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192-138
T39893 T39893 . Page 1 of2 . Maunder, Thomas E (DOA) From: Maunder, Thomas E (DOA) Sent: Friday, July 27, 2007 1 :53 PM To: Peterson, Terry L (DNR) Subject: RE: ConocoPhillips lease surrenders ~ <t=' \ D \~ Terry, I have reviewed the subject well files. KuukDik #3 (192-138): This well was plugged and abandoned by ARCO Alaska in April 1993. After an inspection in summer 1993, location clearance was granted by letter dated September 15, 1993. I saw nothing in the file to question the status. Colville 25-13-6 #1 (185-278): This well was plugged and abandoned by Amerada Hess Corporation in March 1986. After an inspection in early August 1994, location clearance was granted by letter dated August 19, 1994. saw nothing in the file to question the status. Please note that I have found the well name slightly different for the Amerada Hess well. Our files show the middle number to be 13 rather than 23. Also, has the lease been "transferred" from Amerada Hess to ConocoPhillips (or Phillips or ARCO)? Our file has no information regarding any company other than Amerada Hess. Amerada Hess intended to drill 3 wells and set conductor on another well Colville 32-13-6 #1 185-279) on lease ADL 364475. According to the file, since the well was not drilled Amerada proposed to weld a plate on the 20" conductor and fill in the cellar box with the spoils from the conductor hole. Our file has no record of any site inspection for that well. I hope this fits your need, please message back with any questions. Tom Maunder, PE AOGCC SCANNED JUL 3 0 2007 cc: well files ---_._------ . ~-~----------_._._-,-------, From: Peterson, Terry L (DNR) Sent: Friday, July 27,2007 11:30 AM To: Maunder, Thomas E (DOA) Subject: ConocoPhillips lease surrenders Tom, The lease numbers are ADL 364477 and 364478: with Kuukpik #3 well being on 477 and AHC Colville 25-23-6 #1 well being on 478. I need to know if your office has signed off on their well abandonment before I can release them from the leases. Thank you for your help. Terry P Terry L Peterson State of Alaska, DNR Division of Oil and Gas Lease Administration 7/27/2007 P E RH ! T 92-138 92-138 92 - 138 :~2- 13 92-138 92-138 9 2 - 13 8 92-128 92-138 92-138 92-138 9' 2'.- 138 92-138 92-138 92-138 92-138 92.-i38 92-!38 92-138 92-138 92-138 92-i38 92-138 92-138 92-138 92-138 92-12;8 92-138. .%OGCC Individuai Well Geologisa! Materials Inventory DATA T DATA_PLUS 566 7 '/ DRY DITCH 407 ADT WELL SUMMARYk~, FINAL REPORT 97-6850 OH/FINALS 150-6877 SS~ 870 COMP DATE'04/'14/'9S SUMMARY CORE ANALYSIS ~R 6239-6370 CORE DESCRIPTION~ 6238-6255 DAILY WELL OP DST# 1,2,3,4 DST~ 1,2,3,4 SURVEY BHC/MAC(CSC) COMP DIFL/DLL/MLL/GR DIFL/GR DiP DLL/MLL/GR FMT/GR MUD P&A RECORD P,ACK PACK(BAKER) PACK(SET/TCP) PFC/CL PFC/GR(PAC~} PLS(FLS) 02/16/93-04/16/93 SCHLUMBERGER REPORT ~/~ PROD.TESTING SERVICE ~" 199-6810 ~ 145-6865 ~.L~'5960-6230 bL/'145-6840 ~I~145-2297 -.--~2290-68A0 LL~ 2275-6840 2688-6241 .,--~IY,'115-6880 ~/J6"122-30! ~'L"6000-6200 L-L~' 5500-5702 ~L-~5960-6230 6000-6500 ~K"6100-6520 3800-3950 RETAINER RECORD ~6070-6255 SS/'MAC/MPC ~ 145-6846 SS/MAC/SSA ~"L 145-6846 Page · i Date- 01/12/'95 RUN DATE_RE CVD 1-2 05/26/93 03/22/"93 05/07/93 05/26/93 05/26/93 05/26/'93 05/07/93 06/07/93 06/'07/93 05/07/93 1-2 05/26/93 1 05/27/93 1-2 05/26/93 i 05/26/93 2 05/27/93 2 05/'26/93 2 05/26/93 1 05/26/93 1 05/27/93 1 05/27/93 1 05/27/93 1 05/27/93 1 05/27/93 1 05/27/93 ! 05/27/93 1 05/27/93 1-2 05/26/93 1-2 05/26/93 AOGCC Individual Well Geological Materials Inventory P age · Date · 01/12/95 PERi~!T DATA T DATA_PLUS RUN DATE_RE CVD 92 - 138 TEMP/'CCL/'GR/PRFA ~Z~'6226 - 6 e 90 1 05 / 2 '7 / i} 3 92-138 ZDL/'CNL/GR ~ 145-6852 1-2 05/26/93 ~:2-!38 DST~ i 6~D MSRT DATA 3 DISKS 06/'07/93 92-138 DST~ 2 L~D-MSRT DATA 3 DISKS 06/07/93 92.-138 DST~ 2 ~ FHPR DATA 1 DISK 06/07/93 92--1.38 DST~ 3 '~D MSRT DATA 2 DISKS 06/'07/q' 92-138 DST~ 3 ~D FHPR DATA 1 DISK 06/07/93 92-138 DST~ 4 .LD MSRT DATA 2 DISKS 06/07/93 92-138 DST~ 4 LD FHPR DATA 1 DISK 06/07/93 92-138 CORE CHIPS ~ 6214-6370 SS~ 870 03/22/93 .Are ~ry ditch samples required? .... ~ no And received? v~j no ~e,s~?'~ no Analysis & description received'?~ (~._eS-~:' no Was the well cored? Are well tests required? yes Received?~.~yes-~6~ well is in compliance Initial COMMENTS PERHiT DATA AOGCC Individual Well Gec!og!cal Haterla!s inventory T DATA_PLUS Page' i Date- 0'1 ~4/ /~ 94 RUN DATE_RECVD 32-138 ~ is8 92-138 92-138 92-'138 92-138 92"-138 92'.-138 92-138 92-138 92-138 92-138 92-138 92-138 S2-!38 92-.138 92-1.38 92-138 912-'138 ~,= 138 92-138 92-13,8. 92-138 92-138 92-138 92-138 CORE CHIPS DST~ i DST# 2 D~,~ 2 DST# 3 DST~ 3 DST~ 4 DST# 4 BHC/MAC(CSC) L COMP DIFL/DLL/MLL/GR L DIEL/GR L DIP DLL/MLL/GR EMT/GR MUD L ~&A RECORD L PACK PACK(BAKER) PAC~(SET/TCP) PEC/CL PEC/GR(PACK) PLS(ELS) RETAINER RECORD SS/MAC/MPC L SS/MAC/SSA L C ,~214-6370 SS~ST0 D MSRT DATA 3 DISKS D FHPR DATA I DISK D HSRT DATA 3 DESKS D PHPR DATA 1 DISK D MSRT DATA 2 DISKS D FHPR DATA 1 DISK D MSRT DATA 2 DISKS 145-6865 L 5960-6230 145-6840 145-2297 L 2290-6840 L 2275,-6840 L 2688-6241 115-6880 122-301 L 6000-6200 L 5500-5702 L 5960-6230 L 6000-6500 L 6100-6,520 3800-3950 L 6070-6255 ].45-6846 145-6846 03/'22/93 06/07/'93 06//07/'93 06/07/93 06/07/93 06/07/'93 06/07/93 06/07/93 1-2 05/26/93 1 05/'27/93 1-2 05,/26/93 ! 05/26./93 2 05/27/93 2 05/26/93 2 05/26./93 05/26/93 1 05/27/93 ! 05/27/'93 1 05/27/93 1 05/27/93 ! 05/27/93 1 05/27/93 1 05/2'7/93 1 05/27/'93 1-2 05/26/93 1-2 05/26/93 r'ERMIT 92-138 92- '! 38 92-138 ,~ '-, -t 38 92-138 _~Z-138 92-138 ACGCC Individ~:ai Well Geological Materials Inventory DATA T DATA_FLUS TEMP/CCL..'G.~ rRFA L e=26-6490 ZDL/'CNL IGR L 14~, ~-6~, ~_ ~,2 '~07 R COMP DATE '04/14/'93 ADT WELL SUMMARY R FINAL REPORT SUMMARY !SORE ANALYSIS R 6239-6370 CORE DESCRIPTION R 6238-6255 DAILY WELL OP D~.~Tr:. i, 9 4 DST~ 1,2,3,4 SURVEY R 02/16/93-04/16/93 R PROD.TESTING SERVICE R SCHLUMBERGER REPORT R 199-6810 P2-'t38 DRY DITCH S 150-6877 T 97-6850,OH/FINALS Page ' 2 Date: 01/24/94 RUN DAT E_RE CVD 1 05/"27/93 i-2 05/26/93 05/07/'93 05 / 26 /33 0~./'26/9° ..,, ~ 05/26/"93 05/07/93 06/07/93 06/0 ~/9o 05/07~'93 03/22/93 1-2 05/26/93 Are dry ditch samples required? ..... >no And received? no Was the well cored? ~p.'.} no Aua!ysis a description received3~'---~e~s,_ . .:_-- no Are well tests re,quire~i ...... ~no Received? no Well is in compliance ih~.tiPf I' ALASKA OIL AND GAS CONSERVATION COMMISSION September 15, 1993 WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 ARCO Alaska Inc. ATL 1942 POBox 100360 Anchorage, AK 99510-0360 Attn.: Peter Gobel Senior Landman Re: Final Location Clearance, Various North Slope Locations Dear Mr Gobel: On August 19, 1993 our inspector, John Spaulding, accompanied ARCO personnel on the inspection of various North Slope locations. Mr. Spaulding recommended the following for final location clearance: Well Name and No. Kuukpik #1 Big Bend #1 Jones Island #1 Colville River #1 Till #1 ARCO Tuluga #1 Kuparuk Riv Unit 3W-07 Lease No. PTD NO. ADL 364477 92-0138 ASRC 105017 9270139 ADL 355011 92-0140 ADL 25578 92-0153 ADL 25536 93-0004 ADL 372006 93-0010 ADL 355032 93-0045 Operator ARCO Alaska ARCO Alaska ARCO Alaska ARCO Alaska ARCO Alaska ARCO Alaska ARCO Alaska Based on data in our files and the onsite inspections conducted by our petroleum inspectors, final location clearance is hereby approved for the above listed wells. .. Chairman bew/df lcans993 (~ pdnted on recycled p~[ler b y ~,~, ~'~ MEMORANDUM STATE ,tLASKA. ALAS~ OIL AND GAS CONSER VA TION COMMISSION TO: David John~ Chairman DA TE: AUG. 19, 1993 FILE NO: 199LHSAA I.DOC THRU: Blair Wondzell -~~ P.I. Supervisor FR OM: ~'"°h~n Spaulding Petroleum Inspector THURS. AUG. 19, 1993 PHONE NO.' 279-1433 SUBJECT: LOCATION CLEARANCE ARCO ALASKA KUUKPIK #3 WILDCAT P.T.D. 9~-138 I travelled this date to ~...-.,-," ~ ..... 3W -07 (Pa~i?,-) to witness the surface abandonment & location clearance. No junk or equipment was left on or near the location. All pits and liners were removed. Gravel around the location marker post was mounded up and raked smooth to facilitate water runoff away from the marker post. Summary: I recommend location clearance for Kuukpik#3. Attachment: i991hsaa STATE OF ALASKA ALASi~u~ OIL AND GAS CONSERVATION COMMISSION Surface Abandonment / Location Clearance Report ( Title 20 AAC 25, Article 2 ) FILE INFORMATION: Operator: ARCO ALASKA INC. Address: P.O. BOX 100360 ANCH. AK Surface Location: 1762 F WEST L, 768 Section 22 ,T 13N Inspection Date: :Steel Post OD: (4" min) F SOUTH L ,R 6E ,M U.M. 'Well Name: KUUKPIK #3 PTD No.: 9~135 APl No. 50- 103-20187 Unit or Lease Name: N lA Field and Pool: VVlLDCA T Downhole P&A Date: 8/19/93 i 20 AAC 25,t 25 - ABANDONMENT MARKER: Approval Date: "Length (10' min.) ft. Height Above Final Grade Level (4' min.) ft. Top of Marker Post Closed With: (Welded, Cmt., Cap), Set: Distance Below Final Grade Level: ft. Side Outlets: All valves and nipples removed ? All openings closed ? With Marker Plate Diameter: "Thickness: "Distance Below Final Grade Level: ft. Marker Plate Attached To: Wellhead Cutoff Csg Other .' ' : : ' : ;: ::: : : ::::::::::::::::::::::::::::::::: :::/ 'i. ~:i:'~ii~:i: i:i :'i::i i i : i ii i ..... iiii:~i i ' ..... Information Beadwelded Directly to Marker Post or Blind Marker Plate: ( Note when different from file information) Operator: Well Name: Surface Location: F L, F L Section ,T ,R ,M Inspection Date: PITS: Filled In: (On Wellhead, Csg, In Cmt) Unit / Lease Name: Remarks: Approval Date: N/A Liners Removed or Buded: REMOVED Debds Removed: YES SURFACE CONDITION OF PAD AND / OR LOCATION ' CONTOURED; GRASSY AND WET ( Rough, Smooth, Contoured, Flat, Compacted ) Type &Quan. of Debris if any remaining on pad and / or location: NONE Clean: YES TYPE AND CONDITION OF SURROUNDING AREA ' TUNDRA; GRASS (Wooded,Tundra,Grass,Brush,Dirt,GraveI,Sand) Clean: YES Type & Quan. of Debris if any remaining on surrounding area ' NONE TYPE AND CONDITION OF ACCESS ROAD AND SURROUNDING AREA: ICE ( Dirt, Gravel, Ice, Other) Clean: 'YES Type & Quan. of Debris if any remaining on access road or surrounding area ' NONE CLEANUP WORK REMAINING TO BE DONE · NONE, EXCELLENT CLEANUP RECOMMENDED FOR APPROVAL OF ABANDONMENT: Yes XXX No Distribution: orig - Well file c - Operator c - Database c - Inspector Reason: FINAL INSPECTION: INSPECTED BY: Yes XXX No JOHN H. SPAULDING ( If "No" See Reason ) DATE: $/19/93 FI-(X)0 (Rev. 3/93) 199LHRAA.XLS STATE OF ALASKA Alaska Oil Gas Conservation Commission Anchorage, Alaska §g5[11-3192 CONFIDENTIAL DATA RELEASF The AOGCC will release confidential well data to aulhorized DNRIDOG employees. All data is to be inventoried prior to release and a copy of thc inventory given to the DNRIDOG eml~lo¥ce. 81j Permit to Drill i40i]: ~.pagcs 02j Completion Report 1407j'~ pages 03j Daily Drilling History: ~ pages 04} Directional Surveys: ~ pages 05] Drill Stem Tests: I I'1...-pages 06] Core Analysis Report: ~ pages 01) Core Description: ~ pages 08} Digital Data: reels 09] Formation Picks: ¢ pages 10) Bluelines'_ _logs [llstbelow] OTHER '~ ~"~ ~'~" ~'""-"3 : ~'x....~ V"J.~_ ?~¥--"~'- ~'-'-I D4,?,--~ LOG TYPE INTERVAL ' RUN ~ J SCALE _ _ .... TODAY'S DATE' Thc under-signed z~,¢,'~ employee hereby accepts receipt of the above listed confidential materials. Print and sign your name below. Name'. Authorized ;' lo verify transference of these confidential materials. q~nngf,,r~' Facsimile Cover Sheet To: Company: Phone: Fax: From' · Company; Phone= Fax: LARRY GRANT Alaska D.N.R. Oil & Gas Conservation Comm. 907-279-1433 §07-276.7542 Timothy J. Ryherd Alaska D.N.R.- Division of (907)762-2140 (907)562-385:2 Date: 06t10/93 Pages including this cover page: I Larry, I request lhe following well data be prepared for me to pickup as soon as possible. Thanks for your help. * BP Cascade #1 (93-0001)-all well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production lests. · IBP Cascade #lA (93-0041)--ai! well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production lests. · Conoco N.W, Milne Pt. #1 (91-0145).-all well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · Conoco Badami #2 (91-0144)-.ali well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production lests. · ARCO N. Prudhoe Bay State #3 (92-0145)--all well logs, werl history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · ARCO Tulaga #1 (93-0010)--all well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production lests. o ARCO Jones Island #1 (92-0140)-ali well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · Exxon Thetis Island #1 (g3-0021)--all well logs, well history, completion report, horizon picks, directional surveys, core descriptions & analyses, & production tests. · ARCO Kuukpik #3 (92-0138)--all horizon picks and production tests, · ARCO Co[ville River #1 (92-0153).