E S N 0 R T H / '.E; 0 U T H 1-': A S T / W E :"'; T ,--..-,'= :E:l ..., ..:, ._, · '..':; 624. 1 I S '71:?. 41 S ::::(')0 72 '::' ':":"..-/ C) C) '::' I.I I__1 ii i ,..I '.:,> ~ 7 '-"- · .z,z: ':.:.'i; 107 ("),._ ...."] ?; '.':"; 1 .16.1.. .1. ._,':' S .1.247, .1.4:-3 1 ...... "-' 5 d..:,.:, · 1. '.3 1419. .1''=..~, S 15("~5 · () 1 :::; 1674.44 S / .... 7.':.:8 S .1. R:37. 1. ¥ S 1';716. 12 :E-, 2(')'71· 14 S 204. ::":0 IF 2:'28.7:B E 253.2'7 E :;::"7'7,76 E :302.24 E ..::, ~....,:,, 7 4 E .'"1 l;~' ,"1 ..:,._,.~. 60 E :'::77, 7 :t. lie 40.1., 5./:, E 425.4 :'.2 I"'.': 449.27 E 47:3. '2(")E 4'77.26 E 5'2(':). ("~ 9 E ~'"z .'", ,.-)r..-, ._, I..: ......E 5/...% , ,= ..... :.: .... I:_--. · "5 ~--::"-';. 1 ;3 !.--_ 611 · 28 F' 6:35.48 F.-- 1`'1I-~- TVD I] I F" F' liE; R [:Z N C: E VERT I F:AL C: 0 R I:;: E F-: T I 0 hl SF'ERRY-F:;LIN WELL SLIF;.:VEYING F:OIdF'ANY ANCHCIRAGE ALF~S:KA C El N Cl C El ~, I N C:. M- .l ( L:; E L': 1:3 T '12: N R ("~, 9 E ) C: F"l hl .-c.. U T A T I 0 lq I] A T E ,'tILNE r-'hiNT UN:I; T NFORMATF 'z'¥:iu' RYION ALA'.--:t.::A CO.NFIDENTIAL I Furnished By Conoco Inc, F'AOE '7 DATE f"d= '._=;URVEY FEBRUARY...":"-'.:,, J. ':'..'._P4 ,..I 0 B I',.I I..I M B E R A I<- M A-,q. 0 () 12 I<EL.L.Y BIJF;I.-i!NG ELEV. ='." ...... MEASURED F'TH 4561 470 :':: 4 9 :--.: 7 524-,S 54 08 56:--:5 5:--':21 " 5957 62:'::0 /.3:364 ,) ,'5.4 '.79 66:23 6766 7026 INTERF'OLATEf] VALLIE'..=; FCR EVEN lOC) FEET CIF' S;LIB-S';IEZA !.'.IEF::"I'H TRLIE VERTICAL F_IEF'TI-.I .:, .IB-.=,EA "FO'FAL V E R T I F': A L R E C T A N F.i I_1L A R C 00 R D I N A T E :.::"; M f.]- T V D [ E F ] H N 0 R T H / :---; 0 I..I T H I.:.'Z A S "1' / W IE :.:3 T D I F' F:' E R E"' I',l C E . 6,::..::. E :-':i: ,"- F: 92 ._l ~., d-- .~ --' -- # . . :::c.? F)0 00 .'>.z,,::,.z, 30 S 708. '""':::' F:' '::> 4.0(}0.00 24.81.16 S 7:3i,,6t E 952,2:L 4.100.00 ~.._.~, :; '7,,,'~ '7 (').. S 7 .... 7 . ]~ 1 E o.. '::¢.._"::, ~::~.. 4 · -,/ .-, 420A 0C) ~ ~7~.,_,~' S 7:31 ' ..... E 10S::'~:. ,, 7:2', '-"" ' '"" . :: ...:, IE 1 ("~'7 4.:300, 00 ~ 7,:,c,. :31S 804 '"> '= .. _ 440C~. O0 ........ 2 :~: ~, J.. 84 S 8:30,63 E 1 :l. 1:3.25 4500.00 29 P]2 74 S '-' ¢:~-. 84 ~:' 'L ..... ,:,...,.::,_ i. 50.72 46C~0.00 3041.58 S 880.48 E J. I06.'7:3 4700.00 '3130,10 S " .... ':: ::¢o._. 03 E 1222.52 4800.00 3219.88 '.S 92 ::3. 'P 4 ......... : ..... , ~ 1':'o~.02 5000, 00 ":d::3'PS. 70 S; '~;'7S. 1 I E 1:329, $:3 5100. 00 3482. 1:3 S 100:3. :3:3 E 1:364..'3 5200. O0 3567.78 :E, 102:~'.. 6:3 E :L :3'P:E:. 47 5300.00 3651.14 S 1054.'2 5400.00 37:31.45 S 1081.8 ~ ~(')F) 00 38 ! 0 09 '.S 11 (') ~. "::'/- E 1 Z,l,p 1 72 % .... i i . -- ~,_1 V IS R '1' I F: A [_ C:O F;,: R I;.:..]' C: T I 0 N 4.1. c'-, 1 4.2. ():I. 41.4:':i: 4 J.. ::36 4 J.. :Z:::':;i: 4. (). 2 () 4(;}. 2() :':::iP. :2:2 .... . ,-,. .:, / . 7 :':.':6. ()I :'.'::5. '7'? :2:6.5() :':: 6. C: 0 :34. :E: 1. :34. !56 :34-. *")::": :2:2.70 :T.: 1. 19 29.3:.':6, SF'ERRY-SLIN WELL SURVF'YZNG E:F, MPANY ANF:HI"IRAGIE A L,.':..'~:3KA f_-:L'~NL-ICC~, ]:NC. M- 1 ( ::; E C 13 . T ! 3 N R O'F/E ) C ~-~ h'f F' U T A'T I r'l l"J !:l ATE - "F~UARY :2.I..~, I '.:./',:::~4 1'I I LNE F',.', i NT LIN I T CONFIDENTIAL INFORMATI Furnished By Oonooo Inc. PAGE D A 'I"E 0 F t::; U IR V F' Y I:' E B R LI A R Y ';::.' :'::, i '? ::::-"'~ _I~"-~B I',IUMBER At::C-MA--4()O ]. ::it I<EI...LY BUSHING ELEV. I') P [!:: R a T I.~1R - ["11"_': I'.'j LI ~ R t:'. INTERF'F'ILATED VALUES Ft"iR EVEN .1. C:,c) FEET OF SUB-SEA DEF'TH Li R E D TH 72:--:7 7-1.21 / ..~ ._~ .] / 0,_-, ~ 7 ::':: 1. 2 7 '.--'/:':~ '.:7,, 8064 :_'-: 4:7::2 8555 '._::/_-, 77 :-':77:3 :z:,? ~ ,z, -- , '.~'000 TRUE VERT I CAL DEF'TH [-. ~ VERT i _.AL REF:T~I',,IC:iLILA F( F:OOR f'.~ I NA]'E::::; P'ID- TV[:~ DI=.F TH NORTH/::.;I'~UTH lEAST/!,,.IEST D I FFER[.~:N r' E 5635. O0 5/-,00. O0 :_::8'F¢0.7C./ S 1122.5'.-.'* E .1. 521. :3'.:.) 57:35.00 5700. 00 5835.00 5:::00. C)O 4C)/.:-.0.1 5?:::5. CJO 5'?,'C)0. O0 4144. o (.) ,=, ._ 6 .1. :35, C) 0 6100,00 4. 305, F: 2 S .1. 2 :[ 3, 1 ;:~: E :[ 6'77, !57 62:35, 00 620 O. 0 (") 4. :2:82, .t :3 S 12.'28 · 4 (') E 1704. '::~: 8 , A:3:2:% · O0 ' '-" ') ..... /~,.~,(.)(., 0 c) 4. 4. 56,4. 7 S :1. 2 zl. 2, 0 © E 'f 72':7¢, 64 .... ' ~- c* 4.--, .:, 00 64 (')c) · 00 · "-- '-"-' · ,.'. I,.' ,, ~ . . 65 :_:: 5, 00 6500,00 4. 5 /-/-'-'~ 00 6600 OC) ~ ' '-, '-~ . _, o.= ..... I. 4:, o u 3:1 S 1 L-.' ::, 4. 01 E :[ 7 ?'7,/", 4 ..... .' o 67 :'::._,"- 0 (] /-, 700 00 47':~'? · 3 () :::; 1 '-" ' · 7' '? 82 (:). 68'-' ''=' .--,~ :-:'; _l '-" ':-- 4,3 E 1842 ::: 6 .-._ ._, .0068 ()(~. 00 48 ()'i.":' · '-' "" ..' ,"', ...... .-, /_'-,'P35.00' 6'.~'0C). OC) 487:_=:. 4-6 'S 12/-..5.1 '.-.-' E 1. 86:_'-:. '.-.",'4 70:2:5.00 7000 · 00 4'? 44. :E: 2S 71 (') 2.55 7 c)67.55 4':."', :---:'P. 4 '.T, '.E; J. 2/.-, O. 5;,5 I--' 18 'F' 7. Zl. 5 V E I:? T I C A L. C 0 F:: I:? E r': T I 0 N 2 t../:1-/:., · :2;:3. :20 :"~:2.'.", 15 ") C, ~ '" 2(!:,. '7 '[ ::."'2.4/:, .... "-' 64 22. C~8 1:2:. 4/:, THE *Z:ALCLILATION F'ROCEDLIRES USE A LINEAR INTERF'C*LATION BETWEEN THE NEAREST 2Cl FOOT MD (FRnM RADIU'.:; OF RURVATURE) F'OINT'.{; Su~gest'~ form to be inserted in each "Active" well folder to d'.eck for timely compliance with our regulations. · ' Ouerator, Wel 1 Name and ~'um~r . Reports and Materials to be received by: ~ ~._~ ~_J r-~-.,/ Date .Required Date Received Remarks · · Cc~pletion Report Yes '. · Well,Hist°~Y, , , Yes / -.. ,v_: -hi --- , Core Description :~ · Inclination Survey ,4/'/''''~ ~ ,..~ \ Directional Survey 7~...,.~ '~ k/ I S ~/~}--'-~ C/~,/A .~_~ /...~._..~ ProdUctiOn Test Reports /~/?'-~:?/c: .... STRATIGRAPHIC HIGH RESOLUTION DIP METER LOCATED IN THE APPENDIX July 18, 1984 Mr. H. D. Haley Manager of Alaskan Operations Conoco Inc. 2525 C Street, Suite 100 Anchorage, Alaska 99503- 2689 Dear Mr. Haley: Enclosed with this letter is a copy of our letter to you dated May 18, 1984. Since our records show no response to the May !984 correspon- dence, the possibility of non-receipt can be accepted. However, in spite of postal difficulties, the regulations remain in effect and the data on the Mllm~ Point Unit Wells. M~I; M-IA, N-l, N-IA, and N-lB are past due. Please submit the required data and reports at this time. Yours very truly, Harry W. Kugler Commissioner b e: 1. !54K. H Enclosure TRANSMITTAL 'AND ACKNOWr.~ OF RECEIPT OF MATERIALS EXP-140 Date. ~t//q//~ Under separate cover, we are forwarding the following material, via Received and checked by: Date: Remarks: If material is not received within five days, please advise immediately. Ahska Oil & Gas Cons. Commission Anshorage Printed in U.S.A. May 18, 1984 Mr. H.D. Haley Conoco, Inc. 2525 C Street, Suite 100 Anchorage, Alaska 99503 Re: Milne Point Unit Wells A-3, M-t, M-IA, N-i, N-IA, N-lB Dear Mr. Haley: Available evidence indicates the referenced wells have either been suspended, abandoned, or completed. Our regulations require the submission of well completion reports, deviation surveys, logs, and other data within 30 days of the suspension, abandonment or completion of the well, whichever comes first. Please submit the required reports and data at this time. Sincerely yours, Harry W. Kugler Co~issioner lc:B.lg.8 To ~= ~=~][~OI"~OCA'~ . Onoco~. Inc. .? cord of Shipment of --~' *'---~---F~.',';,~.' ....... ~ . ~.,,,~ '~ Confidential Information [] Under Separate Cover E[J~nc~osed Via Quantity Contents 7. Transmittal Approved By x Signed By Date Instructions: Please acknowledge receipt pro,~rnpUy by signing and returning carbon copy. Date Remarks Transmittal Copy Only To ,.,,, c:.,~ CuffS. U01rlmissJ0r) 13-98 PCX1 7-79 NORICK OKLA. CITY , PRINTED IN U.S.A. (conoco ~onoco Inc. Geophysical Section To Record of Shipment of Confidential information Date ~ '~'~/8 ~'['~ [] Under Separate Cover [~ Enclosed Via Quantity Contents Z" ~c ~ c_E Transmittal Approved By /J/] . Date ' Instructions: Please acknouv/fedge receipt promptly by signing~and returning carbon copy. Received By Date =Remarks Transmittal Copy Only To .... ,m~ Cor~. Commission 13-98 PCX1 7-79 ,~,C,0rag8 NOR1CK-OKLA. CITY · PRINTED tN U.$.A, ~._____. STATE OF ALASKA ALASK~.~. _ AND GAS CONSERVATION ~.¢ ~IISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATI , Drilling wellY~ Workover operation [] 2. Name of operator 7. Permit No. Conoco Inc. 83-182 3. Address 8. APl Number 2525 C Street, Suite 100, Anchorage, Alaska 99503 5o_029-21057 9. Unit or Lease Name Milne Point Unit 4. Location of Well atsurface 2400' FSL, 4594' FEI_, Section 13, T13N, RgE, 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. 56' KB I ADL 25514 10. Well No. M-1 & M-lA 11. Field and Pool Kuparuk For the Month of February ,1984 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks M-1 was spudded on 2-7-84 drilled to a T.D. of 9000'. M-1 was plugged back on 2-24-84 into surface casing at 2456'. M-lA drilling began on 2-26-84 and was at 7133' at months end. 13. Casing or liner run and quantities of cement, results of pressure tests Siz~e Wt# Type From To 13 3/8" 72# L-80 O' 80' 9 5/8" 47# L-80 Butt O' 2721' Cement To surface 1400 sks. Cold Set III, 578 sks. Cold Set I 14. Coring resume and brief description Cored from 8600' - 8710'. Sidewall cores were taken at selected depths. 15. Logs run and depth where run M-1 Log From To DIL/BHCS 2739' 80' M-1 Log From To DIL/BHCS 9000' 2721' FDC/NGT/CNL 9000' 2721' HDT 9000' 2721' 16. DST data, perforating data, shows of H2S, miscellaneous data M-1Plues Cement 8114' 212 sk's. Class G 4350' 184 sks. Class G 3800' 194 sks. Class G 2456' 279 sks. Cold Set I RECEIVED MAR 1 ~ 1984 AI3ska Oil & Gas Cons. Commission- 13~" A,.,hu.age 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. NOTE--Report on this form is required/for each calendar month, regardless of the status of operations, and must be-~led in duplicate with the Alaska Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. Submit in duplicate Form 10-404 Ar'r' March 14,1984 ECEIVED FROM THE ANALYST, INC. ONE (1) BLUELINE MUDLOG %'/COPY AND ONE (1) SEPIA FOR EACH OF THE FOLLOWING WELLS CONOCO, INC. MILNE PT. UNIT #M-1 CONOCO, INC. MILNE PT. UNIT #M-IA (SIGNATURE) ALASKA OIL AND GAS COMMISSION MAR .t :., 1984 011 & Gas Cons. Commission THE ANALYSTS MEMORANDUM TO: THRU: FROM: State of Alaska ALASKA OIL AND GAS CONSERVATION COi-~,IISSION Cha~C' V terton ..~<~.// DATE: February 28, 1984 ~ /'~/~ FILENO: 11.4 Lonnie C. Smith ! _% / Co. is s ioner ~ ~_..,../ TELEPHONE NO: Ben LeNorman Petroleum Inspector SUBJECT: Witness Plugging Back for Redrill of Conoco's Miine Pt M-1 Sec. 13, Ti3N,R9E,bl-~, Milne Point Unit. Thursday, February 23, 1984: I departed my home at 3:30 pm for a -4:00 pm 'showup"and 5:00 pm departure via Alaska Airlines,. Flt. #59 to Deadhorse arriving via Fairbanks at 7:30 pm. Weather: -46°F, ice fog, light wind. I arrived at Conoco's Milne Pt. M-1 at 9:30 pm and was advised by Mr. Roy Robinson, Conoco representative, that pumping of lower plug had been completed at 6:30 pm and they were WOC. Friday, February.. 24, 1984: This plug was tagged at 4:15 am with 20,000 psi. As indicated on the attached plug and abandor~nent report, isolation plugs were pumped at 8:30 am and 2:30 pm respectively. Pum__ping of final plug across the shoe was completed at 6:40 pm. Saturday, February 25, 1984: i departed Deadhorse via Alaska Airli~S, 'Fit-.'#66 at 9:50 am arriving in Anchorage at 11:30 am and at my home at 12:00 noon. In summary, I witnessed plugging back for redriii of Conoco's Milne Pt. M-1. Attachment 02-O01AfRev. 10/79) ~ O&G #6 ,,4/80 STATE ',)F A.[,aR'''~. ~ SKA OIL & GAS CONSERVATION CObl' SION Plug & Abandonment Report Operator ~~/~ ~ Company Repr~ Date Drilling Permit # Lease No.~ ~.~$;~Well No. Total Depth ~~' Elevation Mud Wt. /¢;,~ Casing: Drive Pipe Conductor "O.D. Set at Ft. w/ Pene. "O.D. @ ~ ' Ft. Surface "O.D. @~F~; Ft. Intermediate "O.D. @ Ft. Production "O.D. @ Ft. Plugging Data: 1. Open hole plugs: 2. Open hole isolation plug: 4. Annulus plugs (if any): 5. Casing stub plugs: 6. Surface plug: Casing removal: "casing cut at "casing cut at "casing cut at Inspector/s:~__ STATE OF ALASKA ALASKA(, _AND GAS CONSERVATION CO /IISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL I~ COMPLETED WELL [] 2. Name of Operator 7. Permit No. Conoco ]:nc, 83-182 3. Address 8. APl Number 2525 C Street, Suite 100, Anchorage, AK 99503 5o-029-21057 4. Location of Well OTHER [] 2400' FSL, 1425' FEL, Section 13, T13N, R9E. U.M. 5. Elevation in feet (indicate KB, DF, etc.) 56' Lease Designation and Serial No. ADL 25514 9. Unit or Lease Name Milne Point 10. Well Number M-1 11. Field and Pool Kuparuk 12. (Submit in Triplicate) Perforate [] Alter Casing [] Perforations Stimulate [] Abandon FX]X stimulation Repair Well [] Change Plans [] Repairs Made Pull Tubing [] Other [] Pulling Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Duplicate) [] Altering Casing [] Abandonment [] Other 13. DesCribe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). The M-1 well was drilled to a total depth of 9000' MD (7100' TVD) after setting surface casing at 2721' MD. The well was a slant hole with a maximum hole angle of 53.7° at 2665' MD. After evaluating the open hole logs it is proposed that this well be plugged back for redrill. The proposed cement plugs are as follows: Plug No. I 8520' - 8200' Plug No. 2 4800' - 4350' Plug No. 3 4250' - 3800' Plug No. 4 2950' - 2550' (sidetrack plug) The shallowest hydrocarbon bearing formation is at 3960', while the top of the hydrocarbon bearing formation is at 8342' MD. Verbal approval by Harold Hedlund, February 23, 1984. FE[3,',-.° 4 ~S84 14. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed _ -_ Title Senior Drilling Foreman below Commission The space for use Date 2-23-84 Conditions of Approval, if any: Bf LO~N!F. ~. S~tT.~ Approved by COMMISSIONER Approved Copy Returned By Order of the Commission Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" F~'~u--~liCate Milne Roint Unit Well M~i P1 ugback February 24, 1984 8200' Plug No. 1 8200' - 8520' 8520' P~mm 1 nf .~ M,ilne J~oint Unit We'll M:I Plugback February 24, 1984 4350' Plug No. 2 4350' - 4800' 4800' Paae ? nf 3 i il Milne Point Unit W6.11 M-~I Plugback February 24, 1984 3800' Plug No. 3 3800' - 4250' 4250' , -, ,~' Paqe 3 of 3 MEMORANDUM TO: THRU: Stat of Alaska Lonnie C. Smith ~n ~ Commissioner FROM: Ben LeNorman SUBJECT: Petroleum Inspector ALASKA OIL AND GAS CONSERVATION COI,~iISSION C. rton DATE: February 14 1984 i(~ ' F.LE NO: lI. 1 TELEPHONE NO: Witness BOPE Tests on ConocO's Milne Pt. M-1 Sec. 13, T13N,R9E,b~.!, Milne Point Unit. Friday, February 10, 1984: I departed my home at 6:00 am for a 6:30 am S~owup'and 7:30 ~m departure via Alaska Airlines, Fit ~55 for Deadhorse, arriving at 9:10 am. Weather -52°F, Clear, Ice fOg. SaTurday, February 11, 1984: BOPE tests began at 1:00 am and were compleke~ at 7:15 am. Three and one-quarter hours were spent repairing malfunctioning test pump. Actual BOPE test time was three hours. BOPE inspection report is attaChed. Sunday, February 12, 1984: BOPE tests on Shell Oil's Seal Island #2 were completed at 3:15 pm, the subject of a separate report. I departed Deadhorse via Alaska Airlines, Flt ~56 at 5:15 pm arriving in Anchorage at 6:55 pm and at my home at 7:25 pm. In sun, nary, I witnessed successful BOPE tests on Conoco's Miine Point M-1. ~ Attachment 02-O0~AfRev. 10/79) 4/81 ~-- STATE OF ALASKA ALASKA OIL & GAS OONSERVATION C~4MISSION B.O.P.E. Inspection Report Operator ~o ~3e0 ~ Well /~. /~-~ ./~/~_~- _~/aT,~ /~-/. Location: Sec /~ T/~R~;~ M g//;g ~illinq Contracto~ ~//9~~ Rig ~-~RepresentativeZ~ ~~ Date _/~~o ///. Representative ~ ? ~~asing Set @ .~ ?~O ft. location, General ~/< Well Sign ~/L Ceneral Housekeeping. Reserve pit Rig BOPE Stack Annular Preventer Pipe Rams Blind Rams Choke Line Valves__ H.C.R. Valve Kill Line Valves Check Valve___ Test Pressure ACCUMULATOR SYSTEM Full Charge Pressure ~~ psig :Pressure After Closure /~/~'~ psig Pump incr. clos. pres. 200 psig min/~ sec. Full Ch_arge Pressure_ Attained: / min~-~ sec. N2_-~-~m,~'.. ~.%/~g;...~ a-~ ~/ _~ M J ~ psig Controls: ~i~ster ~P/~ Remote ~ _~_ Blinds switch cover ~/~---~-. Kelly and Floor Safety Valves - Upper Kelly Test Pressure ~r Kelly. Test Pressure Ball Type Test Pressure Inside BOP Test Pressure Choke Manifold Test Pressure ~. valves. NO. flangeg Adjustable Chokes Hydrauically operated chcke Test Results: Failures. ~P. Test Time~ ,_~ hrs._ ~ Repair or Replacement of failed equipment to be made within~ days and Inspector/Ccmmission office notified. Distribution orig. - AO&G2C cc-Operator ~ ~ cc - Supervisor Inspector ~ _ MEMORANDUM TO: THRU: FROM: State of Alaska ALASKA~OIL AND GAS CONSERVATION COMMISSION C. V(. ~tt~ton DATE: February 9, 1984 Chaii~n~-~ ~ ~}..>%~ FILE NO: 5 I. 13- Lonnie C. Smith Commis s loner ~ .TELEPHONE NO: Edgar W. Sipple, Jr.~~/'~ SUBJECT: Petroleum Inspector Witness Diverter Check on Conoco's Point M-l, Sec. 13, T13N,R9E,UM, Permit No. 83-182, Nabors 27E. Tuesday, Janu_a_ry 7, 1984: I traveled this date from ARCO's Kuparuk 2B-6 (subject of another report) to witness a diverter check on Conoco's Milne Point M-l, Nabors Rig 27E. The drilling contractor was in the process of hooking up the diverter. I witnessed the function test of the diverter. The annular preventer closed in 30 sec. and the hydraulic actuated valve opened in I0 sec. The diverter system was in compliance .with API RP53 and State of Alaska Regulations. In summary, I witnessed the function test 'of the diverter on Conoco's Milne Point M-i, Nabors 27E. Attachment 02-00 lA(Rev. 10179) O&G ~ 4 4/~o STATE OF AI,ASKA ALASKA OIL & GAS CONSERVATION COFIMISSION B.O.P.E. Inspection Report Inspector Operator C~)/t/D ~-~ O Well Location: Sec ~ T/3~ Drilling Contractor Representative Pe rmi t # ~ ~ - /3 3~ Casing Set Rig # ~'~e~ Representative Location, General Well Sign General Housekeeping Reserve pit Rig I[! ACCUHULATOR S'YSTEH i Full Charge Pressure ps.ig ' 'Pressure After Closure Psig 200 psig Above Precharge Attained: rain Full Charge Pressure Attained: min__ .. . N ps 19 2 Controls: Master Remote Blinds switch cover Kelly and Floor Sa_.f_ety Valves Test Pressure BOPE Stack Test Pressure Annular Preventer Upper Kelly. Pipe Rams Lower Kelly Test Pressure Blind Rams Ball Type Test Pressure Choke Line Valves Inside BOP Test Pressure H.C.R. Valve Choke Manifold Test Pressure Kill Line Valves No. Valves 'No. 'flanges.. '' Check Valve IAdjustable Chokes ~[lydrauically operated choke. Test Results: Failures T~st Time . hfs Repair or Replacement of failed equipment to be made within ' days and Inspector/Commission office notified. Remarks: ~ ~ ~ t~-~-~ ~"~'~"~ ' ~/~ ~ ~ ' ~ ~ '~ 6~ sec sec Distribution orig' - AO&GCC cc - Operator cc - Supervisor :. February 6, 1984 Mr. }{. D. Ha ley Pro~ect Manager Conoco Inc. 2525 C Street, Suite 100 Anchorage, Alaska 99503 Re: Milne Point Unit No. Conoco Inc. Peri, it No. 83-182 Sur. Loc. 2400'FSL, 4594'FEL, Sec. 13, T13N, RgE, Btmhole Loc. ~550'FSL, 2000'FF?.~, Smc. 24, T!3N, RgE, L~. Dear Mr. Haley: Enclosed is the approved revised application for permit to drill the above referenced well. Also enclosed is your filing fee check No. 193. Since well M-1 had not spudded prior to your , application for a revision of the bottom~o!e location original filing fee continuem to apply. The provisions of the cover letter, dated December 13, 1983, accompanying the original approved permit are ~m effect for this revision. Very truly yours, ? · i' C. V. ChattertOn ~Y O~D~ OF THE Chatham of Alaska Oil and Cas Conservation Co~tmsion be Enclosllrem cc: Department of Fish & Game, Habitat Seet~on-w/o enc!. Department of Environmental Conservation w/o enc!. STATE OF ALASKA ALASKA (::rrL AND GAS CONSERVATION CO .t~rMISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL REDRILL DEEPEN lb. Type of well EXPLORATORY [] DEVELOPMENT OIL ~ DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC [] SINGLE ZONE MULTIPLE ZONE [] 2. Name of operator Conoco Inc. 3. Address 2525 C Street, Suite 100, Anchorage, Alaska 99503 4. Location of well at surface 2400' FSL, 4594' FEL, Section 13, T13N, RgE, U.M. At top of proposed producing interval 2300' FSL, 1920' FEL, Section 24, T13N, RgE, U.M. At total depth 2550' FSL, 2000' FEL, Section 24, T13N, RgE, U.M. 5. Elevation in fe~t-(~ndi~:~te KB, D~etc.) I 6. Lease designation and serial no. KB = 56' (est.) I ADL 25514 9. Unit or lease name Milne Point Unit 10. Well number M-1 11. Field and pool Kuparuk 12. Bond information (see 20 AAC 25.025) Type B1 anket surety and/or number 8086-15-54 13. Distance and direction from nearest town 14. Distance to nearest property or lease line NW 37 miles 2200feet 16. Prol~O-s~d depth (MD & TVD) 17. Number of acres in lease 8898' MD (6975' TVD)fe"-t 2560 19. If deviated (see 20 AAC 25.050) 120. Anticipated pressures KICK OFF POINT 500 feet. MAXIMUM HOLE ANGLE 54½ ° l (see 20 AAC 25.035 (c) (2) Amount $200,000.00 I15. Distance to nearest drilling or completed imps~ Lagoon 32-14 230Q feet 18. Approximate spud date February 8, 1984 /b(,J psig@.~ Surface 3500 _psig@ 6050 ft. TD (TVD) SIZE I Hole ~--Casing I Weight 24"I 13 '~8I' 72# 97 29# 22. Describe proposed program: Proposed Casing, CASING AND LINER Grade Couplinc~ K-55 BTRC L-80 BTRC L-80 BTRC Length 8O 2740' 8898' _iner and Cementing Program SETTING DEPTH MD TOP TVD 0' % I 0' 0' ',0' I MD BOTTOM TVD I 2739'~ 2400' 8RqS'~ 6975' QUANTITYOFCEMENT (include stage data) 100 sks. 1600 sks. 1575 sks. (Hinh Yield; stages ) stages ) See supplemental sheet, proposed directional, proposed pad plat, and BOP sketches. . ECE1VED AtBsk~ Oil & Gas Cons~ Commission Anchorage 23. I hereby certify that the foregoing., is true and..c.orrect to the best of my knowledge ~ spac~-~ b--el-0~v"for'Commission use // CONDITIONS OF APPROVAL Samples required I-] YES (~i~NO Permit number APPROVED BY Form 10~,01 Mud log required []YES Directional Survey required i ~g[YES FgNO Approval dat~ DATE'2=I-g4 number SEE COVER LETTER FOR OTHER REQUIREMENTS ,COMMISSIONER DATE :Feb~:ua]:¥ 6, 1984 . by order of the Commission Submit in triplicate SUPPLEMENTAL DATA SHEET APPLICATION FOR PERMIT TO DRILL Conoco et al - Milne Point No. M-1 Conoco Inc. 2525 "C" Street, Suite 100 Anchorage, Alaska 99503 I. CEMENTING PROGRAM Ae The 13-3/8" conductor will be set at 80' below the surface 115' K. B., then cemented to the surface with high yield permafrost cement. Bo Ce The 9-5/8" surface casing will be cemented with 1100± sacks of high yield cement followed by 500 sacks of standard permafrost cement. This cement volume provides 100 bbls. excess, based on as AHS of 15". The 7" production casing will be cemented in three stages. The first two stages will consist of 600 sacks of high yield followed by 800 sacks of class "G" cement pumped around the casing shoe (estimated 4800±' of annular cement, assuming an AHS=ll"). The secondary cement job will consist of 100± sacks of permafrost type "C" cement followed by 60± barrels of Arctic Pack, pumped down the 7" x 9-5/8" annulus. II. ANTICIPATED GEOLOGY 0' - 5000' Surface conglomerates, silt and sand sequences. Estimated based of permafrost at 1700±. 5000' - TD Predominately shale until the Kuparuk sands - expected at 6900± subsea TVD. III. FORMATION EVALUATION Ae Dual Induction and BHC Sonic logs will be run across the surface hole. Be Standard mud logging equipment to be used below the surface pipe with a IDEL Plotted. C. Sidewall cores to be taken as determined by onsight geologist. De Wireline logs for the 8~" hole from T.D. to the 9-5/8" shoe will include: Dual induction laterolog; borehole compensated sonic-gamma ray; formation compensated density with CNL and GR-caliper, Dipmeter. F E B '--- 'J. 8a IV. DRILLING FLUID A high viscosity gel-fresh water mud system Low solids non-dispersed mud system Low solids dispersed mud system 0' - 2800' 2800' - 8000' 8000' - TD V. DIRECTIONAL PROGRAM The well has a proposed KOP of 500' and will build angle in a south 14-3/4° east direction to a hole angle of 54~°. This well is the only well on the "M" pad. The Simpson Lagoon 32-14A well is approximately 2300' northwest of M-I and was drilled to the south- west. A teleco tool is to be run while drilling below the KOP for directional control. --CONOCO, INC. MILNE PT UNIT.~;WELL NOU NORTH SLOPE, ALASKA - -. EASTMAN WH~PSTOOK. ___ KOP__T..VD=.5OO__THD= 500. ~EP.~O .... ~ ........... ~-20 .... - ~. 3~ ~ ; ....... ~.L. :.:_ ~ ¢ .............. i ...... m .3000 , ~ . _.~ ........ , ............... ~ ..... _.:_:_6000 -: MAXIMUM ANGLE 5__4__D_E¢ 33 M 1 i - ~ 1 i ' "MILNE1PT UN~T; WELL-No,.:M-;1_]-_~2ND REVISED_ :PROPOSAL; ' '' ' t 'ii;i 'NORTH SLOPE -ALASKA·-.! ...... '' '' I . · EASTMAN WHIPSTOCK.-. INC.. · -~~'-- ~;'- ........... -- --------~ -- : · --i .... ~ ..~ ............ _, ............. i .......... i.--WES_T_:EAST .......... ' ......... ' !-- : :. i.-*: i, ~ ooo ! ...... o -~-~ :_.--:..~ooo- --- i- i'." .~.Ooo ..... !' '-i , 1920 ..... ~1"VD-667'~ TI'ID=8$10 ' DEP=4,8~9 : _ j ........ .--,~ . . Contract #1039 Const. Spec #3 ~ I r..~ III RESERVE "k~~ Q PiT TYPICAL SECTION . FXISTG. ',,,~.~ GRNO. Z¢"' ¢./2 DIVERTER STACK tIYD~AULIC CO~ll'ROL ~YSTEtd FOt~ T~iZ 3TAC~ TO I~CLUD~ CONTROL MAMIFOLD ON RI~ FLOOR ~ITH 3000 PSI WORKIM~ BOTH 14YD~AUL/C ~EMOTE COMTt~OI VALVES 0~ W~EK TRE COMO£O, ~t o/-/4//..ME L~OP STACK FOB COMOCO IA/C. 1:5 58" A TST. PR.= 5500 5000 PSI 1358" _~( ~'" · 5000 PSt-( F, "'..,; · SIDE OUT£~TS ~ 1558" 5000 PSI ~POOL.. ---- . ~ ~ASIIVG I-lEAD COAIDUCTOt~ I. SST. P..-.OOO C. HOK~' AMD /~11_1_ bfAI41FO~DS ,SNOb/Il ,SEPA~AT'EI..~' TO NI~£7' APt . o. CONOCO~ ~.t.~t -/41LAIH POINT _ JILL MANIFOLD j FRO~ MUD PUMP FROM REMOTE HIGH PRESSURE PUMP NOTE: I. mo~luu¢ CO, TROt SrSTEW FOR em,, STArJ: a ~o~ U~mFOCO TO ~CLUO[ ~ ST~n~ CC~ L~AT[D REVerY WITH 3~0 PSI ACCUU~ATOR ~&o ~. RESErve 8 *MX. [NER~ SOURCE. SZk ~NTROL a~lr~ PLUS ~IA~ CHO~ ~NT~L TO 8E ~C&TED O~ RIG FLO~. Z ~[L 8 CHO~ MANIFOLDS ~ MEET ~ RP53 5~ s~s. I ~ M~NIF~D S~[-RATI~6 Z'-5~ ~ CHOEE UANI~ S~E - RATING 3'- 5~ REMOTE PRESSURE GAGE SENSCX:i HYDRAULIC CONTROLLED REMOTE OPE. RATEO DRILLII~ SPOOL ' HYDRAULIC COITTROLLED REMOTE OPERATED ADJUSTABLE ~OKE REMOTE PRESSURE GAGE SENSOR -. ADJUSTABLE: CHOKE CHOKE MANIFOLD VARIABLE CHOKE CONTROL TO SHALE SHAKER 1 BLEED LINE TO HT t TO ATMOSPHERI~ MUO/GAS SEPARATOR CHOKE 8 KILL MANIFOLDS FOR c1'~/8" 8 7" OD CASING BOP STACK BOP MANIFOLD LAYOUT - CONOCO, INC. · : December 13, 1983 · Mr. D. R. Girdler Production Engineer Conoco Inc. 2525 C Street, Suite 100 Anchorage, Alaska 99503 Re: Milne Point Unit M-1 Conoco Inc. Permit }~o. 83-182 Sur. Loc. 2400'FSL, 4594'FEL, Sec. 13, T!3N, R9E, UM. Btmho!e Loc. 1}24~FSL, 13!2'FEL, Sec. 24, T!3M, R9E, T3%~. Dear Mr. Girdler: Enclosed is the approved application for permit to drill the above referenced weI!. If coring is conducted, a one cubic inch chip from each foot of recovered core is required. Samples of well cuttings are not required although a mud log iS required. A continuous directional survey is required as per 20 AAC 25.050(b)(5). If available, a tape containing the digitized log information shall be submitted on all logs for copying except experimental log~, velocity surveys and dipmeter surveys. Many river~ in Alaska and their drainage ~ystems have been cla~sified as important for the spawning or migration of anadromouz fish. Operations in these area~ are subject to AS 16.05.870 and the regulations promulgated thereunder (Title 5, Alaska. Administrative Code). Prior to co~encing operations you may be contacted by the Habitat Coordinator's Office, D~partment of Fish and Game. Pollution of any waters of the State is prohibited by A,~ 46, Chapter 3, ArtiCle 7 and the. regulations promulgated thereunder (T~.tle 18, Alaska Administrative Code, Chapter 70) and by the Federal Water Pollution Control Act, as ~amended. Prior to commencing operations you may be-contacted by a representative of the Department of Environmental Conservation. To aid u~ in scheduling field work, p!eame notify thl~ office 24 hours prior to commencing in~tal!atton of the blowout prize tion ~_quipment so that a representative of the Commission mav },Ir. D. R. G~rdla' N. il~.e Point Uni~ '.~- ~ casing shoe is drilled. ~mre a diverter .qy~tem i~ r~quired, please al,o notify this office- 24 hours prior to cementing ~qutpment install, atio,a so that the Comission may witnes~ before drilling below the shoa of th~ conductor pipe. the event of suspension or abandonment, pleas~ gi~m ~.h~.s ..... Lee ~dequ~te advance notification ~o rha~ we may hav~ ~ witnos~ present. Very tru, l-f yours Chairman of Alaska 0~.! and Gas Conservation Commis~ion b~ Enclosure cc: Daoartment of Fish & Came, Habitat Section w/o encl. Department o? Environm~nta! Conmerv~tio~ w/o oncl. Conoco Inc. 2525 C Street Suite 100 Anchorage, Alaska 99503 December 12, 1983 Mr. C. V. Chatterton Chairman Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Dear Mr. Chatterton: Enclosed are the original and two copies of the Permit to Drill application for Milne Point M-1. M-1 is to be the first well drilled on the M Pad. Also, attached to this letter is a check for $100 to fulfill the permitting fee requirement. The M Pad is currently under construction on Chevron acreage located approximately four miles west of the existing Milne Point Unit. This acreage is not currently part of the Milne Point Unit, but an application for expansion of the unit to include this area has been filed with the DMEM and approval is expected before the proposed spud date. If you have any questions, please call me at 279-0611. Yours very truly, D. R. G±rdler Product-ion Eng-[neer km Attach. STATE OF ALASKA ALASKA O~ AND GAS CONSERVATION COi~,,~ISSlON PERMIT TO DRILL 20 AAC 25.O05 la. Type of work. DRILL )~ lb. Type of well EXPLORATORY [] REDRILL [] DEVELOPMENT OIL [~ DEEPEN [] DEVELOPMENT GAS [] 2. Name of operator Conoco Inc. SERVICE [] STRATIGRAPHIC SINGLE ZONE ~ MULTIPLE ZONE 3. Address 2525 C Street, Suite 100, Anchorage, Alaska 99503 4. Location of well at surface 2400' FSL, 4594' FEL, Section 13, T13N, R9E, U.M. At top of proposed producing interval 1500' FSL, 1500' FEL, Section 24, T13N, RgE, U.M. At total depth 1124' FSL, 1312' FEL, Section 24, T13N, RgE, U.M. 5. Elevation in fe~t--(J~d~-cate KB,D~F etc.) I 6. Lease designation and serial no. KB = 56" (est.) 115 I ADL 25514 9. Unit or lease name * Milne Point Unit 10. Well number M-1 11. Field and pool Kuparuk 12. Bond information (see 20 AAC 25.025) Type Blanket Suretyand/or number 8086-15-54 13. Distance and direction from nearest town 14. Distance to nearest property or lease line NW 37mnes 2200edt 16. ProPoSed-depth (MD & TVD) 17. Number of acres in lease 10,500' MD (6900' TVD)fe.t 2560 19. If deviated (see 20 AAC 25.050) 120. Anticipated pressures KICK OFF POINT 500 feet. MAXIMUM HOLEANGLE54½ °l(see20AAC25.035 (c) (2) Amount $200,000 5..Distance t,o neares~ldrkll~)ng fr. completed -~mPwS~q~ Lago0 .t - /4 2300feet 18. Approximate spud date January 15, 1984 750 psig@ Surface 3500 psig@ 605(] ft. TD (TVD) 21 SIZE Weight ' 72# Hole Casing 24" 13-3/8 12¼" 9-5/8 8~" 7" ' 47# 29# Proposed Casing, Liner and Cementing Program 22. Describe proposed program: CASING AND LINER Grade I Coupling K-55 I BTRC L-80 /BTR6 L-gO /BTRC Length 80 27_40 MD TOP SE 1 / lNG DEPTH TV D M D BOTTOM TV D 0 801 o' 2739i 2400' 0 10~500~ 6900' I QUANTITY OF CEMENT (include stage data) 100 sks. (High Yield 1600 sks. (2 stages) !575 sks. (3 stages) * This acreage is not currently part of the Milne Point Unit. However, the request for expansion of the unit has been submitted to the DMEM and approval is anticipated prior to the spud date. See supplemental sheet, proposed directional, proposed pad plat, and BOP sketches. DEC.t 23. I hereby cert~y that the foregoing is true and correct to the best of my knowledge SIGNED Alaska Oil & Gas Ooae,,. ~ The space below for Commission use TITLE Production Engineer CONDITIONS OF APPROVAL _ -- Samples required []]YES ~NO Mud log re(]uired ~I~[Y ES ,NO Directional Survey required ,~ES []]NO i]---Permit numbS7- .... Approval date i g~ lo°~-- Form 10-401 DATE 12-8-83 number 5o_ o-z,,i--/_/ SEE COVER LETTER FOR OTHER REQUIREMENTS ,COMMISSIONER DATE December 13:1983 by order of the Commission Submit in triplicate SUPPLEMENTAL DATA SHEET APPLICATION FOR PERMIT TO DRILL Conoco et al - Milne Point No. M-1 Conoco Inc.