-ali core descriptions & analyses, I0 '~I ARCO Alaska Inc. Atlantic Richfield Company TO: DATE: ',, Division ofOil & Gas ARCO Alaska, Inc. "'.c" 3601 C St., Suite 1398 P.O. Box 100360 Anchorage, Alaska 99503 Anchorage, AK 99510-0360 ;,L (907) 762-2547 June 4, 1993 / Transnlitted herew ,th is the following information concerning ARCO Kuukpik #3 · J . llstem Test Report as presented by Schlumberger Well Services as follow,,;: General Information, Operation Data, Well Data, Mud Properties, Summary of Events, Fullbore Test String with Coiled tubing schematic, Sequence of E,7,,~ats, Cm'tesian Plot of MSRT data, Cartesian Plots of Section AA and MSRT Data Printout for DST #1,2,3,and 4. /f Copy of the Well Test Report aS presented by Production Testing Services as fo]lowl;: Smmnary; Job Log; Test Data containing: thne,wellhead pressure and temperatm'e, manifold choke size, heater choke size, tank volmne and volmne change, net formation production data influx, total rate, Bs&w,water volume, water rate, water cmnulative volume, clorides, Ph, oil volume, oil rate, oil cumulative ;olume, oil gravity, and comments; Cumulative Oil/Water Influx vs. Time;(Oil Gravity vs. Time) and Sm:npling Report for DST's #1,2,3,and 4. .13 MSDOS formatted floppy disk containing data as presented by Schlumberger Well Services as follow,,;: DST #1 MSRT Data from 3/17/93 00:00 hrs. to 3/22/93 12:00 N's (3 disks) DST #2 MSRT Data from 3/24/93 09:47 hrs. to 3/31/93 03:15 N's (3 disks) DST #3 MSRT Data from 4/01/93 02:00 hrs. to 4/05/93 04:00 hrs (2 disks) DST #4 MSRT Data fi'om 4/06/93 14:40 hrs. to 4/12/93 13:46 l-n's (2 disks) DST #2 FHPR Data from 3/25/93 01:18 hrs. to 3/31/93 04:30 hrs (1 disk) DST #3 FHPR Data fro:n 4/01/93 06:36 hrs. to 4/06/93 05:47 hrs (1 disk) DST #4 FHPR Data front 4/16/93 06:36 hrs. to 4/06/93 05:47 hrs (1 disk) Receipt: Return receipt to: nc - ANO 920A 700 G. Street Anchorage, AK 99510-0360 (907) 265-6240 wk. (907) 265-1398 fax Date: Approved for transmittal by ' ./.-,.& ~-7'v.~ ~-5 ":. .; " "7./r' "~¢'5;.t ,.e~-,,,' 1~.-,~ ~ ~ ,.~. .. ," , ~ ... ,: .... /' T.L. Iludson Manager, Kupm'uk Development and {W. Extension Geoscience Alaska Oil Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alasl(a 99501-3192 907-279-1433 The following data is hereby acJ<no~dedged as being received: Copy sent io sender: Yes '~o_ __ Alaska Oi! Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 907-2:79-1433 Permit ~ The follo~ving data is hereby acknowledged as being received: Received Dated: Copy senito sender: Yes STATE OF ALASKA Alaska Oil Gas Conservation Commission Anchorage. Alaska 99501-3192 CONFIDENTIAL DATA RELEASE The AOGCC will release confidential well data authorized DNR/DOG employees. Ali data is to inventoried prior to release and a copy of the inventory given to the DNR/DOG employee. Permit' C~2.~ · 01) Permit to Ddll (401): ,, 03) Daily Drilling History: ~'~,, ~~) Drill Stem Tests: .. ~) Core Description: ~) Formation Picks: pages 02) Completion Report (407) to pages pages 04) Directional Surveys:~ pages ,~ 06)Core Analysis Report: ..~ ~ page~'/ 08) Digital Data: reels pages pages 10) Bluelines · logs (list below) LOG TYPE INTERVAL RUN # SCALF The under-signed DmZ/DO~ employee hereby accepts receipt of the above listed confidential materials. Pdnt and sign your name below.~. Name:__'-----~.l_L-v~~.N¥ . ~. ~, ~,~~ Signature: ~~ ~-~ Authorized A~sonnel~~ow to verify transference of these confidential materials. Signatu~ ARCO A~aska, Inc. Post Office Box ~ u0360 Anchorage Alaska 99510-0360 Telephone 907 276 1215 May 26, 1993 Mr. James Hansen Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear James: Here is a list of geological markers encountered in the ARCO Kuukpik #3 well, API#50-103-20187. Depths are in feet and are reported as Measured Depth (subsea). Base of Permafrost 1350' (- 1314') Top West Sak 1758' (- 1722') Base West Sak 2200' (-2164') Top Kuparuk 6216' (-6234') Top Nuiqsut 6293' (-625 7') TD 6880' (-6844') Please let me know if you have any questions. Sincerely, R. H. (Bob) Jennings Senior Geologist Kuparuk Development and West Extension Geoscience RJH-jiz / 303.2 RECEIVED MAY 2 G 19,g~ Alaska 0i~ & Bas Cons~ O0mm~s~ion Anchorsge c: D.S. Hastings ANO 920 KUUKPIK #3 CORE DESCRIPTION 6238.5 Shale: medium brown to gray, silty, heavily bioturbated, with vertical burrows, occ. pyrite filled; '~ glaconltic w/mgr sbrnd qtz Sandstone Glauconitic: vf-f gr (m-cg) light-medium brown to gray subangular to subrounded, moderately sorted, glauconitic, abundant siderite cement ip, gen fair-good integran to middle porosityLt oil stained in places; subrounded quartz and chert pebbles in base to 5 cm. occ sh pebb. 6255.0 Shale: Medium brown to gray, occasional to rare floating/quartz and chert grains; occasional glauconite grains CMP-jiz/503 To: Larry Grant DNR-Oil & Ca~ Conscrvation Commission From: Tim R~hercl DNR-Division of Oil & Gas Subject: 0~19/93 List of well d.~t.~ requestcd for picku.~ on May 20, 1903. Please have ready for me to pick up: · ARCO Sunfish #1 (01-0055)--digital tape and LIS, ,, ARCO N. Forelancl ~tate #1 (O2-002S)--digital tape and LIS, " Pan Am Cook Inlet St. 1758{) #lA (62-0028)--resistivity Icg, ARCO Kuukpik #3 (g2.0138).-a[l well logs, core de%riptions & analysee, production tests, hodzon pick~, · ARCO Colville River #1 (§2-0153)-.core descriptions & analyses, horizon picks, MWD Thanks for your help. RrcC£1VF..D Naska 0il & Gas Cons. ~mmissioa ~ch~age [O'd ;~91~8;~9CiL06 'ON X~.q $~0 (]N¥ lIO ^I(]/){~ iS LI:[~[ [l~tN E:6-61:-A~I,I STATE OF ALASKA Alaska Oil Gas Conservation Commission Anchorage, Alaska 99501-3192 CONFIDENTIAL DATA RELEASE The AOGCC will release confidential well data to authorized DNR/DOG employees. All data is to be inventoried prior to release and a copy of the inventory given to the DNR/DOG employee. 01) Permit to Drill (401)' ,~ pages 03) Daily Drilling History: ~ 05) Drill Stem Tests: ~ 07) Core Description: ~ 09) Formation Picks: ~ LOG TYPE 02) Completion Report (407) '~ pages pages ~pages pages reels pages INTERVAL pages 04) Directional Surveys: _.~ pages 06) Core Analysis Report: 08) Digital Data: 10) Bluelines · logs (list below) RUN # SCALE The under-signed i)mt,l:)~ e~hereby accepts receipt of the above listed confidential materials. Print and sig~/~our name below. Name: "~, ~..~,,-,.. IrC',~~J/)_ Signature: ~ ~ MEMORANDUM ALASKA OIL AND GAS CONSERVATION COMMISSION to: David Johnsto~ Commissioner date: thru: Petr Insp Supervisor file: subject: from: ~oohn Spaulding Petr Inspector STATE OF ALASKA May 7, 1993 041493.doc Surface Well Abandonment. Arco Kuukpik Well 3 Kuukpik Unit 0Nildcat) PTD #92-138 Wednesday, April 14, 1993_' I traveled to Arco Kuukpik well #~ Kuukpik Unit to witness placing of surface abandonment marker. The 16" and 7" casings were cut 8' below the tundra. The marker plate was then welded on with the appropriate information bead welded on. Good cement was at the surface. The surrounding area will need to be inspected this summer for a final location clearance. Summary: I witnessed the surface well adbandonment of Arco Kuukpik # 3, Kuukpik Unit 0Nildcat). attachments STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Surface Abandonment / Location Clearance Report ( Title 20 AAC 25, Article 2 ) Operator: _z~ ~ L~ ~ Well Name: ~'~ ..... ~ i--- ~' .:., ~_~. Address: __~/v',~ / ..,~.~.,~,~,~.o .'? ..... ~-. , ,~/~'.~',r,"-,..¢ PTD No.:_ Surface Location: APl No. 50- /~ ~¢ ~ ~ / ~ 7 Unit or Lease Name: ~ F ~/j L, ?¢¢~ F ~ L Field and Pool: ~-~/ Section ~_ ,T /¢_¢"/~,f/ ,R~,M ~t, Downhole P&A Date: D t.: Dat.: Steel Post OD: (4" min) _A/d' "Length (10' min.) /~i;' ft. Height Above Final Grade Level (4' min.) /L./.~? ft. Top of Marker Post Closed With: /J/~ (Welded, Cmt., Cap), Set: /'/,,:;':" (On Wellhead, Csg, In Cmt) Distance Below Final Grade Level: - ~ .. ft. Side Outlets: All valves and ' ' ' ~ ;3,: [ ~-~-i.,'~::.,~.. · . nipples removed ? ~AII openings closed ? ~With .,. Marker Plate Diameter: /¢¢ "Thmkness- // " · · · _ ~_ D~stance Below Final Grade Level: ~ ' ft. Marker Plate Attached To: Wellhead ------_. CutoffOsg / Other Information Beadwelded Directly to Marker Post or Blind Marker Plate: ( Note when different from file information) Operator: ~:~.~¢...<.,~,.;~ Unit / Lease Name: /'11~ ~..,:...~::,~?,.., i/'1::.:: ,'-.-*, ,.," ,..,. ,r' Well Name: _ ~,./2/: z) / ~ ~¢ ~%, Remarks: " Surface Location: ' ' ' Id .,,:.¢ F ' L Section ~,T /,,,.-¢/// ,R~,M ~ Date: ~AAC 26,1:.~);i;~;!~~LEANUB~i;i?¢ilii!i¢ A royal Date: PITS: Filled In: Liners Removed or Buried: Debds Removed: SURFACE CONDITION OF PAD AND / OR LOCATION · ( Rough, Smooth, Contoured, Flat, Compacted ) Clean: _ _ Type &Quan. of Debris if any remaining on pad and / or location: TYPE AND CONDITION OF SURROUNDING AREA · (Wooded,Tundra,GraSS,Brush,Dirt,Gravei,Sand) Clean: _ _ Type &Quan. of Debds if any remaining on surrounding area · TYPE AND CONDITION OF ACCESS ROAD AND SURROUNDING AREA: (Dirt, Gravel, Ice, Other) Clean: Type &Quan. of Debris if any remaining on access road or surrounding area · .~LEANUP WORK REMAINING TO BE DONE · iECOMMENDED FOR APPROVAL OF ABANDONMENT: Yes ~ No istribution: ig - Well file - Operator - Database - Inspector FI-O00 (Rev. 3/93) Reason: FINAL INSPECTIO, yes INSPECTED BY Sur-P&A1 ' ( If "No" See Reason ) ,~i~' 1 Status of Well OIL [~] GAS ~ 2 Name of Operator ARCO Alaska, Inc STAi'E OF ALASKA ORIGINAL AL/ .... A OIL .'AND 3AS CONSERVATION COMl,, o~lON WELL COk'IPLI:'TION__C'_R_RECOMPLETION REPORT AND LOG ..... OO]R i R C~' 'ification o; Sen. ice Well _SLI___GPENDED E~ ABANDONEDr'~ SFRViCE [] t G i NA L 3 Address P.O. Box 100360, Anchorage, AK 99510-0360 4 Location of well at surface 1762' FWL, 768' FSL, SEC 22, T13, R6E, UM At Top Producing Interval NA At Total Depth 1747' FWL, 747' FSL, SEC 22, T13, R6E, UM 5 Elevation in foet (indicate KB, DF, etc.) RKB 30' 6 Lease Designation and Serial No. ADL 364477 12 Date Spudded 13 Date T.D. Reached /14 Date Comp., Susp. or Aband. I 17-Feb-93 03-Mar-93 04/14/93(ABANDON) 17 Total Depth (MD+TVD) 18 Plug Back Depth (MD+TVi.") 19 Directional Survey 20 6880' MD, 6880' TVD" SURF YES r-~MWD NO ~ 22 Type Electric or Other Logs Run 7 Permit Number 92-138 (Permit) & 93-091 (SA 403) 8 APl Number 50-103-20187 9 Unit or Lease Name EXPLORATION 10 Well Number KUUKPIK #3 i Field and Poop WILDCAT 15 Water Depth, if offshore 116 No. of Completions - NA feet MSL NA Depth where SSSV set I 21 Thickness of permafrost NA feet MD NA MAC/CHT/GR, DLL/MLL/CAL/GR/TEMP, CN/ZDL/CAL/'T'EMP/GR, DIPLOG, FMT, VSP, SWC, CBL/GR CASING, LINER AND CEMENTING RECORD CASING SIZE WT 16" 62.58# 9.625" 36# 7" 29# IGRADE J-55 SETTING DEPTH MD TOP BTM HOLE SIZE SURF 150' 20" SURF 2278' 12.25" 24 Perforations op,;,~ to Production (MD iTVL .,f T, ) and Barton ~,nd inter,,al, size and number) NA 27 Date First Production CEMENT RECORD PERMAFROST CMT 345 SX PE~"E,~ SX G sx PFc sx G 12._~5 TUUING RECORD SIz ; .PTH JEI ~M¢) _ N/A' ,_ :',3 ACID, FRACT!JRE, CEMENT SQUEEZE, ETC DEPTH INi ERVAL (MO) ~ bP--~rat~; ~'ummarf'~ /:,MOUNT & KIND OF MATERIAL USED PRODUCTION TEST IMethad of Operation (Flowing, g, lift, etc.) I',RODUCTIONFOR IL.IL-BBL __/TEST PER',:DD I~ JCA'_L;ULAi-ED /OIL-Li~"L ~j~.~ou', RAT~ ~ Daie of Test Hours Test(.c~ Flow Tubing Casing Pressure Press. 28 Brief description of lithology, porosity, fract'..res, appareni'dips'~md pm. sence of oil, gas or water. Submit core chips. * Core & log information to be submitted by geology GAS-ML;F WATER-BBL CHOKE SIZE GAS-OIL RATIO GAs'McF WATER-BBL OIL GRAVI'I'Y-A?I (corr) _ ___ CORE DATA RECEIVED MAY - 7 ^laska 0ii & Gas Co~s, C0mCsslCr~ A c 0rag Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIE"= GEOLOGIC MARKERS NAME MEAS DEPTH 'To be submitted by geology 31. LIST OF A~ACHMENTS TRUE VERT. DEFq, r FORMATION TESTS Inciud~ val ested, pressure d~, ,. all fluids recovered and gravity, · OR, and L. ,eot each phase. * lo be submiiteci .,y geology REPORT OF OPERATIONS, P & A SCHEMA ~ lC, 2 COPIES DIRECTIONAL SURVEY 32. I hereby cerlify that the fore9 ~ing is tluo and co, rect t he b~sl .' ~'./ kno DATE __ INSTRUC ;:IONS 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 inten,..d to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 (All ~rtCO/UTP KUUKPIK #3 As Abandoned depths RKB unless otherwise indicated) Perforations 198'-200' 10.4 ppg Brine TOC (7" x 9-5/8") @ 1775' BOC (7"x Open Hole) @ 2600' 15 Bbls cmt pumped TOC @ 5450' 16 Bbls cmt pumped TOC @ 6030' 9 Bbls cmt pumped Gravel 10.4 ppg Brine 10.4 ppg Brine Ground level @ 34' RKB ,,i,,. -"]"~----' All csg cut off @ 8' BGL and :"?'l'~?~tii:': :_: :__~ ~ieel plate welded On' i.~i?]:i~,~',m,:i 16 Casing@ 150' I ~, 7" Bridge Plug @ 225' ';~;IA?,;" 9-5/8" Casing @ 2278' ., Baker Model FB-1 Packer @ 2575' Cmt retainer in 2-7/8" tailpipe @ 2609' Perforations 2682-2710' M A'¥ - ?' t9 ^~aska 0ii & ¢~as Cons. Ar~cberag~ Baker Model FB-1 Packer @ 5548' Cmt retainer in 2-7/8" tailpipe @ 5583' Perforations 5663'-5718' Baker Model FB-1 Packer @ 6134' Cmt retainer in 2-7/8" tailpipe @ 6163' Perforations 6234'-6249' 7" EZSV @ 6266' Baker Model DB-1 Packer @6273' Perforations 6340'-6405' ,., %" 7" Casing @ 6869' TD @ 6880' PRODUCTION TESTING SERVICES WELL TEST REPORT WELL No.: KUUKPIK//3 COMPANY: ARCO ALASKA, INC. TEST DATE: 3/12/93--4/12/93 MAY 3, 1993 SUMMARY A surface flowing test on Kuukpik//3 was conducted by Production Testing Services from March 12 through April 12, 1993. The whole test included four individual DST. This report summarized the four DST. The data sheets included several important data about wellhead, manifold, heater, tank and net formation production. Five plots regarding of DST #1 -//4 were attached. A sampling report for. DST//2, DST #3 and DST #4 was included. JOB LOG March 12 - March 14: Rig up testing equipment which included Choke Manifold, Line Heater, Separator, Laboratory, Surge Tank, Gas Burner, Storage Tanks and Flow Lines. March 15 - March 16: Standing by. March 17 - March 20: Test/ti. The first zone was perforated on 3/17/93 at 12:41. The zone was fracured on 3/18/93 at 18:30. The clean up was done by nitrogen lifting from 11:50 of 3/19/93 through 12:45 of 3/20/93. March 21 - March 25: Preparation for Test #2. March 26 - March 28: Test #2. The second zone was perforated on 3/26/93 at 7:13. The clean up was done by nitrogen lifting from 4:30 of 3/27/93 through 9:05 of 3/28/93. March 29 - March 31: Preparation for Test #3. April 1 - April 4: Test #3. The third zone was perforated on 4/1/93 at 22:11. The clean up was done by nitrogen lifting from 5:50 of 4/2/93 through 19:00 of 4/4/93. April 5 - April 6: Preparation for Test #4 April 7 - April 10: Test #4. The fourth zone was perforated on 4/7/93 at 1:26. The clean up was done by diesel displacement and nitrogen lifting from 13:53 of 4/7/93 through 10:30 of 4/9/93. The well was killed on 4/10/93 at 8:00. April 11- April 12: Rig down and go home. TEST NO.: DST #1 TEST DATE: 3/19/93-3/20/93 COMPANY: ARCO ALASKA, INC. DATE: WELL: K~IK #8 COMPANY REP: TEST NO.: DST #1 TESTING REP: 8/19/95-8/20/98 DARYL LUOMA ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FOPaMATION PRODUCTION DATA COMMENTS T~p Pres Choke Chok~ Tank Tank Im%x Total B.~Rw Water Water Water Oil Oil Oil Oil Clock Twh Pwh S/ze Size Volume Volume Volume Rate Volume Rate CumVol Cl PH Volume Rate !CumVol Grav Time DegF psig in in bbl bbl bbl bpd % bbl bpd bbl pprn bbl bpd bbl APl , 3/19/93 11:50 OPEN OPEN 405.7 24.4 42.1 Start pumping N2 from 4000' (~ 350 sciTmin. 12:15 OPEN OPEN 413.3 7.6 Tbg Vol. to 4000'=36.8 bbls. 12:30 OPEN OPEN 427.0 13.7 12:45 OPEN OPEN 431.6 4.6 42.0 13:00 OPEN OPEN 433.1 1.5 Fluid shipped. 13:15 OPEN OPEN 437.7 4.6 41.1 13:30 OPEN OPEN 439.2 1.5 13:45 69 65 OPEN OPEN 47:~.8 33.6 30.3 379.4 0 0 0 30.3 379.4 30.3 See sand, unable io get cut 13:50 CT runs to 5000', Jet ~ 360-350 sclTm[n. 14:00 68 38 OPEN OPEN Tbg Vol. between 4000'-5000'=9.2 bbis. 14:45 62 30 OPEN OPEN 475.8 3.1 15:00 60 30 OPEN OPEN 484.2 8.4 2.3 47.3 0 0 0 2.3 47.3 32.6 15:15 61 30 OPEN OPEN 492.6 8.4 8.4 806.4 0 0 0 8.4 806.4 41.0 15:20 CT runs to'6000', Jet I~ 300-500 scl/min. 15:30 60 33 OPEN OPEN 500.2 7.6 Tbg Vol. between 5000'-6000'=9.2 bbls. 15:45 57 30 OPEN OPEN 501.7 1.5 32.6 16:00 ~'~; 33 OPEN OPEN 517.0 15.3 15.21 -547.2 0 0 0 15.2 547.2 56.2 16:30 60 30 OPEN OPEN 520.0 3.1 3.1 148.8 0 0 0 3.1 148.8 59.3 16:45 60 30 OPEN OPEN 520.0 0.0 Fluid shipped. 17:15 59 29 OPEN OPEN 520.0 0.(] Shut down N2. 20:15 5.7 bbls carbolite in tank 21:15 58 18 OPEN OPEN 520.0 0.C B~gin pumping N2 from 6000' ~_, 5(~0 scffmin. 21:47 60 30 OPEN OPEN 520.0 0.C Fluid to surface. 22:00 61 38 OPEN OPEN 524.6 4.4 4.6 144.0 0 0 0 4.6 144.0 63.9 Shipped out Tank #3. 22:15 61 OPEN OPEN 524.6 0.C 26.6 Shut down N2. 22:30 61 18 OPEN OPEN $24.6 0.¢ 25.5 22:45 OPEN OPEN 526.1 1.,~ 1.5 72.0 0 0] 0 1.5 72.0 65.4 25.5 Page 1 of 2 COMPS: ARCO ALASKA, INC. WELL: KUUKPIK #3 TEST NO.: DST #1 DATE: COMPANY REP: TESTING REP: 3/19/93-3/20/93 DARYL LUOMA ROBERT HOFF Influx Total Bs~w Water Water Wate~ Oil Oil Oil Oil ~ I~dl %! ~1 ~1 ~ I ~ml I bbl I blXl I bbl I API II COMMENTS pumping N2 from 6000' ~ 500 seFmi~ Shut down N2. Slar~ pumping N2 from 6000' (~ 500 s~Fmir~ water cut. Page 2 of 2 90.0 Cumulative Oil Influx vs Time ARCO ALASKA, KUUKPIK #3, DST #1 80.0 70.0 60.0 50.0 40.0 30.0 20.0 10.0 0.0 3/19/93 12:00 I I I I I I 3/19/93 16:00 3/19/93 20:00 3/20/93 0:00 3/20/93 4:00 3/20/93 8:00 3/20/93 12:00 45.0 Oil Gravity vs Time ARCO ALASKA, KUUKPIK #3, DST #1 40.0 35.0 30.0 25.0 20.0 15.0 10.0 5.0 3/19/93 12:00 3/19/93 16:00 3/19/93 20:00 i i i 3/20/93 0:00 3/20/93 4:00 3/20/93 8:00 3/20/93 12:00 TEST NO.: DST #2 TEST DATE: 3/26/93-3/28/93 COMPANY: ARCO ALASKA, INC. DATE: WELL: KUI/KP~ #3 COMPANY REP: TEST NO.: DST #2 TESTING REP: 3/26/93-3/28/93 JOE SINNER ROBERT HOFF WELLHEAD M-FLD HTR TANK N,ET FORMATION PRODUCTION DATA COMMENTS Temp Pre~ Choke Choke Tank Tank Influx Total Bs&w Water Water Water oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume Rate CumVoI C1 PH Volume Rate CumVol Orav Time DegF Fig in in bbl bbl bbl ~ % bbl ~ bbl ] ppm bbl bpd bbl APl 3/26/93 7:13 46 11 OPEN OPEN F/red gun, open well. 7:4C 41 Shut in well at downhole. 15:0~ 40 10 OPEN OPEN 0.0 Open well. 15:30 37 20 OPEN OPEN 6.1 6.1 6.1 351.4 0.O 0.0 0.0 6.1 351.4 6.1 16:00 36 22 OPEN OPEN 6.1 0.C 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 16:30 37 20 OPEN OPEN 6.1 0.(~ 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 17:00 39 13 OPEN OPEN 6.1 0.0 0.0 0.O 0.0 0.0 0.0 0.O 0.0' 6.1 17:30 41 2¢ OPE~ OPEN 6.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 I g:00 41 2C OPEN OPEN 6.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 Ig:3C 43 16 OPEN OPEN 6.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 IV:0~ 44 17 OPEN OPEN 6.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 20:00 43 16 OPEN OPEN 6.1 0.C 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 21:00 42 15 OPEN OPEN 6.1 0.C 0.0 0.0 0.0' 0.0 0.0 0.0 0.0 6.1 22:00 40 2 OPEN OPEI~ 6.1 0.(~ 0.0 0.0 0.0 0.0~ '0.0 · 0.0 0.0 6.1' 23:00 36 1 OPEN OPEN 6.1 0.O 0.0 0.0 0.0 0.0 0.0 0.0 0.O 6.1 3/27/93 , 0:0C 70 6 OPEN OPEN 6.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 l:0C 66 6 OPEN OPEN 6.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 2:0(~ 55 5 OPEN OPEN 6.1 0.C 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 3:0(~ 56i 6 OPEN OPEN 6.1 0.(~ 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 4:00 $7 1 OPEN OPEN 6.1 0.(~ 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6. 4:30 53 ~ OPEN OPEN 6.1 0.(~ 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 Shut pumping N2; Jet to 4000'; 5:00 4~ 4C OPEI~ OPEN 33.6 27.~ 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 Includes 24 BBL from coil; 5:30 42 4~ OPEN OPEN 64.1 30.$ 0.0 0.0' 0.0 0.0 0.0 0.0 0.0 6.1 Tbg Vol. to 4000'=37 bbl. ~:4~ ~ ~ ---~---- ~ --.--..--26 OPEN OPEN 67.1 3.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 ~ 40 17 OPEN OPEN 67.1 0.0 0.~ ~ ~ ~ ~ ~ ~~"~~ ~ 6.1 38.1 Sample #1. Page 1 of 4 COMPANY: ARCO ALASKA, INC. DATE: WELL: KUUKPIK #3 COMPANY REP: TEST NO.: DST #2 TESTING REP: 3/26/93-3/28/93 JOE S]]~rER ROBERT HOFF iWELLHEAD M-FLD HTR TANK NET FORMATION PRODUCTION DATA COMMENTS Temp Pres Choke Choke Tank Tank Influx Total Bs&w Water Wa/er Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volum~ Volun~ Rate Volume Rate CumVa CI PH Volume Rate CumVol Grav Time DegF psig in in bbl bbl bbl bpd % bbl ~ bbl ppm bbl bpd bbl API 6:15 40 'J OPEN OPEN 67.1 0.0 0.0 0.0 0.0 0.0: 0.0 0.0 0.0 6.1 6:3C 41 5 OPEN OPEN 67.] 0.0 0.0 0.0 0.0 0.01 0.0 0.0 0.0 6.1 7:0C 43 I OPEN OPEN 67.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 Shut down N2. 8:0t2 48 1 OPEN OPEN 67. I 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 9:0C 52 I OPEN OPEN 67.1 0.0 0.0 0.0 0.0 0.0 0.O 0.0 0.0 6.1 , IO:0G :56 I OPEN OPEN 67.1 0.0 0.0 0.0 0.0 0.0 0.01 0.0 0.0 6.1 1 l:0O 58 I OPEN OPEN 67. ! 0.C 0.0 0.0 0.0 0.0 0.0 0.O 0.0 6.1 [ 11:15 60 I OPEN OPEN 67.1 0.£ 0.0 0.0 0.0 0.0 0.0 0.01 0.0 6.1 Start pumping N2. , 11:30 61 I OPEN OPEN 67.1 0.~2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 I 1:44 20.2 Sample//2. 11:45 52: 411 OPEN OPEN 67.1 0.C 0.0 0.0 0.0 0.0 0.0 0.0 0.0 6.1 13.1 Sample #3. , 12:00 491 59 OPEN OPEN 70.2 3.1 3.1 297.6 16 0.5 47.6 0.5 2.6 250.0 1t.7 19.4 Sample//4, 0.5% solids. 12:15 47 3~ OPEN OPEN 70.2 0.C 0.0 0.0 10 0.0 0.0 0.5 0.0 0.0 8.7 14.0 Sample #5, 0.1% solids. 12:30 46 4_3 OPEN OPEN 70.2 0.C 0.0 0.0 0.0 0.0 0.5 0.0 0.0 8.7 12:45 46 32 OPEN OPEN 70.2 0.0 0.O 0.0 20 0.0 0.0 0.5 0.0 0.0 8.7 Sample//6, 7% solids. , 13:0C 46 43 OPEN OPEN 71.7 1.5 1.5 144.0 12 0.2 17.3 0.7 1.3 126.7 10.0 Sample #7, 2% solids. 13:1~ ,46 4G OPEN OPEN 71.7 0.0 0.0 0.0 13 0.0 0.0 0.7 0.0 0.0 10.0 Sample #8, 2% solids. 13:313 46 43 OPEN OPEN 73.2 1.5 1.5 144.0 0.0 0.0 0.7 1.5 144.0 11.5 Shut down N2, Avg. flow rate for last 13:45 47 21 OPEN OPEN 73.2 0.0 0.0 0.0 0.0! 0.0 0.7 0.0 0.0 11.5 6.5 hfs is 22.6 bpd. 14:0G 50 2 OPEN OPEN' 73.~ 0.0 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5 14:15 54 ! OPEN OPEN 73.2 O.O 0.0 0.0 0.0 0.0 0.7 0.0 0.O 11.5 Start pumping N2. 14:30 58 2 OPEN OPE,N 73.~ 0.C 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5 Move coil from 4000' to 5000'; 14:45 60 I OPEIq OPEN 73.2 0.¢ 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5 Tbg Vol. = 9.2 bbl. 15:00 62 2 OPElg OPEN 73.2 0.C 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.~ 15:13~ 53 6'/' OPEN OPEN 73.2 0.¢ 0.0 0.O 0.0 0.0 0.7 0.0 0.0 11.5 15:2g $1 4~ OPEN OPEN 82.4 9.2 0.0 0.0! 0.0 0.0 0.7 0.0 0.0 11.5 Tank Vol. change due to lowering coil. 15:4~ 51 ~ OPEN OPEN 82.4 0.C 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5 Page 2 of 4 COMPANY: ARCO ALASK~ INC. DATE: 3/26/93-3/28/93 WELL: KUUKPIK #3 COMPANY REP: JOE ShNNER TEST NO.: DST #2 TESTING REP: ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FORMATION PRODUCTION DATA COMMENTS Temp Pres Choke Choke Tank Tank In/lux Total Bs&w Water Water Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume Rate CumVol CI PH Volume Rate CumVol C-rav Time DegF psig in in bbl bbl bbl ~ % bbl ~ bbl ppm bbl blxl bbl API _. 16:00 51 20 OPEN OPEN 82.4 0.(~ 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5 Shut down N2. 17:00 55 1 OPEN OPEN 82.4 0.0 0.0 0,0 0.0 0.0 0.7 0.0 0.0 11.5 18:00 60 I OPEN OPEN 82.4 0.(~ 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5 19:00 61 1 OPEN OPEN 82.4 0.0 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5 20:00 62 1 OPEN OPEI~ 82.4 0.0 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5 21:00 63 1 OPEN OPEN 82.4 0.0 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5. 22:00 62 2 OPEN OPEN 82.4 0.0 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5. Start pumping N2. 22:30 65 I OPEN OPEN 82.4 0.0 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.51 22:45 57 131 OPEIx OPEN 82.4 0.0 0.0 0.0 0.0 0.0 0.7 0.0 0.0 11.5' Fluid to surface. 23:00 49 95 OPEN OPEN gg.5 6.1 6.1 585.6 6 0.4 35.1 1.1 133,000 5.7 550.5 17.2 19.2 Sample #10,0.1%solids. 23:15 47 52 OPEI~ OPEN 88.5 0.0 0.0 0.0 0.0 0.0 1.1 0.0 0.0 17.2 Sample #11. 23:30 46 33 OPEtg OPEN 90.7 2.2 2.2 211.2 0 0.0 0.0 1.1 2.2 211.2 19.4 15.8 Sample #12, Trace solids. 23:45 46 25 OPEN OPEN 92.2 1.5 1.5 144.0 0.0 0.0 1.1 1.5 144.0 20.9 3/28/93 0:00 46 22 OPEN OPEN 92.9 O.g 0. g 76.81 0.0 0.0 1.1 · 0.g 76.8 21.7 Shut down N2. ,, 0:15 47 5 OPEI~ OPEN 94.5i 1.5 1.5 144.0 0.0 0.0 1.1 1.5 144.0 23.2 1:00 49i I OPEN OPEN 94.Y 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 23.2 2:0// 52 1 OPEN OPEN 94.5 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 23.2 3:0£ 56 1 OPEN OpEN 94.5 0.0 0.O 0.0 0.0 0.0 0.0 0.0 0.0 23.2 4:0£ 59 I OPEN OPEN 94.5 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 23.2 5:0£ 62 1~ OPEN OPEN 94.5 0.0 0.01 0.0 0.0 0.0 0.0 0.0 0.0 23.2 6:0£ 64 li OPEN OPEN 94.5 0.0 0.0! 0.0 0.0 0.0 0.0 0.0 0.0 23.2 6:2£ 65 I OPEN OPENI Start pumping N2. 6:3C 65 I OPEN OPEN 94.5 0.0 0.01 0.0 0.0 0.0 1.1 0.0 0.0 23.2 6:45 67 I OPEN OPEN 94.5 0.0 0.0 0.0 0.0 0.0 1.1 0.0 0.0 23.2 7:0~ 64 4I~ OPEN OPEN 94.5 0.(~ 0.0. 0.0 0.0 0.0 1.1 0.0 0.0 23,2 Sample #13. 7:0] 1 142,000 16.0 Sample #14, Trace solids. Page 3 of 4 COMPANY: ARCO ALASK~ INC. DATE: 3/26/98-8/28/98 WELL: KIKJKPIK #8 COMPANY REP: JOE SINNER TEST NO.: DST #2 TESTT24G REP: ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FOR~MATION PRODUCTION DATA COMMENTS Incr. Incr. Incr. Incr. Tm'rip lh'~s Choke Choke Tank Tank Influx Total Bs&w Waler Water Wate~ Oil Oil Off Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volurr~ Rate CumVol CI PH Volume Rate CumVol Grav Time DegF psig in in bbl bbl bbl bl~ % bbl blxl bbl ppm bbl bpd bbl API 7:15 53 168 OPEN OPEN 97.5 3.0 3.0 288.0 0.5~ 0.0 0.0 l.li 142,000 3.0 28g.0 26.2 15.0 Sample # 15, Trace solids. 7:3(J 49 59 OPEN OPEN 99.0 1.5 1.5 146.4 0.0 0.0 1.1~ 1.5 146.4 27.7 7:45 47 43 OPEN OPEN' 99.0 0.O 0.0 0.0 0.0 0.0 1.1 0.0 0.0 27.7 8:0~ 47 38 OPEN OPEN 99.0 0.C 0.0 0.0 0.0 0.0 1.1 0.0 0.0 27.7 ' Shut down N2, Avg. flow rate for last 9:05 0 g hfs is 13,6 bpd. Page 4 of 4 30.0 Cumulative Oil Influx vs Time ARCO ALASKA, KUUKP~ #$, DST #2 25.0 20.0 15.0 10.0 5.0 .0 I I 1 3/26/93 15:00 3/26/93 21:00 3/27/93 3:00 3/27/93 9:00 I 3/27/93 15:00 3/27/93 21:00 3/28/93 3:00 3/28/93 9:00 SAMPLING REPORT ARCO ALASKA, KUUKPIK #3, DST #2 Clock Gravity Bs Water Cut Bs&w CI PH Sample # Time APl % % % ppm COMMENTS 3/27/93 I 6:00 3g. 1 Lifting well with N2 at 4000'. 2 11:44 20.2 3 ! ! :45 13. ! Samples 2-9 taken while lifting well wilh 4 12:00 19.4 0.5 15.5 16 N2 at 4000'(from 11:15 to 13:30). 5 12:!5 14.0 0.1 9.9 10 6 12:45 7.0 13.0 20 7 13:00 2.0 10.0 12 g 13:15 2.0 11.0 13 9 13:20 10 23:00 19.2i 0.1 5.9 6 133,000. 11 23:15 I Samples 10-12 taken while lifting well 12 23:30 15.8 TRACE 0.0 0 with N2 at 5000' (from 22:00 to 0:00}. 3/28/93 13 7:00 Samples 13-13 taken while lifting well 14 7:05 16.0 TRACE I , 142,000 with N2 at 5000' (from 6:20 to g:00). 15 7:i 5 15.0 TRACE 0.5 142,000 Page 1 of I TEST NO.: DST tt3 TEST DATE: 4/1/93-4/4/93 COMPANY: ARCO ALAS~ IAIC. DATE: 4/1/98-4/4/98 WEI~: KUUKPIK #3 CO1VLP~ REP: JOE SINNER TEST NO.: DST #3 TESTING REP: ROBERT HOFF WELLHEAD M-FI.~ HTR TANK NET FORMATION PRODUCTION DATA COMMENTS Temp Pres Choke Choke Tank Tank Influx Total Bs&w Water Water Water Oil oil Oil Oil Clock Twh Pwh Siz~ Size Volur~ Volume Volume Rate Volume Rate CumVol' CI PH Volume Rate CumVol Gray T/me DegF l~ig in in bbl bbl bbl ~ % bbl blxi bbl ppm bbl bpd bbl API 4/1/93 22:11 611 2 OPEN OPEN Gun fired, Open well, No flow. 22:30 , 60: 1 0.0 0.(] Shut well in, 4/2/93 0:30 58 2 OPEN OPEN 0.0 O.(] Open well. 0:45 57 2 OPEN OPEN 0.0 0.0 1:00 56 2 OPEN OPEN 0.0 0.0 1:30 55 2 OPEN OPEN 0.0 0.G 2:0~ 55 0 OPEN OPEN 0.0 0.G 2:30 55 0 OPEN OPEN 0.0 0.0 3:00 55 0 OPEN OPEN 0.0 0.0 3:30 55 0 OPEN OPEN 0.0 0.0 4:00 57 0 OPEN OPEN 0.0 0.0 5:00 54: 0 OPEN OPEN 0.0 0.0 5:45 54 2 OPEN OPEN 9.1 9.1 RIH with CT ~ 5:40. 5:50 51 2 OPEN OPEN Start pump N2. 6:00 51 6 OPEN OPEN 9.1 0.0 Coil voi.=24 bbl,' 6:15 51 6 OPEN OPEN 27.4 18.3 Vol. to Jet Point =46.5 bbl. 6:30 51 5 OPEN OPEN 33.5 6.1 6:45 51 2 OPEN OPEN 33.5i 0.0 7:00 54 20 OPEN OPEN 45.7 12.2 Diesel returned. 7:10 53 I00 OPEN OPEN 55 270,000 5.0 42 Sample #1, Diesel. 7:15 53 115! OPEN OPEN 70.1 24.4 260,000 7.0 Sample #2. 7:20 53 10S OPEN OPEN 7.0 Sample #3. 