~ 2525 "C" Street, Suite 100 Anchorage, Alaska 99503 I. CEMENTING PROGRAM At The 13 3/8" conductor will be set at 80' below the surface 115' K. B., then cemented to the surface with high yield permafrost cement. Be The 9 5/8" surface casing will be cemented with 1100± sacks of high yield cement followed by 500 sacks of standard permafrost cement. This cement volume provides 100 bbls. excess, based on as AHS of 15". Ce The 7" production casing will be cemented in three stages. The first two stages will consist of 600 sacks of high yield followed by 800 sacks of class "G" cement pumped around the casing shoe (estimated 4800±' of annular cement, assuming an AHS=ll"). The secondary cement job will consist of 100± sacks of permafrost type "C" cement followed by 60± barrels of Arctic Pack, pumped down the 7" x 9 5/8" annulus. II. ANTICIPATED GEOLOGY 0' - 5000' Surface conglomerates, silt and sand sequences. Estimated based of permafrost at 1700±. 5000' - TD Predominately shale until the Kuparuk sands - expected at 6900± subsea TVD. III. FORMATION EVALUATION me Dual Induction and BHC Sonic logs will be run across the surface hole. ms Standard mud logging equipment to be used below the surface pipe with a IDEL Plotted. Ce De Sidewall cores to be taken as determined by onsight geologist. Wireline logs for the 8%" hole from T.D. to the 9 5/8" shoe will include: Dual induction laterolog; borehole compensated sonic-gamma ray; formation compensated density with CNL and. GR-caliper, Dipmeter. ~'~~'~ IV. DRILLING FLUID A high viscosity gel-fresh water mud system Low solids non-dispersed mud system Low solids dispersed mud system 2800' - 9500 9500' - TD V. DIRECTIONAL PROGRAM The well has a proposed KOP of 500' and will build angle in a south 26½° east direction to a hole angle of 54~°. This well is the only well on the "M" pad. The Simpson Lagoon 32-14A well is approximately 2300' northwest of M-1 and was drilled to the south- west. A teleco tool is to be run while drilling below the KOP for directional control. ,~laska 0il & Gas ~r~ Comm~ll .~chora~e SUPPLEMENTAL DATA SHEET APPLICATION FOR PERMIT TO DRILL Conoco et al - Milne Point No. M-1 Conoco Inc. 2525 "C" Street, Suite 100 Anchorage, Alaska 99503 I. CEMENTING PROGRAM me The 13 3/8" conductor will be set at 80' below the surface 115' K. B., then cemented to the surface with high yield permafrost cement. Be The 9 5/8" surface casing will be cemented with 1100± sacks of high yield cement followed by 500 sacks of standard permafrost cement. This cement volume provides 100 bbls. excess, based on as AHS of 15". Ce The 7" production casing will be cemented in three stages. The first two stages will consist of 600 sacks of high yield followed by 800 sacks of class "G" cement pumped around the casing shoe (estimated 4800±' of annular cement, assuming an AHS=ll"). The secondary cement job will consist of 100± sacks of permafrost type "C" cement followed by 60± barrels of Arctic Pack, pumped down the 7" x 9 5/8" annulus. II. ANTICIPATED GEOLOGY 0' - 5000' Surface conglomerates, silt and sand sequences. Estimated based of permafrost at 1700±. 5000' - TD Predominately shale until the Kuparuk sands - expected at 6900± subsea TVD. ~'?:~ FORMATION EVALUATION III A. Dual Induction and BHC Sonic logs will be run across the surface hole B.pipeStandardwithmUda IDELl°ggingPlotted.equipment to be used below the surface C. Sidewall cores to be taken as determined by onsight geologist. De Wireline logs for the 8½" hole from T.D. to the 9 5/8" shoe will include: Dual induction laterolog; borehole compensated sonic-gamma ray; formation compensated density with CNL and GR-caliper, Dipmeter. IV. DRILLING FLUID A high viscosity gel-fresh water mud system Low solids non-dispersed mud system Low solids dispersed mud system 0' - 2800' 2800' - 9500' 9500' - TD V. DIRECTIONAL PROGRAM The well has a proposed KOP of 500' and will build angle in a south 26~° east direction to a hole angle of 54~°. This well is the only well on the "M" pad. The Simpson Lagoon 32-14A well is approximately 2300' northwest of M-1 and was drilled to the south- west. A teleco tool is to be run while drilling below the KOP for directional control. ~'~"' 0. i2. "-'DIVERT ER TA'-CK t(YPRAULIC CONTROL ,~YST~tV~ FO,~ T~I3 3TACK TO I~CLUD~ CONTROL ~A~IFOID 0~I~ ~~ ~IT~ ~000 P~l ~0~{~ "~ CONOCO,. e ~1 - ~IL~E ~IN7 BOP STACK FO~ CONOCO/~C. ZO" O.D. "-DIVERT E R STA K (~.) i-IYD~ALILIC COAITMO& ~Y~T~M ~0~ T~IN 3TAC~ TO IMCLUD~ ~ORTRO~ ~AMIFOLD OR RIGFLOOR V/TN 3000 PSI WOR~/~ ($.) BOTH 14Y'D~AULIC A'gtffOTg COAIT~O( I/ALVg$ 0t:~t.! W#£AI T#£ COAIOCO, e~- ol - MILME F~91M7 BOP STACK FOI~ COMOCO /MC. FTL. L- UP /_/N'E,,,~ ~' [,5 58" 5000 PSI i. ~.FI. Old LINE I '1 : A , TS'I'. PR.f$500 - r 1:~58'' _.'I 5000 PS1'- /~/0 TE$ ' 3#- 5000 ..... ,~IDE OUTLETS 1558" (/.) ~) TST. PR.=5000 '-- 8.47. B STACK SIZE I~'ATIN6 b,fEET$ AP1 lf'P 5,$ ~ 3PEC GA FO~ CLA~ 5~ ~I T~ CLA~P ~ ~U8 TRIP Y PRE~U~E TE~TED ~EEKt ~ ~YD~AUtlC CO~T~O~ GY~TE~ ~OPE TO INttd~E (5) COdT~Ot dANIFOtP tOCA TED ~IT~ 160 GAtt'O~ ~CCU~UtA?O~ ACTIVAtIOn. OF ONE ~ET OF ~tl~D BA~E A~D T~O - CHOKE A~D KILL ~A~IFOtDS ~EPA~ATE6Y TO ~GET AP! ~p GB CtA~ I CASING .¢POOt : i I$~ "- 5 oo0 x I$~ "- 5000 & OP STA £K FOi~ ? ~IDE QUT£ET$ 1558' 5000 PSI [~ ~10 TE$ : (/.) 8.O. P. STACI~ $1Z~ ,I~,,4T/M6 AP1 ~P S3 ~ ~PEC ~A FO~ Att ~YO~AUtlCAttY ~YD~AUtlC CONT~Ot ~r~TE~ ~O~ ~IT~ I~0 GAtt'OM ACdU~UtA?O~ AMD ~A~ ?YPE ~OP TO IMCLUDE A MIMIMU~ - ~EPA~ATEL ~ TO ~EET AP1 ~ ~U/~ENT~, SPOOL -- ~ CA$/~IG 3POOr:~ !$~~- 50o0 X I$~ "-5000 ~w_ S~O SIDE OUTLET~ / VA~VE~ ~ CAStlV6 AIEAP ~i3~O.D. CONQUCTO~ ,~ SURFACE dELL~t~ ~IALL CONOCO, et ~/ - A41LiV,~ POINT Z~O~' ~'~/~ /.~ ~ 7"CASIA/~ KILL MANIFOLD ,, FROM MUD PUM~ FROM REMOTE HIGH PRESSURE PUMP NOTE: I. HYDRAULIC CONTROL SYSTEM FOR BOP STACK I~ CHOKE MANIFOLD TO INCLUDE {Si STATION CONTROL MANIFOLD LOCATED REMOTELY WITH 3000 PSI ACCUMULATOR Ii 160 GAL. RESERVOIR 8 AUX. ENERGY SOURCE. (5) SrA. CONTROL MANIFOCD PLUS V,~RIABLE CHOKE CONTROL TO BE LOCATED ON RIG FLOOR. KILL Ii CHOKE MANIFOLDS TO MEET APl RP53 CL. SM STDS. 3. KILL MANIFOLD SIZE- RATING 2'- 5000 4. CHOKE MANIFOLD SIZE - RATING 3"- 5000 REMOTE PRESSURE GAGE SENSOR HYDRAULIC CONTROLLED REMOTE OPERATED DRILLING SPOOL HYDRAULIC CONTROLLED RE~qOTE OPERATED REMOTE PRESSURE GAGE SENSOR *l ADJUSTABLE CHOKE ADJUSTABLE CHOKE CHOKE MANIFOLD --VARIABLE CHOKE REMOTE CONTROL TO SHALE SHAKER 1 BLEED LINE TO HT 1 TO ATMOSPHERIC MUD/GAS SEPARATOR CHOKE 8 KILL MANIFOLDS FOR' ~s/8" 8, 7" OD BOP MANIFOLD LAYOUT- CONOCO, INC. KILL MANIFOLD FROM REMOTE HIGH PRESSURE PUMP NOTE: L HYDRAULIC CON'/R~L SYST[¥ FOR B~ ~ACK B CHO~ MANIFOLD TO INCLUDE (5)STATI~ CONT~ UANIF~ L~ATED REMOTELY W~H ~0 PSf ACCUYULAmR 6 ~ 6~. RESE~R 8 AUX. ENERGY SOURCE. (5) STA. ~L MANIF~ P~S ~IAB~ CHO~ ~T~L TO 8E mCATEO ON RJ6 FLO~. ~ K~L 8 CHO~ MANIFOLDS ~ MEET ~ RP~ ~. 5M S~S. 3. K~ MANIF~D SIZE-RATING ~"- 5~ ~ C~XE MANIFO~ SIZE- RATING 3"- 5~ REMOTE PRESSURE GAGE SENSOR HYDRAULIC CONTROLLED REMOTE OPERATEO DRILLING SPOOL HYDRAULIC CONTROLLED REMOTE OPERATED REMOTE PRESSURE GAGE SENSOR '/ ADJUSTABLE CHOKE ADJUSTABLE CHOKE CHOKE MANIFOLD VARIABLE CHOKE CONTROL TO SHALE SHAKER 1 BLEED LINE TO PIT 1 TO ATMOSPHERIC MUD/GAS SEPARATOR CHOKE 8 KILL MANIFOLDS FOR' Cl~/8'i 8 7" OD CASING BOP STACK BOP MANIFOLD LAYOUT - CONOCO, INC. QTYPICAL SECTION EXISTG. GRND. 18SS0[I, a~ L~EXiSTG GRND. TYPICAL SECTION M PAD CONSTRUCTION DETAILS SI3, TI3N~ R9E, U. M., ALASKA-KUPARUK FIELD OCTOBER 12, 1985 DWG. NO: M-83-001 FILE: ELEVEN'I Contract #1039 Const. Spec #3 ~ ~'* GRND TYPICAL SECTION !18SS9G, EXISTG. 6RND. conoco) M PAD CONSTRUCTION DETAILS SIS, TI3N, fl9E, U. kl., ALASKA-KUPAEUK FIELD OCTOBER 12~ 198~ FILE: ELEVEN-I DWG. NO: M-83-001 CHECK LIST FOR NEW WELL PERMITS Company !~.~'~-~ ITEM APPROVE DATE (1) Fee (2) Loc .... (3) Admin ( (.,9 thru 11) (10 ~nd 11) (4) (12 thru 20) e 10. 11. Lease & Well No. YES NO 1. Is the permit fee attached ......................................... ~'~"~ ?/ · 2. Is well to be located in a defined pool ............................ · · 3. Is well located proper dmstance from property lmne .................. 4. Is well located proper distance from other wells .................... ~.~ 5. Is sufficient undedicated acreage available in this pool ............ 6. Is well to be deviated and i~ ~ell bore plat included ....... ?. Is operator the only affected party ................... . 8. Can permit be approved before ten-day wait ........................... -- Does operator have a bond in force .................................. Is a conservation order needed ...................................... Is administrative approval needed ................................... Is conductor string provided ........................................ Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or production strings ...~y' Will cement cover all known productive horizons ..................... Will surface casing protect fresh water zones .... Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate well bore separation proposed ........................... 12. 13. 14. 15. 16. 17. 18. 19. 20. REMARKS ,./." (21 thru 24) 21. 22. 23. 24. Is a diverter system required ....................................... ~ Are necessary diagrams of diverter and BOP equipment attached ....... ~ Does BOPE have sufficient pressure rating - Test to ~O~p~ psig .. ~ Does the choke manifold comply w/API RP-53 (Feb.78) .................. ~_ 25. Additional requirements ............................................. Additional Remarks: ~,-:2.~."~ ! Geology: Engineering: LCS JAL ~TMZ/~f/ rev: 12/08/83 INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE (1) Fee Fff/4,_~., f'~°~'~-~ 1. / (2) Loc (2 thru 8) (3) Admin me 3. 4. 5. 6. 7. 8. (8) c/~ J ~-~ ~.-15 9. --(~' thru 11) 10. 11. Company (10 and 11) (4) Casg ~.~,~ ~ (12 thru 20) 12. 13. 14. 15. 16. 17. 18. 19. 20. Lease & Well No. YES NO Is the permit fee attached ......................................... A,?~i.._ Is well to be located in a defined pool ....... Is well located proper distance from property line .................. ,~'.~___ Is well located proper distance from other wells .................... Is sufficient undedicated acreage available in this pool ............ Is well to be deviated and is well bore plat included ............... Is operator the only affected party ................................. Can permit be approved before ten-day wait .............. , ........... Does operator have a bond in force .................................. Is a conservation order needed ...................................... Is administrative approval needed ................................... Is conductor string provided ........................................ Is enough cement used to circulate on conductor and surface ......... Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ..................... Will surface casing protect fresh water zones ....................... Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate well bore separation proposed ........................... REMARKS t (5) BOPE (2~ thru 24) (6) Add 21. 22. 23. 24. 25. Is a diverter system required ........................................ ~f~ Are necessary diagrams of diverter and BOP equipment attached ....... ~ Does BOPE have sufficient pressure rating - Test to ~~ psig .. ~ Does the choke manifold comply w/API RP-53 (Feb.78) .................. ~, Additional reqUirements ............................................. ! '/ :~ ,.,,q' Additional Remarks: L.,,, ~,.....: ~r . +~. &o~,,.,jP;i.~ .,,::...::,:~,t,~!.,~:.,,.,,.,~ ........ ~ [ ~,,,,.- k~,.,,.,~'?,~(~ ...... o ~Z ~0 Geology: Engineering: HWK LCS BEW WVA ~ J~T,~ HJH__ ,:,' ,, ,. rev: 12/08/83 INITIAL GEO.' UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE ,, ¥ ? o t ,~ o ,Q~ t -~; 1 ~' ,'~ ,o ,t/'.:~ "~, '~,,, ~ ~' Well Histo.ry File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIXi No special'effort has been made to chronologically organize this category of information. .o HIGH RESOLUTION DI'P.~,ETER CLUSTER LISTING CONOCO-CHEVRON NORTH SLOPE ~ ALASKA MILNE POINT CLUSTER RESULTS ONLY 4 FT., CC.RR. - Z FT.,. STEP . _ 30 DEG. X2 SEARCt'~ ANGLE ;~AgNETZC DEC. L]:~ATIQN ~I DEGREES AZIMUTH CDMPUTED F~ CLIENT S[NGL~ S~gT g~TA _ CLUSTER LISTING ~-jO~TH SLgPE . AL~SKR CLUSTER RESULTS ONLY 49I~ FT.. C2~I. - Z FT. STEP D~G. X2 SEARCH ANGLE MAG~ETZC DECLI~ATIS~ 3~ DEGREES FR-~ rL AZI~UT~ COMPUTED .~_OH ,. IENT SINGL~ SHDT DATA 2~&9.0 33.9 130 53.'8 t63 I0.0. 2761.0 53.1 163- -t~.2 2763.0 29.8 154 53.I 163 11._~ 13.3 2765.0 29.0 163 53.0 !63 ;9.9 2773. B 26.4 109 52.T !63 I0'.0 Z777.~ Z6.5 107 52.7 I63 :9.2 2779 0 18 8 I~7 52.6 163 9.~ Z7~5.0 Z7.2 1I~ 52.2 16~ 9.~ - '- 2789.0 52.0 t~ -9.2- 2791.~ 51.8 163 9.1 2793.0 .ZT.0 183 51.7 163 ~.3 2799.0 51.a 163 9.0 1Z.3 2901.9 23.7 190 51.1 163 -9.2 2~03.~ 9.0 196 ~1.0 163 9.-~ .11.9 163 9. I I1.9 2811.3 27.0 166 ~0.~ _ . 2813. D 26.& 156 50.~ I~ 9.1 2815.0 25.0 158 50.3 163 -~.0 Z817.0 50.2 163 ~.0 2819. D 50.1 163 _ 9.v i1.7 2821.0 28.2 155 50.0 163 - -: 9'0' iI'7 . ' ' ' - L~ ~ imlmiliI:Ji[!_ [:4 ~ - CONOCrJ-C.ti.-EVR~N MILtgE PO~I~T UNIT M-! P~'GE 2-FILE DEPTH ~ DIP ' DIP ~ DEV- DEV. DIAN DiAN ~ BEST · AZI.~ ~ AZ'I. t-3 Z-~ ~ ~ =A i e, 2831o0 :. ~ 2839.0 ~ ~ 2 ~4 5.0 . ~ 2S77. ~ ,- 28i~3.0 Z~.O 163 4-9.9 163 29...9 173 49.8 1-63 4.9.7 163 7.7 26 {9.6 163 ~0.2 I2 ~9.~ t63 ~3. t 19 ~9.3 164 7,,6 9.7 8.1 7.6 10.3 11,,4 3.4 4.8 16.6 3.6 12.2 11.7 ?.6 25.6 26 34- 44 2587°0 2893og 2~99' 0 2901.0 I 152 103 13f 4,8.9 164 ~$.9 164 48.8 I6~ 48.9 164 68.8 164 44 352 119 12.9 4 11.8. 16.9 359 11.? 1 10-2 4-8.3. ~7,7 164 164. 164- 164 I64 164 164 1.64 16/, 164 164 11.6 11.5 12.3 12.6 12.7 12.7 12.6 12.4 12.2 12.2 12.3 12.4 12.5 12.5 12.5 12.5 12.6 12.6 12.6 12.6 12.6 12.6 12.6 12.6 12.3 12.3 12.3 12.1 12.1 12.0 12.1 47.2 16{ 8..6 12.0 ! DEPTh 2913.~ 2915.0 2919.0 2921.0 2923.0 2927. ~ 2929.0 2931.0 2933.~ 2935.0 2937.0 2941.~ 2945.~ 2947.0 29~9.0 2951. O 2953.0 2955.0 2357.0 2959.0 2961.0 2965.0 2 967. O 2969.0 2971.~ 2)73.0 2975.0 2977.3 2979.0 2981.0 2983.0 CDNDCO-CH6VRDN ~4ILNE POINT U.NIT-M-! PAGE DIP DIP * D~V. O~V. OtA~ O-IA~ ~ZI. · AZ!. - t-3 . - · 6.9 i64 -: 8'7 It'8 ~6.~ l~ ~.~ ~i.s ~6.~ i~ -~,-e 1~.4~ 45.4 144 a._8 . 45.3 !~4 9'0 45.1 ~64 9.0- i0.S- 45.1 164 _ 8.8_ - ~3.~ 3~ ~4. e 164 ~.~- L6.6 287 64.8 164 3.6 . 164 16.9 351 44.6 164 8.8 i0-5 17.1 277 44.5 16 ~.9- t~.4 256 ~4.4 164 '~.e ~4.2 !64 8.7 - l'O.-~ 7.2 I~ 44.1 t64 8-g !0'.~ ~).~ ~ - 9.~' t3.7 Iii 9.5 11.9 6.3 32 43.6 16{ 9.1 - _ - - . - L~ ~ imllilil;]i['= [~I~ C~e-uCu-..H~¥~Oa ~ILNE POINT UNIT ~-1 PA~E ~+-FILE ,._ DEPTH ~ OIP OIP * GEV. DEV. **************************************************** 2991. 