7:30 53 8~ OPEN OPEN 76.3 6.1 5.81 92.8 19 5.8 92.8 5.8 216,000 7.0 0.0 0.0 0.0 Sample #4, 1.6% solids, rate calc'd 7:45i 51 3,~ OPEN OPF, aN 76.3 0.0 0.0 0.0 0.0 0 5.8 185,000 0.0 0.0 0.0 from 06:00. Sample #5. 8:00 51 34 OPEN OPEN 76.3 0.0 0.01 0.0 0.0 0 5.8 137,000 0.0 0.0 0.0 Sample ~6, Shut down N2. 9:00 55 ~ OPEN OPEN 76.3 0.0 0.0 0.0 0.0 0 5.8 0.0 0.0 0.0I 10:00 S9 I OPEN OPEN 76.3t 0.0 0.0 0.0 0.01 0 5.8 0.0 0.0 0.0 11:00 63 II OPEN OPEN 76.3 0.0 0.0 0.0 0.0 0 5.8 0.0 0.0 0.0 Page 1 of 5 COMPANY: ARCO ALASKA, INC. DATE: 4/1/93-4/4/93 WELL: KUUKPIK #3 COMPANY REP: JOE SINNER TEST NO.: DST #3 TESTING REP: ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FORMATION PRODUCTION DATA COMMENTS Temp Pres Choke Choke Tank Tank Influx Total B.s&w Waler Water Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume Rate CumVol CI PH Volume Rate CumVol C-rav Tinm DegF psig in in bbl bbl bbl bpd % bbl ~ bbl ppm bbl bpd bbl APl 12:0C 67 1 OPEN OPEN 76.3 0.C 0.0 0.0 0.0 0 5.8 0.0 0.0 0.0 13:0C 72 1 OPEN OPEN 76.3 0.C 0.0 0.0 0.0 0 5.8 0.0 0.0 0.0 14:0~ 76 I OPEN OPEN 76.3 0.C 0.0 0.0 0.0 0 5.8 0.0 0.0 0.0 14:15 77 1 OPEN OPEN 76.3 0.(3 0.0 0.0 0.0 0 5.8 0.0 0.0 0.0 Start pumping N2. 14:3(} 77 I OPEN OPEN 76.3 0.~ 0.0 0.0 0.0 0 5.8 14:45 76 I OPEN OPEN 76.3 0.~ 0.0 0.0 0.0 0 5.8 15:00 78; I OPEN OPEN 76.3 0.0 0.0 0.0 0.0 0 5.8 15:15 77 1! OPEN OPEN 76.3 0.0 0.0 0.0 0.0 0 5.8 15:20 OPEN OPEN 98 66,000 Sample #7A & # 7B. 15:30 - 56 92 OPEN OPEN 104.1 27.8 27.8 2668.8 27.8 2668.8 33.6 11,500 8.0 0.0 0.O 0.0 Sample #8, #9, 15:45 56 94 OPEN OPEN 110.2 6.1 6.1 585.6 99i 6.1 585.6 39.7 13,000 8.0 0.0 0.0 0.0 Sample #12. 16:00 56 92 OPEN OPEN 110.2 0.0 0.0 0.0 0.0 0.0 39.7 0.0 0.0 0.0~ Shut down N2. 17:00 72 I OPEN OPEN 110.2 0.0 0.0 0.0 0.0: 0.O 39.7 0.0 0.0 0.0 18:00 72 I OPEN OPEN 110.2 0.0 0.0 0.0 0.0 0.0 39.7 0.0 0.0 0.0 19:00 72 I OPEN OPEN 110.2 0.0 0.0 0.0 0.0' 0.0 39.7 0.0 0.0 0.0 20:00 72 1 OPEN OPEN 110.2 0.0 0.0 0.0 0.0 0.0 39.7 0.0 0.0 0.0 21:00 72 1 OPEN OPEN 110.2 0.0 0.0 0.0 0.0 0.0 39.7 0.0 0.0 0.0 22:00 72 1 OPEN OPEN 110.2 0.0 0.0 0.0 0.0 0.0 39.7 0.0 0.0 0.0 Start pumping N2. 22:30~ 73 1 OPEN OPEN 110.2 0.£ 0.0 0.0 0.0 0.0 39.7 0.0 0.0 0.0 22:45 73 1 OPEN OPEN 110.2 0.C 0.0 0.0 0.0 0.0 39.7 0.0 0.0 0.0 22:5(5 100 11'000 8.0 Sample #14, 5% solids. 23:0~ 57 99 OPEN OPEN 111.7 1.5 1.5 144.0 100 1.5 144.0 41.2 11,000 7.0 0.0 0.0 0.0 Sample #15, 2% solids. 23:03 90 11,000 8.0 Sample # 16, 3% solids. 23:15 56 319 OPEN OPEN 134.6 22.9 22.9 2198.4 22.9 2198.4 64.1 0.0 0.0 0.0 23:30 561 253 OPEN OPEN 140.7 6.1 6.1 585.6 100 6.1 585.6 70.2 12,000 8.0 0.0 0.0 0.0 Sample #17, 4%solids. 23:45 54 221 OPEN OPEN 140.7 0.(~ 0.0 0.0 0.0 0 70.2 0.0 0.0 0.0 4/3/93 , 0:00 55 (~ OPEN OPEN 140.7 0.0 0.0 0.0 0.0 0 70.2 0.0! 0.0 0.0 Shut down N2. l:0O 68~ OPEN OPEN 140.7 0.0 0.01 0.0' 0.0 0 70.2 0.0 0.0 0.0 2:00 68 ~ OPEN OPEN 140.7 0.0 0.0 0.0. 0.0 0 70.21 ' 0.0 0.01 0.0 Page 2 of § COMPANY: ARCO ALASKA, INC. DATE: 4/1/93-4/4/93 WELL: KUUKPIK #3 COMPANY REP: JOE SINNER TEST NO.: DST #3 TESTING REP: ROBERT HOFF WELLHEAD M-FID HTR TANK NET FORMATION PRODUCTION DATA COMMENTS , Temp Pres Choke Choke Tank Tank Influx Total Bs&w Water Water Water oil Oil Oil Oil Clock Twh ~ Size Size Volume Volume Volume Rate Volurr~ Rat~ CumVol Cl PH Volume Rat~ CumVol Orav Time DegF psig in in bbl bbl bbl blxi % bbl blxi bbl ppm bbl blxl bbl API , 3:00 68 C OPEN OPEN 140.7 0.0 0.0 0.0 0.0 0 70.2 0.0 0.0 0.0 4:00 68 C OPEN OPEN 140.7 0.0 0.0 0.0 0.0 0 70.2 0.0 0.0 0.0 5:00 68 C OPEN OPEN 140.7 0.0 0.0 0.0 0.0 0 70.2 0.0 0.0 0.0 6:00 68 C OPEN OPEN 140.7 0.0 0.0 0.0 0.0 0 70.2 0.0 0.0 0.0 Start pumping N2. 6:30 69 C OPEN OPEN 140.7 0.0 0.0 0.0 0.0 0 70.2 0.0 0.0 0.0 6:451 69 O OPEN OPEN 140.7 0.0 0.0 0.0 0.0 0 70.2 0.0 0.0 0.0 6:55! I00 12,000 7.0 Sample #18, 5% solids. 7:00 56 I lC OPEN OPEN 149.8 9.1 9.1 873.6 100 9.1 873.6 79.3 11,000 7.0 0.0 0.0 0.0 Sample # 19, 8% solids. 7:05 100 11,000 7.0 Sample #20, 3.5% solids. 7:15: 56 7C OPEN OPEN 152.9 3.1 3.1 292.8 100 3.1 292.8 82.4 11,000 7.0 0.0 0.0 0.0 Sample #21, 2%solids. 7:30 56 3~ OPEN OPEN 165.1 12.2 12.2 1171.2 100 12.2 1171.2 94.6 12,000 8.0 0.0 0.0 0.0 Sample ~22, 8%solids. 7:45! 56 24 OPEN OPEN 168.1 3.0 3.0 288.0 3.0 288.0 97.6 0.0 0.0 0.0 8:01) 56 5 OPEN OPEN 168.1 0.0 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 Shut down N2. 9:00 57 0 OPEN OPEN 168.1 0.0 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 10:00 61 0 OPEN OPEN 168.1 0.0 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 11:00~ 65 0 OPEN OPEN 168.1 0.0 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 12:0C 68 0 OPEN OPEN 168.1 0.0 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 13:0~ 72 0 OPEN OPEN 168.1 0.C 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 14:0~ 77 0 OPEN OPEN 168.1 0.¢ 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 Start pumping N2. 15:10 81 0 OPEN OPEN 168.1 0.C 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 Shut down N2 due to Tree fi'ozen. 16:30 56 165 OPEN OPEN 168.1 0.C 0.0 0.0 0.0 0.0 97.6 0.0 0.0 0.0 Tree &frozen, See flowing. 16:4~ 56 52 OPEN OPEN 168.1 0.C 0.0 0.0 100 0.0 0.0 97.6 10,000 8.0 0.0 0.0 0.0 Resume pumping N2, Sample #23, 3.5% solids. 16:45 58 127 OPEN OPEN 189.5 21.,1 21.4 2054.4 100 21.4 2054.4 119.0 10,500 8.0 0.0 0.0 0.0 Sample #24, 3.5%solids. 17:00 57 35 OPEN OPEN 189.5 0.C 0.0 0.0 0.0 0.0 119.0 0.0 0.0 0.0 Shut down N2. 17:15 57 6 OPEN OPEN 191.0 1.~ 1.5 144.0 1.5 144.0 120.5 0.0 0.0 0.0 17:30 59 I OPEN OPEN 194.1 3.1 3.1 292.8 3.1 292.8 123.6 0.0 0.0 0.0 18:00 63 0 OPEN OPEN 194.1 0.~ 0.0 0.0 0.0 0.0 123.6 0.0 0.0 0.0 19:00 68 0 OPEN OPEN 194.1 0.C 0.0 0.0 0.0 0.0 123.6 0.0 0.0 0.O 20:0~ 69 0 OPEN OPEN 194.1 0.C 0.0 0.0 0.0 0.0 123.6 0.0 0.0 0.0 Page 3 of 5 COMPANY: ARCO ALASKA, INC. DATB: 4/1/93-4/4/93 WELL: KUTJKPEK #3 COMPANY REP: JOE SINNER TEST NO.: DST #3 TESTING REP: ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FORMATION PRODUCTION DATA COMMENTS T~rnp Pr~s Choke Choke Tank Tank Influx Total Bs&w Water Water Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume[ Rate CumVol CI PH Volume Rate CumVol Grav Time DegF psig in in bbl bbl bb[ bpd % bbl [ bpd bbl ppm bbl bpd bbl APl 21:00 70 0 OPEN OPEN 194.1 0.C 0.0 0.0 0.0 0.0 123.6 0.0 0.0 0.0 22:00 71 0 OPEN OPEN 194,1 0,(] 0.0 0.0 0.0 0.0 123.6 0.0 0.0 0,0 23:00 72~ 0 OPEN OPEN 194.1 0,C 0.0 0.0 0.0 0.0 123.6 0.0 0,0 0,0 Start pumping N2. 23:30 69 0 OPEN OPEN 194.1 0.C 0.0 0.0 0.0 0,0 123,6 0.0 0,0 0.0 4/4/93 OPEN OPEN 0:00 67 0 OPEN OPEN 194.1 0.0 0.0 0.0 0.0 0.0 123.6 0.0 0.0 0.0 0:12 100 11,000 7.0 Sample 826, 5% solids. 0:15 68 121 OPEN OPEN 218.5 24.,4 24.4 2342.4 24.4 2342.4 14g.0 0.0 0.0 0.0 0:20 100 10,000 7.0 Sample #27, 3.5% solids. 0:27 100 10,000 g.0 Sample W2g, 4% solids. 0:30 57 31 OPEN OPEN 220.0 1.5 1.5i 144.0 1.5 144.0 149.5 0.0 0.0 0.0 0:35 100 10,000 8.0 Sample #29, 4% solids. 0:45 58 ,~ OPEN OPEN 220.0 0.(1 0.0 0.0 0.0 0.0 149.5 0.0 0.0 0.0 1:00/2:00 59 ~ OPEN OPEN 220.0 0.~ 0.0 0.0 0.0 0.0 149.5 0.0 0.0 0.0 Shut down N2, Switch clock from 3:00 69 £ OPEN OPEN 220.0 0.(~ 0.0 0.0 0.0 0.0 149.5 0.0 0.0 0.0 1:00 to 2:00 4:00 70 ¢ OPEN OPEN 220.0 0.C 0.0. 0.0 0.0 0.0 149.5 0.0 0.0 0.0 5:00 70 ~ OPEN OPEN 220.0 0.0 0.0[ 0.0 0.0 0.0 149.5 0.0 0.0 0.0 6:00 71 ¢ oPEN OPEN 220.0 0.0 0.0 0.01 0.0 0.0 149.5 0.0 0.0 0.0 7:00 71 (; OPEN OPEN 220.0 0.0 0.0] 0.0~ 0.0 0.0 149.5 0.0 0.0 0.0 8:00 72 ¢ OPEN OPEN 220.0 0.0 0.0 0.0 0.0 0.0 149.5 0.0 0.0 0.0 Start pumping N2. 8:30 80 ¢ OPEN OPEN 220.0 0.0 0.0 0.0! 0.0 0.0 149.5 0.0 0.0 0.0 8:54 100 10,000 7.5 Sample #30, 4% solids. 9:00 66 2#II OPEN OPEN 224.6 4.6 4.6 436.$ 100 4.6 436.8 154.1 10,000 7.0 0.0 0.0 0.0 #ample #31, 3.5%solids. 9:05 100 10,500 7.0 0.0 Sample #32, 2.5% solids. 9:15 57 77 OPEN OPEN 248.9 24.3 24.3; 2332.8 100 24.3 2332.8 178.4 10,000 7.5 0.0 0.0 0.0 !Sample #33, 2.5% solids. 9:20 100 10,000 8.0 Sample #34, 2.5% solids. 9:30 57 la OPEN OPEN 250.5 1.6 1.6 153.6 1.6 153.6 180.0 0.0 0.0 0.0 9:45 60 5i OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0 0.0 0.0 0.0 10:00 62 ~ OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0 0.0 0.0 0.0 Shut down N2. 10:12 100 ', 10,500 8.0 Sample #35, 3.5% solids. Page 4 of/5 COMPANY: ARCO AIa~KA, INC. DATE: 4/1/93-4/4/93 WELL: KIYUKPIK #3 COMPANY REP: JOE SINNER TEST NO.: DST #3 TESTING REP: ROBERT HOFF WELLHEAD M-FLDI HTR TANK NET FORMATION PRODUCTION DATA COMMENTS Temp Pres Choke Choke Tank Tank Influx Total Bs&w Water Water Water Oil Oil Oil Oil Clock Twh Pwh Siz~ Size Volurn~ Volume Volume Rate Volum~ Rate CumVol C1 PH Volume Rate CumVol C-rav Time DegF Psis in in bbl bbl bbl bpd % bbl bpd bbl ppm bbl bpd bbl API 10:15 62 2 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.O 0.0 0.0 0.0 10:30 62 2 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0 0.0 0.0 0.0 1 l:0C 71 0 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.O 0.0 0.0 0.0 12:0~ 85 0 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.01 0.0 0.0 0.0 13:00 95 0 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.01 0.0 0.0 0.0 14:00 104 0 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0~ 0.0 0.0 0.0 15:0~ 111 0 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0i 0'.0 0.0 0.0 16:0~ 116 0 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0 0.0 0.0 0.0 Start pumping N2. 16:30 117 0 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0] 0.0 0.0 0.0 16:45 117 0 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0 0.0 0.0 0.0 17:0~ 65 16 OPEN OPEN 250.5 0.0 0.0 0.0 0.0 0.0 180.0i 0.0 0.0 0.0 17:01 100 10,500 8.0 Sample #36, 4.5% solids. 17:06 100 10,500 7.0 Sample #37, 5% solids. 17:12 100 9,500 7.5 Sample #38, 2% solids. 17:15 58 127 OPEN OPEN 277.9 27.,1 27.4 2630.4 27.4 2630.4 207.4 0.0 0.0 0.0 17:17 100 I0,000 7.5 Sample #39, 1.5% solids. 17:2`1 100 10,000 8.0 Sample #40, 1% solids. 17:30 58 29 OPEN OPEN 282.4 4.5 4.5 432.0 100 4.5 432.0 211.9 10,000 8.0 0.0 0.0 0.0 Sample/~-41, 2% solids. 17:45 60 6 OPEN OPEN 282.4 0.0 0.0 0.0 0.0 0.0 211.9 0.0 0.0 0.0 18:00 62 2 OPEN OPEN 283.9 1.5 1.5 144.0 1.5 144.0 213.4 0.0 0.0 0.0 18:15 60 2 OPEN OPEN 283.9 0.0 0.0 0.0 0.0 0.0 213.4 0.0 0.0 0.0 18:19 100 10,000 8.0 Sample #42, 2% solids. , 18:30 58 98 OPEN OPEN 288.4 4.5 4.5 432.0 4.5 432.0 217.9 0.0 0.0 0.0 18:25 100 10,000 8.0 Sample ~43, 1.8% solids. 18:42 100 10,000 8.0 Sample #44, 9% solids. 18:45 57 54 OPEN OPEN 296.0 7.6 7.6 729.6 7.6 729.6 225.5 0.0 0.0 0.0 19:00 57 33 OPEN OPEN 300.6 4.~5 4.6 432.0 4.6 432.0 230.1 0.0 0.0 0.0 19:15 58 10 OPEN OPEN 302.1 1.5 1.5 144.0 1.5 144.0 231.6 0.0 0.0 0.0 19:00 Shut down N2. 19:3Q 611 2 OPEN OPEN 302.1 0.(~ 0.0 0.0 0.0 0.0 231.6 0.0 0.0 0.0 Page 5 of 5 250.0 Cumulative Water Influx vs Time ARCO ALASKA, KUUKP~ #3, DST #3 200.0 150.0 100.0 50.0 .0 I I I I I 4/2/93 6:00 4/2/93 18:00 4/3/93 6:00 4/3/93 18:00 4/4/93 6:00 4/4/93 18:00 4/5/93 6:00 SAMPLING REPORT ARCO ALASKA, KUUKPIK tt3, DST #3 Clock Gravity Bs Water Cut Bs&w CI PH Sample # Time APl % % % ppm COMMENTS 4/2/93 i 7:10 42 0.4 54.6 55.0 270,000 5.0 Samples I-6 taken while lifting 2 7:15 260,000 7.0 well with N2 (from 5:50 to 8:00). 3 7:20 7.0 4 7:30 1.6 ! 7.4 19.0 216,000 7.0 5 7:45 185,000 6 8:00 137,000 7 ! 5:20 2.5 95.5 98.0 66,000 8 15:30 11,500 ·Samples 7-13 taken while lifting 9 15:30 11,500 well with N2 (from 14:15 to 16:00). 10 15:30 11,500 8.0 11 ! 5:40 12 15:45 5.0 94.0 99.0 13,000 8.0 13 16:00 14 22:56 5.0. 95.0 100.0 1 !,000 8.0 15 23:00 2.0 98.0 100.0 1 !,000 7.0 Samples ! 4-17 taken while lifting 16 23:03 3.0 97.0 90.0 ! !,000 8.0 well with N2 (from 21:00 to 0:00). 17 23:30 4.0 96.0 100.0 12,000 8.0 , , , 4/3/93 , , , lg 6:55 5.0 95.0 100.0 12,0001 7.0 Samples 18-22 taken while lifting 19 7:00 8.0 92.0 100.0 11,0001 7.0 well with N2 (fixnn 6:00 to 8:00). 20 7:05 3.5 96.5 100.0 I 1,000 7.0 21 7: i 5 2.0 98.0 100.0 I i,000 7.0 22 7:30 8.0 92.0 100.0 12,000' 8.0 23 16:40 3.5 96.5 100.0 ! 0,000 8.0 Samples 23-24 taken while lifting 24 16:45 3.5 96.5 100.0 10,500 8.0 well with N2 (from 14:00 to 16:40). , 4/4/93 25 0:08 5.0 95.0 100.0 1 !,000 7.5 Samples 25-29 taken while lifting 26 0: i 2 5.0 95.0 100.0 ! 1,000! 7.0 well with N2 (from 23:00 to 1:00). 27 0:20 3.5 96.5 100.0 10,000 7.0 28 0:27 4.0 96.0 100.0 10,000i 8.0 29 0:35 4.0 96.0 100.0 10,000 8.0 30 8:54 4.0 96.0 100.0 10,0001 7.5 3 i 9:00 3.5 96.5 100.0 10,000 7.0 Samples 30-35 taken while lifting 32 9:05 2.5 97.5 100.0 10,500 7.0 well with N2 (from 8:00 to 10:00). 33 9:15 2.5 97.5 100.0 I0,000 7.5 Page 1 of 2 SAMPLING REPORT ARCO ALASKA, KUUKPIK #3, DST #3 Clock Gravity Bs Water Cut Bs&w C1 PH Sample # Time API % % % ppm COMMENTS 34 9:20 2.5 97.5 100.0 10,000 8.0 35 10:12 3.5 96.5 100.0 10,500 8.0 36 17:01 4.5 95.5 100.0 10,500 8.0 Samples 36-44 taken while lifting 37 17:06 5.0 95.0 100.0 10,500 7.0 well with N2 (from 16:00 to 19:00). 38 17:12 2.0 98.0 100.0 9,500 7.5 39 17:17 1.5 98.5 100.0 10,000 7.5 40 17:24 1.0 99.0 100.0 10,000 8.0 41 17:30 2.0 98.0 100.0 i 0,000 8.0 42 18:19 2.0 98.0 100.0 ! 0,000 8.0 43 18:25 1.8 98.2 100.0 10,000 8.0 44 18:42 9.0 91.0 100.0 10,000 8.0 Page 2 of 2 TEST NO.: DST #4 TEST DATE: 4/7/93-4/10/93 COMPANY: ARCO ALASKA, INC. DATE: 4/?