300t. 3003. 3-009. ~ 3015.~ 3~23.9 3025. D 30~,~. 3035. 3039.0 3043.~ 3051. ~ 3053.0 30=7 ~ 8.1 5.9 4.7 7.4 10--2_ 11.1 7.t 2.0 3.6 15.3 7.6 5.8 5.6 3-2 t. 6 67 7~ 341 19 '~0 36 31 39 32. 110 91 15 6 2~ 31 29 9 3i8 43.6 43.6 43.6 ¢3.6 %3.5 ~3.5 43.5 ~3.4 43.4 43.4 ~3.5 ~3.5 43.5 4.3.5 43.5 164. I64 ! 64 t64 164 164 !6¢ 164 Ii,i,_ 164 1(,4 164 t64 164 ! 64 !64 164 164 !66 1 64 164 I 64 1 164 164 t64 .OIAM 11.9 E 12.0 E !0.8 10.7 10.6 'E I0.~ C 10.5 E lO.F E 10.5 10.4 i 19.4 E 10.4 10.4 C 10.I E 10.1 f 10.0 .. I0.0 E 10.0 10.0 F I0.0 lO.O 10.0 O 19.0 F 9.9 F 0 Fg~R~TION 3075. ~ 4.7 47 ~07~.~ 8.1 70 so~.~ ~.~ 3087.0 2.6 3~3 ~3.3 3089. ~ l. 8 102 3105.0 18.1 89 43.1 3107. ~ 4.3 Z~3 ~3.1 3109.0 B.1 50 t3.0 3111.0 42.9 3t13. D 42.9 3117.0 12.6 84 3133 0 9.7 3t 4Z 9 3139.0 6.6 4~ 4Z.g 3143.0 6.0 65 42.9 3155.~ 3179.0 3t81. ~ 3185.0 3191.0 3199.0 3~OI.U 3203.0 3207.8 3217.8 3219.~ F~ATIDN ~ GO~EHOLE -~ .................. ~ .................................. ~ INDEX DIP ~IP ~ ~ DEV. BEV. OlA~ DIAA~ ~< BEST AZI. ~ AZI. 1-~ 2-4 ~ =.~ R~.O 6.9 13.7 7.4 15.7 11.¢ 7.2 iO.Z 12.4 t5.1 ~4 42.. 9 50 43.1 $? 43.1 55 ~3.1 ~3.t 48 ~3.0 356 97 4Z.9 ~2 42.9 6~ lO0 42.9 42.9 ~,9 t13 %2.8 114 99 42'8 153 42.7 ~2.8 96 42.8 60 42.8 42.8 41.7 15.3 1.~¢ B.5 9.3 O ,-~' !64 8.6 9.~ F ~ 164 g.$ 9.4, 9 ~ !64 8.5 9.3 F · 164 8.5 9. Z ~ 164 B.6 9. t ~ 164 ~. 6 ~. I D ~a 16,4 ~.6 9.2 F ~x !64 8.& 9. Z 9 ~x 164 ~.: 9.3 ~- 16~ 8.5 9.3 '",,- 164 8.9 9.3 B ~ 16~ 8.5 9.3 O ~ 164 8.6 9.2 8 g 164 8.5 9.1 ~< 164 8.5 9.! 3 ~ 164 8.6 9.1 ~ .~"- 16~ 8.6 9.1 O ~ i64 8.5 9.3 z~ 164 8.5 9..3 D v i64 8.~ 9.2 F -~ 164 8.~ 9.2 ~ ~ 164 8.9 9._~ ~ '¢ 164 8.8 9.3 O ~ 164 ~. 6 9.1 O ~:: 164 B. 6 9.1 F * 164 8.6 9.1 * 164 8.6 9.t ~ ~ :2: la~ ~.7 9.1 ~ ~, ,, e, ~, ~,,,,,,, ~ **, ~, ~ ~*** **~-~ ~ · ***~*** ~ *****************************~ . . ~******* ********************************************************* 15.8 103 ~2.7 ~64 6.6 69 12.~ 16a 15.7 97 ¢2.~ 164 11.6 77 ~2-5 lb4 9.3 71 ~2.5 t63 6.0 62 $2.6 4.0 84 42.7 163 3.7 lo3 ~z.7 ~e~ 11.3 48 ~2..6. 163 12.2 85 42.6 163 10.7 33 ~Z.7 163 7.3 114 42.6 163 8.7 ~2.6 163 . ~.~ ~ za.8 3zo ~.~ ~6~ 9.7 329 42.S ~.~3 5.5 ~ ~2.~ 163 · 2.~ t63 ************************************************************************* - _ - - - { 14.4 16 .8.,6 9.0 83 ?1 t&3 8.8 9.1 1~ 8.7 g.t -,- t63 ~.6 9.2 t63 8.6 g.b O ~63 ~.6 9.6 ~63 8.6 9.7 16~ 8.7 9.7 i63 8.7 9.7 163 8.7 9.6 163 8.1 9.6 O -,- 1.6~ 8.7 9.6 F 163 '8.7 9.5 0 163 8.7 9.5 163 8.7 9.5 163 .~.8 9.3 163 8.8 9.2 163 8.T 9.2 163 8.7 9.2 F X63 8.6 9.1 0 · 163 8.5 9.2 I~3 8.5 9.3 B-,-'~' 163 8.7 9.4 O 163 B.~ 9.4 F 163 8.6 9.2 F i63 8.6 9.0 163 ~.6 9.3 O ~": 163 8.7 9.5 ~63 8.7 ~.~ 3313.0 3319. ~ 3321.0 3323.0 3325.0 24.4 360 10.6 8~ 7.9' 56 15.5 II 16.,0 61o8 /,1.8 41'8 41.8 %1.8 4i.8 ~1.,7 41.7 61o7 4.1.7 ~I.7 41.6 ~1.7 41.7 41.~- ~1.7 3333.9 334t.0 3F47. O 3353.~ 3355.0 3357.0 3361.~ 3379.0 338!.~ ~: 3r+63. * ~z[. , AZi. I-3 - ~387.0 41.6 163 -~.7 3393.0 iO.O 16 4~.6 163 8.7 -. 3395.0 7.2 161 m1.7 163 8*7 3~99.0 7.7 28 ml.7 !63 - ~-7 3~os.o e.z ~o ~i.8 t6~ ~$..~ 9.3 s , 3{07.0 11.7 64 41.8 163 -"8.6- -9.3- D ' ~ 3}09. O 6.7 36 41.8 143 a.6 _ 3~11. o 41.8 16~ 9*6 '-- 3~25.0 20.7 30 41.8 163 8.6 3431.0 41.8 163' 8.5 3t33.0 10.2 55 41.8 163 --S.5 3{39.0 7.4 48 41.9 16t 8.6- 314t. 0 6.4 46 i1.9 i43 3.4 9.3 3~43.0 7.5 37 ~1.9 163 ' -8.5 3545 0 7.2 50 41.9 !63 8.5 3~.~ ti.3 94 ¢I.9 t~ '- -8:,~ - - 3653.0 9.4 101 41.9 163 ~8.6 - 3~55.0 30.0 199 41.9 t63 -~'~ -' 3%57.3 10.0 114 t1~9 3 3 27.0 198 41.9 163 :~.6' -- ,---------------'--'--'---,-----'---------'----------- ......... '--~ DIP * 'DEV. ~EV. DIAM DIAH ~ZI. ~:: AZ:T. 1-3 4.7 10.8 ~o I 1 _?7 Ira 30 39 163 163 I63 163 163 163 163 i63 t63 t63 i63 : ~-1,,, 9 t63 ~1,,9 !63 : 41'9 169 163 163 !63 i63 16.3 '163 163 163 !63 163 !1o9 163 ~I.'9. 163 4.1o9 163 DEPTH ~ OIP ~IP ~ OEV. DEV. 35~2.0 2.1 181 41.8 163 3370.0 10.1 3~3 ~1.5 163 ~74. o 5.6 ~ ~.,~ ~ 3586.0 ~I.4 ~63 35~a.o 7.7 3~ ~.~ ~3 3590.0 22.7 I11 tl.3 l&3 3592.0 3.7 31 ~t.Z !63 3594.0 6.8 3~ ~I.2 163 3600.0 4.1 335 ~1.t 1~3 3610.0 41.2 162 36~. o 3.8 ss ~1.2 t~z . ~.s ~.2~ o 36Z0.0 3.6 108 ~1.1 t62 ~ *********************************************************************** ;:::~ :': ' '---'------------------'--'-''----------- .... - .......... ~ INDEX ~:: *':: : ::' :~ * ~Z~- * :: ~Z!. I-~ 2-¢ * =a 37 36 i62 t62. 21 7 I00 ?0 2 t Z7 6 14. 162 t62 1-62 162 162 41'-1 !62 C 303 ¢!'I: 182 8.4. ~.0 E L'~'~! ~ IH ii1 iD4i[, D4-~ 3720.0 12.0 333 373~.0 3735.3 2.3 4~ 40.8. 3738.0 37~0.~ 11.8 5~ 3744.0 13.4 33 3746.0 2.8 16 ~0-7 3748.0 3.5 4 3750.0 1.2 54 40.6 3'752.0 1.0 53 375~.0 6.1 115 ~0.7 37.~6.0 6.1 109 ~0.7 3760.0 12.~ 326 ~0~6 376~.0 ll.Z ! 40.6 3766.0 3?68.0 9.~ 320 3176. O 1.4 ~ 3780. O 1~. 7 72 3788 0 5.7 65 3792. ~ 5.7 3~ 40.3 16.2 62 1 m ~3~- ~ . 3830'0 7.3 384 ~. ~ ~852.0 · !: *: ,--' -------------'----------------- ............. ----, ~x , , :DEPTH ~ D~ OtP ~ DEV. DEV. :. DIA~ DIA~ ~ ~EST 5.0 4°3 3.3 .3.3 39: ! 7 312 332 ~2 40.2 t'62 ~0:o2 t-62 : 40°2 ¢.0'~ 40- ~ 40.4: : ~0.0 ~0-0 39.g 3g-g 39.9 39.8 39.7 162 162 16.2 152 6 g.6 8.6 9.4 $.6 9.4 8-6 9.~ 8°7 9.,5 8.? 8.6 8.6 8.7 8.8 8.0 g.2 8.4 8.9 8.4 B.g ~.4 ~.~ ~.9 8.4 8.9 B.5 8.9 8.5 8.~ 8.5 B.8 8.5 8.$ 8.8 8.5 8.7 8.5 8.~ 8.5 8'.g ~.5 8.5 8.5 8.5 B.5 8.5 8.8 8.5 8.5 ~.8 3888.0 2.I 360 39.~. 162 ~.6 _ 8.9 - 0 , 3~eO.O 2.9 2~3 ~9.~ ~62 3~93.0 39.3 ~62 3S94.0 6.1 52 39.3 ~62 3 ~96. O 39.3 16Z 3898.0 4.8 116 39.3 t62 3~00.0 6.6 61 39.3 162 3~0~.0 5.8 3~2 39.3 162 3906.0 3.8 300 39.3 I62 3908.0 2.0 195 39.3 I62 3910.0 9.~ 67 39.3 162 3916 O 5 4 64 39.2 16t 8 - - - _ 391B.~ 6.6 4T 39.1 t62 3~2o.0 8.4 4i 3~.1 i62 392~.0 7.5 36 39.2 162 3926.0 10.0 33 39.2 162 ~z8.o 6.5 ~ 3~.z i~z 3~33 o 5 3 ~ 3~.z i6z 3934.0 5.2 360 59.2 162 3939.0 39.2 162 3941.0 4.9 50 39.2 i62 3943.0 7.3 16 39.2 162 3967.0 6.4 15 3g.1 162 3951.0 5.5 23 39.0 162 3955. ~ 3.7 Z4 39.0 162 3957.0 6.9 20 39.0 162 3959.0 6.6 31 39.0 163 3961.0 2.5 52 39.0 I63 ~'7 INDEX 3977. 3993.0 4015.0 4023. --9 3.7 9°4 10.5 10.8 4°5 13.~ 9.6 3.7 16. I 19.8 19.9 i0.3 29 172 3 IZ 2_97 3t2 93 139 3~ ~0 .$ 3/=0 39.0 163 8.2' 9.0 ~9o0 163 39.0 I~3 39.0 163 39.0 163 39.0 !63 ~.7 9.1 39.1 i63 3g.l t53 39.1 /63 8.7 9.0 39.1 !63 8. T 9.0 39.1 163 39. t 163 39.1 163 39. t 1~-3 8.6 9.0 39.1 163 39=2 163 3g.l t6~ 39.1 163 39.0 I63 39.0 i63 8.7 10.0 39.0 163 39.0 163 39.0. 1.63 t9.0 163 39.1 163 39. t 163 39.1 I~3 39=1 t.63 39,~ 163 ********************************************************************* '~ .................. * .......... - ...... ~----'~-------* iNDEX 404~. 0 8.8 1~8 39.3 163 8.9 I1.5- B 4019.0 7.4 190 39.3 16~ =8.9- 11.~ 4051.0 11.1 55 39.4 I63 9.0 !1.5 E 4055.0 8.5 83 39.5 163 9.0 11.5 40~9.0 10.2 ~0 3V.5 ~63 ~.g -I1..5 4061. ~ g.7 t~ 39.5 163 9.0 llj-~ 4063. g 3.3 4fi 39.6 163 9.1 11-5 ~065.0 4.7 ~6 39.& !~ 9' 0 i1--~ 4067.0 6.5 12 39.7 lt3 9.0 l!- ~_. E ~069 ~ 7.1 ~ 39.8 16~ - 8'9 %07B. O 11.9 24 ]9.8 16B 8,'8' -- 1I.~ 4075.0 39.9 163 8.8 11.5 4077.0 13.9 348 39.9 163 '8'8 il~ F 4079.0 13.2 3~4 39.9 163 t.O 11.4 F 408i.0 3.7 344 ~0.0 163 - 9'1 - - 'iI'~ F i083.0 3.2 137 40.0 163 .9.1- 11.4 · oss.o 6.0 ~ ~o.1 ~e~ - '-%1 ~i.~ ~ ~o87. o ~o.l t63 .9.0 - ~l.i_. 4089.8 13.2 103 40. I t6] -9'0 II.I 4091.3 14.2 102 40.2 16B -_9.0 !1-2 4093.0 10.5 57 ~0.2 t6~ ~:~.0 ' t1.2 ~o95.o 12. o az ~o.z ~a~ 9-..0 !~-z · osT. o 7.2 92 ~o.2 ~ - -m.t ~ ~-~,-z- · 099.3 ZO.~ 94 ~0.2 163 :,-i !!.i O 4101.~ 40.2 163 .... -9'1 ' 11.0 4103.0 8.4 56 tO.~ 16.3 ..t ~t.1~ 4107 0 40.1 ' 3 4109.3 18.9 208 40.~- t63 9't II'2 ' 4111.0 40.0 163 .3 I1.~ 4113. o ~o. o I 6 ~ 9.'~ - -I 0 40.0 163 :8. g'- . - _ CONDCO-CMEYRON MILNE POINT UNIT N-1 P~GE 18-FILE _ OEPTH ~ DIP DIP · DE.V. OEV. OIA~ DIA~ · BEST 4~23.~ ~0.! 163 8.9 IO.Z ~125.8 ~0.1 16~ ~.9 10.2 4t29.0 ~B.5 34~ ~0-2 i63 8.~ 10.1 O 4137.0 10.7 330 t0.3 163 8.8 t0.1 F 4!47.0 40.6 t63 8.9 lO.O 41'4g. 0 ~0.6 163 8.g 10.0 4t53.'~ 40.~- !63 ~. 1 10.0 4t55.0 T.6 65 40.9 163 9.3 9.~ 8 -_ 4163.0 11-! i1~ il.t !63 9.3 9.6 $ 4165.0 - ~t.5 163 9.t 9.5 4t7~.. ~ 10.¢ 92 ~1.7 163 ~.7 9 1 D ~lS'g.O 11.3 178 i~.l la 8.7 9.6 0 419i. ~ !4.0 82 ~2.1 164 8.7 9.~ 5 4t9F.~ - I0.2 101 ~2.1 164 8.8 10.2 D 4!95..B 10.0 69 ~Z.2 16~ 8.9 10.3 8 4197.~ 7.7 ti! 12.3 164 9.0 10.4 O 4221.0 4227.0 4229.0 4331.0 4Z33.0 ~251.0 ~Z67. ~Z69. 4~T3. 4.Z77. 4279. FO~aATION * ~Ot~HOLE-_ .......... · .......... OIP OIP * OEV. OEV. Ot~ aZI. . 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O 10.9 30 ~4.3 t64 -~8"7 Ii.T 5353.0 11.3 75 44.2 164 8..7 li.l E 536'0.0 10.6 68 ~4.2 I~4 -~6 - il.7 5366.0 9.8 24 ~4.1 164 8-7 II.6 E 5378.0 20.4 41 44.0 1~ . ~.T I!-5 5380.0 t6.1 36 44.0 I~4 -8.7 1t;5 F 5390.~ 14.5 44 44.I 164 8.-7 -11.5 5~OZ. O 10.9 94 !4.1 164 3.7 11.6 i S401.0 ZZ.O S'~ 44.1 164 -8-.-7 '-1t~8 - F coNrjco-cHEYRON MiLNE POINT UNIT M-1 PAGE $4-FILF DEPTH ~- DiP P ~ DEV V. OIAM 5~34.0 14.3 79 44.0 I~4 S.5 11.5 5~38.~ 44.0 164 3.7 11.5 5950. O I7.6 57 %3.8 t54 8.7 I1.4 F 5a5~. 0 ~3.8 1.54 8.7 11.4 2~.~ 56 43.7 164 3.6 ll.i F 5~60.0 Z2 8 ~ . . .~3 ~).7 144 8.7 I1 1 0 5~66. ~ Z4.4 43 ~3.7 164 8.7 !l.i 5~7~.0 ~3-.7 i64 ~.7 5~78.0 i2.3 72 ~3.7 16~ 8.7 11.1 5~8~.,~- 2..9 63 43.6 16~ 8 7 11 I 0 5~82.0 17.7 ~7 43.6 164 ~.7 11.1 O .,%. $- ~-. ,,.%. CONDCO-CHEVRON HILNE POINT UNIT DEPTH · DIP DIP ~ BEV. · ~ Z [. ~ 5~VO. 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DEV. 5817.0 26.1 52 ~2.7 16~ 5819.3 20.3 51 ~Z.7 .[6~ 5~21.0 20.7 ~0 ~2.6 16~ 5823 0 35 6 73 42.6 ~6 .5 B31.0 18.8 67 62.3 166 1.0.7 5833.0 62.3 166 5835.0 17.1 ~2 42.3 166 10.7 5837.0 19.9 30 42.~ i6~ 5839.0 20.1 40 ~2.5. 1~4 !.0.7 5859.0 23.6 I ~2.7 164 10.7 5865.0 0.7 5867.0 26.6 9 42.4 16~ 5869.0 62.4 i64 5871. O 22.6 19 42.3 16~ 10.7 t 5885.0 62.9 I66 10.8 ,-----------------------'-------'---------' ..................... ~Z~. 1-3 32. ~ 31,1 32.0 32,,3. 34.1 17-? iii. 1 - 593~* 0 5958.0 3~ 3~ 37 34 33 61 39 3~ 33 33 Z2 30 21 26 42.9 42'8 42.9 43-0 %3.1 ~3.2 ~3.1 t3.3 43.3 43-2~ 43.3 ~3.~ ,3-~ 43.2 43. 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B 10.2 8.8 10.3 S.7 10.3 10.3 8.5 8.5 i0.2 29.7 FORMATION ?gzT. O 4.2 35~ 31.6 7923.0 37.4 7~zs.u z9.3 .3~ 37.s 7927. ) 4.9 368 37.6 7931.8 4.5 286 37.5 7933.0 37.S 7937.0 37.6 7esz.o ~2.s a~ ~v.~ 7953. ? 5.7 358 7955.~ 3.6 16 37.3 7357 3 3.3 3¢8 37.2 79~9.0 ~.3 73 7963.0 7.4 132 37..0 7965.~ 3 9 47 37.0 7973.0 3d.9 7985.0 5.7 9 37.0 7987 0 5.3 9 37.0 7989.0 7.0 I14 36.9 8005. 805!. 8055.~ 905g.~ 8067. 8071-0 5.9 4°9 1.3 3.0 2.7 4.5 4.0 3.8 7.2 9.]' 9-8 2.9 29~ 90 116 1i2 i~? DEv. DIA~ OIAM ~ ~EST ¢ ************************************************ 37.0 BT'O 36.9 36°9 36.8 36.7 36.6 36-$ 36.5 ~6~ ~ 36°4 36-3 36~3 36.2 169 169 ~.2 169 8.2 9.~ 169 ~.3 169 t~g 169 I69 169 169 ~69 !69 169 169 169 ~.4 9. ~ 169 170 i~0 ~.~ lO.Z 170 IT~ t TO 170 3.5 10.3 t70 ITO 170 170 8.4 10.0 . 8079.0 5.7 109- 8081.0 3.1 8083,.0 6°7 80~5.0 9.9 351 8089.0 5.4 103 8091.~ 6.6 192 8093.0 3.4 277 8095. ~ 2.~ 60 ~097.0 2.3 ~I01.0 1.6 133 8103.0 8.8 8105.9 4.9 357 8107.0 6.0 128 8109.0 4.3 24 8111.0 2.2 43 ~11~.~ 10.7 1~ 81i5.0 10.3 138 8117.0 7.1 122 8119. ~ 4.1 50 8121.~ 7.0 102 8123.0 6.8 122 8125.0 7.6 110 812T.0 5.8 106 8129.9 3.9 100 8131.0 8.3 87 8133.0 4.4 109 8235.0 6.2 107 8137.0 12.4 138 8139.9 0.6 64 81~1.0 6.2 73 8143.~ 6.8 82 8145.0 8'i47. O 8149.0 5.8 63 9151.0 7.2 159 8153.0 7.3 112 8155.0 6.0 55 CONOCO-CHEVrON MILN-5 POINT UNIT , ~ FORMATION * BGR~HOLE ~ · .................. ~ ....... . ..... -__~ .... --_---~--~ INDEX 36.3 36.2 36.2 36,.2 3~,,, t 36-! 36-1 36.0 36.0 36.0 36-0 36.0 36.0 36.0 3~.9 35.9 35.9 36.0 36.0 3S.9 35.9 3So8 35.8 35.8 35.8 35.8 35.8 35'.8 35.8 35.8 35.7 35.7 35.7_ 35.7 35°6 ITO t70 170 n L 71 171 171 171 CON~CD-CHEVRON ~ILNE P~INT UNIT M-I PA~E 6~3-~ILE 2 ¢ ~ FOR~ATI~ ~ ~ORE OLE ~ QUALo ~ 8173 8177-~ 8185.0 8189. 8t97.0 8205. 8213.0 B219.0 I~o8 358 i4.4 345 15.8 35~ 13.8 i0 8.1 - 4,,6 357 2O 113 110 ? 119 35°6 35 35,,,4 35.5 35.5 35.5 35.5 35.5 35-4 35.3 35.3 35.3 35.3 35.3 35.2 35.2. 35.1 35.!_ 35.t 35.0 34.9 171 8.5 172 t72 172 8.,~ 9.8 IT£ 8.4 9.8 17! 5,.4 9.7 172 172 8. 17~ ~.5 9.8 172 ~=5 t72 ~=5 9.3 172 ~.5 9.7 172 8.5 9.6 t72 a= ~ 9.5 172 172 8.5 9.7 I72 B. 5 9.~ 172 173 173 173 3.4 9.7 173 ~.4 9.7 173 ~.4 9.9 173 173 8.4 9.~ 173 ~.~ 9.8 173 &.5 lO.O 173 8.4 10.0 F F F D F , © © CDN;3CD-CHEtlRDN MILNE POINT UNIT M-! PAGE 69-FILE DEPTH ~ DIP DIP · DEV. DE~. -DIAM 8239.0 3~.0 173 8247.0 3.5 356 3~.0 173 8261.0 5.3 28 ~5.0 173 8267 0 6 2 303 34 8 174 8273.0 4.~ 99 35.0 174 8275.3 10.2 4 35.0 174 8Z81.~ 7.6 289 35.0 t7~ ' 8285. ~ 3.4 145 34.9 IT! - 8291.0 36.8 t74 8293. O 34.$ 17~ 8295.0 Z4.6 291 34.8 174 8297.0 9.4 322 34.~ I74 8301.8 15.7 314 ~4.7 I74 - 83U3.3 16.3 6 34.7 t7~ 8305.0 Zl.7 348 34.7 174 8311.0 5.~ 301 34.8 174 a3~ o 3.t ~ 3~.~ ~7~ . . - } 8333-0: 7.6 360 34'T t75 ~33~ - _ ~.O 5.9 ~2 34.7. 175 8:3~1':0 10-4 t8 34-7 175 8.7 10.7 83~3.~ = 5.7 301 3~.7 I75 8350.0 8-7 340 34.~ t75 8. I lO.'t ~B56'0 6-~ 3~ 35-0 iT5 ~.5 10.2 83:80- ~ 5.4 60 35-0 !75 8.8 10.5 836~'0 ~.2 ~97 35,I 17~ ~3~-0 2.2 ~9 3~"t 175 s370.: 2-~ ~3 zs.i i7~ ~7~.~ ~.3 30~ 35.1 i75 ~.7 10.4 8~76-~ : li-o 39 35.z ~7~ ~.6 iO.~ 8378.0 6.8 128 35.Z 175 8.7 10.% ~382. Q 0.3 279 35.3 t75 8.6 lO.Z 8384.0 4.6 ~ 3~.2 iT5 8.6 lO.Z ,- ' a388'0 2.0 269 3~.3 !76 83~-~- ~ 4.4 306 8396' ~ 3.3 5 35-4 176 8.8 10. ~ 8-~00' 0 10'6 3~4 35.3 176 ~**'~**** ~:******************************* , 8~06.0 3.1 ~ 35.4 !76 ~ 8~08.0 ~5.3 176 ' -~-.7 8~24.0 22.2 Z99 3~.4 176 ~38.0 i.9 log 35.3 176 84~0.0 [.2 202 3~.3 176 8~e.o s.2 t~ 3s.3 iz~ -. s'~$ -- _io.a~ 8~sz.o ~.z ~ ~.~ i~ . 8~6Z. O 13.3 360 35.4 176 846m. 0 11.8 359 35.4 I77 -- 8~66.0 6.4 78 35.3 t77 8mTZ. o 3.8 34e 35.~ I7T . 8~7~. O 4.1 352 35.3 177 8~7a.o 7.a 272 3f.3 177 MILNE POINT UNIT M-i PAGE ?Z-FILE FORMATION ~ BOREHOLE ~ QUAL. ..... ------- ...... --~---~--, ~ INDEX ~ZI. ~ .~ZI. 1-3 2-4 "r~ =A 2.5 ?.2 1.7 2.2 7.9 6.1 339 3/.7 12:0 61 35. t 35.2 35-3 3~-~ 35.3: 35.2 35.3 35.4 35.3 35.3 35.3 ~5'~ 35.0 34. g 34~9 34.9 34.$ 34.9 177 177 177 177 177 177 177 177 177 i77 177 177 !77 i77 t77 177 177 t77 1'77 177 177 177 :178 178 17~ 9.1 1!.5 9.,1 11.5 9,,,,2 11.6 9.,,5 11,.,7 9.$ 11.7 9.9 0.! 11.6. 0oi tl.4 0.0 ll.Z 9.8 11.0 9.7 9.5 10.7 9.3 10.6 9.7 10.7 9.8 10.6 9.S 10.5 9.~ 10.~, 8.7 8.6 9.0 3.5 8.7 8.5 8.6 8.5 8.~ G.6 8. ) 8.7 B.8 3.9 8.7 9. I 8.7 9.9. 3.9 9.5 ~.g 9.4 9. C 9.2 . 8-3 g.t 8562.0 856¢°0 $566°0 8572.0 857~.0 8580.0 8582.0 8588.0 8590.0 8592.0 8596.0 8600.0 860Z.0 8604.0 8~10.0 8~18.0 8628.0 8636.0 8638.0 8640.0 -_ ****, · ·, ~** ~, ** ** *** **** ********************%** ********************** FORMATION * BOR~HOL~ * QU~L. * ***************************************--****************************** 7.3 35 4°5 13 1.4 3315 5.4 212 0°4 114 4.5 169 3.8 194 Z.3 18l g.O 102. 2.8 4.7 198 2.$ 2Z3 3,.4 4.5 74 9.3 16 ?ol 26 4.9 19 6,,,7 16 5.5 369 ?..0 21 8.~ 31 4.5 301 7.3 6 5°8 2.8 99 4.1 39 4.2 51 7.4 36 6.8 42 g.6 108 9.6 106 12.7 37 q.O 68 10.8 32 12.7 29 10.8 Z7 13o2 61 15.9 22 34°8 36.7 34.7 34,,,7 34.7 36.7 34.7 34.8 34.8 34°7 34° 7 34,,? 34.5 34.6 34.7 34.6 34.6 34,,7 34.7 34.7 34.7 34.8 178 ~._9 - 9.5. C !z-a - -s'9 - -- ~-?-- . c ~vs- - s;~ --- ---9's- - 0 , Ta- .9.0 .~.4. - o 34.7 J, 79 9°6 _S.4 A . 34°7. 3&.6 34.8 34°7 34°7 179 179- 179 ~ FORMATION ~' 50REHOLE ~ QU~L. ~--_~ ..... -~~--- ............. ~ INDEX DEPTH ~ O~P ~[P ~ DEV. OEV DIeM O[~M · 8EST 7.7 4.6 13.7 tl.9 ii.7 i3-2 ti .7 ~0.~ ~.0 27 4~ 59 69 &6 29 9 19 ~3 3~'? 34.8 34..7 34.7 34..7 34.7 34.6 34-6 34.5 34.6 34-9: 35-0 34.9 34.8 34.8 34.8 34-7 34.8 34.~ 34-9 35.0 34'9 34- S i79 f79 179 179 t79 179 179 179 179 !79 !79 t79 179 179 \,. a726.~ 8. t 8728.0 10.3 359 3~.7 B730.~ 11.3 37 a7~o.o I~.3 8762. ~ 4.7 4 34.6 8766.0 7.9 31 36.2 8768.0 7.5 8772.0 5.6 38 34.2 8776.0 5.9 22 34.1 8778.0 7.5 352 34.2 a78o. o 6.2 8790.0 7.8 360 3.4.0 S796. O 2.7 Z7 33.9 POINT UNIT M-i P~SE 76-~iLE 2 .... -----------------------.----------- ................. ~ZI. ~ ~Zt. 1--3 Z-~ IZ-6 ~0 33'~~ 1~1 ~.0 9.3 ~= ~..- 15.2 34 33.9 18i 9.1 9.1 C 8'~. 15 33.9 I~!~ 9.~ o, .1 A *,.- 8.0 31 33.8 181 9-3 g.1 A ~:~ 10.5 46 33'T 181 9.3 9.0 ~.8 19 33.7 Igl 9.3 8.9 t '" 9.4 38 33 6 ~1 9.3 8.9 C 33.6 181 9.1 9.1 t0.8 2~ 33'6 1~1 9.0 9.3 C 6.3 2~ 33.5 181 ~. 9 9.4 33'6 tSl ~.~ ~...3 4.1 79 ~ ~. 18! g.9 9 1. 3~.5 18~. 9.. 1 8.9 5.7 I~2 33'~ 1 ~2 9.2 ~. q ~.~ 5 ~5 33-5.. 182. 9.3 ~.9 3~ 33-4 laZ 9.! -9.0 23 33-3 182 ~.9 g.2 309 33.4 182 a. 9 9.3 350 33.2 i~2 ~. 2 3.9 l 354 33-i !~2 9.2 ~.9 O~PTH 8886.0 8888.0 8890.0 8896.0 8906.0 8g08.0 8910.0 8g12.0 8916.0 891~.0 8920.0 8924.0 8926.0 8928.0 8930.0 8932.0 893~.0 8936.0 89~0.0 8942.0 8944.0 8948.0 8950.0 8954.9 8958.0 8960.0 CONDCO-CH~VRON MiLNf~ POINT UNIT OlP OlP , DEV. 4.2 29 33.1 5.3 39 33.I 182 7. l 51 33.0 ! ~2 · .9 ao 3~.1 laz 4.9 352 33.0 t82 I2.3 44 3Z.~ 10.2 2B 32.8 182 32 9 6.7 345 32.8 I82 ~ 4.4 ~ ~z.9 laz 4.4 333 32.8 [~2 6.S 342 32,T 9.0 33 32.7 182 7. S 317 32.6 32.6 ~-~ 32.5 183 32.5 6.3 49 32.3 1.4 !2 32.4 g. 8 71 32.~ 183 1--3 CON]CO-CHEYRON MILNE POINT UNIT M-! DEPTH ~ DIP OIP · DEV. DEV. OtA~- ~IA~ · AZI. · ~ZI' ' 1_) 872Z. D 7.7 32 34.8 180 -9.0 8726.~ 7.5 29 34.8 [80 -9.0- 3730.~ $.T 31 34.7 180 8.9 873Z.0 5.~ 17 34.7 18~- ~-B.9 873~. 0 6-7 11 34.& 1~0 .809 8756. ~ 5.1 4& 34.4 18'0- 8.-0- 81S~.O 6.5 3B 34.4 faO -~.a - - 8760.0 g. 5 30 34.3 I80 -a.g 8762. O 8.1 36 3~.3 180 =a.9 876~.0 7.5 22 34.) I~0- =i-.g 8766.0 ll.i 34 Jt.2 I~0 9.0 9..~ e77z.0 3,.z' lao- - i- B77~. 0 4.0 38 34.1 ISO 9-1 - 8776.0 3.5 56 3~.I ISO ~ 9-i- 8778.3 4.4 76 31.2 18Q 9.1 8780.0 12.6 14 3~.2 181 ' ' ' g.i 8TBZ. 0 10. I 21 34.2 181 -9.~ 878~. O 6.5 39 34.1 181 ;-9-4 -- -- 8786.0 8.4 67 34.1 181 . 9.5 8T88.0 5.0 19 34.0 18I -9*5- - 8790.0 Il 8 33g 34 0 i~I 9.5- - 8792.0 4.9 317 14.0 iil ~l'i ~ - '~,O- 8eO0.O 18.9 ~3 33.~ ~81 -~.9 _ .- - POINT UNIT M-1 P~GE ~ LE ~ ~- QUAL. ......... , INDEX M gIAnt · ~EST 3 Z-4 * 8830.0 8 ~38.0 B850.0 11.3 t5.7 1.9.6 8.5 8.3 13.5 14.3 6.7 11.8 II.6 I1.1 9.6 14 II 14- 26 35 ! 33.8 181 9.0 33.7 181 9.3 33.7 181 9.4 3~.6 1" 9.6 33.7 181 9.3 33.6 181 9.2 33.6 I~i 9.1 33.6 1~1 9.0 33.5 131 8.9 33.5 i~! 8.9 33.6 181 ~. 9 33.5 1~t 9. I 9. ! 33-6 18I 9.1 9.1 C 33.7 181 9.1 33.6 181 9. Z 33.6 181 9.) 33.4 181 9.1 9.1 10.9 11.3 36 63 32 I0 33.3 33.3 33.3 33.3 33.3 33.2 33.2 33.1 33.1 3.3.1 33.1 33.1 1BI 8.9 9.0 1~2 9.0 182 9.2 182 9.2 182 9.~ 18t 9. i t~Z 9.0 9.0 182 B.o. 8885.0 5.0 354 33.1. 8~0.0 3.a ~ 33.1 l~Z 8895.0 6.7 28 889~.0 5.2 49 33.0 evoo. o 7.4 43 e~os.o ~s.z' 7o ~..~ 8910.0 8. Z 338 8912.0 7.8 177 32.8 t82 8916.0 7.8 198 32.S i82 ~92z. o 9.0 ~3 3z.7 892~.0 11.4 31 3Z.T 8928.0 11.5 18 8930.0 6.9 309 3Z.7 893Z. O 32.7 isa 8~3~.0 6.4 234 e93~.0 7.,S ~Z 8942.3 13.0 65 32.5 163 ~946.3 32.3 8948.0 4.7 305 32.4 183 8950.0 6. S 18 32.6 183 " ~ FORMATION ~ 50RESOLE · ~UAL. · DEPTH ~ OIP 0~, ~ OEV. BEV. ~ t02 32.3 116 32,3 CDNOCO-CMEYR,~N MtLNE POI,~.'T UNIT 27~3.00 29.3 16&. 5~.0 t63- 8968.00 21.6 201. 32.2 183. TOP 8722.D0 7.7 32. 34.8 180. OI PM~T ~,~ t"r'CLUST~.~ LIS CONOCO-CHEVRON MILNE POINT NSRTH SLOPE s ALASKA MILNE POINT UNIT RUN NO. ~E JO8 NO.. ~18 _ CLUSTER RESULTS ONLY - 4 FT. CORR. - . . 30 gE§. XZ SEARCH ANGLE . MAGNETIC D~CLIN~T!g~.~ 3& DE~REE$ - - _ _ ~ ' "' P ~H-''''T T~ ~Z!MUTH COt4PtJTEg FRg~ CL~.~..NT $I~L,~ ~ c. gA , - - DEPTH ~ DiP ~iP ~ DE~. DEV. DI~ 2743. D 2~.3 164 ~4.-0 163 I0. 2745.~ Z9.1 16~ ~4.0 163 ~9. ~ ~3.9 1~ 5B.~ 163 Z~D~.O ~9.6 !~7 53.4 163 11.7 2759. D Z8.2 156 ~3.3 i63 2'761.0 53.t t63 2765.0 29.0 163 53.0 ~3 9.9 13.3 _ ~.~ 1~3 27~9. D 52.9 t~'~ ~77!. ~ 52.~ 16~ 10.4 13. 277~. 0 26.4 10~ 52.7 !63 2775 3 ~ . ~.~ ll~ 52.7 163 ZTTT. O ~6.5 107 52.7 163 9.2 12.8 27~1.~ ~l.~- 163 2787.0 31.2 lgO 52.t 163 27-89. ~ 52.0 ~63 9.2 i2.4 2791.0 51.8 163 9.1 12.3 2'~93. ~ ZT.O 183 ~1.7' 16~ . ZS~5. Q ~0.8 16~ 2807.0 19.6 t~ 50.7 153 9.3 11.9 2889. ~ ' 50.6 1~3 281!.a 27.0. 156 50.5 163 9.1 II.9 2~15. a .~. 0 15a ~=0.3 163 '~. 0 11. 8 281?.) 50.2 !63 2~19.~ iO.l 163 CONgCO-CHEVRON MILN~ POINT UNIT ~ FDR~ATION ~ 2~23.0 28.0 163 &9..9 163 2825.0 - 29.9 173 49.8 16~ ~3. o ~o.~ ~ ~.~ ~e~ ~'~ ~z.~ · 2853.0 3.~ ISZ 48.9 164 2859.D 14.4 92 ~8.9 16~ 2861.0 3.6 258 ~9.0 16~ 2a6].0 12.2 ZO m9.O 16~ 8.~ t2-6. O 2873.0 5.1 3~3 49.0 t~~ 8-~6 - 12.-~ D 2891.~ 16.9 3S9 ~8.0 16~ - 2897.0 47.5 164 2899.0 ~7-4 164 2901.0 47.2 164 8.6 1Z.O ~ ~--~---------- ...... ~---~---- ............................ * INDEX ~ ~ ~E~TM ~ ~P DIP ~ DEV. DEV. DI~ OI~ ~ B~ST ~ ~ ~ ~ ~ZI. ~ ~Zt. 1-3 2-4 ~ =~ ~ 9.4 3Q I6. 6 Z4.9 16.9 17.1 277 I4.4 2S6 6.3 32 i ¢7.1 ~7o0 :. ¢6'5 46.Z ~6.1 45.7 ~5.5 44.9 ~4.6 44-6 ~4' I 4~-7 t64 8.6 11.9 16,% ~,.7 11.9 t64- 8.7 i!.~ t64 !64 ~.~ 11.7 i_6~ 164 -164 164 164 164 8.9 11.2 t6~ 164 164 164 !6~ 8.7 10.5 164 164 164 t6~ 164 16~ 164 164 ~.9 10.8 164 164 I~4 CONDCO-CHEVRON ~ILN8 POINT UNIT M-1 PAGE Y~ F3RMATION ~ D~TH · DIP aIP ~ DEV. OEV. 3013.0 7.4 24 ~3.4 15& 3~21.~ 10.2 31 i3.5 l~t ~OaS.O ~0.5 45 43.5 !6* 3031.0 7.1 39 13.4 I64 _ 3037.0 3.6 91 ~3.5 16~ 30~1.0 7.a 6 ~3.~ !64 3845 0 ~3.4 ~64 3049.0 7.8 29 43.5 164 305~. 0 5.6 9 ~3.5 164 8'5 ' 9i~ 306.3. O &3.S ~6& ' ~ _ ' ~ . _ CONOCO-C~EYRON MILNE POINT UNiT M-I PAGE 5-FILE F~MATION ~ ~02EhSLE · QU~L. ................. ~ ................................. ~ ~NOEX DI~ ~ BEST DIP OiP * DEV- DEV. OI~4. ~lI. ~ ~ZI. I-$ 2-4 * =~ ~ 3101.0 15.0 -5.6 i0,.0 8.1 2-6 13.8 !8.t 3121.9 6.7. 3123.9 3125.0 3i27..0 3129.-3 3133.0 3135.8 313T. 0 Bi B9. ~ 20 7~ 16 ?0 51 -56 89 ~6 37 27 ~O 43.3 ~.1 43.0 42.9 42.9 ~2.8 42.8 42.8 ~2.9- ~3-~ 42.9 164 S,,5 9.6 164 8°4 9.5 O 164 8.5 9.2 164 8.5 9.1 164 8.5 9.1 A 164 8.5 9.2 t6~ 8.5 9.2 C 164 8.6 9.2 A 16~ 8.~ 8.9 I~4 3.5 8.9 C I64 8.5 8.~ 1~ 8.6 8.9 16~ 3.5 9.0 164 8.5 9.0 164 8.5 9.1 l&4 8.5 9.4 O · 16.4 ~. 5 9.6 164 8.5 9.6 A !64 9.5 9.5 ~6.4 8.5 9.6 I64 8.6 9.7 164 8.6 9.7 t 64 8- 6 g. 7 E ~6~ ~.5 9.6 164 8.5 9.6 t6% 8.6 9.5 E '"-.- 164 8.6 9.4 FORMATION 3159.9 13o7 52 43.1 3~69.0 11.4 122 3177.0 3181.0 lO.O 65 3185.0 3189.0 10.2 113 3191.0 3ts3.o 7.s ii4 3199.0 3201.0 11.6 153 32!3 ~ 3219.0 42.8 ~ ~--- .... ---- ~~-. ........... ~ INDEX ~ DEPTM ~ DIP D~P ~ DEV. ~EV. ~i~ DIAM ~ ~ST 11.2 15.5 t7.2 !7.0 17.6 119 ?1 ~.~- 101 77 !t~ 3259.~ 326t. ~ 3267. D 3281.~ 3Z87.0 32B9.~ 3293.. a 3a95. ~ 17-4, 332 18.o '~ 320 9.? $.5 ~2.7 ¢2.7 ¢2-6 42.5 42.3 -%2.3 ~Z.6 42.5 42.5 42.7 42.6 42.5 42.5 42.~ 164 164 3.5 9.5 !64 i6& I6~ i63 ;~.7 I0.1 163 163 163 163 I63 163 t63 163 163 163 ~.6 1~3 ~63 I63 163 - ~63 '163 163 163 163 163 ~PTH 3 3 3 3 3 3 CONDCg-CH~CYRON MILN~ POINT UNIT M-1 PAGE B-FILE ~ FORMATION ~ BORSHOL~ , ..... , ............. ~-'-~ .......... --,* ~9~x · Dt~ DiP , DEV. DEV. OIA~ DZ~~ **************************************************************** 3~05.0 ~2.3 1~3 - 8.7 9.2 3317.0 ~2.0 163 ~.6 331~ O ~2 0 I63 8.6 3~29.0 ~1.8 ~63 8.~ 3333 O ~2 1 9 41.8 163 8.7 9.6 3~35.0 16.1 6- 41.8 163 8. T ~9.6 - 3337.3 14.4 16 41.8 163 8.7. 9.5 D 3359.0 ~.7 16~ '- '-' ~ = 363.0 29.~ 3 41.6 163 8.-6 --- ---9.~~ ' 383.0 41.7 163 _ ~7 DE~TM ~ DiP DIP ~ gEV. DEV. D~ OI A)'~ ~'~ ~ *63 8.7 ~ 3 33~. ~ 23.~ i6 4!.6 ~ ~- 3395'3 ' 7'2 tal 61.7 163 ,,;.~.7 9._, ~ 3399.0 ~ 7.T ~8 61'7 163 8.7 9.3 D 3401.0 5.8 ZO 4l.g 1~3 8.6 9.3 3~O~.D ~..2 60 41.8 153 9.5 9 3 5 3~07'9 II.7 64 ~I.'8 163 .a.5 9.3 3~-1I.~ 4!.8 163 8.6 3417.0 I ~. ~~ TM 3t 41.8_ . 1,63 8.6 9. _~ ,~" 3t-27' 9 15.9 49 41-8 163 8.6 9.6 E :3i31.:~ : It'8 163 8.5 9.4 3%3B.3 i0.2 ~ %1.8 163 8.5 9.4 3G37.0 6.7 ~ ' -- ~ 3443'0 7'5 3T 6t.~ 163 B. 5 9.2 E- 3~45. ~ 7.2 5C ~1.9 163 3.5 9.Z A 3~-51- 0 tt.3 94 41.9 t63 8.7 9.7 O 3!55.0 30-0 199 ~l.g 163 8.6 9.8 .u !~* ~1.9. 163 8.6 C~.T O - 3~59.~ 7.1 104 ~1-9 i63 8.6 9.6 3~63. ~ Z7'O 19~ ~t.9 163 ~-6 9.T F CON3CO-gMEVRON NILNE POINT UNIT H-! PAGE ~ FORMATION ~ BOREHOLE . . 3~77.3 11.4 46 ~1.7 163 3mTg. ~ 13.7 ~5 41.7 i63 ~.. 3~8~. 0 13.8 95 41.6 163 3500.0 7.9 8Z 41.9 163 3S04.9 7.0 ~I ~1.9. 163 3508.0 3.1 24 42.9 163 3516.0 10.9 56 4t.7 IA3 3~26.0 ~.7 127 ~1.7 163 3530.0 5.1 72 41.7 1~3 353! 0 6.1 55 41.8 t63 35~. 0 ~.8 54 41.8 163 3536.0 8.7 36 4X. 8 163 3538.0 8.5 30 ~1.8 I~3 3542.0 4.0 88 ~1.9 t63 3s .o ~ ~ DEPTH * DIP DiP . DEV. DEV. OlA ': :~ * AZI. * AZI. 1- 43 131 132 _.6.6 353 35 ~3 96 3O2 23'6 7.7 13-I i0.5 111 31 3,~ 7'3 48 3.4 115 22 41.8 41'8 -i, l,, 7 ~1.7 41.4 ti.3 ~'3 41.Z 41.1 41.2 ~I.2. 3 2-4 163 8. ~ 9.7 !63 ~. 6 9.6 163 8. ~. 9.4- 3 i63 8.6 9.~ o 163 8- 7 9.2 F !~3 8.7 I$3 ~.6 9.3 153 ~.6 163 a. 5 9.3 163 8.6 9.4 O 163 g.6 9.~ 163 8.5 9.4 163. 8.5 9.~,., B 163 8.6 ~.5 163 3.8 9. g 16'3 8.9 9.2 163 .8.~ 9.2 163 ~.7 9.3 C 163 8.6 9.Z 163 8.5 9.3 t63 8.5 9.4 162 8.6 9.3 162 8.6 9.1 162 8.6 9.1 't62 8.5 ~.1 162 8.5 9.g 9 162 g..5 9.2 162 8.5 9.3 162 8-.5 9.4 162 8.5 9.3 i62 8.5 9.] O O~PTH 3528° 3530° 3636. ~638. 3640. 3642. 3652. 3654. 3656. 3~72. 3~7~. 3678. 35~0- 3682. 36~6. 3690. 3692. 36~8. 3700. 3702. 3706. 37101 3718. FORMATION ~ .................. ~ ............ --~----- .... '--.--~- DIP DIP · DEV. DEV. DIAM O. IA~ aZ:. , ~zI, 6.2 37 ~0.7 i62 ~-~ 17.9 ,55 40 8 162 16.o 7 ~o.9 !6z ~.7 9.~ F ~1.2 162 .~.6 _ 9.3 .- ' ~ .~ 9.4 Z3.~ tO0 41.0 I62 6.~ 314 ~0.8 162 to.3 36o ~o.s 16~" 40.8 162 - . ¢~.o tea ' 6= 9 323 ll.l 162 8.2 29l 41.I ' 162 . _ . - ~ - _ . T~__ - _ · AZI. ~ ~ZI. I-3 2-4. 3734- O 40' 8 162 8.4 9. 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D~V. 3.6 71 39.0 163 io.e ~ sg.z 16s ..a._z ~.o o 4.5 Z8 39.1 163 4.0 ~ ~.i ~ ~.s ~ - 19.8 q8 39.1 163 19.9 96 39.1 163 ~.8.6 5.0 2 5 39.2 1~3 ' 7.8 56 39.2 t~3 8..6- 6.0 36 39.1 163 ~.s so ~9. o l~3 ~'.e-_-: v.~- ~ 4.~ 42 39.0 163 9 ~. 9 3 3~.o i~.3 .s.~ io.4. c 0.9 351 39.1 163 3.9 310 3~.1 .la3 7.8 139 39.1 163 . - - . _ _- - . - L DEPTH * 0IP DIP ?.~ 11.1. 4.! 8.5 I0.2 10.2 9.7 3.3 6.5 I1.9 3.7 6.0 10-5 12.0 20.6 17.6 t5'I 148 46: 4 348 344 344 137 57 g4 197 ~9-3 39.3~ 39.4 39.5 39.5 39-5 ~39.6 39-6 39-7 39 - 8 39.9 39.9 · 0' O ~0.0 40.1 4:0:- 1: ~o.z ~0.2 ~0.2 eo-o ~0.0 ¢0' 0 ~ 8.8 11o~' !63 .:..-q. 9 tl. 5 163 9. a 11.5 !63 ~.9 11.5 163 8.9 11. ~ 163 9.i ll. 5 t:~3 9.0 11 . 5 !.a3 9.0 11.5 163 8. a 11.5 163 8.8 11.5 t~3 8.8 I1.4 163 9.0 11.4 163 9.1 11.4 163 9.1 11.4 163 9.1 11.3 163 9.0 1I. 1 163 9.0 Il.1 163 9.0 11.2 =1~3 9. O I 1 . Z 163 9.0 lt.Z 163 9.1 I1.1 t43 9.1 ll.O ia3 9.1 !I.1 163 9.1 I1.I 163 9.1 11.! 163 9.I 11.~ 163 9.3 ll .l 183 9.3 10.5 163 9.1 10.3 163 9.0 10.3 163 8.g 10.2 \ / © © CONOCO-CHEVRON ,qILNE POINT UNIT M-! PAGE 4127.0 40.1 153 4131.0 Z5.9 3~I 40.2 163 41t3.~ 18.1 ~16 ~0.2 163 ~137.0 10.7 3)0 ~0.3 1&3 4143.3 7.I 314 40.4 163 4145.0 9.6 264 40.5 163 ~149. ~ ~O.~ 163 4161. D 11.0 120 41.3 16~ I167.0 12.3 aT 61.6 t63 4169.0 4.7 38 41=T' 163 4171.0 10.4 9Z 61.l 163 I181.3 5.4 25 41.9 i63 - · 183.0 4.5 t5 ~1.9 i63 4187.3 42.0 1.5! 4199.0 42.3 164 4201.0 6.3 38 4Z.~ ~6~ ~ --L _.~ . - - . CON,CC--CHEVRON MILNE POINT UNIT ,~-1 PAGE .19-FILE ~ ................ ~ .................................. * INDEX DEPTH ~ DIP ~IP ~ D~V. DEV. DIAN DIA~ ~ BEST ~215.0 · Z17.0 ~227.0 42~3.9 4237.0 4239.) 4245. O 4247.~ 4249.~ 4263.0 ~265.0 ~ 267.0 4279.0 13.6 5.7 11.9 7.4 7.7 12.5 9.9 9.6 10.4 13-1 13.7 14.0 10.0 9.2 7.9 15-9 56 52 2 75 61 /+5 61 126 117 9O 37 ~2o5 · 2.7 154 42.8 164 43.0 4].1 164 t~.5 ~3.5 ~3.6 164 43.7 164 63.~ 164 ~3.8 164 4.~.~ t~4 63.9 164 I]-9 44.0 164 9.3 10.3 44.1 I64 44.1 164 44.1 t64 9.3 9 . ~4.1 164 ~ ..2 164 9 ~4.3 !64 9.6 10.5 ~4.3 44.3 164 CONOCC-CHEYRON MILNE POINT UNIT M-1 ~ .?AGE .ZO-FI~E. Z DEPTH 4283°0 c~.6. 37 a285.0 8.3 3g 4~89.0 28.0 109 ~ggl. O Z.3~ 4Z93.~ ~.7 31~ 4Z99.0 10.1 4381.~ 8.8 ~03.0 5.6 328 4305.0 13.4 42 4307.0 10.3 4309.0 ~.0 85 4311.0 7.2 49 4315.0 4.6 lO1 4317.0 5.0 339 4319.~ 5.4 332 4t21.0 4.7 96 4323.0 7.5 4325.0 10.2 52 4~27.0 4.5 Z6 4)29.0 6.3 6B 4331.8 6.9 48 4333. ~ 4.5 50 4335.0 5.1 34 4337.0 7.2 31 4339.0 9.3 ~3 4341.0 8.7 4343.~ 7.6 4345.0 1.2 4347.0 9.7 I3S 4349.0 3.6 146 4~51.~ 11.6 148 4353.0 8.0 27 4355.0 ~.1 23 43~7.0 4.2 343 435~.~ T.7 45 4361.0 44.3 44.3 44:3 44.4 44.5 44.5 44.5 44.6 44°6 44.6 44.7 44.7 64.6 164 9.3 10..4 164 164 164 8.~ lO.l t64 ' 8.7 iO,~- 164 16~ 44°7 44.7 44°? 44.7 INDEX 4375. 4381.0 4385.0 ~3.93-0 4 397. 6.3 5,! 6.6 6.9 22.7 7.7 5°7 6.8 9.0 7.1 49 133 69 4~ 3O 22_ 7R 78 13 ¢? 17 4~ ~.,0 45.1 ¢5.2 45.2. 45.1 t5.1 45.2 45.4 45.t DEV. ~It~ DIAN * BEST aZl. 1-3 2-4 ~ :~ !64 16~ 164 !64 164 !64 164 164 164 164 l&4 8. 164 I64 164 8.7 10.6 16~ !~ 164 ~.? 10. 6 t64 164 16¢ t64 164 164 !~4 ' 64 164 8.6 10.0 164 I~4 164 16~ 8 164 4452.0 4~64.~ 4~66.0 4~68.0 4476. ~ 4~7~.3 4~84.0 4~88.0 4~94.0 4496.0 ~498.0 450~=0 4506. ~ 4514.0 4516.0 4522.0 FDRHATI~N ~ ~ZI. ~ ~ZI. _ 9.1 33 ~5.2 164 g 7.I 33 ~5.4 16~ 7.7 13 ¢5.5 1~ 6.3 50 45.5 164 s.2 5~ ~5.e ~4 8.2 77 ~.6 ~6~ 5.3 96 45.5 I~4 7. Z S2 45.4 ~4 5.~ 9 ~5.3 164 6.8 13 45.3 I64 4.3 27 ~5.7 1~ 6.3 ~ 45.7 16~ · . a zz ~s. s ~ -~.--~ s.e z~ ~s.4 i~ a.5 - ii.s. 6.4 45 ~5.3 164 . ~-~ 7.0 s 45.2 i~ 6.8 28 45.2 16-~ 9.5 4..7 22 6! 22 21 2~ 2~ 2~ ?+5,.2 45..3 45.4 45°5 4~-7 45.7_ 45.g: 45'9 164 i61 164= 164 164 8,,7 .11.2 g.7 11.2 3.7 8.7 11,1 8.7 11.1 8.7 11.1 8.7 11.1 8.7 t1.1 ~.T I1.l 8.T I1.1 :~.~ 11.1 5.7 11.1 B.T 11.1 B.? ll.l 8.5 '10.9 ~.6 10.6 8.7 10.6 8. B 10.6 10.8 10.5 10.5 8.7 10.4 8.7 10.4 8.7 10.4 8.7 10.4 3.7 10.4 8.8 10.4 8.~ 10.4 4640,. 4642° 4&46o 4~50. 4652. 465~. 4656. ~660. 466~. 466~. 4~72. 4676. 4678. 4680. 468&. ~ FORMATION ~ ~OR~HOLE 4~06.3 g.8 360 46.0 i64 4608.0 9.1 ~ ~6.~ t64 4610.0 46.0 16& 4612.0 5.2 94 46.1 I64 4620.0 9.3 19 46.1 l&6 4522. ~ 6.6 23 46.1 164 4~2~. ~ ~6.1 t8~ 4632.0 ~.T 1 45.7 t64 0 ~.1 35 45.4 164 0 6.3 2Z ~5.4 1~4 0 9.2 t30 t5.3 164 - 0 10.8 53 4~.3 164 0 9.6 Z! 45.2 164 0 7.4 44 ~5.2 t~4 O 0.8 149 45.1 164 0 1.7 322 {4.9 164 0 6.5 5 ~5.1 164 0 9.8 Z7 4~.2 t64 ' -8.~ - 8.I I4 17 ~.2 8.3 I 15 8.7 3~ 6.7 25 g. 2 5& 7.2 8.0 21 2Z 45.3 ¢5.3 45°4 ¢5.4 45.4 45.4 45.4 ~.6 45.7 45.7 45.7 45.8 45.5 45.4 45.0 164 184 164 1.6~ ~64 8.8 11.5 F 8.~ 11.5 8.~ 1~.5 F 8.8 11.5 D 8.~ 11.5 8.8 11.5 9 8.8 11.5 8.7 11.5 8.7 11.5 8. g 11.5 F 3.7 11.5 8.R 11.5 8.7 !1.6 O 8.3 11.6 F 8.8 ll.T F 8.8 11.6 8.6 1~.6 ~. 4 11.5 8.~ 11.4 g.8 ll.Z B.~ 11.2 1!.2 8.7 12.2 A 8.5 12.2 8.5 12.0 D:PTH~. ~7~6. a 479Z.~ ~00.0 48C8.0 ~812.0 4816.0 6816.0 ~22.~ 4828.0 4830.~ ~832.0 .... , ............ --~-- ....... ----~. DiP DIP * DEV. DEV. O. IAM OtA~ ' 5.1 335 ~.9 16q t4.g 161 ' 9.3 ~4 ~5.~ ~6~ 5 3 54 45.1 t6i 6.6 13 15..1 Iti- 7.5 357 45.0 16.4 iZ 1 77 ~5.0 i~ 9.4 sa ~s.o i~ _a..7 !o._~.- 7.5 18 45.1 16~ - 45.1 16~ z.9 z8 ~.I I% e.7- lo~9- 8.~ zz ~.z i64 7.6 i~ ~.z le~ 4~.~ 4. o 7z ~4.~ I64 ~.~ 4}00'0 2.-~- 71 44'7 I64 8.8 4906.0 32.3 2JO ~4.8 16~ 8.6 4-~:18:. ~ ~.~ 307 4&.9 164 8.6 : 4920' 0 I 1.3 6~ 4-4' :9 I64 8.6 : 10.8 10.8 10.8 10.8 10.$ 19.8 10.9 10.8 10.8 10.3 10.7 10.9 10.9 11.0 11.1 11.7 l1.7 11.7 11.7 11.7 11.7 11.7 !1.7 11.7 11.7 11.7 1t.7 11.8 11.8 © CONOCO-CHEVRON .,., ,~ILNE POINT UNIT t~-t- ~ F 3RHAT~ON ~ ~GREHOLE ~2~. 3 4.4 183 ~5.0 ~ -~.7 ~I'~ 4936.0 14.0 188 45.i i64 4~38.0 11.8 61 45.1 164 4~4~. o 4.4 360 ~.~ ~4 6960.0 2.7 269 ~5..9 164 ~ 4978.0 5.9 50 44.9 164 .... 11.7 498~. 0 5.6 ~I ~4.8 i6~ ¢ 4990.0 10.2 77 44.9 · 5000.0 7.7 16 44.8 16t' ~ 5004.0 7.3 8 44.7 !6~ ~ '* ~ , ~ZI. * ~ZI. !-3 2-4 ~ =~ * 67 lo.i. t3.9 7'7' ¢.4 ~.7 6~ 16.2 3._9 3.2 ii.4 2.5 3°3 144 99 ?~ 93 6~ i9 126 44o7 44.7 44.9 44.8 %4.7 44.7 · ~4.9 44,9 ~4.8 164 8.7 11.7 164 16& 16{ 16~ 164 164 i64 ~64 ~64 164 164 164 !64 164 t6~ 164 t64 164 164 164 t64 164 164 .~ ~4 164 8.9 11.~i 164 ;~. 164 © ©. ,~iLNE POINT UNIT ~ FORMATION ~ D~PTH · DIP DIP ~ DEV. D~V. 598~.0 26.8 54 ~.g 166 s~oo.o 6.0 i~ ~.e ~6~ 5105.8 2.5 .5~ 44.7 !6~ ~ r 5108.0 1.6 5B 66.7 i~ 5112.0 6.3 2 66.6 164 5118.0 64.7 164 siz~.o iz.