/984/10/98 WELL: KUUKPIK #8 COMPANY REP: DARYL LUOMA TEST NO.: DST #4 TESTnXIG REP: ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FORMATION PRODUCTION DATA COMMENTS Temp Pres Choke Choke Tank Tank Influx Total Bs&w Wat~' Water Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume Rate CumVol CI PH Volume Rate CumVol Crrav · Time DcgF psig in in bbl bbl bbl bpd % bbl bpd bbl ppm bbl bpd bbl APl , _ 4/7/93 ' 1:26 60 250 Gun fired, Open well 1:31 59 34 Shut in well ~ manifold for 6 hrs buildup 8:55 66 110 12/64 Open well 9:14 63 6 Shut in well (~ manifold 10:03 62 137 OPEN OPEN Open well 12:17 63 2 Shut in well @ master valve 13:00 1.5 1.5 1.5 bbls produced since perforation 13:17 61 5 OPEN OPEN OIxm well 13:53 Start puming diesel, Circulate bottoms up 13:57 1 36.20 Sample #1,0.5%water 14:013 57 29 OPEN OPEN 15.3 13.7 1.7 21.60 Sample #2, 1.5% water 14:05 1.8 22.00 Sample #3, 1.4% water 14:113 1.2 21.60 Sample #4, 1% water 14:13 58 43 OPEN OPEN 4.2 231t,000 20.00 Sample #5, 4% water 14:213 5 238,000 19.30 Sample #6, 5% water 14:23 2 33.80- Sample #7, 2% water 14:3~ 58 '; OPEN OPEN 2 39.40 Sample #8, 2%water 14:35 0.2 42.10 Sample #9, 100% diesel 14:43 60 6 OPEN OPEN 39.7 24.4 3.80 105.2 0.08 2.2 0.08 3.72 103.0 3.72 14:53 Stop circulating diesel, 48.8 bbls returned to tanks 15:00~ 61 ~ OPEN OpEN 48.8 9.1 9.10 873.6 0.00 0.0 0.08 9.10 873.6 12.82 since perforation, 12.9 bbls from formation influx, 15:15i 63 ~ OPEN OPEN 48.8 0.0 35.9 bbis from diesel circulatior~ 15:30 64 ~ OPEN OPEN 48.8 0.0 16:00 65 1~ OPEN OPEN 48.8 0.0 16:30 66 ~ OPEN OPEN 48.8 0.0 16:50 Start pumping N2, Displace diesel fi~om coil tubing 6 OPEN OPEN 48.8 0.0 and blow robing dry to 500'. 17:00 62 17:15 63 6 OPEN OPEN 54.9 6,1 17:30 66i 31 OPEN OPEN 64.1 9.2 Page 1 of 7 COMPANY: ARCO ALAS~ INC. DATE: WELL: KUUKPIK #3 COMPANY REP: TEST NO.: DST #4 TESTING REP: 4/7/93-4/10/93 DARYL LUOMA ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FORMATION PRODUCTION DATA COMMENTS T~np Pr~s Choke Choke Tank Tank Influx Total Bs&w Water Water Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume Rate CumVol CI PH Volume' Rat~ CumVol Grav Time DegF psig in in bbl bbl bbl bpd % bbl bl~ bbl ppm bbl blxi bbl APl 17:45 621 35 OPEN OPEN 68.6 4.6 18:00 62! 29 OPEN OPEN 71.7 3.1 Shut down N2, Blowing dry N2 from tubing, 18:15 60' 6 OPEN OPEN 72.4 0.8 23,6 bbls diesel returned, No influx from formation. 19:0(} 64 I OPEN OPEN 72.4 0.0 19:30 67 I OPEN OPEN 72.4 0.0 20:00 67 I OPEN OPEN 72.4 0.0 20;30 64 5 OPEtN OPEN 72.4 0.0 21:0(] 62 6 OPE~N OPEN 72.4 0.0 21:30 56 2 OPE~N OPEN 85.4 13.(] 13.00 96.0 0.00 0.0 0.08 12.92 96.0 25.74 13.0 bbls produced from 18:15 to 21:30. 21:32 Start pumping N2 21:45 56 12 OPEN OPEN 90.0 4.6 4.60 441.6 0.00 0.0 0.08 4.60 441.6 30.34 2~:0(] 54 22 OPEN OPEN 90.0 0.(] 0.00 0.0 0.00 0.0 0.08 0.00 0.0 30.34 22:0,1 Shut down N2, 4.6 bbls produced by N2 22:15 53 6 OPEN 24/6`$ 90.0 0.(] 0.00 0.0 0.00 0.0 0.08 0.00 0.0 30.34 lifting fi'om 21:32 to 22:04. 22:3(] 54 7 OPEN 24/6,g 90.0 0.G 0.00 0.0 0.00 0.0 0.08 0.00 ' 0.0 30.34 22:45 55 2 OPEN 24/64~ 90.0 0.G 0.00 0.0 0.00 0.0 0.08 0.00 0.0 30.34 23:0(] 56 7 OPEN 24/6,$ 90.0 0.(] 0.00 0.0 0.00 0.0 0.08! 0.00 0.0 30.34 23:3(] 58 I OPEN 24/64 90.0 0.C 0.00 0.0 0.00 0.0 0.08 0.00 0.0 30.34 4/8/93 0:0C 59 1 OPEN 24/64 90.0 0.C 0.00 0.0 0.00 0.0 0.08 0.00 0.0 30.34 0:3(~ 58 17 OPEN 24/64 90.0 0.£ 0.00 0.0 0.00 0.0 0.08 0.00 0.0 30.34 0:45 58 1(] OPEN 24/64 90.0 O.C 0.00 0.0 O.00 0.0 0.08 0.O0 0.0 30.34 , 1:0 58 6 OPEN 24/64 91.5 1.~ 1.50 144.0 0.00 0.0 0.08 1.42 144.0 31.76 1:151 59 ~ OPEN 24/64 91.5 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 31.76 1:31) 60 2 OPEN 24/64 91.5 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 31.76 1:45 60 2 OPEN 24/64 91.5 0.0 0.00 0.0 0.00 0.0 0.08 0.12}0 0.0 31.76 2:00 61 2 OPEN 12/64 91.5 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 31.76 2:15 61 11 OPEN 12/64 91.5 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 31.76 , 2:30 62 1~ OPEN 12/64 91.5 O.O 0.O0 0.O O.OO O.0 0.08 O.OO 0.0 31.76 , 2:45 62 16 OPEN 12/64 93.0 1.5 1.53 144.0 0.00 0.0 0.08 1.:53 144.0 33.29 Page 2 of 7 COM[P~: ARCO ALAS~ INC. DATE: WELL: KUUKPIK #3 COMPANY REP: TEST NO.: DST #4 TESTING REP: 4/7/93-4/10/93 DARYL LUOMA ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FOtLMATION PRODUCTION DATA COMMENTS Temp Pres Choke Choke Tank Tank Influx Total B,s&w Water Water Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume Rate CumVol C1 PH Volume Rate CumVol Crrav Time DegF psi# in in bbl bbl bbl bpd % bbl bpd bbl ppm bbl bpd bbl API 3:0~ 63 17 OPEN 12/64 94.6 1.5 1.53 144.0 0.00 0.0 0.08 1.53 144.0 34.82 3:151 63 2(] OPEN 12/64 96.1 1.5 1.53 144.0 0.00 0.0 0.08 1.53 144.0 36.35 3:2{~ 0.75 22.80 Sample gl0, Trace solids, 0.75% water 3:301 62 1'~ OPEN 12/64 97.6 1.5 1.53 144.0 0.00 0.0 0.08 1.53 144.0 37.88 3:45 62 1'~ OPEN 12/64 97.6 0.0 0.00 0.0 0 0.00 0.0 0.08 0.00 0.0 37.88 23.00 Sample gl 1, Trace solids, Trace water 4:0C 62 2C OPEN 12/64 99.1 1.5 1.53 144.0 0.00 0.0 0.08 1.53 144.0 39.41 4:3C 61 2C OPEN 12/64 100.7 1.5 1.53 144.0 0 0.00 0.0 0.08 1.53 144.0 40.94 22.40 Sample #12, Trace solids, Trace water 5:0C 62 22 OPEN 12/64 102.2 1.5 1.53 144.0 0 0.00 0.0 0.08 1.53 144.0 42.47 23.00 Sample #13, Trace solids, Trace water 5:15 62 2t OPEN 12/64 102.2 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 5:2(] 0.4 22.40 Sample # 14, Trace solids, 0.4% water 5:3C 62 31 OPEN 12/64 102.2 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 5:45 62 29 OPEN 12/64 102.2 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 5:5(] 0 23.20 Sample #15, Trace solids, Trace water 6:0C 62 3`4 OPEN 12/64 102.2 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 6:3C 63 44 OPEN 12/64 102.2 0.0 0.00 0.01 0.00 0.0 0.08 0.00 0.0 42.47 7:0C 62 44 OPEN 12/64 102.2 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 7:0~ 6.4 43,000 22.60 Sample #16, 0.4% solids, 6% water 7:3(] 62 52 OPEN 12/64 102.2 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 7:5(] 50 68,000 22.00 Sample #17, 2.5% solids, 47.5% water/drilling mud 8:0{] 60 51 OPEN 24/64 102.2 0.C 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 8:2(] 50 22.30 Sample # 18, 3% solids, 47% water/drilling mud 8:3(] 59 29 OPEN 24/64 102.2 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 9:0(] 58 3,4 OPEN 24/64 102.2 0.0 0.00 0.0 0.00 0.0 0.08 0.00 0.0 42.47 12.0 bbls produced to surface from 22:04 to 9:27 9:2(] 35 68,000 22.00 Sample #19, 2.5% solids, 32.5% water 9:2'/ Displac~ N2 from coil tubing reel with diesel 9:51 54 7 OPEN OPEN 103.7 1.5] 1.53 42.4 0.53 15.0 0.61 1.00 27.4 43.47 10:15 45 40,000 23.20 Sample #20, 4% solids, 41% water 10:1~ Start pumping diesel to circulate bottoms up 10:2{] 30 39,000 22.70 Sample #21, 1% solids, 29% water 10:22 54 11 OPEN OPEN 105.2 1.5 1.52 69.7 0.56 26.1 1.17 0.96 43.6 44.43 Page 3 of 7 COMPANY: ARCO~KA, INC. DATE: 4/7/98-4/10/98 %tELL: KIYUKPIK #8 COMPANY REP: DARYL LUOMA TEST NO.: DST #4 TESTING REP: ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FOILMATION PRODUCTION DATA COMMENTS T~np Pres Choke Choke Tank Tank Influx Total Bs&w Water Water Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume! Rate Volume Rate CumVol CI PH Volume Rate CumVo] G-rav Time DegF psig in in bbl bbi bbl bpd % bbl bpd bbl ppm bbl bpd bbl APl 10:35 30 38,000 22.70 Sample #22, I% solids, 29% water 10:40 45 34,000 22.60 Sample #23, 4% solids, 41%water 10:~t5 40 34,000 22.40 Sample #24, 2.5% solids, 37.5% water 10:50 40 30,000 23.80 Sample #25, 4% solids, 46% water 10:55 45 27,500 25.60 Sample #26, 4% solids, 41% water 11:00 40 25,000 33.40 Sample #27, 2.5% solids, 37.5% water 11:05 0 Diesel Sample #28, 100% die~l 11:10 0 Diesel 11:10 Stop pumping diesel, 33.6 bbis returned from 10:19 to 11:10, Sample #29, 100% diesel. 11:15 54 51 OPEN 12/64 138.8 33.6 1.50 40.8 0 0.00 0.0 1.17 1.50 40.g 45.93 Diesel Sample #30, 100%diesel 11:30 57. 11 OPEN 12/64 138.8 0.0 0.00 0.0 0.00] 0.0 1.17 0.00 0.0 45.93 12:00 60 12 OPEN 12/64 138.8 0.0 0.00 0.0 0.00 0.0 1.17 0.00 0.0 45.93 12:30 62 2 OPEN 12/64 138.8 0.0 0.00 0.0 0.00 0.0 1.17 0.00 0.0 45.93 13:00 64 1 OPEN~ 12/64 138.8 0.0 0.00 0.0 0.00i 0.0 1.17 0.00 0.0 45.93 1.5 bbls produced fi.om 11:10 to 13:55. 13:30 64 10 OPEN 12/64 140.3 1.5 1.50 72.0 0.00 0.0 1.17 1.50 72.0 47.43 13:55 Starx pumping N2 to displace diesel from CT and 14:00 62 10 OPEN OPEN 140.3 0.0 0.00 0.0 0.00 0.0 1.17 0.00 0.0 47.43! blow tubing dry from 700'. 14:43 Shut down N2, 54.9 bbls returned to tanks durra 14:45 63 11 OPEN OPEN 195.2 54.9 12.90 928.g 0.00 0.0 1.17 12.90 928.8 60.33i N2 lifting, 12.9 bbls attributed to formation inllu.x. 15:00 64 24 OPEN 12/64 195.2 0.0 0.00 0.0 0.00 0.0 1.17 0.00 0.0 60.33' 15:30 65 5 OPEN 12/64 195.2 0.0 0.00 0.0 0.00 0.0 1.17 0.00 0.0! 60.33~ 16:00 6g 2 OPEN 12/6,4 195.2 0.0 0.00 0.0 0.00 0.0 1.17 0.00~ 0.0 60.331 16:30 66 11 OPEN~ 12/64 195.2 0.0 0.00 0.0 0.00 0.0 1.17 0.00i 0.0 60.331 17:00 65 11 OPEN 12/64 195.2] 0.0 0.00 0.0 0.00 0.0 1.17 0.00 0.0 60.33 17:30 64 17 OPEN 12/64 196.7 1.5 1.50 72.0 0.00 0.0 1.17 1.50 72.0 61.83 17:45 64 26 OPEN 12/64 198.3 1.5 1.50 144.0 0.00 0.0 1.17 1.50 144.0 63.33 18:00 59 10 OPEN OPEN 198.3 0.0 0.00 0.0 0.00 0.0 1.17 0.00 0.0 63.33 Slart pumping N2 18:05 12 23.90 Sample #31, 12%solids 18:10 12 20.00 Sample #32, 12%solids 18:15 55 76 OPEN OPEN 204.4 6.1 6.10 585.6 10 0.69 66.2 1.86 5.41{ 519.4 68.74 19.00 Sample#33, 10% s~)iids Page 4 of 7 COMPANY: ARCO ~KA, INC. DATE: WELL: KUUKPIK #8 COMPANY REP: TEST NO.: DST #4 TESTDNG REP: 4/7/98-4/10/98 DARYL LUOMA ROBERT HOFF WELLHEAD M-FLD HTR TANK NET FOILMATION PRODUCTION DATA COMMENTS Temp Pr~ Choke Choke Tank Tank Influx Total Bs&w Water Water Wat~' Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume Rate CumVol CI PH Volume Rate CumVol Gray Time DegF psi# in in bbl bbi bbl bpd % bbl bpd bbl ppm bbl bpd bbl API .... 18:20 50 Sample #34, 50% solids 18:30 55 94 OPEN OPEN 204.4 0.C 0.00 0.0 0.00 0.0 1.86 0.00 0.0 68.74 18:32 50 26.60 Sample #35, 50%solids 18:35 55 Sample #36, 55% solids 18:44 80 Sample #37, 80% mud 18:45 54 61 OPEN OPEN 205.9 1.5 1.53 144.0 0.93 88.8 2.79 0.60 55.2 69.34 18:57 80 Sample #38, 80% mud 19:00 54 40 OPEN OPEN 208.9 3.1 3.05 297.6 2.48 238.1 5.27 0.57 59.5 69.91 Shut downN2 19:05 80 Sampl~ #39, 80% mud 19:15 54 7 OPEN 12/64 210.5 1.5 1.53 144.0 55 1.01 97.2 6.28 0.52 46.8 70.43 Sample #40, 55%solids 19:30 56 12 OPEN 12/64 210.5 0.C 0.00 0.0 0.00 0.0 6.28 0.00 0.0 70.43 20:00 59 6 OPEN 12/64 210.5 0.C 0.00 0.0 0.00 0.0 6.28 0.00 0.0 70.43 20:30 62 6 OPEN 12/64 210.5 0.C 0.00 0.0 0.00 0.0 6.28 0.00 0.0 70.43 , 21:00 63 6 OPEN OPEN 212.0 1.5 1.53 72.0 0.00 0.0 6.28 1.53 72.0 71.96 Start pumpingN2 21:10 6.5 21.10 Sample #41, 6.5% solids 21:15 52 35 OPEN OPEN 212.0 0.¢ 0.00 0.0 0.00 0.0 6.28 0.00 0.0 71.96 21.10 21:20 5 21.10 Sample #42, 5% mud, 20°./o filtrate 21:30 52 35 OPEN OPEN 213.5 1.5 1.52 144.0 0.08 7.2 6.38 1.44 136.8 73.40 21.I0 21:45 52 35 OPEN OPEN 213.5 0.C 0.00 0.0 5 0.00 0.0 6.38 0.00 0.0 73.40 21.10 Sample #43, 5%mud, 16%tiitrate 22:00 52 35 OPEN OPEN 215.0 1.5 1.52 144.0 2 0.05 5.0 6.43 1.47 139.0 74.87 21.10 Sample #44, 2%mud 22:15 52 35 OPEN OPEN 216.6 1.5 1.53 144.0 1.5 0.03 2.5 6.46 1.50 141.5 76.37 21.10 Sample #45, 1.5% mud, 28.5% emulsion 22:30 52 26 OPEN OPEN 219.6 3.1 3.05 297.6 1.5 0.05 4.5 6.51 3'.00 293.1 79.37 21.10 Shut down N2, Sample #46, 1.5%mud 22:45 1.5 Sample #47, 1.5% mud, 33.5% emulsion 23:00 52 49 OPEN 12/'64 219.6i 0.0 0.00 0.0 1.5 0.00 0.0 6.51 0.00 0.0 79.37 Sample #48, 1.5%mud, 33.5% emulsion 23:15 2.5 Sample g49, 2.5% solids, 42.5% emulsion 23:30 53 4(~ OPEN 12/64 219.6 0.0 0.00 0.0 50 0.00 0.0 6.51 73,000 6.5 0.00 0.0 79.37 Sample #50, 50%mud 4/9/93 0:00 54 35 OPEN 12/64 219.6 0.0 0.00 0.0 0.00 0.0 6.51 0.00 0.0 79.37 0:3ff 56 6 OPEN 12/64 219.6 0.0 0.00 0.0 0.00 0.0 6.51 0.00 0.0 79.37 1:00 58 5 OPEN 12/64 219.6 0.0 0.00 0.0 0'.00 0.0 6.51 0.00 0.0 79.37 , Page 5 of 7 COMPANY: ARCO ALASKA, INC. DATE: WELL: KUUKPIK #$ COMPANY REP: TEST NO.: DST #4 TESTING REP: 4/7/93-4/10/93 DARYL LUOMA ROBERT HOFF ~WELLHEAD M-FLD HTR T.4aNK NET FOP~MATION PRODUCTION DATA COMMENTS Incr. Incr. Incr. Incr. Temp Pres Choke Choke Tank Tank Influx Total Bs&w Water Water Water Oil Oil Oil Oil Clock Twh Pwh Size Size Volume Volume Volume Rate Volume Rate CumVol CI PH Volume Rate CumVol G-ray Time DegF psig in in bbl bbl bbl bpd % bbl bpd bbl ppm bbl bpd bbi A.PI 1:30 60 12 OPEN 12/64 219.6 0.0 0.00 0.01 0.00 0.0 6.51 0.00 0.0 79.37 2:00 61 2,1 OPEN 12/64 219.6 0.0 0.00 0.0 0.00 0.0 6.51 0.00 0.0 79.37 2:15 62 35 OPEN 12/64 219.6 0.0 0.00 0.0: 0.00 0.0 6.51 0.00 0.0 79.37 , 2:30 57 11 OPEN OPEN 219.6 0.0 0.00 0.0: 65 0.00 0.0 6.51 0.00 0.0 79.37 Start pumping N2, Sample #51, 8% mud 2:39 51 Sample #52, 9% solids 2:45 53 Sample #53, 3% solids 2:54 Shut down N2 3:00 53! 12: OPEN OPEN 225.7 6.1 6.10 292.8 3.44 164.9 9.95 2.66 127.9 82.03 3:25 35 Sample #54, 7% solids, 28% emulsion 3:30 54! 52; OPEN 18/64 230.3 4.6 4.60 220.8 1.61 77.3 11.56 2.99 143.5 85.02 N2 lifting from 2:30 to 2:54. 4:00 561 35 OPEN 18/64 231.8 1.5 1.53 72.0 0.53 25.2 12.09 1.00 46.8 86.02 4:30 55 31 OPEN[ 18/64 231.8 0.0 0.00 0.0 0.00 0.0 12.09 0.00 0.0 86.02 5:00 55. 31 OPEN 26/64 231.8 0.0 0.00 0.0 0.00 0.0 12.09 0.00 0.0 86.02~ 5:30 57 22 OPEN 26/64 231.8 0.0 0.00 0.0 0.00 0.0 12.09 0.00 0.0 86.02 5:45 55i Sample #55, 6% solids, 49% emulsion 6:00 54 12 OPEN~ OPEN 231.8 0.0 0.00 0.0 70 0.00 0.0 12.09 30,000 0.00 0.0 86.02 20.80 Start pumping N2, Sample #56, 8°./o solids · 6:15 53 54 OPEN" OPEN 237.9 6.1 6.10 585.6 78. 4.51 433.3 16.60 1.59~ 152.3: 87.61 20.80 Sample #57, 8%solids, 70 %emulsion 6:30 52 56 OPEN OPEN 239.4 1.5 1.53 144.0 35 0.85; 81.4 17.45 29,000 0.68 62.6 88.29 Shut down N2, Sample #58, 6%solids ,.