~ ~6 ~.~ i.e~ 512~.0 10.2 30 4t.8 16i 5128.0 10.3 3 t 44.8 I~6 5142= 0 17.6 B4 ~4.7 166 5146. O 44.6 164 515¢.~ 5.8 17 ~4.7 16a 5160. ~ 7.7 T3 6~.B Iti 5162.0 3=6 94 4~.8 1&4 DEPT~ ~ OIP ~P ~ ~EV. DEV. ~IAM SI7~. ~ 17.1 33 ~4.7 1~ 5ZlO. ~ 3.4 B5 44.7 164 ~-21~. ~ 6.I 83 ~4~7 !6.4 8.9 11.5 52t4.D: 6.7 8~ ~4.7. ~o' ~* ~ ~216.~ 6.4 32 44.7 t64 5220.0 44-7 164 . . 522Z. 0 5.4 153 ~4.7 i84 8.~ 11.~ ~2~.0 44-~ 164 5226.0 4.7 ~ 44.~ l&4 ~236':~ 8. :~ 3~ 44'7~ I64 ~23g. 0 9.5 32 44.6 164 ~.T 1Z.4- D~PTH ~ DIP DIP ~ DEV. D~V. OIA~ - DiAM 5~48.0 1.8 200 ~.6 i6~ 8.5 1~.5 5a6o.o 5.0 si ~1.5 161 ~.? it. 6 O 5!68.0 ~.7 19 ~4.5 164 -8.7 - 1-1-6 D 5288.0 8.8 357 ~6.6 I64 8.6 - 1i, 6 D 5290.0 44.6 164 g.7 5Zg2. O 44.6 164 826 5)O'Z. 3 23.5 237 ~4.6 I64 8.6 II.6 F 5306.9 9.2 33 ~4.6 164 B..7 I!.6 5310.3 21.4 241 44.5 164 8.7 11.6 D 5312.0 7.4 22 t4.5 i6¢ -8.'7 il.6 5~la.O 8.7 Z5 14.5 t6. 8..~ ll.a ~o.o s.1 is ~4.s ie~ - ' 's---~ -' mi,e- - u **************************************************-************************* _ - _ - _ [ i . . A~I'. ~.-- ~Z~. 1-3 2-4 5326.~ u · - ~0.~ 1t.9 2~ ~¢.~ 164 8.7. il.6 ' ~3~a.~ Z-6 : 3~ 44'3' 164 '533~. 0 44.3 164 53~2.0 6.5 ~t ~4.~ ~6~ 5~. ~ 13-6 ~3~ ii-3 !64 53.54.9 12.7 al 44.~ -164 53~6.~ 10.9 ~0 ~-3 !64 5358.0 11.3 ~:~ - ~ ~4.2 164 5362.0 10.5 62 44.2. li~ 5~72'~ : !4.0 29 44.1 164 5374.0 1~.7~ 31 44.1 164 ~.7 11.c 5376.0 12'5 61 ti-t t64 . 5390.0 i~.S: ~4 44.1 !G4 5398..~ i3.~ aa , !4.t 164 C © CONOCD-CHSVR04 MILNE POINT UNIT ~"'t · ~o~.o zo.e ~t ~.l l~ -~.~ ~l*~ ~ 5~10.0 9.4 ~ ~.1 1~4 ~ S~16. O 19.5 91 44.1' l&4 ~ 5~20.9 9.5 182 ~4.1 1~4 ~ 5m22.0 11.0 81 44.1 164 · 5430.0 27.5 87 44.0 164 $ 5~34.0 14.3 79 ~4.0 16~ ~ 5i42.0 17.3 75 43.9 i6~- ~ 5%46.0 15 6 73 4B.8 1~ ~ _ - ~ - . ~ 5~48.0 I6.6 72 ~3.8 164 · 5450.0 17.6 57 43.8 164 ~ 5G68.0 28.8 44 63.7 t6& ~ 5~70.0 30 O' 62 43.7 164 · 5m78.0 22.3 7Z m3.7 16~ ~ 5481.0 17.7 87 43.5 ~i4 ' ' - L? i~ [ I I l il i[;-] ~[~_ [:-I J i ~ ~ .................. ~ ........................... , INDEX i :- OEPTH * OIP ~iP ~ DEV. DEV. ~IAM DIA~ ~ BEST , AZI. * AZI. 1-3 ~-4 * =l Z5.7 70 2~.? 55 Z6.T 23.7 ~8 59 63 12.1 43 22.~ 47 15.7 IT 26.5 21 22.2 2~ 2t-9 26 22o~ 9 19.5 30 I$°5 79 _- 5520.0 5522.0 55Z6.~ 5528. ~ ~ 5534.0 5536. ~ 553~.0 S 540.~ 5542.0 5546.0 55~8.0 5:550.~ : ~ 5556.0 ~' ~ 5560. ~ ~3.6 63.6 43°7 ' 63.T ~3.6 ~3.6 43.6 ~3.5 43.5 43.5 43.5 ~3 43.5 43.5 164 5.? 11ol 161 8.7 11.1 1-_46 8,.? 11ol 164 8. T 16- 4 '8.6 11 164 ~. 5 11.1 164 8.6 11.1 16~ 8.6 11.I 16~ 3.6 11.1 t64 8.6 11 164 8.6 11.1 l&4 8.6 11.1 !6~ 8.5 11.1 !64 8.5 I1.I 166 8.6 11.1 164 8.6 164 8.6 11.1 164 8.& 11.1 164 ~.6 11.1 164 ~. 6 1 164 8.6 164 ~.6 11.1 164 ~.6 1~4 8.6 1 t64 8.6 ll.l t6~ ~. 6 11.1 164 ~.6 ll.O 164 8.6 164 ~.6 11.0 I64 8-6 11.0 © © 55&6o3 22,,6 ~SO 63°5 557~.0 5576.0 ~78.D 17.2 95 558~. O 17.7 91 43.3 5~6.0 18.1 43 43.4 5503.D 17.7 46 ~3.2 560~.0 43.2 5 607. D ~3.2 5509.0 ~3.2 5611.0 43.1 5615.0 43.I 5617.0 5623.2 43.1 5625.~ 5629.0 20.9 70 43.1 5531. ~ Z2.7 71 5635.0 21.3 62 43.1 5641. O 43.0 5643.0 28.6 56 5645.0 23.9 43 42.9 5647.0 42.9 164 a..~ 164 64 1.6t 166 16~ !0.7 16~ - 164 16~ DEPTH * DIP DIP * DEW. DEV. . 64.1 64.3 !6.5 15'7 15-4 9.8 28.0 5I 106 62 96 7~ 64 B9 109 72 ¢2'9 42-9 t2.9~ 42.9 42-9 42'9: ~2.9 42.9 ~2'9 42.9 42.9~ ~2-9 42.9 4R'9 42.9 5671. O ~689' 0 57~I'0 5103.0 5705-:0 57t5.0 5719.0 1.64 10o 6 164 164 1~.6 i6~ 10.6 10.7 10.7 164 !64 10.6 i&~ 10.6 16~ 10.6 t 64 !0. 16~ 10.5 I6~ 10.7 'I 64 1 i~4 10.7 164 10.7 164 10. 164 10.~ !6~ 10.9 164 10.9 !64 10.9 t6~ 10.9 164 10.9 164 10.9 164 10.8 164 10.9 164 lO. 9 164 10.9 ~737.0 4Z.~ t64 10.9- 5745.0 42.8 !64 ' tl'O ~757.0 42.7 164 5759.0 ~2..7 !-64 5769.0 20.0 Zt4 42.6 164 ll.O 5773.0 26.1 130 42.7 164 5779.0 19.7 231 42.6 !64 1-0.7 5781.0 ~2.6 i64 5785.0 ~2.6 I64 5787.0 42.6 164 10...~ 5789.0 35.~ 102 42.~ 164 5797.0 2{.9 64 42.2 164 ' i0'-6 5801.0 30.2 70 ~2.3 164 i047 5807. O ~.4 164 5809.0 ~7.4 62 ~2.5 164 18.T 5835.~ ~7.~ 5865.~ 5 ~67~ ~ 5875.0 5 ~77.0 25.5 4~ 26.1 52 ZO.3 ~1 35°6 73 22.5 51 ~o8 47 t?.1 52 19.9 30 18.8 20 21.6 35~ 21.8 22.4 358 23.6 35! ~.6 24.6 9 22.6 19 42.5 ~2.7 42.7 ¢2.7 ~2.7 42.6 42.6 42.m~ 42.3 42.3 42.5 ~2.9 ~2-9 42.5 42.6 .64 10.6 10.6 i64 i64 10.6 164 10.6 164 10.7 164 I0.7 I0.6 I~4 10.6 164 !64 19.6 !6~ I0 164 10.7 16~ 19.7 t6~ 10.7 164 10. 164 1 © © CONOCO-CHEVRON MILNE POINT U~tIT M-1- ~ FDRMATION ~ DEPTH ~ DIP DIP ~ DEV. DEV. ~ ~Z I. ~ Alt. 1_3 5904.0 3Z.~ 53 ~2.6 16~ ' 5908.3 32.9 56 ~2.8 164 59t2.0 33.3 5Z ~3.0 16~ I'0.9 5918 0 13.2 16t ~920.0 ~3.1 16~ t0.9 sgz .o z .3 3 4 .o 5926.0 31.1 47 43.0 16~ . 11.I 5934.0 38.0 34 ~3 3 5936.0 31.5 13 :~3.3 164 !1.! 593B.0 38.~ 63 ~3.3 i6~ 594~.~ 13.3 i64 5946 0 32.0 2Z 43.2 164 5950. D 32.3 34 43.1 154 11.3 5951.0 34.1 33 43.2 164 ' 5~56.~ 17.7 Z1 43.4 l&t 5866.0 17.8 21 ~3.2 t64 ~!.. 5972.0 17.5 21 ~3.1 164 . - '~ · _ 6010.0 6016' 6020' =: 17.9. 17-t !0.5 11..I !1.2. 9-5 t!.0 9.4 17 33 35. ~? 19 17 31 43.2 ¢3'2 t~3.3 43'4 43.4 4.3.4 42.9 15 62. 65 49 36I 6~ 164 i64 164 t69 163 1.53 ¢3' 3: 4,3.3 63'1 43~0: 63.1 4'3'2 43.3= 43.2 ~3.0 163 163 i63 !63 163 t63 163 163 163 163 I 63 163 .163 163 163 163 163 t63 163 !63 163 lloO 10.9 10.9 10.9 10.9 11.0 I1.0 ll.O ti.0 11.0 ll.g lO.g 10.9 10.9 10.9 Il. 0 I1.0 i1.0 I 1.0 11.9 11.0 11.0 10.9 10.9 11.0 11.0 I1. I 11.2 CONOCO-CHEVRON MILNE POINT UNiT . e _ DEPTH ~ OI~ DIP , O~V. DEV · A Z I. ~ AZI. 6o58. o ~.7 ~3 ~2. g z63 ~.2 6~70.3 6.6 36 43.0 163 11.0 687Z. O 7.5 26 ~2. g 163 6~7~.o 7.0 ~x ~z.8 ~6~ ix.O 6076.0 7.7 43 ~Z.a ~3 ~ 6090.0 6.5 31 43.0 143 6092.~ 5.8 29 42.9 t6~ 609~.0 8.0 52 42.7 ~6~ 6102.0 6.1 53 ~Z.7 163 6106.0 8.0 41 ~2.9 ~&3 6!16.0 17.1 131 t2.8 163 6X18.0 3.8 5~ 42.6 143 11.3 61ZO.O 5.3 5T 4Z.5 163 6~SO.O 6.7 al ~Z-a 163 11.2 ~153., 0 Z8.7 6t57.9 61~9.0 6177. 6183.~ 61 6201.~ 6Z09.0 16.2 16.3 5.7 I0.2 IO.C 11.3 11.9 7.7 1~.2 8.9 7ot 4.7 36 42,.7 42.4 ~1 35T :343 42.5 15 42'5 350 42.5 4~ 7 36 151 _ 359 42.4 356 42.3 354 42.3 9 ~2.3 Z4 ~2.3 29 19 20 16 42.2 19 6 !1 163 I 1 - 1 B. 7 I63 I1.0 ~.T 163 11.0 8.7 163 ll.O ~.7 163 !O. 163 t~3 ~.6 10.9 t63 i~3 '!63 163 153 163 I83 t63 8.7 11.0 163 163 163 163 163 163 !63 i63 ~.5 10.'9 163 8.5 19.9 163 ~.~ tO. 163 16~ 163 1~3 '16~ 8.6 11.0 © © 6~9.0 6.~ ~ ~2.0 ~6~ ~.~ · ~°-*~ 6Z3Z. O 4.1 17 ~2.0 163 8.6 i0.9 6233.0 2.~ T3 42.0 163 $.6 i0.9' 6z~3. o 5.~ zo ~.z.o z63 ~.6 io.9 6249.0 5.7 10 ~1.9 163 - '~'& 10'9- 615~.o ~.~ 30 ~.9 l~' ' ~'~ - - -i°.-~ 6259.0 3.8 3t 41.{ 1~3 8-I !:0.. ~ 6261.0 41.9 163 -8'-6 i°.8 6263.0 6.3 4 41 9 163 ~ I tO.8 6269.0 ~1.9 I~3 8'? I~-~ 6ifl. 0 7.2 Z5 41.9 If2 ' 8'~- t0. ~.' 6289.0 4.7 lO i1.9 t62 8*l -- - 18*8 · ~ . ,.- FORe,lION * ~ORE~OLE ~ ~UAL. ~ i ~ '-------------'------------.'--.----- .......... - ............. * INDSX ~ 63.23. 634T.~ 6357.0 6361 6363.~ 13 3.7 4.2 5.1 3.8 t6 5.1 355 5.2 346 2.6 4.0 4.4 7 3.3 353 3.5 10 3.6 5.2 82 4.2 350 6.T !0 T=6 102. 5.9 27~ 5.3 -4I ?.6 3~:= ~1,.9 41.8 4t.9 41.8 t1.9 il.8 41.9_ 41.9 tl.9 il.9 41.9 41.9 %1.8 41.8 ~1.9 t62 162 I62 162 t62 ~.7 i0.9 162 162 162 162 8.7 10.9 162 162 162 162 162 !62 t-62 16Z !62 ~.6 162 162 162 162 8.7 10.7 162 162 162 162 ~.6 10.7 152 162 16~ 162 I62 0 0 · FgR~ATION ~ ~ORE~OL~ . * ~UAL. ~ O~PTH ~ DIP OIP * g~V. ...... ~ · *** ~,~, ~,~***********************************-************************ 6379.0 9.6 48 42.0 ld2 _8.S i0.9 D ~ ~.~ 10.9 3.9 17 6.1 324 12o~ 2~6 2.3 27 3.2 311 8.5 349 6.0 3.3 15.2 339 ll.2 353 11o5 338 8.4 3Z4 11.7 357 33.3 307 36.0 314 29.5 303 24.6 277 26.7 267 26.0 279 42.1 42.1 42.1 42,.1 ~2.0 42.0 42.0 41.8 41.9 , 6060o 9 26.2 2:78 !62 I62 162 Ii2 lez - '~.~ - - ~1.,0 162 8.6 l.O. 16Z ltz 42.0 iii - ~.7 I0~9 { m.:s]eJ{ m""l[ m 1 milWi:4 d~! [:_] dm~ CONDCO.-CHEYRON MiLNE POINT UNIT ~-! PALE 4'?-FILE ~ ~ ............... ~ ................................ ~ INDEX ~ , AZI. ~ AZI. i-3 2-4 '~ =.~ 17.2 I2.7 8.2 33.0 ~ .0 360 42°0 162 350 42.0 I62 -41,,9 !62 33~ ~!.9 162 ~.7 ~I.C 37 4t.9 162 8.7 11.0 11 41.9 t62 23 41.9 161 360 ~1.9 16t 278 61.9 t6! 281 ~1.~ 161 ~24 4t .9 I61 ~39 ~1..9 161 8-7 11.0 33~ ~i.9 161 ~.7 11.0 334 41.9 161 ~96 41.9 161 309 4t.9 161 322 41.8 161 la~ tI.7. 161 57 41.7' 161 299 4!o7 16I 317 il.7 161 8.7 ll.Z 278 61.7 16t 91 ~1.7 161 · ~.8 ~61 · ~.8 ~1 ~1.8 161 f~.7 I~I 41.6 161 t1.7 16i 41.6 16i 3.7 6.7 6.0 9.9 4.? D:PTH 6546.0 ~.Z 313 41.5 655~.0 11.7 3ZO 41.5 6554.0 g.4 321 41.4 65~6.0 41.4 6558.9 9.8 324 41.4 6564.0 6.1 ~34 41.4 6568.0 4.6 305 41.4 6~70.0 3.4 309 42.4 6~7~.0 6.3 305 6~74.0 7.8 299 6~76.0 9.1 308 41.4 6578.0 9.2 304 6582.0 41.4 6.584. ~ 17.5 232 41.4 65~6.0 7.9 269 41.4 6590.0 6592.0 12.5 312 6594.0 13.9 313 6598.0 12.4 3~4 6~00.0 10.9 3ZZ ~1.3 6602.0 8.4 317 41.4 6605.0 11.5 318 4!.4 6608.0 il.5 315 41.4 66t0.0 ll.9 3]3 41.4 6612.0 6614.~ 11.3 342 6616.~ 41.4 6618.~ 6.0 218 6620.~ 6.7 212 41.3 6522.0 10.3 320 41.3 * F rJRMA T I ON , 80~EHOLE:._ ____*. ~ 0IF OIP · DEV. DEV- DIA~ O~aa ~ BEST ~ iii. · itl. 1--3 2--4' ~ =A - _ 161 161 16i 16i 161 16I 161 161 !bi t61 161 8..7 lO.a 161 161 161 - - 161 161 161 161 161 ~.) i * 6570.-~ 6.6 256 i~.6 234 9.7 26~ 12.6 316 6682° ~ 6686.~ 12.6 3Z9 $.6 12.0 317 6702.~ ~.6 ~6 670~. 0 13.6 312 4.1.2 41.2. ~l.l ~I.t 41.0 41 ~i'~ ~!-0 41.0 161 161 161 16~ /61 161 161 !61 !~1 161 8. !6t t61 181 161 161 161 t61 1~1 8.8 161 161 161 I61 ~6t 8.8 10. 161 I6t 161 161 161 © -© ~- '- FOR~4ATION ~ BOR~HOLE ~ ~ ~URL- ~ 6?06°0 Z5o3 3~1 40.9 6705.0 14.9 308 6710.0 8.9 34?.. 40,,,9 6712.0 4,,7 68 40°9 671~.~ 11.7 270 40.9 67~6.0 11.1 29~ 6?20.0 3.9 275 &O.9 6724.0 14.5 3Zl 6728.0 d7,30. O 6732.0 la.3 3~ 6734.0 17.1 7 6736.0 18.1 7 6738.0 1~.5 3 ~0.9 6?40. O 15.4 322 ~0.9 674Z. ~ 14.9 347 40.9 6746.0 14.6 339 40.8 6158.0 11.4 3~9 6752. O 23.7 343 {0.8 &75~. 0 21.7 330 40.8 6756.0 6760. O ~O.T 6762.0 676~.0 60.7 6768.0 18.0 346 ~0.6 6770.0 20.6 349 60.6 677&.0 19.9 333 40.6 6776.0 18.7 3)6 6178.0 18.9 336 6180.0 13.4 336 6782.0 1~.2 336 40.4 678a.0 15.e 3.3~ 161 t6! 161 t61 161 t~-1 161 160 '8,,8 160 i~o ~.o "to.~- 16o t~o -e;9 '.- io-e-- !60 i60 60 leo a.? - io.~ . { C~NOCO-CMEVRON ~IL~E 2~!NT ~NI~ ~-1 P~GE 91-FILE ~-~ ...... - ...... ~ ..... - .......................... OEPTH ~ OIP DiP ~ DEV, DEV. DIAN DIA~ 678~, ~ ~0.~ 160 ~. ~ 10.8 6792.~ 19.7 331 ~0.3 160 8. l 10.7 D ~79~. ~ 21.2 ~3~ ~0-~ t60 8.7 10,7 6,96.0 ~0.4 160 8.8 10.8 &800. ~ ~0-~ 160 8,8 11.0 680Z,~ .~0,~ 160 8.7 6804.0 ~0.5 ~60 8.7 11.1 8-1 3~ ~0'4 160 8.8 11.2 7.7 Z3 GO..5 [60 B.7 11.Z O S.O ~55 40.4 1~0 B.7 11. t 0 · 0-~ 160 8.7 7.3 331 ~0.4- 160 3.7 11.2 F 5.~ 336 t-0.4 160 8.7 Il.1 F · 0.4 t60 ~. 7 11.2 ~0.( 160 8.T 11.Z 11.6 14~ %0.4 l/O 8.6 11.1 ~0.4 160 8,6 11.1 ~ ~0.4 I60 8.7 li.Z t2.0 17~ 40.) 160 8.7 11.2 O 15.5 t36 40.4 160 8.7 11.3 D 7.T I17 40.~ 160 8.7 t1.3 7.g 1/l ~0.4 160 ~.7 11.4 · 0.4 160 8.7 11.~ 15.4 322 40.4 160 ~. l 11.4 F %0.4 160 ~. 7 11.5 10,7 39 40,4. 160 8, 8 11,~ F 9.7 B3I ~0,4 160 8.7 11.5 D 7.0 I ~0.4 160 8.8 I1.5 3.1 290 ~0.4 160 8.5 11.3 F T.7 323 ~0.3 160 8. B 11,1 F 40.3 160 9.0 &g6Z'. O 29.3 291 40.3 160 a.9 11.1 ~ 686~ 0 4.2 337 ~0.3 160 8.9 11 1 6866.0 4.3 339 40.3 160 ~.9 11.1 B 6860.0 684~..0 &846.0 6850.0 685Z. 0 6~60.~ © © ~U~.L. DiP ~ DEV. DEV. Di~ 9IA~ ~ BEST ~ Z I. ~ Ali. I-3 - 2'~ - ~ =A - i - _ 9.1 27 8°0 5.,7 21 8.1 6 6°2 32 2.1 131 5.9 352 5.9 2.3 'ST 3.4 59 5.1 11 40.2 4,0,.2 4`0.0 40,.0 40.0 ¢0.0 39°9 39.9 39.9 39.8 39°8 39.8 39.7 39.6- 39.6 39.5 39.5 39.5 39.5 39.5 ~2PTH 6876.9 6878.0 6880.0 6882.~ 6884.0 6~86.9 6888.0 6890.0 6892.0 6896.0 689~.0 6898.0 69~0.~ 6902.9 690~.0 6906.0 6908.0 6910.9 6912.0 6914.8 60 ' 9.0 -1t'1 160 8.9 t 1- O 160 8'-9 ' - I-t.Q I60 8.9 !l-O !60 8. 160 160 9.0- it-O !60 160 a.9 io.8 tie 9.0 - I0,8: 160 - 6916.,0 692{.. 0 6923.9 692~.0 6927,.0 6929o~ 693t.'~ 693_'3.0 6935.3 6937°0 6939oD 694~.0 6943.0 6949.9 6.7 360 39.5 4.1 303 39.4, 39,.,4 10.5 285 39.3 4.3 299 39..-3 7.0 304, 39.3 6.1 292 39.2. 26,,0 1. 39°2 39 -2: 8.6 262 t9.1 8.6 276 39.1 8.7 8.1 33 ,_----------------------,-------- ....... DEPTH ~ DIP DIP ~ DEV. DEV. ~IAM ~ AZI. ~ AZI. 696I - 0 6979. ~ 6989'0 6995- ~ 7003.0 7011.0 7013- ~ 7027.0 2.1 2.6' 8.1 196 224 19 I ¢9 57 39.1 39.1 39.1 39.1 39. t 39.2 39.1 39. 'I 39-2 39-3 39.2 39.3 39.3 39~ 39.5 39.5 39-5 39.5 39'4 39.5 39-5 39.5 39.6 39.5 161 161 161 161 t61 t62 162 162. 162! 162 162 162 167 162 1-6 2 !63 [63 163 t~3 ld~ 163 t1.1 11.0 I!.C 11.0 9.0 11.0 9.3 11.t H.9 ll.t 9.9 lt.i 9.0 11.1 9.0 11.1 9.I !0.7 9.0 10.8 9.0 10.7 9.1 10.5 9.] 10.5 9.4 10.5 9.4 10.5 ~.3 10.4 g.2 IO.Z 9.3 I0.I 9. Z lO.O 9-2 10.0 9.1 9.1 9.1 9.~ 9.t 9.~ 9. '0 CONOCO--SHEYRON MILNE POINT UNIT FORMATION · ~PTH ~ OIP OIe ~ DEV. O~V. 7031.0 7.8 25 39.5 I64 7040.0 3.0 15' 39.6 t6~ ' T044.0 T.g Z3 39.7 164' T048. O ~g.6 164 7050.0 11.7 66 39.7 l~& 7os8.o lo.~ ss ~9.7 16~ ~.z 7062.0 3S.6 16.5 7068. D 3.2 170 39.6' 165 7~TO. ~ 9.1 Z 39.6 165 7072.0 6.1 357 39.6 1&5 70Tm. 0 3~.6 165 7076.0 39.5 165 ~o~a.o ~.z 33 ~e.s i~5 _~.o ii.o zosz. o 1.s 3z~ 3~.s i6$ 7085.3 6.C 5 39.5 165 7088.0 3.2 33 39.5 165 7o9~.0 1~.3 zol 39.5. l~s 7162.0 5.7 13 39.6 16~ 7106.0 5.6 4 39.6 165 7110.0 3.3 335 39.7 t65 7112.0 16.5 348 3g.7 I65 ~ ~ ..... - ~- --~ -- ............. ~ INDEX 7.4 3.3 6.0 2.6 1.8 R3.8 26.0. 4.3 3.1 5-2 712¢.0 7154. ~ 715~.0 7182.~ 7166.0 7170.~ . 17 227 36 2~ 355 331 331 41 /+4 l~T 7~ 59 39.8 39.9 40.0 40.0 40.1 ¢0'2 40.2 ~0'~ ~0.4 ~0-5 40.5 ~0'5 40' 5 347 165 16-5 ~66 166 166 9.2 I0.4 9.1 10.5 9.0 10.6 8.9 10.7 8.9 lO. 8 9.0 10.~ 9.0 10.~ 8.9 10.8 9.0 10.7 g.O !0.7 8.9 10.7 ~.9 10.7 8.8 10.8 8.9 10.8 9.0 9.1 10.9 9.0 10.9 9.1 10.9 ~.2 1'9.9 9.2 10. 9. Z 10.7 9. Z 10.6 9.2 I0.6 9.1 9.0 lO./ 9.0 10.7 8.9 10.7 8.9 10.~ g. 9 10. ~ ~.9 10.8 © © · C3N3CO-CHEV20N MILHE POINT UNIT 7[~4.~ 5.3 45 40~7 ~67 7195. O 7.5 48 ~0'7 157 7i98.3 ~.6 ~3 ~0.8 167 7ZOO. 0 ~0.8 167 -~.0 1-0~5 7206.0 2.1 165 ~0.9 167 7212.0 ~0.9 1~7 ?z~6. o ~o.9 te~ 7218.0 ia.~ 3~ ~1.0 167 _~.~ 7Z29.0 a.9. 34 ti.a I~7 ~.0 I~.6_ 7233.0 12.0 45 &1.3 167 7z~s.o ~.~ i~~ -~.~--': 1e.~- 7~39. o ~o.7 4o ~.~ ~7 7Z45.0 41.5 167 7z47. o 4~.4 I67 ' 7249= 3 Z3.5 Z7 41.4 16T 7169. 13=4 67 $1.7 l&7 _ ._- . -- .- 0 0 ) 7Z77.0 7303 7307.0 7309.~ 9.4 ?°5 36 4t.7 167 8. ~ 10. S ~-. --~ II 41.7 t67 8.3 10.6 ~ ~: 79 41.6 167 8. 'I 10. '3 D ~ 12 ~I.6 167 ~.~ 1C.3 F ~; a8 ~1.6 167 ~.~ t0.3 F · $t 41.6. 167 8.9 10.3 F i= 62 !1.6 167 &.9 t0.4 B $ 7311.0 7315,, ~ 7 317-,, '3 7329.9 7333. ~ 7337. ~ 7339.0 73~5.3 7~5i. ~ 7353.0 4.7 5.7 5.3 19 93 42 3~ 53 39 33 43 46 21 30 41.? 167 ~.? I0.3 41.a 167 8.7 10.4 41.8 167 ~.6 10.4 41.9 !67 d.6 10.4 $1.~ 16-7 8.5 10.3 ~1.9 t67 ~. 5 10.6 41.9 157 8.T 10.~ 41.9 167 8.'1 lO. 3 41.9 !67 8.6 10.~ 41.8 Id! 8.7 10.8 · 1.9 t~-7 8.7 10.9 ~t.9 167 8.7 !0.9 %t.9 i$7 8.7 10.9 42.0 I~7 8.7 10.8 ~.0 167 8.7 10.9 41.9 i67 ~. 7 I0.9 CONOCa-.SH~.VRON ~ILN~ POINT UNIT A-! PAGE ~B--'F~L~ ~ .................. ~ ................. - - ...... ~ .... D~PTH ~ DIP OIP · OEV. O~V. DIA~ OlA~ 7357.~ ~.7 ~1 ~Z.O 167 8.7 . ~0.9 7369. O 4.7 Z4 41.9 167 g. 8 1.0.9 7~71.0 6.9 41 ~l.g ~7 8'7-- I0~9 -- 7379.0 9. g 9 ~I.8 i67 :8-.~ ~O.g ' C 7~83.~ 10.1 35~ ¢1.8 167 --8.8 - 10'~ 7~9S.9 S.1 Zgl ~.$ ~e7 -S'8 I-O'~ U t 67 -8. 7 7~01.0 3.5 62 ~1.6 167 - t~.9 F 7403.0 3.0 2g 41.~ 8.8 - 1G. 9 7~lt. o e. 9 2~ ~i.~ i67 - --e.?- lo~ 7~13.9 9.6 20 ~1.5 167 .a.7 i0.8 7~15.6 9.8 18 61.5 167 -8'7 - -i0,~ 7~21. ~ 16.8 349 61.5 167 _:8.7 1.0-8 D 7~29.3 ~1.4 16.s -8.6 _ I0.~ 7~35. ~ ~1.3 I68 - -8.-6 .... ~ ~ ........... ~ ~ 7~57 0 22.5 I1 ~1.3 I~8 · 7t71.0 41.3 168 · 7~89.0 22.7 iT ~1.0 Iht · 7~9t. 0 2~.1 61 41.0 168 ~ 7~93.9 16.5 Z? S1.0 168 · 7~97.0 12.1 ~3 ll.O 1~8 · T~99.0 15.8 4~ 41.0 I68 ' , 7501.0 17.8 Z4 ~1.0 16a · 75o3. o ~3.2 )2 41.o z~8 ~-7- - ~ ~so~ o ~o.9 i68 s.i to.3 · 7511.0 9.5 gl 40.9 169 · 7513.5 16.1 33 40..H 168 CONOCO-CHEVRON MiLN5 POINT UNIT M-1 _PAGE · AZI. % AZI. 7~lg.~ la.2 ~4 40.7 ~8 7535.~ 40.7 168 7537.0 26.3 65 ~0.7 I~ 7541.0 24.7 6~ 40.6 I~-3 7543.0 30.3 5~ ~0.5 i~-B 7 5~7.0 30.4 84 &O. 5 16.~ 7S~5.0 12.5 ~9 40.4 16'~ 7561.0 12.8 31 ~0.4 I~.8 7S6s. O 7.1 ;Z ~0.~ l~a zseT.o 7569.0 '12.0 34 40.4 168 7571.0 11.7 28 t0.3 168 7573. ~ 9.7 Z7 tO.3 16~ . 7577.0 12 8 31 ~0.2 168 75~9. m 12.5 36 40.3 168 7589.0 40.2 16~ 7591.0 12.7 102 40.3 I68 8.6 i0.3 759~.~ 4.0 75 40.1 168 ~8.7 ' - 1~'3- ~**~ ~*** ~*** ~*** -~**~ ~*** _ - _ 7597° 7~03. 7605. 7~07. 7609. 7613. 7617. 7523. 7625. 7527. 7629. 7637. 7639. 7545. 7647. 7649. 7651. 7~53. T655. 7~57. 7659. 7S61. 7663. 7867. 7569. £ONOCO-CHEV~ON ~,ILNE POIN[ UNiT M-t. ~ ~PAGE fiZZ. ~ ~ZY. - I--~ ~o.o iss e'.~ lo~ 6.8 27 39.8 168 2S.5 182 39.7 168 39.6 168 7.~ 3~i 3g.~ i4~ ~.s io.3. 6.8 357 39.5 i6~ 6.5 357 39.6 {~- 11.8 344 39.6 I68 7.6 3~3 39.5 168 39.5 168 ~9. s 168 ~. ~ 6I 39.6 168 7.2 ~0 ~9.7 168 ~ 6 8 39.7 16~ 8.3 360 39.7 16B © -© DEPTH ~ OIP ~IP ~ OEV. O~V. DIAN D-IAH ¢ AZ I. ~ A~. 7~7T.0 ~.~ 339 39.5 16.8 7579.9 5.6 343 39.4 16~ 7681=~ 8.2 6 39.4 168 7685.0 4 4 34 39.~ 168 7687.~ 3.0 135 39.3 ~68 7~8g. 0 4.5 7 39.2 I6~ _8-~7 10-3 7691.0 6=4 25 39.2 168 7~93.9 ~.9 58 ,3g.2 1 7697.0 10.9 118 39.1 158 7699.0 4=6 41 39.1 i6--8 7701.~ 3 3 53 39 1 168 7703.0 ~=6 ~8 3g=l 16~ 770~. O 4 ~ ~2 3g. 1 I58 7707.0 3.4 352 39.0 t~8 77o~.o 7.6 sz 39.0 i~s 7111.0 7.6 32 38=9 l&$ 7717.0 5.9 34 ]8.8 169 7721.0 5.3 133 39.0 168 8.~ 10.3_ 7723.0 7.9 326 39.0 I68 7725.0 13.3 324 38.9 16S 7729.0 7.4 102 38.8 168 7731.0 7.9 119 38.8 168 7735. ~ 3.7 76 38.7 168 7737.0 8.1 101 38.6 i6B 77~1.0 2.9 18 38.7 168 ............. DEPTH · OIP OIP ************************************************************************* . 77~7.8 20.6 108 38.4 7769.0 20.4 139 7771.0 17.7 82 38.4 7777.0 6.5 356 7779.0 7.7 355 77SS.O 3.~ i9 7787.0 1.8 285 38.3 7791.9 3.1 225 38.2 7793.0 38.2 7797.0 38.1 7805. ~ 2.0 201 38 7sl~.~ ~.~ ~? ~e.e 7329.0 3.9 106 37.9 7~33.0 9.6 224 37.9 7 $3'7° 7839. 7B~3. 78~9. 78~3. 7a57. 7873. 7877. 7879. 7~82. 788~. 7~85. 7887. 788~. 7~95. 7901. 7903. 7905. 7907. 7909. 7911. 7913. © © COig,~CD-~,HEVRON ~:[LNE POINT UNIT ~-[ . PAG~ , ~ ............................ 0 4.3 60 37.8 t69 - ~,7 '10'0~'' ~ 3.7 3~4 37. s ~9 -~.9 .to~- 0 17.6 Z62 37.7 169 ~ ~9.0 .lO.l_ F 3 3.4 184 37.8 169 _8.9 . lO.l_ 0 21.6 232 37.8 16-9 9.0 I0~I 0 20.9 276 ~7.8 I69 - 9.0 'I0'i O 17.5 216 37.9 169 i.9- - I~.1 0 17.2 217 37.9 169 .-B. 8 lO.1 ~ 21.3 208 37.8 169 -8.8 'I0-0 0 21.8 ZlO 37.7 169 8.8 lO.O O R5.5 210 37.7 ~69 8. T IO.l_- O 26.1 203 37.8 169 8.7 10.1 F o 30.0 2o~ ~7.s i% -~'~ ~.0.o 0 13.4 215 37.7 161 8.9 10.I O ~ 37.7 169 ~.9 lO'.l 0 37.6 169 a..a 10.t o 2~.~ z~s 37.7 16.~ s.s . ~-o,~ 0 27.5 219 37.7 169 8.8 10.2 0 29.T 21g 37-6 169 8.8 -' 10.2 0 37.4 169 .a. 7 o ~7.4 t6~ '8,7 - to;-~ 0 37.6 169 - ~ 8,7 18-~ 7915.0 3.0 335 37=5 169 "8..7' i8-3 D ******************_***_******************--*** ~ = -..~ ......... CONOCO-CH61/RON ~ MILNE POINT UNIT N~ t PA~ , 65, FILE - ............ e ............ ~--- .... -- ...... ------~ INDEX DEPTH · DIP DIP ~ DEV. DEV. -OIA~ OIA~ ~ BEST 7923.0 37.~ 169 -~.6 t0.~ 7925.0 19.3 311 37.5 169 8.6 I0.0 7927.0 6.9 3-t8 37.6 !69 S,T I0'! ~ ~ 7 7929.0 9.7 314 37.6 149 ~=. 10.3 7931.0 4.5 2?6 37.5 169 ' 8j8 1-8'3 D 7935.0 37.5 169 8,7 -10.3 7937.0 37.6 1~9 E. 5 . t0.2 7939.0 7.7 235 37.5 169 ~.~ t0.I F 7941.D 7.3 257 37.4 1.69 8.5 i0.t 794:~. ~ 37.5 _ 169 -8. ~ 7949.0 37.4 159 8.8 !0.1. _ 7951.0 11.8 345 37.4 169 :8~6 . :9.9 7953.0 5.1 358 37.4 169 8.5 9-9 79S7.0 3.3 348 37.2 167 8.~ 9.6 F 7959.0 1.3 73 37.2 169 -~'3 9.~ 7~6~.0 5.4 70 37.~ ~69 a.Z 9.~ 7965. O 3.9 47 37.0 169 8.4 . 9.6 7967.9 6.5 40 36.9 169 - ':8.'i - 9J6'-' 7973.0 36.9 169 8.4 7975.0 6.7 121 36.9 169 '-8.'4 -9.T~ 7977.0 37.0 169' i.i 7979.0 37.0 1Ag 8.4 - 7981.0 37.0 t~9 8.~ 7983. O 6.0 2~ 37.0 I69 '~4 ' 9.9 7985.0 5.7 9 37.0 169 8-~- - 7991.8 2.9 3~3 36.9 169 ~.~ 9.9. 7}9.3. D 1.5 205 36.9 t69 ~-3 9.~ c 7995.0 5.2 1Z8 36.9 I69 ' 8'3 9'9 - . - CONg£O-~V~O~ ~ILN~ POI~T U~IT ~-! PA~ 66-FIL~ Z D£PTH 8~07.0 5.g B9 80~9.0 2.6 B011.O 4.1 127 80~3.0 ~.7 8015.0 6.0 lg8 8817.0 5.1 154 8019.0 7.4 138 802~.0 8025.0 ~.9 11Z 8029. O 1.3 296 8033.0 2.3 g6 8035.0 3.0 BT 8037.0 2.7 114 3039.0 4.5 8041.0 4.0 77 8043.3 3.8 gO 8045.0 7.2 116 8049. O 6.1 113 80~3.0 7.3 113 8055.0 ~.1 104 eo57. o 3.5 8059.0 4.2 107 8061.0 3.6 132 8063.0 5.0 115 B065.0 g.? 66 8067.0 9.~ 6B 8069.0 Z.9 1!9 8071.0 1.8 8073.0 7.3' Z2 8075.0 8.6 134 ~: F',3R{4AT ION ~ 80REHOLE ~ ~UAL,,. ~ ........ ~ .............. - ..... ~ .... ~ iNOEX ~: DiP DIP · O~V. DEV. DIA~ DIA~ ~ BEST 5.2 127 37.0 169 8.3 9.8 A 6.7 135 36.9 !&9 .8.3 - 9.8 C 36.9 37.0 8. z 4.8 E , 36. g 169 36.7 169 4 _ - 36.5 169 36.5 169 36.5 170 36.5 ITO 36.3 36.3 36.3 36,.2 i 8083. $085. 8093. 8095. 8101. 8105. 8107~ 8t09. 8111. 8115. 8117. 8127. ~133. 8135. 8137. 8143. 8t~7. *****************.,. DEPTH ~ DIP DiP · DEV. DEV. 3 ~.8 117 36. Z 170 3 5.4 103 36.1 i70 0 6.6 192 36.1 170 o 3 2.4 60 36. 0 170 0 4.3 156 36.0 170 8.~ 10.2 O 6.0 128 36.0 ltl O 2.2 43 36.0 17I O 7.1 122 35.9 171 0 ~. 1 50 3&. 0 171 0 7.0 102 36.0 171 0 6.8 122 36.0 171 .8.~ I0-1- ~ 7.6 ! 1 O 35.9 itl O 8.3 37 35.8 ltl 0 6.2 107 35.8 171 0 12.~ 138 ~5.8 iT1 . ._ 0 6.8 82 35.8 171 0 35.7 171 O 5.8 63 35.7 I71 U 6.0 341 35.& 17t - { m4~ ~ i, i m i I iI:-I ii4 [:-1 i,m , MILNE POINT UNIT M-[ PAGE 6~-FILE Z CONDCO-CHEYRON · -~ _ .... ' -- ~ · F~RM~TI~N ~ BORE~OLE ~ QU~L. ~ DEPTH 8159. 81.61. ~163. 8165. 8167. 8169= 81T3. 8175. 8179.0 8181=~ 8185.0 8187. ~ 8189.0 8193.0 8195.0 8199=0 8201.0 8Z03.0 8205.0 8207.0 8Zl1.0 8213.0 8215.0 82.17= ~ 8219.~ 8Z2I.~ 8223.0 8227.0 82Z9.0 3231-~ 8Z33.~ 0 7.6 3~1 35.6 t72 15.8 356 35.4 172 ~'~ 35.3 172 $.l 26 ~.~ ivz -~'"~ - - *'~- ~ * 10.9 110 35.2 I73 o.~ ~ 3s.z ~ ~.~ ~.~ F . 5.6 351 35.0 173 8237.0 6.2 345 34.9 ~73 :8.~ ' ' to.o ~- , 8Z39. 8241.~ 8253.0 8257.0 8263.8 8267.D 8271.0 8gT3. O 8275.0 8279.0 8281.0 8285.0 82~7.0 8293.0 8Z97.0 8301.0 8303.0 8305.0 830T.0 8309.0 8313.0 8315.0 8~17.0 CONOCO-CHEVRON MILNE POINT UNIT ~ FDRMATION · aO~ E~GLE: · O~P DIP * O~V. ~V- 3 35.0 t73 2.9 259 3~.9 173 3.5 356 35 0 !73 ~5.0 173 6.2 2~ 3s.O ~7~ 6.2 303 34.8 17A -~ ._ ~.6 301 ~.8 ~7~ -'" ' 8.~- v.~ 11.~ lo4 ~s.o 1_~ e.~- ' ~.~: 7.7 118 35.0 17~ 6.4 1il 34.8 I74 9.4 322 34.8 '17~ 12.5 3~9 3~.8 17~ 1.1 Z6 3~'8 tT-~ 8'5' 3319.0 /+.4 .316 8321o§ 3.2 7 8325.0 9.5 11~ 8321. ~ 6.8 302 8329.~ 9.8 30~ 8331.0 8333.0 7.6 360 8335.0 8337. g 5.4 38 8339.0 $3~8.0 ~.~ 33t 8350.0 835Z.0 5.a 8356.0 8356.0 6.8 38 335~.0 6.6 63 8360. O 5.~ 60 8362.0 g.3 327 8366. 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I 9.,[ s~8o'o ~ 12-6 i4 34-~- iai ~.2 8782. g I0.! 21 34.2 181 9.4 8784'0 6-5 ~9 34.1 18t 9.4 8T96'0 : 33-9 I~t 9.1 9.1 :~8~00' 0 l:B.9 ~3 ~3.9~ 18t 8.9 9.~ O 8806. 8808. 8810. 8812. 8816. 8820. 8B22. 8826. ~828. 883~. 8838. 8342. 88~8. 8850. 8852. 8860. 886~. 8866. 8868. 88T0. 8872. ~976. 8880.0 CONOCg-CH~VRON MILNE POINT UNIT M-! · FORMATION *: BORE~OL~ .................. ~ ............. -'--~----'- 11.3 339 33.8 1~1 g.O 6.9 14 33.8 18X 9.0 - -9 ~.3 ~ 33.7 zst ~.~ 19.6 79 33.6 181 9.6 8.~ ~6 33.6 XS~ ' 9.0 7.0 26 33.5 XSX 8.9 ~ 6. T 16 33.6 181 g.O 11.8 61 33.6 181 g-I 11.6 8 13.7 18I 9'1 16.5 7l 33.6 181 9, l . 1.~ 9.2 9.I 7 3 338 33.5 9.6 I 33.4 I8I %0 ~.1 l.O 36 33.3 181 8.9 15.0 63 33.3 182 8.9 10 9 42 33.3 I81 9 1 33.3 taZ 9'2 ' 9.3 34 33.1 182 9. Z 9.5 lO 33.1 !ga .9.1- 5.0 346 33.t !82 -9.0 5.2 3T 33.1 181 8.9 t9 33.1 182 = 8.9 . - ~_ - . - _ -- - - I , ~ ~ ..... - ..... - ...... ~ ................................. ~ ~NOEX ~ :OE~Tfi ~ 0~ OiP ~ gEV. gEV. 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PREVIOUS TAPE : C[)~,N~.~NT~ :TAPb] ** FILE }.lEAl)MR ** FIT,E k' A ,~': [.: : EO f'J' SERV.TCE t,}A~ E : VERSI U~,, ,c : DATE : · ' '::' <:.:, '~ ' FlbE TYPE PREVIf.)I;6 F'I!,,E F ~',. : ~": I f., i.~ E P 0 .[ ~< ti' R A N (;: <.; t.,'; SECT: 1. ~ COtYu: t;, S I.,E,, ~,'F: STAT: AL,~SKA CTPY: lISA PAGE '"1:'"" '" CONFIDENTIAL INFORMATION-, ..... Furnished BV Oonoco In ,. TYPE' CATE SIZE COPE 000 0~0 01'4 065 000 000', .... '"003':':~;?~;065',:': 000 UO0 012 065 000 000 002 065 000 00o 004 065 000 GOO 002 065 0o0 00o 008 065 000 o00 006 065 000 (.}go 004 065 ' .'LVP OI0,H02 VEP, IFICATION 'LISTING./ * * AL~SK~ CO~,PU.I~IG CEIT~,R CO~,~P,~rJY = CONOCO ?INC',& ~CHE:VROM:~" FI'ELD = MILNE POINT Cf)UNTY = Mf]RTH S[.,[]PE BOROUGH STATE = Al, ASK ~ JOB NLi~,[3ER AT ACC: 69021 RUN ~2 DAT~-; L~]GGe.<D: 21-F~;B-84 LDP: O~!HN RO~LE$ 13.375" (i~ 111' - BIT' SIZE' 9.275 " ia 2721' - {~IT SIZE = 8.5" TO 9000' LIGNOSUI,FONATE ...... 10,4 bB/G R~ 68 0 DF 40 S RMF 9,5 R~,~C 0 DF 5,6 C3 RM AT'~'~,BHT':":?: CASING CASI~;G TYPE Fl,I] ID DEN$ITY VISCOSITY PH FUIJID LOSS ******************************************************************************* "'~',;' ' .{ '? ;~;. 'r' >' ~ ~7', ::j,' ~.".' i .. . :.~,.. >.;.., . .q/. .,. , .); * DUAG INIDUCPIOD; SP[-I * BOREHOLE COMPENSAT * ~'OR MA'I'IGN DENSITY * CO~.~PENSATED NEUTRU NUTICE..., NA'rIJPAL GAMMA TOOL * I NI'ER V A ~ * WHICH IN '--> * Rt:FL, ECTS * PRESENTE '''> * PRESEI~TE * KALMAN F ---> * AND ARE * PROCES'S]. Ri, if,, fll AND ~2 ~tE;R(;ED ********************************** 'PAGE .. INCI,UDP:I) ~']:'1'I~ Td[,g MAGNETIC 'rAPE: ERICAL[,'[ F'OC/I~ED LOG (DIL) ED LOG. (BHC) ' ' , COMPENSATED LOG (FDN) N LUG (FDN) .... . ........ - .-: ...... ,. (NGT)........ (IF DATA FOR THE IiC, l" TOOL STRING CbUDES THE iNTERVAL 6810 TO 5992 RA~ DATA VALUES [''OR ALL' CURVES O. VALUES FOR NGT DATA THAT WERE O 0~,.~ ~,)G'.I,' ~LUE L]NC, THA'fAREPRESENT_ IbTERING, WERE NOT MADE VAILABLE NOT INCLUDED FOR UN THIS i~IS TAPE. NG wAS SUPERVISOR 'AP'PRO.VED. - ************************* . ",'" :,^,~,'."....~:.,. ~.)'.r .... r~'.:'. '..~' ., ,[':~-,..,_ .... ;.,,,. ............ BHC TL, OLS ONLY. ****************************************** · ' · .......... '.':: :'. L~'7.'.":.}?.:' - - !:'. '. ',,,.~.:.? ;..'.L ,. ..... Furni: IAL., INFORMATION 13y Oonoco Ino, /' ............................................ II IIIIII IIIIIIIIIIII I1! . ' _ ' "' ............ ..' ......................... ?Ill ....... lllll II III ................................ i~III{FE ......... i ..... I'll dOB ~Ul.,1l'~t~R ~'~T ~C.C..: 69020 LDP: JOl't~ ROBbE~ CASING : 13,375" - 5IT SIZE = 12,25" TYPE FLUID = N/A .~ : DENSITY = 9."IL~/G RM = 6.000 ia 68.0 DF VISCOSITY = 60'8 :' PH = 9,5 FLUID LOSS = 1~.8 C3 ," :: ,,, ~.~,: .:,u;; :,,~., } 7.'~'~} .tF~7,~,:,~;;,,; :,,,,, '.~f,:'Cc'2', ~,~ ,~6~'~'~ ;~"" 'uL~v'~' .~''''.' ''' ",'~ ~;~.'. ~, f'q~;~'";' ,::':~' ~';.' ' ************************************* * ' '*' SCHI, I,I~IBERGER I~OGS'INCI, U.D~D WITH' Ti'IlS ~'~GNETIC:, TAPE :'~: . * DUAL INDUCTION SPHERICAL5 ~ {DCIIOEO bOG ('DIS) ~ :':::":' ...... :'": ~ '-,' ........ :,.,. ,..~,. .., . . DATA FORMAT 'RECORDi:','.**:~':~'''~r:~ L,.'' :,"' F:NTRY BI,,OCKS ',: TYP, E''~''''. SIZE REPR: 'CODE '"' ..:'ENTRY,',': ~ ~ 73 60..:', 9 4 65 ,1IN o I 66 0 DATU~.~ SPEiCIFICA'I'ION B'bOCKS ~tl'~Ea SERVICE ,5KRvic~ UNI'r APl API AP1 AP1 Fi[,E SIZE; PROCESS SAMPLE REPR ID ORDF.,R ~ LqG T'%'P~.7 CLASS MOD NO, LEVEL CODE ~ [,VP 010oH02 DF, PT SFSU DIL I[,D 0IL ILM DIL SP D I1[., C,R BHC NPHI FDN DRHO FDN RHOB FDN NCNL FDN FCNL F'DN CALl FDN NRAT FDN RNRA FDN SGR FDN THOR NGT URAN NGT POTA NGT CGR NGT S G R ~,~ G T DATA VERIFICATION'LISTING GAPI'.'. 60. PU 42 G/C3 42 G/C3 42 CPS 42 CPS 42 IN 42' 42 42 (;APl 42 PPM 0 PP~ 0 PU GAP1 0 31 68 44 35 34 28 42 0 0 0 0 0 · 0 DEPT SP MPI,iI FC. NL SGP CGR DEPT SP NPH1 FC N L SGR CGR r~EPT SP NPHI FCN L SGR CGR SP NpH1 fCNL SGR CGR -20.6250 GR 92, 75 32.128'9 DRH'O 0,1992 232.0000 CA[,I 8.7266 8qO0.O000 SF[,(J 3.94:14 -17.2500 GR 95.5625 32.71~ D~HO 0.0107 744.5000 CALI 8.7891 95.g125 THOR 11,0625 75.5625 SGR 95.8125 $~00,00~0 SFLU 3,0625 -6,5600 GN 102.2b00 44,0430 DRHO 0,0679 472.7500 CALi 8.9844 107,6250 THOR 1~.78~3 ~0.7500 SGR /07.6250 [ L D I:' R }t 0 B NRAT IJRAN 2,5 0 0 0 '.:2:,'94'34 RN~A ..2,5000 PU A 2~ 08 TbD ".?,,5625 ' ILM 2.65[:12 DT 106.3.t25 GR 102.2500 RHOB '2.3828 NCNL ....... 1843 0000 NRAT 3.5/03 RNRA 3i8984 'URAN '"'"": ~"'"" ',~:,'2."0781" POTA'"'~I:',,~ 2 7832 ·,. .... ., ,,, ....... ,;,.~,,,f..,,t,,r,~ ............... · .;~ L:':.,' "~'''' "" '! '?':'"; "' ' ' '"¥','";"~i~';r~v "4~'~','~,','· "",,, 't",i,~' r~,:¢~, '.~,~,,,,,;~ - , ..- ~' - L,' 'J('~',"," ":";"J:" ': ~:,~:,,.",~<~".,: ', .,~ ,.~ ,?' " DJ:PT 8ZO SP 2 N p H I 3 FC L 89 SGR 7 CGR 6 '" ' 0 N~ VERI~ICATI N bIST, I,~ DEPT 8600 SP -1.6 NPHI 30 FC [, 8 SGR CGR 93 DgPT 8.~ S P N p [,J IL 3 4, .FCNb 58.3 SGR ] 05 CGR 95 D EPT 8400 SP -28 aPH I 31 FCNL 617 SGR 114 CGR 8 B DgP T 8300 SP - 30 NPHI 4'2 FCNb 432 SGR 97 CGR 91 SP -13, ~,IPHI 49. FCND SGR CGR 89. DEPT 8L00 SP NPH1 41. FCNL 498. SGR 125. CGR 97. OE~T SP NPHI FCNI, SGR 0000 SFI,,U 5000 GR 9570 DRHO 0000 CA[,I 3750 THOR 8i25 SGR 94 0000 GR I 13 9336 DRHO 0 ooo 7, so 0000 SFLU 6250 804.7 ORHO 2500 CALl 6250 THOR 9375 0000 SFLU 0625 GR 0645 DRHO 2500 CAbI 5625 THOR 1250 SGR 8000.0000 SFtU -12.1641 44,4824 DR}lO 465.0000 CAI, I 185.5000 THOR 8.0625 ILl.) 93.8750 OT 0,o752 RHOB lO;!094<.NRAT 13,7813 URAN 97.3125 ....................... '"" ' ........ " ......... ' :',!"~",.:,.,: ,:'."': .:..~ P?,, GE. ,. :.. 6 ,.. ' ' "' :~ i :J d,~.t!'>"< >..:~" ;:' / ;','f" ',,2' '; ~,i .,? ?~[,i,/.'.,,L ",,,,:",,, :~ :,:' .,~ ' ,, ~' ' '..;:.:J:i/~'"'J':,'il' ':i:: i:??,:?"'" "': '"' :"":": :?:~;?'~"?';' ~''~ ~'~':':'~'"'"? '"":?"'~'~:'" .:.,,' , ,,?:' :...:,..., ,. ,,.... ~ ,, , ,~,. :2~13 l'[,g 4,9531 IbM ~ 297 .022u RHmB 2.4277 NCN[~ 2.892, 0000 .8203 "'NRAT ~,8398.. RNRA'?':/>:']':/:"<:'.''~:':'3, ~305 .~}56 t.]RAN I 4~48 , 50':: <:.'~ :"! '?. 77:.;J,:.~: :""'"~ '''~' ':':"?:~?":~".,..,, ,,, ?'?"?" ~:'"' '~' ' 5547" 'X~D':/:,:"' "":'~":,':"4.'6'O55~':~'~:f:!:,{'> ,,', .8906 ,: :0625 Dr ' ' 90'.4~75 GR 88.0625' 0249 RBOB <:.':" ,<' ~::' ''r,'~ :' 7):: :"" 2 '"'42 38' ':~: <'N C:~]:~"'~""?/?' ::' :'?:2 770 ' 000 O' :6~84 NRAT '" 2.898~ RNRA '~ 3.0977 ,1 ~ 2 ':"~:'??~,~7'J'?:~:,?' ,'073' 2:':~. ':.P,,OTA:',(':~?:?:?',".???:?;::??52' ;>246i' .3750 8 7 D .4336 ,0479 RHOB ::18i3. NRAT "'"':?:'~I 4355 .~'750 {,)RAP.: 9297 750 .... ~ ',' ::' ': ':" .0215,: :':'I ~D .'>';' , ::'/ 'L <:" :: ,"":?'/'~: 2,863] ' 'I B~':'.: 7.:" ' '.<,' :' "3,0 ~ 7 l 5~25 DT 95,2500 GR 113,5625 .'0342', RHOB .~,'( ::.2,4727. NCNb,'., .'""21'48,0000 2093~ NRAT 3 ~SSO RNRA 3,47*5 9297':" ,ilB A N :':": :',:,~ :': '~::, <: ~'3; , 676, :~' P OTA:::~..'~':," "" ','~.,';': .'..:.3 ' 0273 :', .8750 :.....:,,:.:., :.~:'..:, 2,1973 IbM 2,2754 9o.875o' ~ 93. 2.3g~4 NCNb 1779 0000 1,6523 IbD 1.5410 I5~ 1.5693 112.3750 DT 120.1250 GR 112.3750 0.0,95 ~.0~ 2.2793 NCNb 169~i0000 9 9141 ~RA 3 9668 RNRA 3242 9:9766 URAN 3:7871 POTA ' 3 0273 120.6250 2.5313 IbD 2.4238 IbM 2.4[~83 124.8750 DT 101.0625 GR 124 8750 0.0327 Rlt()G 2.4199 NChb 1977:0000 10.5313 NRAT 3.5313 RNRA 3.9668 13,0469 URAN 3.5117 PUTA 2.7832 125,5625 3.2734 I£,D 2,7383 Ib~ 2.7910 182.5000 DT 111.4375 GR 182.5000 0.0352 RHOB 2.3359 NCNb 1796.0000 10.015~ NRA'f 3.6777 RNRA 3,8613 12.5391 URAN 10.3125 POTA 3,1738 LVP. O10,HU2 ... CGR 10 DEPT 7~0 SP 2 NPHI 3 FCNL 64 SGR 9 CGR -99 DEPT 7RO SP -4 NPHI 3 FCNb 66 SGR CGR -99 DEPT 770 SP ~5 NPHI FCNb SGR 12 CGR -99 DEPT 7~0 SP 6 NPHi 3 CGR -O9 SP NPHI 3 FCNb 73 SG~ 10 CGR 99 DEPT 74O SP -5 NpHI 2 FCNb 84 SGR 9 CGR -99 VEklF'ICATiON LI~TihlG 2.1250 SGR 185 0 0000 SFLU 6:7656 GR 2.9102 DRHO I 0000 CALI 4~6875 THOR 9;2500 SGR .... 0,0000 SFLU 7 2500 GR 5~8887 DRHO 6.500O CALl 1,5000 THOR 9,2500 '. 0,0000 SFI..U 2 9,2813 GR' "' 1'08 2.0801 ORHO 0 7.0000.: C'ALI. ' .... ' '""iO 0,7500 THOR ~999 0.0000 :" 'SFbU ':;'t'~" "'.'"' ............ ~ ";.:'2 5,1250 GR 102 2 · 1777 DRHO ""'!"...:.-..':'~' 0o0 CA I 1 ! 5; 99 R.':. "":.'.. :<?::'.'.!"' 