~ 6:45 53 16 OPEN OPEN 239.4 0.0 0.00 0.0 0.00 0.0 17.45 0.00~ 0.0 88.29 7:00 54 2 OPEN OPEN 239.4 0.0 0.00 0.0 0.00 0.0 17.45 0.00 0.0 88.29 7:30 57 2 OPEN 14/64 239.4 0.13 0.00 0.0 0.00 0.0 17.45 0.00 0.0 88.29 8:00 60 2 OPEN 14/64 239.4 0.12 0.00 0.0 0.00 0.0~ 17.45 0.00 0.0 88.29 8:312 60 6 OPEN 14/64 239.4 0.12 0.00 0.0 0.00 0.0 17.45 0.00 0.0 88.29 9:012 56 31 OPEN 26/64 239.4 0.12 0.00 0.0 55 0.00 0.0 17.45 28,000 0.00 0.0 88.29 Sample #59, 5%solids, 50%emulsion 9:15 56 48 OPEN 32/64 241.0 1.5 1.53 144.0 71 0.95 90.7 18.40 24,000 0.58 53.3 88.86 i3.0 bbls produced l?om 6:30 to 9:30, Sample ~60 9:3C 54 31 OPEN OPEN~ 242.5 1.5 1.52 144.0 71 1.07 102.2 19.47 24,000i 0.45 41.8 89.32 iStart pumpingN2, Sample #61,6%solids 9:412 71 25,0001 Sample #62, 6% solids, 44% emulsion 9:45 54 20 OPEN OPEN 244.0 1.5 1.53 144.0 55 0.95 90.7 20.42 22,000 0.58 53.3 89.90 21.20 Sample #63, 7% solid.s, 48% emulsion 9:55 71 21,O00 Sample #64, 9% solids, 62% emulsion 10:0t2 54 26 OPEN OPEN 253.2 9.2 9.15 883.2 5.80 556.4 26.22 3.35 326.8 93.25 Shutdown N2, 13.8 bbls producedby N2 Page 6 of 7 CObIPANY: ARCO AIAkSKA, INC. DATE: 4/7/93-4/10/93 WELL: KUUKPIK #3 COMP~ REP: DARYL LUOMA TEST NO.: DST #4 TESTING REP: ROBERT HOFF Time II De~] psig Choke Choke Tank Tank Influx Total Bs&w Water Water Water Oil Oil Oil Oil Il Size II Size IlVolumelVolumellVolumel RateI IVolun lRateICumVo]ca i PH IVolumel Rate [CumVol[ Grav II I[ in ]1 in, 11 bbl ] bbl [1 bbl } bpd [ %[ bblI bpd ] bblI ppm [ ] bbl [ b~I bbl [API. ]l COMMENTS Iii'ling fro~ ~:3~'to 10:3~0 ' Start to pump brMe to kill well Sample #65, 100% water Sample #66, 2% solids, 23% emulsion Sample #67, 2% solids, 2399/0 water Sample//68, 5% solids, 35% water Sample #69, 25% solids, 35% water Sample ~t70, 25% solids, 5°,/0 water Sample #71, 100% water Well killed, 91.5 bbls returned. Page 7 of 7 100.0 Cumulative Oil Influx vs Time ARCO ALASKA, KUUKPIK #3, DST #4 90.0 80.0 70.0 60.0 50.0 40.0 30.0 20.0 10.0 .0 [ I [ ~ I I I 4/7/93 14:00 4/7/93 20:00 4/8/93 2:00 4/8/93 8:00 4/8/93 14:00 4/8/93 20:00 4/9/93 2:00 4/9/93 8:00 4/9/93 14:00 SAMPLING REPORT ARCO ALASKA, KUUKPIK #3, DST #4 Clock Gravity Bs Water Cut Bs&w CI Pl l Sample # Time APl % % °,4 PPM COM M ENTS 4/7/93 I 13:57 36.2 0.5 0.5 1.0 I First 9 samples taken while circulating 2 14:00 21.6 0.2 I. 5 1.7 boltoms up (l¥om 271(1' M D) wilh diesel. 3 14:05 22.0 0.4 !.4 1.8 4 14:10 21.6 0.2 1.0 1.2 5 14:15 20.0 0.2 4.0 4.2 238,000 6 14:20 19.3 TRACE 5.0 5.0 2381,000 ,, 7 14:25 33.8 TRACE 2.0 2.0 8 14:30 39.4 TRACE 2.0 2.0 9 14:35 42. I 0.2 0( 100% diesel) 0.2 4/8/93 I 0 3:20 22.8 TRACE 0.8 0.g Sample 10- I 8 taken while well flowing to I I 3:45 23.0 TRACE TRACE 0.0 surface. 12 4:3(I 22.4 TRACE TRACE 0.0 13 5:00 23.0 TRACE TRACE 0.0 i 4 5:20 22.4 TRACE 0.4 0.4 15 5:50 23.2 TRACE TRACE 0.0 16 7:(18 22.6 0.4 6.0 6.4 43,000 , ,, 17 7:50 22.0 2.5 47.5 50.0 68,000 I 8 8:20 22.3 3.0 47.0 50.0 19 9:20 22.0 2.5 32.5 35.0 68,000 l)isplacing N2 from 1 1/2" CT. 20 10:15 23.2 4.0 41.0 45.0 40,000 21 10:20 22.7 1.0 29.0 30.0 39,000 Samples 20-30 taken while circulating 22 10:35 22.7 1.0 29.0 30.0 38,000 botloms tip (fi'om 2710' MD) with diesel. 23 ! 0:40 22.6 4.0 41.0 45.0 34,000 24 10:45 22.4 2.5 37.5 40.0 34,000 25 10:50 23.8 4.0 46.0 40.0 30,000 26 10:55 25.6 4.0 41.0 45.0 27,500 27 ! !:00 33.4 2.5 37.5 40.0 25,000 28 11:05 Diesel 0.0 0.0 0.0 29 11:10 Diesel 0.0 0.0 0.0 30 I I: 15 Diesel 0.0 0.0 0.0 31 ! 8:05 23.9 12.0 0.0 12.0 32 18:!0 20.0 12.0 0.0 12.0 Samples 31-40 taken while lifting with N2 33 18:15 19.0 10.0 0.0 10.0 at 700' (18:00-19:00). 34 18:20 50.0 0.0 50.0 Page 1 of 2 S A M P L I N G R E P ~O RT ARCO ALASKA. KUUKPIK/43, DST #4 . . Clock Gravity tls Water Cul Bs&w CI PII Smnple tt Time APl % % % PPM COMMF. NTS 35 18:32 26.6 50.0 0.0 50.0 36 18:35 55.0 0.0 55.0 37 18:44 80(mt,d) 0.0 80.0 38 18:57 80(mud) 0.(.} 80.0 39 19:05 80(mud) 0.0 80.0 40 19:15 55.0 0.0 55.0 41 21:10 21.1 6.5 43.5 50.0 ,12 21:20 21.1 5(mud) 20(tiltral¢) 25.0 Samples 41-50 taken while lifting with N2 41t 21:45 21. I 5(mt,d) 16(filtrale) 21.0 from 700' and 1 i 00' (21:00-23:30). 44 22:00-22:05 2 !. 1 2(nmd) 48.0 50.0 45 22:15-22:2(I 21.1 1.5(mud) 28.5(emulsion) 30.0 46 22:30-22:35 2 i. I I. 5(mud) 28.5(emt,lsion) 30.0 47 22:45'-22:50 2 I. I 1.5(mud) 33.5(emulsion) 35.0 48 23:00-23:05 2 I. I 1.5(mud) 33.5(emulsion) 35.0 ,19 23:15-23:20 21.1 2.5 42.5(emulsion) 45.0 50 23:30-23:35 21.1 50(mud) 0.0 50.0 73,000 6.5 4/9/93 _ _ 5 ! 2:30 8(mud) 57.(I 65.0 Samples 51-53 taken whi', lifting with N2 52 2:39 9.0 42.0 51.0 al 1100' (2:30~2:54). 53 2:45 3.0 50.0 53.0 54 3:25 7.0 28(emulsion) 35.0 Smnplcs 54-55 taken while well was 55 5:45 6.0 49(¢mt lsion) 55.0 slttgging fluids 1o surfi~cc. 56 6:00 '20.~ lq.() 62(¢nmlsion) 70.0 30,000 57 6:15 20.lq 8.0 70(emulsion) 78.0 Samples 56-58 taken while lilting wilh N2 58 6:3(I 6.0 29(¢mt,lslon) 35.0 29,000 al i 100' (6:0(1-6:3(~). 59 9:00 5.0 50(emulsion) 55.0 28,000 Samples 59-60 taken while well was 60 9:15 6.0 44(emulsion) 71.0 24,000 slugging Iluids lo st,rfhce. 61 9:30 6.0 44(emulsion) 71.0 24.000 62 9:40 6.0 44(¢mulslon) 71.0 25,000 Samples 61-64 taken while lilling with N2 63 9:45 21.2 7.0 4lq(cmt,lsion) 55.0 22.000 al 1250' (9:30-10:001. 6,1 9:55 9.0 62(emulsion) 71.0 21,000 ,., 4/10/93 65 5:40 TRACI'; 100.0 100.0 173,000 6.5 Sample 65-71 taken while circulating 66 5:42 2.0 23(emulsion) 25.0 bolt{mis up (Ji'Olll 2710') with k ill weight 67 5:45 18.3 4.5 2(I.(I 24.(I (1 (3.4 ppg) brine. 68 5:5(/ 18.3 5.0 35.0 40.0 69 6:25 25.0 35.(.} 60.0 127,000 70 6:30 25.0 5.0 30.0 71 6:35 0.0 ! 00.0 100.0 188,000 Page 2 of 2 ARCO Alaska, Inc. Kuukpik//3 o~ Drillstem Test Report RECEIVED dUN 0 7 Oil & Gas Cons. ¢ommJssJorl Anchorage March 17 - April 16, 1993 Drill Stem Test #1 Company Well Name Country Test date Report number District : ARCO Alaska, Incorporated : Kuukpik #3 : USA : 17-MAR-93 : One : Alaska Remote Testing Co representative SWS representative : D.Lutrick/B.Campbell ' K.Barnard/R.Williams ARCO Alaska, Incorporated KuukDik ~3 page DST #1 GENE L INFO ATION 001 Service/client reference Company Well Name Country State Test type : Drill Stem Test #1 : ARCO Alaska, Incorporated : Kuukpik #3 : USA : Alaska : DST with Coiled Tubing OPE TION DATA Test date Report number District Co representative SWS representative Unit system : 17-MAR-93 : One : Alaska Remote Testing : D.Lutrick/B.Campbell : K.Barnard/R.Williams : US Oil WELL DATA Well type Fluid type Minimum restriction Vertical depth Casing size/shoe Tubing shoe at Perforation shot density Perforation gun type Perforation conditions Perforation interval(s) Test interval : Wildcat : Oil : 2.25" : PBTD : ?", 29# : Wireline entry guide @ 6301' : 5 SPF : 4-1/2" HSD w/51B HJII charges : Underbalence; Tubing pressure = -1600 psi .:. pKR @ 62?5' to PBTD PROPERTIES Type Weight/viscosity : NaCl/NaBr BRINE : 10.3 ppg ARCO ALASKA INCORPORATED KUUKPIK #3 DST #1 SUMMARY OF EVENTS 03/15/93 07:00 Arrive on location 18:30 Begin rig up guns 20:00 Finish rig up guns, rig up Baker packer 21:00 Run wireline in hole with guns and packer assembly 03/16/93 03:52 Begin rig up tools 06:00 Finish rig up tools 03/17/93 02:30 Run in hole with 2" coil tubing Pumping 05:07 Pumping N2 11:35 Drop bar in head 12:15 Pressure annulus, cycle PORT 12:22 Bleed annulus 12:41 Bar dropped 13:05 Pressure annulus, open PCT 13:10 Bleed annulus, close PCT (1 st cycle) 16:00 Run wireline in hole with LINC 19:40 Pressure annulus to 1500 8, open PCT, LINC verified PCT open 20:00 Unlatch LINC, pull wireline out of hole 03/18/93 05:30 12:00 13:30 14:00 17:00 20:30 Rig up Arias with shifting tool Run in hole with fishing tools Out of hole with fish, guns released when fish pulled Run Atlas in hole for temperature survey Rig down Atlas, rig up to fmc Rig down frac, rig up Atlas for temp survey Atlas can not get down, tubing sanded off 03/19/93 00:00 Rig down Atlas 00:30 Rig up Dowell to pump diesel then jet N2 03/19/93 03/20/93 03/21/93 O3/22/93 03/23/93 10:25 Bleed annulus from 1920 # to 1620 # 17:33 Pressure annulus from 1388 # to 1550 # 21:15 Pressure annulus from 1420 # to 1620 # 15:30 Pressure annulus from 1300 # to 1500 # and pull coil tubing 21:15 Run in hole with coil tubing to plug back with cement 22:45 Unable. to get re~iner down, cycle PCT three times to get into Hold Open position 01:30 Out of hole with coil tubing 02:00 Rig up Dowell to circulate 06:00 Run 2" coil tubing in hole with plug 08:00 OUt of hole with 2" coil tubing 08:55 Bleed annulus to 08 09:00 Nipple down test tree 19:41 Cycle PCT 20:50 Cycle PCT 04:58 Rupture SHORT at 3600 # 04:15 Begin laying down tools 06:00 Finish laying down tools CONNECTIONS ARCO ALASKA, INC. KUUKPIK No.3 FULLBORE TEST STRING WITH COILED TUBING TOOL DESCRIPTION OD ID LENGTH DEPTH ARCO LANDED OUT 3 1/2 EUE 3 1/2 EUE 8 ROUND 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE 3 1/2 IF 3 1/2 IF 3 1/2 IF 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE 3 1/2 I.F. 3 1/2 I.F. 3 1/2 IF 3 1/2 IF 1/4 4 SA 1/4 4 SA 3 1/2 IF 3 1/2 IF 3 1/2 I.F. 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE SEAL ASSY. Baker Wellhead Coiled Tubing to Surface (Walt thickness = 0.203") Telescoping Swivel Sub Otis "X" Nipple 3-1/2" * 2.813" SEAL BORE 3 1/2 JOINT OF TUBING Cross Over Sub (Tubing to SHORT) SHORT Reversing Valve Using Code MA Applied operating Pres.= 3334-3634 Psi. Cross Over Sub (SHORT to Tubing) 1 Joint Tubing 3-1/2" Cross Over Sub TUBING TO LINC LINC INDUCTIVE COUPLER MSRT 3 CHANNEL RECORDER 1OK FULLBORE PCT w/HOLD OPEN (Ball Valve)-opens ~ 1200 psi PORT Using Code H Disk Applied Operating Press.= 533-730 Psi Recorder Carrier For 4 PTS Gauges 1OK Fullbore Cross Over Sub RECORDER CARRIER TO TUBING 2 7/8 TUBING Pup Joint Seal Locator Sub Total length=17.5' approx. 1' stick-up Baker Model "DB" Prod. Packer Assembly Size 8¢-32 3.50 3.085 6130.06 6130.06 5.0 2.992 3 1/2 2.813 3 1/2 2.996 4.75 2.875 5.0 2.4 4.75 2.875 2 6132.06 1.47 6133.53 31.16 6164.69 1. 6165.69 2.83 6168.52 1.31 6169.83 3 1/2 2.996 31.28 6201.11 4.75 2.875 5.0 2.25 5.0 2.25 0.91 6202.02 11.67 6213.69 9 6222.69 5.0 2.25 25.82 6248.51 5.0 2.25 5 2.25 4-.75 2.38 5.92 6254.43 5.5 6259.93 0.91 6260.84 2 7/8 2.4-41 10.06 6270.9 3.467 2.406 5.625 3.25 1 6271.9 3.65 6275.55 DST#1 Revised 16-MAR-93 CONNECTIONS Baker 2 7/8 EUE 2 7/8 EUE, 2 7/8 EUE 8rd 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE, SWS SWS SWS SWS ARCO ALASKA, INC. KUUKPIK No.3 FULLBORE TEST STRING WITH COILED TUBING TOOL DESCRIPTION OD ID Seal Bore Extension Pup Joint 2-7/8" EUE TCR-B, Hydromechanical Gun Release (Use 2" Otis-B Shifting Tool to Release) Ported Flow Sub ,. 2 7/8 TUBING Pup Joint 4.5 3.25 LENGTH DEPTH 13.70 6289.25 2.68 2.441 10.06 6299.31 3.62 1.791/2.75 HDF-B/BHF-C SBS Firing Head (Use BHF-C as Primary Firing Head) Safety Spacer Spacer plus guns are built from 4-20ft. guns plus adapters 4-1/2" Guns w/51B Hyperjet II e 5 SPF, 60 deg. Phasing BULLNOSE 3.6 2.441 2.68 2.441 3.68 4.5 4.5 4.5 2.50 6301.81 .41 6302.22 10.10 6312.32 8.9 6321.22 18.78 1. 6406 DST#1 Revised 16-MAR-93 ARCO Alaska, Incorporated Kuukpik ~3 I SEQUENCE OF EVENTS page 002 I DST ~1 15-MAR-93 00:00:00 07:00:00 18:30:00 20:00:00 21:00:00 17-MAR-93 02:32:00 05:07:00 11:37:00 12:12:00 12:13:00 12:27:00 12:42:00 13:07:00 13:12:00 16:02:00 19:32:00 20:07:00 18-MAR-93 05:32:00 12:02:00 13:32:00 14:02:00 17:02:00 20:3~.p0 20;3'3:0D 23:57:00 19-MAR-93 00:32:00 10:22:00 17:33:00 20-MAR-93 15:28:00 21:17:00 22:47:00 22:48:00 21-MAR-93 01:32:00 02:02:00 06:02:00 08:02:00 08:52:00 19:38:00 20:53:00 22-MAR-93 04:47'00 1 MAR-93 2 ! Testing crew arrive on location 3 ! Begin rig up TCP guns 4 ! End rig up TCP guns, rig up Baker packer 5 ! Run wireline in hole with TCP gun & packer assembly 6 ! RIH with 2" coiled tubing, pumping 7 ! Pumping nitrogen 8 ! Drop Bar installed in lubricator 9 ! Pres annulus to cycle PORT. Actually cycled PCT out of 10 ! ...Hold Open due to cycle put on PORT on TIH 11 ! Bleed annulus pressure to 0 psig at surface 12 ! Drop Bar to fire guns 13 ! Pres annulus & open PCT. Bar fell from PCT to fire guns 14 ! Bleed annulus pres thereby closing PCT for initial build-up 15 ! RIH with LINC Running Tool 16 ! Pres annulus to 1500 psig at surf. LINC verified PCT open 17 ! Unlatch LINC Running Tool.& POOH 18 ! Rig up Atlas with Shifting Tool to release guns 19 ! RIH with WL fishing tools to fish Atlas 20 ! Out of hole with fish 21 ! RIH with Atlas WL for Temp Survey 22 ! Rig down Atlas, Rig up Dowell to frac 23 ! Maximum BHP recorded during frac= 10;813.03 psia 24 ! Rig down frac. Rig up Atlas for Temp Survey. Atlas cannot 25 ! ...get down due to Frac screen-out 26 ! Rig down Atlas 27 ! Rig up Dowell 2" coiled tubing to pump diesel then nitrogen 28 ! Bleed annulus pressure from 1920 to 1620 psig at surface 29 ! Pressure annulus from 1388 to 1550 psig at surface 30 ! Pres annulus from 1300 to 1500 psig at surf and POOH with CT 31 ! RIH with coiled tubing to plug back with cement 32 ! Unable to get down with Baker 2.22" Locator & 2.125" Retainer 33 ! ...assemby. Cycle PCT to Hold Open 34 ! Out of hole with coiled tubing 35 ! Rig up Dowell to circulate 36 ! RIH with 2" coiled tubing with the Baker 2.125" Retainer only 37 ! Out of hole with 2" coiled tubing 38 ! Bleed annulus pressure to 0 at surface & nipple down tree 39 ! Pressure annulus to cycle PCT 40 ! Pressure annulus to cycle PCT 41 ! Pressure annulus to 3600 psig at surface to rupture SHORT ARCO Alaska, Incorporated page DST 003I Kuukpik #3 23-MAR-93 04:17:00 05:58:00 42 ! Begin laying down DST tools 43 ! End laying down DST tools ARCO Alaska, Incorporated Kuukpik #3 page DST I 0 0 r..O 0 0 CD 0 PRES BV (psia) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 -- 7 ARCO Alaska, Incorporated Kuukpik ~3 page DST oo~ I PRES nv (psia) 0 0 0 0 0 ARCO Alaska, Incorporated Kuukpik #3 MSRT Data Printout page DST 006 17-MAR-93 00:00:00 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:31:00 02:32:00 02:33:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 166.14 2991.30 3366.15 166.17 2990.91 3366.19 166.20 2990.76 3366.03 166.20 2990.51 3365.96 166.22 2990.35 3366.01 166.22 2990.50 3366.08 166.25 2990.36 3366.12 166.25 2990.36 3366.01 166.25 2990.51 3366.08 166.28 2990.42 3366.16 166.28 2990.43 3366.05 166.30 2990.31 3366.02 166.30 2990.47 3366.06 166.30 2990.52 3366.01 166.33 2990.44 3366.06 166.33 2990.38 3366.07 166.33 2990.57 3366.07 166.35 2991.24 3365.96 166.35 2997.33 3365.75 166.35 2998.77 3365.83 166.38 2999.06 3365.92 166.38 2999.07 3365.86 166.41 2999.09 3365.88 166.41 2999.24 3365.91 166.41 2999.29 3365.97 166.43 2999.38 3365.88 166.43 2999.37 3365.94 166.46 2999.24 3365.92 166.46 2999.27 3365.92 166.46 2998.77 3365.86 166.48 3005.00 3365.56 RIH with 2" coiled tubing, pumping 2988.41 2988.36 2988.23 2988.13 2988.13 2988.20 2988.16 2988.04 2988.16 2988.24 2988.18 2988..17 2988.20 2988.25 2988.17 2988.24 2988.29 2989.47 2995.40 2996.55 2996.83 2996.86 2996.87 2996.93 2997.10 2997.09 2997.01 2996.98 2997.00 2996.44 3003.85 166.48 3022.32 3365.41 3021.58 166.48 3055.91 3365.40 3055.68 166.51 3103.00 3365.52 3102.91 166.51 3151.34 3365.58 3151.64 166.51 3196.53 3365.57 3195.75 166.54 3224.31 3365.58 3223.97 166.54 3253.48 3365.70 3253.17 166.54 3277.29 3365.78 3276.97 166.54 3300.56 3366.02 3300.27 166.54 3323.18 3366.39 3322.88 166.54 3329.33 3366.34 3328.44 166.54 3354.16 3367.04 3353.73 166.54 3373.87 3367.87 3373.34 166.56 3386.53 3368.45 3385.76 166.56 3391.49 3368.94 3390.06 166.59 3428.67 3371.69 3425.91 166.59 3347.01 3375.12 3347.27 166.59 3258.21 3382.05 3254.38 166.59 3157.55 3393.51 3152.47 17-MAR-93 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:06:00 05:07:00 05:08:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia page 007 I DST ~ 1 166.61 3022.69 3418.50 3017.79 166.59 2924.22 3465.81 2921.82 166.62 2864.54 3488.44 2861.23 161.81 2773.62 3469.86 2770.86 157.68 2763.62 3474.34 2760.74 156.36 2754.68 3468.80 2751.42 156.40 2723.35 3451.72 2720.52 156.91 2680.88 3438.99 2677.25 157.72 2593.66 3421.63 2588.34 158.53 2595.38 3411.00 2593.83 159.02 2622.25 3409.13 2620.68 159.32 2696.65 3411.47 2697.03 Pumping nitrogen 159.48 159.78 160.13 160.50 160.75 161.10 161.36 161.60 161.77 161.96 162.09 162.25 162.43 162.51 162.80 163.03 163.18 163.27 163.37 163.45 163.53 163.61~ 163.69 163.74 163.82 163.87 163.92 163.97 164.03 164.08 164.13 164.16 164.23 164.26 164.34 164.37 164.42 164.45 164.48 164.55 164.55 2687.06 2660.50 2642.67 2629.14 2599.48 2530.10 2512.87 2504.79 2492.78 2483.53 2477.11 2440.16 2157.60 1646.48 1397.60 1296.16 1236.82 1154.85 1234.35 1269.27 1282.71 1292.72 1331.48 1370.32 1441.68 1548.18 1578.40 1583.68 1585.47 1587.06 1588.23 1589.02 1590.26 1591.16 1592.00 1592.78 1593.60 1594.35 1594.10 1594.48 1595.04 3417.13 3422.64 3427.83 3431.06 3434.22 3426.42 3418.91 3413.07 3409.51 3407.50 3406.91 3410.63 3419.87 3402.96 3379.60 3371.10 3366.64 3364.87 3364.56 3363.42 3362.24 3361.00 3360.55 3360.10 3359.55 3359.68 3359.38 3359.69 3359.48 3359.19 3359.46 3359.52 3359.63 3359.18 3359.27 3359.22 3359.02 3359.10 3359.16 3358.85 3359.08 2683.19 2656.55 2638.32 2624.65 2593.10 2524.65 2507.87 2500.60 2488.13 2478.99 2472.85 2433.36 2148.35 1637.60 1390.58 1290.10 1230.28 1151.73 1233.06 1267.64 1280.19 1290.64 1330.09 1369.13 1440.72 1547.02 1576.29 1580.70 1582.32 1583.65 1584.83 1585.90 1586.94 1587.60 1588.35 1589.32 1589.98 1590.59 1590.60 1591.08 1591.65 I Iq- ~AR-93 O8:55:00 q0:00 95:00 50:00 55:00 69:00:00 05:00 ~0:00 ~5:00 30:00 25:00 30:00 35:00 40:00 45:00 50:00 55:00 t0:00:00 05:00 10:00 ~5:00 20:00 Z5:00 20:00 35:00 40:00 45:00 50:00 55:00 tl:O0:O0 05:00 10:00 15:00 20:00 25:00 30:00 35:00 36:00 37:00 38:00 40:00 45:00 50:00 55:00 t2:00:O0 05:00 10:00 11:00 12:00 13:00 14:00 15:00 20:00 25:00 26:00 27:00 TEMP degF ARCO Alaska, Incorporated Kuukpik ~3 PRES BV PRES AN PRES BVs psia psia psia page DST ~ 1 164.58 1595.31 3359.12 1591.84 164.63 1595.54 3358.69 1591.98 164.76 1596.43 3359.03 1592.69 164.66 1596.59 3358.87 1592.74 164.68 1596.41 3358.94 1592.55 164.73 1596.28 3359.07 1592.71 164.83 1596.54 3358.99 1592.89 164.79 1596.70 3359.17 1593.12 164.84 1596.78 3358.96 1593.12 164.90 1596.86 3358.69 1593.14 164.92 1596.73 3358.82 1593.16 165.07 1596.73 3358.88 1593.25 165.07 1596.94 3359.14 1593.53 165.12 1597.30 3359.02 1593.80 165.15 1597.40 3358.90 1593.58 165.05 1597.18 3358.82 1593.61 165.20 1597.38 3358.83 1593.69 165.23 1597.38 3358.98 1593.82 165.26 1597.64 3358.80 1593.97 165.26 1597.50 3358.96 1593.76 165.28 1597.69 3358.94 1593.97 165.31 1597.86 3359.07 1594.19 165.36 1597.64 3359.23 1594.16 165.39 1597.62 3358.92 1593.99 165.41 1592.62 3358.71 1588.92 165.41 1592.62 3358.71 1589.00 165.44 1592.57 3358.87 1588.98 165.49 1592.21 3358.56 1588.42 165.51 1595.38 3358.47 1591.89 165.52 1592.97 3358.62 1589.31 165.54 1592.56 3358.56 1588.82 165.57 1591.34 3358.79 1587.54 165.60 1589.74 3358.88 1586.02 165.65 1588.30 3358.55 1584.54 165.68 1588.11 3358.66 1584.56 165.68 1588.28 3358.73 1584.71 165.68 1588.44 3358.82 1584.80 Drop Bar installed in lubricator 165.70 1588.43 3358.63 1584.67 165.70 1588.21 3358.88 1584.66 165.73 1588.40 3358.78 1584.84 165.73 1588.41 3358.90 1584.80 165.75 1588.45 3358.77 1584.82 165.75 1579.99 3359.12 1576.06 165.75 1579.41 3359.40 1575.90 Pres annulus to cycle PORT. Actually cycled PCT out of Hold Open due to cycle put on PORT on TIH 165.75 1580.16 3691.41 1576.49 165.83 1581.42 4382.22 1577.70 165.83 1578.93 3420.11 1575.71 Bleed annulus pressure to 0 psig at surface 17-MAR-93 12:28:00 12:30:00 12:35:00 12:40:00 12:41:00 12:42:00 12:43:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:06:00 13:07:00 13:08:00 13:10:00 13:11:00 13:12:00 13:13:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:01:00 16:02:00 16:03:00 TEMP degF ARCO Alaska, Incorporated Kuukpik 03 PRES BV PRES AN PRES BVs psia psia psia page DST 009 ' 165.81 1579.18 3368.73 1575.80 165.81 1579.35 3369.00 1575.75 165.86 1575.35 3368.64 1571.82 Drop Bar to fire guns 165.88 1575.65 3368.48 1571.76 165.88 1575.59 3368.99 1571.87 165.91 1575.59 3368.68 1571.74 165.96 1575.14 3368.96 1571.47 165.99 1575.66 3798.52 1571.95 Pres annulus & open PCT. Bar fell from PCT to fire guns 165.99 1576.98 4429.30 1573.47 Bleed annulus pres thereby closing PCT for initial build-up 166.04 1527.98 337.0.03 1523.13 166.01 1528.18 3368.83 1524.26 166.04 1529.56 3368.91 1526.00 166.05 1531.02 3368.96 1527.36 166.07 1532.84 3368.82 1529.44 166.09 1534.06 3368.93 1530.70 166.09 1535.66 3368.90 1532.27 166.12 1537.25 3369.04 1533.98 166.14 1538.78 3369.03 1535.49 166.17 1538.80 3368.97 1535.52 166.20 1540.42 3368.87 1536.99 166.22 1542.06 3368.62 1538.60 166.22 1543~44 3368.91 1540.16 166.22 1543.55 3368.82 1540.19 166.24 1544.89 3368.94 1541.58 166.25 1546.25 3368.97 1543.02 166.28 1547.75 3369.05 1544.37 166.30 1549.01 3368.90 1545.70 166.33 1548.94 3368.69 1545.46 166.33 '1550.10 3368.66 1546.49 166.33 1550.95 3368.84 1547.70 166.33 1552.02 3368.83 1548.96 166.33 1553.32 3368.88 1550.04 166.33 1554.27 3368.90 1551.03 166.33 1555.37 3368.85 1552.03 166.33 1556.34 3368.84 1552.96 166.35 1557.48 3368.87 1554.17 166.35 1557.05 3368.95 1553.65 166.35 1558.44 3368.84 1555.10 166.35 1560.03 3368.87 1556.73 166.38 1561.50 3368.96 1558.24 166.38 1562.95 3368.88 1559.63 166.41 1562.74 3368.81 1559.29 166.41 1564.06 3368.80 1560.73 RIH with LINC Running Tool ARCO Alaska, Incorporated tq-~AR-93 1~:05:00 I0:00 15:00 20:00 25:00 30:00 35:00 ~0:00 95:00 50:00 55:00 %3:00:00 05:00 10:00 15:00 20:00 25:00 30:00 35:00 40:00 45:00 50:00 55:00 I$~00:00 05:00 ~0:00 i5:00 20:00 25:00 30:00 35:00 40:00 45:00 50: 00 :55: O0 I ~ =00: O0 105:00 110:00 !15:00 ~20:00 25:00 30:00 31:00 32:00 33:00 35:00 40:00 ~45:00 ~50:00 !55:00 Zo~O0:O0 105:00 06:00 07:00 :08:00 10:00 Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia ps±a page DST 166.41 1565.24 3368.86 1561.90 166.41 1566.60 3368.74 1563.36 166.41 1567.93 3368.84 1564.60 166.41 1567.27 3368.95 1563.87 166.41 1568.72 3368.87 1565.36 166.41 1570.11 3368.92 1566.75 166.41 1571.39 3368.79 1567.97 166.41 1572.37 3368.93 1568.92 166.41 1573.46 3369.09 1570.19 166.43 1572.66 3369.22 1569.24 166.46 1573.92 3368.91 1570.63 166.46 1575.42 3368.80 1571.95 166.46 1576.74 3368.98 1573.34 1'66.46 1578.10 3369.03 1574.87 166.48 1579.33 3368.99 1576.10 166.51 1580.69 3369.03 1577.44 166.51 1582.01 3368.83 1578.67 166.51 1583.43 3368.97 1580.17 166.51 1583.24 3368.98 1579.87 166.54 1584.97 3368.87 1581.64 166.54 1586.51 3368.81 1583.23 166.54 1588.03 3368.78 1584.72 166.54 1589.44 3368.68 1586.09 166.54 1590.74 3368.59 1587.40 166.56 1592.03 3368.53 1588.78 166.56 1593.28 3368.51 1590.08 166.56 1593.04 3368.46 1589.49 166.56 1594.05 3368.45 1590.68 166.59 1594.75 3368.32 1591.27 166.59 1595.92 3368.30 1592.59 166.59 1597.18 3368.19 1593.82 166.59 1598.35 3368.15 1594.98 166.62 1599.65 3368.16 1596.28 166.62 1601.28 3368.09 1598.02 166.62 1601.87 3368.06 1597.93 166.62 1602.62 3368.04 1599.05 166.62 1603.48 3368.06 1599.89 166.62 1604.42 3368.17 1601.03 166.64 1605.50 3368.10 1602.11 166.64 1606.64 3368.13 1603.32 166.64 1578.15 3365.28 1572.96 166.64 1571.50 3364.80 1567.32 Pres annulus to 1500 psig at surf. LINC verified PCT open 166.64 1572.18 3379.47 1568.41 166.72 1036.38 4656.38 1032..58 166.82 1036.42 4865.11 1032.62 166.85 1036.09 4894.35 1032.43 166.88 1035.84 4892.38 1032.34 166.88 1035.66 4890.84 1032.35 166.90 1035.58 4889.36 1032.20 Unlatch LINC Running Tool & POOH 166.93 1034.10 4883.70 1030.59 17-MAR-93 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 18-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 166.93 166.96 166.96 166.96 166.96 166.93 166.93 166.96 166.96 166.96 166.98 166.98 166.98 166.98 166.98 166.98 166.98 166.98 166.98 166.98 166.98 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.01 167.03 167.03 167.03 167.05 167.06 167.06 167.06 167.06 167.06 167.09 1032.34 4866.44 1028.86 1030.23 4851.34 1026.62 1027.89 4838.91 1024.51 1027.79 4827.58 1024.53 1027.72 4816.61 1024.60 1027.81 4814.15 1024.62 1027.68 4813.31 1024.64 1027.78 4812.21 1024.63 1027.84 4811.00 1024.52 1027.70 4810.11 1024.55 1027.43 4808.90 1024.42 1027.55 4807.74 1024.53 1027.67 4806.62 1024.66 1027.66 4805.58 1024.64 1027.72 4804.56 1024.68 1027.68 4803.46 1024.61 1027.74 4802.51 1024.73 1027.76 4801.58 1024.75 1027.80 4800.54 1024.78 1027.83 4799.62 1024.76 1027.86 4798.73 1024.76 1027.81 4797.53 1024.78 1027.83 4796.56 1024.74 1027.83 4795.57 1024.76 1027.84 4794.64 1024.83 1027.70 4793.76 1024.72 1027.84 4792.84 1024.82 1027.78 4792.05 1024.76 1027.86 4791.05 1024.88 1027.92 4789.99 1024.85 1027.94 4788.99 1024.81 1027.82 4788.14 1024.76 1027.90 4786.77 1024.83 1029.26 4780.29 1026.11 1028.72 4778.13 1025.67 1031.77 4776.44 1029.30 1038.83 4775.83 1036.32 1042.12 4775.42 1039.39 1044.17 4774.71 1041.42 1045.67 4773.78 1042.80 1046.83 4773.04 1043.87 1048.09 4766.42 1045.12 1050.33 4760.99 1047.70 1081.47 4753.54 1079.83 1122.04 4747.32 1120.35 1167.08 4741.22 1165.36 1211.38 4736.62 1209.56 1257.16 4733.02 1255.23 1299.02 4729.56 1297.12 1346.19 4728.07 1344.40 1411.17 4727.43 1409.34 1476.20 4725.97 1474.29 1549.71 4726.96 1550.76 2100.97 4758.79 2103.04 2505.25 4830.78 2510.48 page DST 18-MAR-93 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 167.09 2432.95 4856.85 2429.32 167.11 2391.14 4871.51 2387.36 167.09 2389.95 4857.76 2386.22 167.09 2389.82 4849.17 2386.48 167.09 2389.77 4844.55 2386.44 167.11 2389.73 4841.20 2386.55 167.11 2389.62 4840.09 2385.83 167.11 2388.50 4837.70 2385.03 167.11 2388.33 4834.53 2384.91 167.14 2387.54 4831.26 2384.29 167.16 2387.44 4828.01 2384.16 167.16 2387.27 4825.04 2383.94 167.19 2387.20 4822.36 2383.91 167.19 2387.23 4819.94 2384.05 167.19 2387.37 4817.69 2384.27 167.19 2387.60 4815.46 2384.42 167.19 2387.63 4813.43 2384.45 167.19 2387.71 4811.55 2384.61 167.19 2387.86 4809.78 2384.66 167.19 2388.05 4808.09 2384.70 167.19 2387.95 4806.50 2384.66 167.19 2387.87 4804.92 2384.68 167.19 2388.04 4803.49 2384.82 167.19 2388.03 4802.15 2384.84 167.19 2388.08 4800.73 2384.84 167.19 2388.10 4799.49 2384.86 167.19 2388.09 4798.22 2384.94 167.19 2388.14 4797.02 2384.90 167.19 2388.09 4795.72 2384.98 167.19 2396.65 4795.17 2393.83 167.22 3035.39 4841.55 3031.99 167.22 2398.60 4796.00 2396.42 167.22 3002.96 4837.73 3000.10 167.22 2992.67 4836.21 2989.52 167.22 2987.75 4835.09 2984.42 167.22 3267.80 4870.58 3320.31 167.40 5996.97 5092.93 5992.35 167.42 5938.69 5092.14 5934.35 166.85 3738.02 4880.98 3735.78 166.43 3733.58 4876.29 3732.27 166.32 4794.17 4968.95 4848.80 165.61 4941.52 4971.80 4925.48 164.68 2807.58 4761.54 2812.47 165.02 3339.96 4800.66 3342.72 165.41 3559.09 4819.62 3560.21 165.68 3613.98 4826.46 3614.03 165.77 3622.38 4828.84 3621.12 165.88 3620.56 4831.09 3618.85 165.96 3617.95 4832.31 3616.01 166.04 3614.50 4833.41 3612.23 166.12 3610.58 4834.05 3608.24 166.17 3606.76 4834.58 3604.39 166.22 3603.26 4835.54 3600.88 166.30 3599.77 4836.09 3597.36 166.28 3596.33 4836.88 3593.91 166.30 3592.92 4837.30 3590.45 page DST 18-~AR-93 0.5':30:00 31:00 52:00 33:00 35:00 40:00 ~5:00 $0:00 55:00 06:00:00 05:00 ~0:00 15:00 ZO:O0 ~5:00 30:00 35:00 ~0:00 ~5:00 50:00 55:00 01:00:00 05:00 lO:00 15:00 ~0:00 25:00 30:00 35:00 40:00 4'5:00 50:00 55:00 08:00:00 05:00 ~0:00 15:00 20:00 25:00 30:00 35:00 40:00 45:00 50:00 55:00 Og:O0:O0 05:00 10:00 15:00 20:00 25:00 30:00 35:00 40:00 45:00 TEMP degF ARCO Alaska, IncorpOrated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 166.48 3589.67 4837.79 3587.31 Rig up Atlas with Shifting Tool to release guns 166.48 3586.40 4838.04 3584.04 166.51 2985.51 4796.34 2984.10 166.54 2810.39 4782.94 2810.10 166.56 2862.97 4786.50 2863.00 166.59 3002.45 4795.67 3003.34 166.59 3215.53 4810.13 3216.66 166.59 3424.23 4825.05 3425.51 166.59 3572.05 4836.24 3569.10 166.62 3467.25 4830.06 3463.34 166.56 3441.23 4828.39 3439.59 166.55 3436.61 4828.63 3433.77 166.67 3404.59 4826.80 3402.84 166.69 3424.67 4828.34 3422.80 166.69 3415.16 4827.64 3414.25 166.69 3402.30 4827.44 3399.72 166.72 3389.68 4826.74 3387.39 166.75 3344.00 4824.06 3340.77 166.77 3139.66 4809.71 3135.06 166.77 2906.96 4792.76 2902.46 166.80 2724.56 4779.13 2719.80 166.82 2564.12 4767.35 2559.74 166.85 2466.66 4760.14 2462.19 166.85 2415.02 4756.37 2411.17 166.88 2403.65 4755.59 2401.10 166.88 2411.11 4756.33 2408.67 166.88 2370.71 4753.68 2368.22 166.90 '2370.62 4753.83 2368.18 166.90 2370.58 4754.15 