9 9,2500 SGR -999 . . . ,5O0O 1.'7070 II,D 95,0000 DT 0.0269 RHOB 10.2109',":'NRAT. q99 2500 URAN :999:2500<~,,.'.:~..:~ -~. 2.1523 ILD 8'/50 DT lo ~0371 RHOB 10,3750 -999,2500."'URAN ;.999,2500 6 0 ~2 ,0 ,4 .0 ,2 ~5 O0 11 ! -999.2 -999°2 0.0000 8 875O 9!0527 R 5000 0.5625 9,2500 DEPT 7300. 8P -59. NPHI 32. FCNL 820. SGR 85. CGR -999. DEPT 7200. SP -04, NPHI 34. SFLU DRHO ...... '~'~' (:ALI 'tHOR SGR oono 8437 6660 5000 6250 2500 0000 6250 6191 SFLU GR DRHO CALI THOR SGR SFLU DRHO' 1 6650 ILM 1 7549 ' 9 8: 43:75. '!:>' :'G R ',"' .'""' "';":.:'~'r,.'::" ',.'. "95" " 0:' h,,><', 2,3867 NCNb ~ = ~,2,276,0000~ ~ , ' . .... ;.' ~'... :< J;~V&. ', ;, . . ,... ~ ' -~,,,~., ,-¥~-~ ....... : ~'~' ")3 ~--~-- ..... ,.,. ...... ~ ~--,., ., .... ~2' 1895.<,.:=::I~{:~,~.:,','..,,.~'??':":?'' 2695 .':~'~.:'~..,.. :'.'..".'.~-..: ,.".':.:'. ' ..... 7.,.1250 GR ..... lOv. 8750 ..... . . 2 ,'. 4.1:80 .... ::' N C N ~.~::'~.',':~ :22'68,000 O' 3 ~305 RNRA '-999 ::.~ 500': Y P'OTA .... ~:,6.;: .... '999 {2500]-?:.":"'~': ...... "."/,~? '. '""-~'~ ' , . ., 289 I~D .... 2.2793 ' IbM ' 2,2773' ; ' ' ' ';' ' '' 250 DT '.. '::'.':.~.'.98.6875 "GR: .." ':' ':'<:r'loS,6250":>"J;'.':';'~::''"''¢' 'D!':"'.' ..... ' · "' ~86 RHOB ' 2,,3945 NCNL, ' '2~20,0000 ............. 1 8 8 "~ ""'"'~'"~'~'"?"'?':' :' "' ' ~: '~ ...... '~"'""~="~'"~'~"~' ~'" .... "' ' '~"~""~'~ ......... '~'~" .......... ' .......................... ' NRA ~.f,.:t:'.?.>..::.f.:,.":'.... :,.3 ~ 0605 .,~... :B N. RA:'..'~,'.:.'?..,:..~..~:.~, '..'.c".":3.~ 1,4 6 5 ....?, L: ,t,,: .,,... ,. :...r%.:..,;,,.:,::,..~..,......... :,. 500 URAN ~ -99~.2500 pO~ ' -999.2500 ............ .... ".:":".~'"'~':'~"".¥'".""'~: ............................................................ ~"~,.,.~.;.~ .......... ',,,,,..,.,.,.-~,,.',...,.,~'~ ...... '~,.,..:,.',~..,,.~.,..,.,,,.....~:..',.,,...,~,,..'..:.,,?.,.~.,,,.,.., · : '.7' .... 875 DT ,6875 GR' , ...... 102,, ~ .,.,.,,~ ......... ,,,,,.,.'?.,:.' ....... ..,;.,,,; ........ .~ .. .... , 2 8 8 :"?:RH 0 .,'..,v'.,' .... 2148 , ' x5 0 0 ~.~*? ,,;t' ''''~ ' {]~;f" ¥~ *';~P;";:['~"~ ....... t~ tZ" z'~'.~,"~,'. t "~'~';'' "*''{'' ~ ," '" 500 875 '<.::"D Z '::?: .~":¥.[~ ::Y ?." ': '>>95.; 2 50 n'<¥?"~5 nN~NL.,";~,,,~,.,,~;:~;~:.'¥,". ''';~2542''''''' "q~ ,~::l. 8,.00 ~ ~ ~';':::;~:'::'~;~<'::?;:b ~ '":' ,v~' :'.:,.:.'" ~ ~ 1 """: N R A ~..: .. '"' '>;': :'. ':." .':.:"?'::':'2 ~ 9.5:90 :'.t' 'R NRA';:~' ',,'?'..': ?::?:' %'>' .3 ~ 4:~ 3'47.?~::~??;': ..."~'~' '::T; "':.?:" :D~".: '" 0 L)RAN ;999,25"00'' POT~ ;999.2'500 ...... ~'""~ ~ "'"' ' "~ '~ L~.F ,~,,' ' 352" I'bD ~797'RHOB 172 NRAT 500 'URA'N""~: 5OO 2,6191 91 4375 2592:0000 3 582 '999;~500 · 2.4'i92 NCNb ,:~.",I~,,":~ 3.0586 RNRA -999,2500 PL)TA ... 2 662! IbM 2,7285 95:2500 GR 9i.6875 '.,~:2.,4688 NCNDY.mj':~:::':?.2328,0000 ' ." 2.5488 ILD 91.4375 [>T 0.0278 . RHOb 10.2109 NRAT -999.2500 URAN -999.2500 2.6777 IbD 91.6875 Dl' '0,0518 'RHOB LVP.'~OIO.U02 'VERIFiCATI. ON FC N SGR CGR DEPT SP NPHI FCN b CGR DEPT SP MP[tI FCN SGR CGR DEPT SP NPH I FCNL SGR CGR DEPT SP NPHI FCNL SGR CGR $P N p H I FCNI, SGR CGR DEPT S P NPHI ["CN 1~ CGR DEP'I' NPHI FCNb SGR CGR I , he ;'~:'~,',: :,.,,~( ,~..',~<: ".'[ ?~:~' "< i< "'~e',: ~.: [~ 711~5000 CALI 10.5625 NRAT ' 99 7500 THOR' "':'~:':'999 2500.':::.URAN, ~:':~g99'2:500:'~?~P.O.T,A:',~?~:,::~ ~,.: 999, 5oo - 99:25oo ......... :"":" " O E P T 7100,0000 SFLU -46, 35,7422 DRHO 6e0.5000 CALI 92. 2500 THOR -999.2500 ~.SGR~ 7.000,0000."i. SFbU ",'::; 3,20.9:0,.: :'ILD 60,2187 G~ ]0~ 9375 PT 34,0820 ORHO 283' :' RHOB 717,~0 CA[~I 10,~25 113 -.0 TH R 999. · oo -999.2500 SGR -999.2500 6900 0000 ~FbU 2,800~ IhD -595 95~68.~5 32,2~66 DRHO 0.0669 ' 747.5000 ~CALf' 10,~687 "'.'MRAT 100 3750 THOR -999. 500 {~RAN 64 ~5 633 103 96 t~ 'l 00,0 O o 0 S F l, O -67. 7500 GR 35.8u87 ORHO 574.5000 CAb! ~ U4.1250 THOR 84,1250 SGR 66.00. 0000 SFLU -63.531J 35.5957 DRHO 611. ()OOO CAbi 100.062b THOR 61. 1675 SGR o500.()00V SFLU -66. I~'/5 GR 3q.ao43 ORHO 563. 0000 CALl 69.1250 THOR 74.e1~5 6400. 0000 S FI, IJ ,50'00 '~:R .............. · ';'4"160', NC~E",':"','?:;:?,"~.i!2298. O000." 321250 aNnA 3 2012 -999.;2500 PO?A ' ~ '999'~ 25:00' 8750 GR 901,0e25 DT / ..... 99,7500 GR ' ' 91,0625 1562 D~Ha ,0342 ~.HOB':":! :"NCNb: .... :':!" 2290~0000 5000 CALl 11,57R1 NRAI' ' 3,2402 RNRA ' 3;6133 9375 THOR 10,3750 URAN 0.9678 POTA 3,3691 1.250 SGR 103.9375 2.0781 ILO 2.2148 IbI~ 2,2422 97.4375 DT 103,0625 GR 97.4375 0.0581 RHO~ 2,429'7 NCNb 215~ 0000 11.4922 NRAT 3,2773 RN~A ' :7480 11.2344 UR~N 2.4707 POTA 2,4902 104,1250 2.8145 ILD 2.9590 IbM 2,9453 92.6250 I>T 100.9375 (;R 92.6250 0.0361 RHOB 2.3920 NCNb 223~,0000 11.7109 NRAT 3.2670 Ri,~RA 3,6563 9,1719 IJRAN 2.3320 POR'A 2,7832 100,0~25 2.3~57 TLD 2,~,91 Ib~: 2.7910 89,8125 DT 99.3125 GR 89.8125 0.0493 RHOB 2.3U84 NCNb 2398,0000 11.0938 NRAT 3.4629 RNRA 4,2578 10.0391 IJRAt.~ 1.7¢~95 PO]'A 2.2461 2,6895 Ih[3 2,~301 1][,~ 2.8457 .DVP OIO~,HO2.'VERIFICATION':'bISTING SP -'//.937 NPHI 32.275 FCNb 652.000 SGR 97.812 CGR 97,312 DEPT 6~0 000 SP 2:609 NPH1 34,570 FCNL 675.000 SGR 91,687 CGR 94.875 'DEPT 6200,0000 SP '19,7344 NPHI 36,6599 FCNb 697,5000 SGR '~ 85,4375' CGR 71,8125 DEPT 6100~0000 SP -20,35'94 NPH1 37 8906 FCNL 599:0000'/ SGR 93.9375 CGR 90.3750 DCPT 6000 0000 S~ -20~8281 NPHI 36,5723 FCNb 582.0000 SGR 89.8750 CGR 68,68'/5 DEPT 590~ 0000 sP '2 NPHI 32,3242 FCNb 661.0000'~ S£;R 108,1250 CGR -999,2500 DEPT 5800.0000 SP -21.5313 NPHI 38.0859 FCNb 595.0000 SGR 97,1250 CGR -999.2500 D~PT 5100 0000 SP 23:8594 NPHI 42,5293 FCMI, 481,7500 SGR 104.5000 CG~ -999.2500 GR DRWO CALl THOR SGR .. GRi:",' '--. DRHO 'CALl. - THOR 'SGR ' .., .... :,:': :.:~.!':;:,~!?.:":'.j ': :: . ,i:'.: 72':i'",. l:,[:..:...,,,.., ..,.,..~.,,,~.~::~;,:: .,::,,.,:.,~.,, , . '' '- "": ':: ",' .... ' "7 '"' ' ..... 't:' ~'-".',::';':~;'"'~.'['~..~'r:v,'~:V:.'[-r,'-' ?". '.':: .... .'"",'t~'.'""~,t '," 0. 0229 RHOB ': ': '.'"' 2* 3809':!",'NCNU.-??":"?~'~':F"2266', 0000"?Ti'T?'??' :'"';~' ".;.'.~'"~ ...... :." ..... · ........ ~?" ......... ' ',: . . 11,3359 NRAT 3,08'/9 -,,RNRA " 3,..,.4'746 .... ~ ........ '. "ql ~ '~'~;'. ,t- ~".; - ,.,?-..v, ,¢.-,,,. ~ ....... 13.1 -250 -': URAN: .~' ~'~,ii '7.':---"!~.,..0~,'0.,6 .4~i;.```:;~[`~i.B`~.~.A~i.?~:ii!~:`~2~?.f[i?[2~:8`32~?`~``.~i~:``.::..:.;::.~.~ .:.:.... :. ... .,. -..t, '.: ....... ,--,",'.-'--':: ..... · 97.8125" · t ,..,,,.-,t_-~...~, :..,~.~,-.-.rI.,.,,rm · ..w~ff,[-~ ~'~'%'~3",".~'"~.,~' '~7,.e.e~,' "_'~'~','v'-:~-.' ..... r,':t:-.-.*-~-",~,-:.~.=~ ,~, · ~-,..,.T.~,~'~-~ ~ ,,.,~ ,-~,~ :,,~.,. ~..,,.? ... 2.8145 lbo 2'. .... "'"' ' ' .. "'85 ' 8750 :' ' ,9 T"; ':' :2-,, , :' :'i::":Z 99 ':.. 500'0' ??[~GR':,V:%~!T?~.?'.~ ?~':'.',;'85 :;~- 8750.".'~":~?~ 0~0229 NhOB 2.3652 NCNL ............ :2362,0000'" .... 10.9375 'NRAT ' ..... ':":""73 ~:191'4':' ..... RNRA`?::,- ...... ,' .' ...'-:~'~' ';-.-""~'3, ..... 4 980.'" ,,.....:~,' .'. ':.:'--'. ............ ? ....... '::.r',---:-...:. ....... ...-... 1~ 2500 URAN , -0,3965 POTA ' ' '3,2227,~ ' 9 ; 6875 ' "'"' . '..';":'3' .. ~.,.." :...:'. ': ~ ..".' ': .' ?::'..7'.,' ..' ;." '".'"::fi!..,",:"';~'?Y.7::?.; .t:':..*i?':~?,.',??,: '" .... "' 'SFt, U 3.5039 "IbD ....... 3;0Ti0:' II.;M"' ................ '.'. ....... 3.,"0430'''~'~?'~ ..... ..',":.': :'"' ...... :'"'"" ..... ."'-.': ' ..... "' "'L'..' '" ' '- GR 8:2,,81.25 DT 101,,8750 GR 82,'8125 .DRHO 0',;0215 .:'RHOB · ''2,3379" 'NCNb · .""'~2368,000'0...~:'1 CALl 1!,1406 NRAT 3,3145 RNRA ' ' ' 3.3945 ........ :T H 0 R':':: '"'.':' .i.' ..... 8_, 8. 3.5_ 9 .... :"U R A N' '.:..:i" :'.:. :')!?"?'!,T;' 1"';' 68'16 ' :?~:';P OTA' ~: ~: '" '?:!'i:T~>-? ?~; 2:;: 47~1"4'!??r::!"~'?~~t:'':'''';'''';':," '""?,' ""':':' '!": :~" ".':'.." :' ...... SGR 85,4375 , ' ................... ' ....... " '..'~.' '?? '?," 'T": ' ' ' :.' "'. ' :' '":' ': "" ":.'";Y'"';"'??,i:i';!~!!:':'~::"?''" :' :..:::' ~::"~:.":'. ,~::? ?;'~ '?.!~".':,':"':'~i:'!{'~:i,:i?':'!F:'/!: 77'! '";'""~¥":"~,:?,'??!::?"~'!!'::'.~';'" SFLU 2 8379 II,,D 2.9961 lbl~ ......... 2';9668 ............ ' ............... ," ......... ·. .". .... · GR, .',', v '., "83 '~ 5000 'DT""." '~ ' '"'"":'??1'0 3,9375"<":;".'"GR','"'"'.'' '::'!'i~('::?'7'.~'"'~'¥;';i:'!83'."5000:' "'"~"'""'"'~ ..... DRHO 0.0610 RHOB , 2,3887 NCNL ~ 221_8 0000 ....... ~ ~ ,' '~ ' 'i~,~' ' "'~ i , ' 'C A bi .'. ~-. !?:,'.;" :" ii. "! 1 i 4688" "":.N R A T ', %1, :~?[ii,~!,!:~!',':";.~,:.'73' ,i388',7 'ii~i":R N R Ai!i~i~!:3:!~i;,','.'i:".!"i!~Ti~i',i~li ::t !i;~i',, ;~r:' ~ ~:;?' :.::," ??.:¢;'a,';:'.:"~,'.~z,:, :?'."',:,,: ':.:,", ',,.'?::,',~.-."'.,.-.',,'. ,"~ ' ' ' · ' ,,~ ',~' .,.~;,.: ..,' ..... ~, ' ..-", '.:' z~. · .~ ", ". '.' ..., .. ' . ' ~, ,. ". ? '.,., ~e .;. · .-_,. THOR 13,7344 URAN 0,4341 POTA ............. 2 SGR ' ' ~93 9375 .... ':? :'!': ~:': .... '"~","~"':."'"""' :" ';"'""'~'%'r"':'"'~'"'~'?'"'"'?'?:'": ........... "'~'"'"'"'"'"'" .................... ' :' "" }, .,:",",i;.: ..... " ' '' ;',. '.:.: ,' ~. ;" '" ':' '~["' ::'f,'~?"!'!':'"/"?'::?::':'":" :';'";:"?'~'::~2";,~' '' ~'~ ........... t ........ : ........... " GaSFLU 8o2'8594. 2500 ~')'I",,ILD' 16'7.3 .'02'731250 ..... ~'Gi~ M.. · ........... ~'(~;2 500609""!";"~'"' .... ' .... :'? '"' ........ ":'" ":" ' DRHO 0 0586 RHOB. '" ...... ,.2,37,',"/O"'""NCNib '''~ .... .... ' ...... ................ 2200,0000 ....... "~ ....... ' .....'". .... :'" . . ' 3,3281 RNRA,, 3,~ ':'~l.,,,:,, ....... ..... . ..... ., ..',...:.." .......... : ,.. .... . .. .....,.... .......... CAI, i 1 898,4 NRAT THOR ', 0078 tlR.AN ...... ~ '""?':'"'""'"2', 61'52!":":'"'POTA';'"'"'"':'7''?'~''?'''r '~;":2','53 1'??"i ..... '"'""'"'"'"""' ................ ' ........... SGR 89 · 8750 ' '" G R .?:': ,,. ~',::.;,i;: :99.1250 D T' ':' :.": :' ,. ::,.":':.:':.:,!'1;l 0 ~' :'1":.25"07'?G R: ?.!".. '.!.' '::.!'::,.':"'.?':'~.:~" 'v?.'i""99 '<'1' 2~ 50"""" ...... ........................... ' -" DRHO 0.1035 RHO.B , 2;44,7'3 ',NCNb i 20'82~v00'""":'"":" "'""'" ": THOR -.99., ~ 2500 UR~.N :-999"..2500 ....... POTA ..... -999, ~00 SGR ~'99e 2500 "~"?'~' '~'":':' ':' ' ' ........ ::': ......... · :' '},:5 , ' ,: ', ' ' ~ ,. ,."'T'--,. G~ 91:1250 ~:~'I' 111.68'/5 GR 91.'z~25 DRHO o.0415 RI-lOB .:.2 ~262 NCNb 2164.0000 CAt, 1 12 0000 N R l'l' 3~4141 RNRA 3.6367 TiiOR -999~500 [IRAN ""':'-999~2500 POTA =999.2500 ' SGR -09'..). 2500 ~..:, ...,., ..,.., .,. ,,..,~,, . SFLU 2.00'78 ~LD 1,98~4 IbM 1.9971 GR 104.8125 DT ................ 116 5625 GR 104 8125 " DRHU (3.0';67 RHOB 2:3438 NCNL 1993:0000 CAbl~ ' 12.1094 NRAT ',v,', ........ 3,6641' RN~R~A .... ','~' 4 1367 "' .": THOI~ -999.2500 URAN -999.2500 P'O,,~'"'":"' -999:2500 SGR -999.2500 ..... :'.'~'! ....... ' ..... :"'"'~"' ............... ¢ ' .., , ,,,.. · .,...,.~..., ..... ' '% ' ';" ' ' ' "; .................. " .......... ~' ' t' ~:}"~r,~,%~..,v',':: ,,, ,,,'...,'..' - . .., ,,.,. ,~.., , . .... ~ · ,,. -. ~... '. , ,, ~. ,,,, .... · .,. ............ 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SGR '999,2500 · i':, ..iii .:,k'"), ')', '/"',~'/:':":',':,(,!'/'.:",',,,:" ,,,: :',i , ::i 'i:', :'",' ,:' 7/: :.~i', ,,:',, ¥',:;' ~..,~ ,, ;:,,, :, .,',?%:L~ ..... . ..... Z ~. 1 ~ 6( ' GR /( ' .' ':,~/' :'"/f93 ,:3125 ~ ':.'D~' ./':'./?,<':~,'~:'?,c ~ ::'?~ 1'14 ' 9375 :G'R' ~<:'"::.':>'.,:'/~'~' ?.::': ?':? ':" :':,:.'.93 ' 3 3~.4266 DRHO 0~0508 RHOB ................. 2.2~69'" NcNb ......... 1985 oooo 33 ' 50'00:~': .CA I., i '~': "":":~). '.': 'i 2.3594 "' N'R A.T' .?:::~'?'.~' ":":..:..' ?":~ * 4~53'/Ti'' RNR A':':~?'. <:~;~':::'?:::'"' ':"./" 3' 20'7'('":~/:':::"::?'.':/':>:::' '' .... 01.9375 THOR -99q.25bO UR~: ........ -999,2~00 POTA ........ '999 5'0~ ............ 99. 2500 "' SGR :' ''~ -999. ~500 '"' ". "...' . :' :.,)'".'? .:' ": '?":"~.~"":'?~: " .::L:(' '"'~"~ ................. 00 ,'0000 S~:bU ,~.4!,41 ILD'"",'" 5,0231' IBM" .... 40,3750 GR o., !250 DT ' ~.15,437! GR 83.1250 36.2305 'DRH0' ' ' 0:,,,479 ~HOB 2.201z NCNI, 2400 0000 43.0000 CAI, I 11.3984 NRA'i: 3.2949 RNRA 317324 94,2500 THOR 8,4922 URAN 3.2441 POTA 2,0996 68,0000 SG~ 94,2b00 . . , . 00.O00u SF[.,U 2,6504 ILD 2.8535 IbM 2 21.0000 Ga 80,81~5 . DT ~117.5625 GR 801~125 ]9.9414 DRHO 0,0337 RH~S 2.2168 NCNb 211610000 4],0000 CALI 12.7891 NRAT "3,5371 RNRA 3.8965 83,!250 TH[)a 11,8906 URaN 1.2]6] POTA 1,6602 73,1250 SGR 8].1250 00.0000 SFLU 2.7695 ILD 3,1250 IbM 2,9492 24.1~5u GR 84,2500 DT 115.6250 GR 84,2500 39.2u90 DRHO 0.0547 RHOB 2.3008 NCNL 2072,0000 68,0000 CA[,I 12,8437 K~RAT 3.5000 RNRA 3,6465 86.0625 THOR 8.0313 URAN 3.4902 POTA 1,6602 ' 57,843/ SG~ 86,0625 00.0000 S~'LU 4.3281 IbD 4.8203 ILN 4,5~98 33.9687 Ga 87,2500 DT 112,6250 GR W7,2500 38.q!69 DRHU 9.0576 RHO[i 2,3379 NCNb 2106,0000 60,,~000 CALl 12.6797 NRAT 3.4785 RNRA 3,7598 7344 t';R 100,7500 DI 111.812b GR 100.7500 i ' ' , ~ ' ' ' ' ' .':'; ._, !',,;'x'? ./.'.,'S';. '...'. '. ' '~ ~11r~ ~, V ~..'.~..'!~,? ,,.. ' :'.'. ~.' '... 3301 'DRHO :"' 0 ..0811 ' ': RHO~": ":"/?~':"'.:":.."::2 ,"3~ 1' NCNb?:'.(~??~'.?;~.)?"')?2126,:0000 .~9~0. C6bl.. ,.. 11,8~37 ..NR6x ....... ·3.4238' RNR~ .......... ~':.': .....4;0006 ........ .slgO THOR -999.2500 ~iRAN -999,2500' PaT''~ :q~ ~99:·':2 '~"":'~:": .·2500 .SGR ', -999,2500 ..... .o o o o :: 4 .: ,.6 .3750,7461' GR'DRM(3: '".. ~ 06137500.0488 'DTR~oi~.?: ':' ~ ...."~ 3,'0~25 2.~4~8' .... :GR '""< "<:NCNb .... .oooo · .:, ,9375 THOR -9~9,2500 IIRA~ ' '999.2~'00 POTA ' " ~2500 SGR '.''999.2500", '.:.~:/,':':,':"?,:':: . . " LVP 010,HO2'VERIFICATION. 5·ISTING ...... SGR 9o·7500 CGR 74.7500 DEPI 480 SP -1 NPHI 3 FCNL 49 SGR 8 CGR 7 THOR 9.47 0 0000 -BFSU 3 2~68'-'. 3,7891 'GR 74 9375 DT 8 · 5254' ""'" DRHO ......... :<: ...... 0' 0337 '~:,~f~ ~.2500 CA~Z 14 2~09 0 0625 · THOR-' ' ':'"- ........ - '9 1875 DEPT 47~ SP NpHI 3 FCNL 55 SGR 8 CGR 6 DEPT 4600. SP -16, NPHI 33, FC~IL 595 SGR 92: CGR 66, DEPT 4500 SP =211 NPH1 34 FCNL 641 SGR 64, CGR 42. DEPT 4400· SP -24 NPHI 44' · FCNb 469 S(;R .CGR 75. DEPT 4~00 SP 17~ NPHI FCNb 480~ CGR 82, DEPT 4200. SP -42 NPHI 4~] FCNL 55~. SGR 66. CGR 55. DEPT 4100. SP -52, 4,0000 SGR , .. ~- :t-'. _ -..~ : 0 000 SFLU 9.9114 DRHO 9.0000 CALl 2.4375 THOR 1,7500 SGR 80,0625 ..... · '" ......... '. <'.! ' '~'~ ':"-' ': "-~<'?'~:~', '~ '"" ~ "'~' '.' '. C.'T-" 'q!"; '< '?; ',+'T"~:. >?~.~,;~ ~'c..: .~, ':;?:'::'.'~C~ ~:':~~~.?m~,~?~'~7,,.~-,,-,,,r~?-~.~r~:~.,..T,~, ~,-~ .......... 3,7 ~ 7~ ...... ' I5~· '·"' " ' ' ' '; ..... "~'"4.0820::"'~ "" ·'' ' '"",IBM' '" :-...~. ,.,,,-~+~.~t,,: ;:73.8594 '~:'' ~+...,;:3.'=. ,0.0425 RHOB 2.2305 NCNb 2~'84,0000"~, ................. 13.0313 NRAT '-_ 3-.;5449'.'.':RNRA ...... :.~;:~:;=:.'=~';3~7266!i,,~,F,~.'., 8 3984 URAN 2'.5605 POTA ..... 1.7090 ., ,. ..... !%...'':.,,/...~,;, .... .,,.-. .. · 1543 .'DRHO?'''~:',''~':''' 5000 CALl 12 8125:"THOR :""~:':' ..... 7 1875 SGR 92 000 SFLU 8 250 ' gR.<':',.i':. ~:..'.':,?: 656 DRHO 0 ~000 ':,'. CA,,li!I.:i'/'.,:' <<::,:;',.'::. 5000 THOR 6 6875 S'GR.'"i:: ......... 6'4 3'/50 GR 67 6777 ,"DRHO' 2500 CAbI 11 0000 THOR 5(.)00 SGR 7.t 9375 DT ' .... ,~14,5625 GR ..... 87.9375 0752: ':" R H 0 B ' "::'.".? '.".!,t:~,: ':'.'~:~' 2.3'45.7' :::': N C N b'""..;,i?:,:":; ~ :.-.'-:720'21. ~'90'00 ":":?'?,:~:?. :''~ ~'''~'.' '~:> ''~'' " 5547 NRAT ........... 3.i. 797 RNRA .s.3926 "' .... ' " 5117 · :'.'U R'A ':' ¢?,',':?::":!!:~!ii~?~'j'i:i3':~' 29.49'.' :.'-'P.O T A',?,::,~,';:~~¥. '., ',~:, ..,'.,::,:,':: '2 ;::19"/.3,?i;ii~:?",."Y.:'?:j.:.'i!'i."> I',I , ' ...... .... ' ............. ~" ........... 8125 ............. ' ..... - '~. .+ '... ;,'.,..':'!' ',:,. .,.,:("., + ~..,",,:~',: ..... f;': ,¢" '. :':"~ ~'."'. '.k"+(:','r':,t:~'~k".~.,'!~.~;'~;":',?¥k'.,,";'h.'.';''' ', ":'i?. '. :..'. '.,':;:,:~..: ~. ~ - ~i ,' .' ;; .' " :". ".' , *'.Z' ,'~'. ,., . ". .... 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