2368.14 166.90 2372.04 4754.56 2369.77 166.90 2373.61 4754.96 2371.40 166.90 2374.96 4755.30 2372.72 166.93 2376.62 4755.64 2374.38 166.93 2377.83 4756.05 2375.59 166.93 2378.88 4756.43 2376.58 166.96 2380.36" 4756.80 2378.08 166.98 2381.27 4757.02 2378.88 166.98 2382.10 4756.80 2379.69 166.98 2382.66 4757.28 2380.32 166.98 2383.39 4757.51 2381.08 166.98 2384.02 4758.26 2381.90 166.98 2384.67 4758.57 2382.42 166.98 2385.34 4758.73 2382.96 167.01 2385.89 4759.33 2383.55 167.01 2386.28 4759.46 2383.90 166.99 2386.60 4760.00 2384.38 166.98 2387.32 4760.50 2384.91 166.98 2387.53 4761.57 2385.42 167.01 2388.38 4761.83 2386.13 167.03 2389.07 4762.00 2386.78 167.03 2390.34 4762.09 2387.90 167.03 2391.64 4762.42 2389.11 167.03 2392.78 4762.94 2390.44 page DST # 1 013I AR-93 ~5:00 ~:00:00 05:00 10:00 15:00 20:00 25:00 30:00 35:00 40:00 45:00 50:00 55:00 il:00:00 05:00 10:00 15:00 20:00 25:00 30:00 35:00 40:00 45:00 $0:00 55:00 12.:00:00 01:00 02:00 03:00 05:00 10:00 15:00 20:00 25:00 30:00 35:00 40:00 45:00 50:00 55:00 15:00:00 05:00 10:00 15:00 20:00 25:00 30:00 31:00 32:00 33:00 35:00 40:00 45:00 50:00 55:00 ~:00:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 167.03 2393.84 4763.89 2391.58 167.06 2394.79 4763.71 2392.53 167.09 2396.03 4763.79 2393.56 167.09 2396.94 4764.50 2394.61 167.11 2398.01 4764.34 2395.43 167.14 2398.55 4765.21 2396.27 167.14 2399.51 4765.10 2397.28 167.14 2401.60 4765.24 2399.51 167.14 2403.07 4765.71 2400.85 167.14 2404.37 4765.98 2402.14 167.14 2405.66 4766.29 2403.40 167.14 2407.04 4766.58 2404.70 167.16 2408.38 4766.93 2406.13 167.16 2409.75 4766.85 2407.43 167.16 2410.98 4767.17 2408.66 167.19 2412.23 4767.28 2409.92 167.19 2413.49 4767.26 2411.17 167.19 2414.73 4767.46 2412.40 167.19 2415.96 4767.70 2413.69 167.19 2417.10 4767.74 2414.94 167.19 2418.38 4767.84 2416.05' 167.19 2379.78 4765.09 2377.19 167.19 2381.34 4764.48 2378.96 167.19 2386.90 4763.95 2384.79 167.19 2395.06 4763.60 2393.21 167.19 2402.55 4763.05 2400.77 RIH with WL fishing tools to fish Atlas 167.19 2399.00 4761,85 2396.72 167.19 2395.22 4761.33 2392.99 167.14 2379.38 4760.40 2376.75 167.14 2386.67 4760.73 2384.35 167.11 2385.12 4760.79 2382.62 167.11 2384.76 4761.12 2382.36 167.11 2378.13 4760.63 2375.16 167.11 2374.30 4760.88 2371.40 167.11 2371.03 4761.02 2368.17 167.11 2369.22 4761.61 2366.51 167.14 2367.51 4762.06 2364.80 167.14 2365.87 4761.96 2363.06 167.16 2363.98 4762.21 2361.15 167.16 2362.47 4762.46 2359.84 167.16 2363.36 4762.49 2360.76 167.19 2363.84 4762.84 2361.22 167.19 2364.35 4763.09 2361.84 167.19 2364.93 4763.32 2362.46 Out of hole with fish 167.19 2372.07 4763.75 2370.74 167.22 2377.27 4764.40 2375.35 167.22 2382.92 4763.98 2381.04 167.24 2389.16 4763.70 2387.32 167.27 2394.94 4763.20 2392.99 167.27 2401.39 4762.75 2399.46 page 014 I DST # 1 18-MAR-93 14:01:00 14:02:00 14:03:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:01:00 17:02:00 17:03:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 ARCO Alaska, Incorporated KuukDik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia RIH with Atlas WL for Temp Survey 167.24 2400.50 4762.26 2397.75 167.19 2392.94 4762.04 2390.02 167.14 2394.08 4762.37 2391.81 167.14 2394.00 4762.43 2391.39 167.16 2390.79 4762.72 2387.86 167.19 2389.06 4762.80 2386.18 167.19 2386.93 4762.63 2384.12 167.19 2385.52 4762.56 2382.71 167.16 2384.40 4762.68 2381.79 167.19 2377.19 4762.80 2374.06 167.19 2369.75 4762.26 2366.88 167.22 2366.92 4762.28 2363.98 167.22 2364.10 4762.27 2361.09 167.22 2363.62 4762.70 2361.00 167.22 2363.60 4762.76 2361.15 167.24 2365.02 4763.00 2362.52 167.24 2365.85 4763.31 2363.33 167.24 2366.49 4763.35 2363.93 167.24 2366.88 4763.43 2364.32 167.27 2367.39 4763.27 2364.80 167.27 2367.83 4762.90 2365.25 167.27 2368.16 4762.69 2365.66 167.30 2368.55 4762.54 2366.08 167.30 2369.00 4762.05 2366.62 167.32 2369.53 4761.48 2366.90 167.32 2370.03 4761.01 2367.50 167.32 2370.63 4760.66 2368.10 167.32 2371.11 4760.16 2368.53 167.32 2371.59 4759.80 2369.00 167.32 2372.01 4759.38 2369.55 167.32 2372.47 4759.09 2369.99 167.32 2372.88 4758.40 2370.45 167.32 2373.53 4758.01 2371.06 167.32 2374.01 4757.76 2371.53 167.32 2374.58 4757.32 2372.10 167.32 2375.03 4757.00 2372.59 Rig down Atlas, Rig up Dowell to frac 167.32 2375.56 4756.38 2373.06 167.32 2375.93 4756.30 2373.52 167.34 2376.55 4755.57 2374.08 167.35 2376.94 4755.35 2374.50 167.35 2377.54 4754.73 2375.09 167.32 2377.95 4750.82 2375.36 167.35 5190.74 4983.71 5231.47 164.06 4019.11 4763.77 4024.91 160.95 3996.32 4734.00 3994.22 160.19 3987.00 4727.85 3984.69 160.10 3978.11 4727.91 3975.65 160.31 3969.23 4729.17 3966.78 160.65 3960.97 4808.52 3957.24 157.50 4098.87 4642.70 4107.58 page 015 I DST ~ 1 lB: ~5: O0 20:00 25:00 30:00 35:00 40:00 45:00 50:00 55:00 ~:00:00 01:00 02:42 03:00 05:00 10:00 35:00 20:00 Z5:00 30:00 35:00 40:00 45:00 60:00 .55:00 ~:00:00 05:00 lO:O0 i5:00 20:00 25:00 30:00 31:00 32:00 33:00 34:00 35:00 40:00 45:00 50:00 55:00 Zl~O0:O0 :05:00 i10:00 ;15:00 '20:00 25:00 30:00 35:00 40:00 45:00 50:00 55:00 22:00:00 .05:00 10:00 '15:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 149.80 4046.75 4831.74 4043.97 147.79 4035.12 4856.44 4033.03 147.91 4025.34 4856.09 4022.67 150.23 3981.48 4869.71 3977.73 153.40 3908.70 4880.05 3910.92 156.24 2914.49 4902.50 2887.24 158.44 3186.19 4913.69 3165.28 160.12 2847.72 4921.25 2844.03 161.22 3867.12 5007.76 3867.14 157.17 4889.34 4757.99 4896.00 Maximum BHP recorded during frac = 10813.03 psia 133.70 8394.16 5028.40 8374.19 125.09 7944.80 5041.62 7934.48 122.47 7817.55 5051.94 7810.64 123.09 6202.83 4933.41 6174.45 124.94 4026.99 4757.25 4012.43 126.81 3783.02 4731.76 3776.63 129.39 3689.98 4870.50 3685.80 131.98 3592.14 4866.17 3586.81 134.13 3611.29 4877.68 3608.80 136.13 3629.26 4890.29 3625.71 137.42 3644.20 4902.28 3640.21 138.28 3657.77 4914.81 3653.74 139.25 3669.66 4927.44 3666.18 140.26 3678.58 4938.84 3675.30 141.26 3690.50 4948.52 3687.01 142.39 3701.91 4958.56 3698.71 143.59 3712.04 4968.02. 3709.13 144.88 '3721.13 4975.31 3718.43 Rig down frac. Rig up Atlas for Temp Survey. get down due to Frac screen-out 146.23 3732.64 4986.30 3729.95 147.56 3742.62 4994.63 3740.72 148.77 3754.18 4994.03 3751.46 149.84 3769.43 4997.24 3768.13 150.79 3789.13 5006.31 3787.80 151.61 3811.02 5013.70 3810.05 152.16 3827.46 5021.62 3823.91 152.61 3836.50 5030.91 3834.25 152.98 3847.50 5036.91 3844.51 153.34 3854.18 5043.97 3851.96 153.65 3859.81 5051.28 3857.37 153.92 3862.75 5058.49 3861,60 154.20 3866.52 5062.59 3863.30 154.44 3869.03 5068.88 3866.32 154.68 3869.35 5073.50 3866.88 154.89 3868.87 5078.84 3865.89 155.10 3867.35 5083.88 3864.86 155.31 3867.81 5087.66 3864.44 155.47 3867.80 5093.69 3866.33 155.68 3883.06 5097.10 3882.67 155.78 3894.65 5099.91 3892.08 page DST ~ 1 Atlas cannot 18-MAR-93 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 23:56:00 23:57:00 23:58:00 19-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:31:00 00:32:00 00:33:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia page DST 155.86 155.94 156.09 156.20 156.33 157.48 158.06 158.32 158.47 158.61 158.76 158.85 158.82 158.79 158.98 159.31 159.70 160.07 160.31 160.52 3892.19 5103.46 3889.24 3889.20 5108.68 3886.06 3879.06 5112.33 3877.03 3872.27 5114.63 3869.38 3217.92 5097.01 3238.88 3725.29 5106.41 3725.95 3683.84 5105.44 3680.48 3680.45 5108.33 3677.47 3718.18 5116.06 3717.73 3754.72 5125.38 3754.96 3822.62 5131.52 3824.45 3817.25 5132.44 3816.21 3761.80 5129.31 3758.55 3710.02 5124.36 3705.22 3659.55 5123.83 3659.35 3609.70 5121.03 3605.22 3581.94 5119.72 3578.40 3600.54 5127.47 3598.67 3527.51 5125.09 3525.99 3560.75 5130.89 3561.60 Rig down Atlas 160.78 3609.81 5137.70 3610.62 160.86 3658.05 5144.07 3658.16 160.89 3675.78 5149.08 3675.25 160.99 3683.85 5152.83 3683.42 161.04 3694.18 5156.02 3693.78 161.12 3702.65 5159.12 3701.92 161.07 3?04.68 5161.16 3703.54. Rig up Dowell 2" coiled tubing to pump diesel then nitrogen 161.12 3706.96 5162.42 3705.05 161.28 3706.38 5165.63 3704.61 161.38 3705.98 5167.22 3704.58 161.31 3705.07 5169.14 3703.20 161.36 3703.86 5170.70 3702.12 161.46 3703.34 5172.55 3701.59 161.54 3703.12 5172.75 3700.76 161.50 3700.50 5175.01 3698.07 161.60 3697.92 5177.14 3696.10 161.65 3696.14 5177.28 3693.85 161.70 3694.64 5178.66 3692.33 161.75 3692.92 5180.45 3690.94 161.85 3690.21 5181.76 3688.74 161.91 3692.17 5182.40 3690.58 161.96 3687.38 5183.12 3685.13 161.99 3685.71 5184.17 3683.56 162.05 3683.72 5185.03 3681.20 162.12 3681.79 5186.86 3679.88 162.14 3680.15 5186.72 3677.90 162.17 3677.75 5187.89 3675.53 162.22 3675.40 5188.10 3673.03 162.27 3672.14 5189.04 3669.73 19-MAR-93 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 TEMP degF ARCO Alaska, Incorporated Kuukpik ~3 PRES BV PRES AN PRES BVs psia psia psia 162.30 3670.24 5190.05 3668.24 162.38 3667.53 5190.53 3665.75 162.43 3669.07 5191.16 3667.39 162.46 3668.38 5191.86 3666.32 162.54 3665.74 5192.41 3663.57 162.59 3663.29 5192.85 3661.08 162.64 3660.22 5193.26 3658.55 162.69 3658.29 5193.46 3656.09 162.69 3656.22 5194.42 3654.16 162.75 3653.93 5194.94 3651.76 162.80 3652.17 5195.32 3649.81 162.84 3650.06 5196.01 3647.77 162.85 3648.20 5196.29 3646.22 162.90 3646.20 5196.23 3644.15 162.90 3643.97 5196.68 3642.13 162.93 3641.77 5197.56 3640.16 162.98 3639.94 5197.90 3638.37 163.13 3638.18 5197.92 3636.37 163.19 3636.64 5197.91 3634.55 163.10 3634.41 5197.79 3632.46 163.11 3632.30 5197.46 3630.12 163.16 3630.09 5197.61 3627.98 163.16 3628.29 5197.50 3626.11 163.22 3626.41 5197.45 3624.10 163.24 3624.41 5197.58 3622.07 163.27 3622.20 5198.01 3620.21 163.32 3620.26 5197.70 3618.25 163.37 3618.12 5198.28 3616.61 163.40 3616.62 5197.90 3614.82 163.45 3614.77 5197.86 3612.76 163.48 3613.22 5197.84 3611.06 163.55 3611.23 5197.56 3609.10 163.56 3609.26 5197.70 3607.47 163.66 3607.49 5197.76 3605.70 163.68 3606.14 5197.41 3604.21 163.67 3604.49 5196.28 3602.48 163.73 3602.97 5194.50 3600.89 163.72 3600.91 5193.93 3599.05 163.74 3598.92 5193.93 3597.32 163.84 3598.26 5194.18 3596.20 163.82 3596.50 5194.42 3594.64 163.84 3595.16 5193.84 3593.00 163.87 3593.78 5193.10 3591.79 164.03 3592.72 5174.40 3590.74 164.05 3593.18 5152.17 3591.68 164.05 3588.05 4923.27 3586.31 164.05 3589.00 4905.19 3587.41 164.08 3603.61 4893.79 3602.14 164.03 3581.34 4890.91 3579.02 163.88 3566.25 4891.35 3563.88 163.87 3557.08 4891.57 3554.90 163.90 3550.05 4891.48 3548.27 163.92 3541.83 4891.36 3539.07 164.00 3539.82 4891.59 3537.38 163.95 3537.15 4891.61 3535.40 163.98 3538.10 4891.70 3536.55 page DST 018 I 19-MAR-93 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 08:55:00 09:00:00 09:05:00 09:10:00 09:15:00' 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:21:00 10:22:00 10:23:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia page 019 i DST #1 164.13 3539.22 4891.68 3537.54 164.16 3537.63 4891.86 3535.79 164.21 3533.99 4891.82 3531.98 164.24 3530.09 4891.58 3527.96 164.29 3527.15 4891.38 3524.93 164.29 3527.09 4891.30 3525.00 164.34 3525.09 4891.77 3522.65 164.26 3523.56 4891.36 3521.15 164.34 3522.15 4891.27 3520.22 164.34 3519.27 4890.93 3516.77 164.37 3518.42 4891.09 3516.66 164.44 3519.56 4890.72 3517.99 164.45 3518.85 4890.50 3517.28 164.51 3518.97 4890.76 3517.51 164.58 3518.18 4890.44 3516.52 164.62 3518.14 4890.42 3516.76 164.68 3517.59 4890.14 3516.01 164.71 3517.06 4889.97 3515.62 164.76 2886.26 4822.59 2882.41 165.26 2880.85 4833.27 2882.27 165.65 2814.62 4853.40 2813.65 165.75 2840.69 4866.94 2839.68 165.86 2852.84 4872.98 2851.25 165.94 2859.35 4875.10 2857.65 165.99 2895.89 4874.84 2886.23 166.09 2897.15 4872.69 2886.55 166.17 2868.90 4869.56 2857.23 166.17 2900.20 4866.10 2889.15 166.20 2936.27 4863.65 2936.74 166.20 3000.81 4861.89 3000.86 166.12 3069.78 4861.92 3069.87 166.07 3112~55 4862.78 3112.68. 166.04 3115.06 4867.67 3111.74 166.09 3185.17 4869.50 3183.10 165.84 3351.68 4894.19 3353.82 165.58 3375.82 4913.94 3372.42 165.52 3387.33 4963.77 3383.81 164.95 2853.99 5051.63 2857.59 164.05 2966.19 5129.98 2972.02 163.88 2850.74 5184.06 2846.37 Bleed annulus pressure from 1920 to 1620 psig at surface 162.62 2697.42 5166.64 2691.48 162.35 2605.15 4961.28 2601.09 162.15 2563.54 4964.76 2564.09 161.13 2532.02 4969.27 2530.24 160.60 2492.77 4974.14 2489.56 160.76 2560.38 4979.80 2559.56 161.33 2612.08 4986.90 2613.50 161.50 2600.71 4996.07 2598.04 161.26 2517.91 5003.26 2513.70 160.55 2441.91 5007.26 2439.20 159.48 2416.94 5010.19 2414.45 159.21 2405.73 5013.62 2402.46 159.45 2387.38 5013.57 2383.31 ARCO Alaska, Incorporated page DST #1 19-MAR-93 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00. 15:50:00 15:55:00 16:00:00 16:05:00 TEMP degF Kuukpik #3 PRES BV PRES AN psia psia PRES BVs psia 159.61 2370.04 5010.68 2366.71 159.29 2364.71 5008.68 2362.51 159.11 2355.30 5007.27 2353.37 158.38 2298.11 5003.03 2294.60 158.19 2201.37 4993.42 2196.74 158.63 2215.20 4980.08 2212.88 159.13 2221.88 4977.67 2217.72 159.61 2221.54 4971.75 2217.40 160.02 2223.30 4966.10 2219.30 160.42 2244.86 4958.82 2241.25 160.78 2247.81 4947.88 2244.44 161.12 2261.13 4938.82 2258.88 161.41 2213.30 4927.80 2209.17 161.69 2214.41 4920.01 2211.72 161.94 2214.62 4913.80 2210.82 162.28 2213.36 4908.37 2209.31 162.46 2215.88 4903.58 2211.93 162.59 2211.32 4899.21 2207.10 162.69 2209.31 4895.84 2205.57 162.82 2209.49 4892.93 2205.83 162.98 2210.91 4890.10 2207.79 163.09 2209.71 4887.56 2206.09 163.22 2209.43 4885.59 2205.92 163.35 2209.44 4883.78 2205.84 163.45 2144.97 4892.20 2138.51 163.56 1766.90 4922.52 1757.31 163.82 1270.52 4883.91 1264.19 164.07 1152.06 4872.73 1146.34 164.26 1108.53 4865.71 1103.89 164.45 1098.81 4868.23 1094.36 164.60 1083.67 4866.28 1078.98 164.73 1094.58 4856.05 1091.68 164.84 1134.37 4854.22 1132.25 164.92 1180.01 4859.62 1178.24 164.99 1216.27 4866.24 1214.43 165.05 1244.17 4873.64 1242.12 165.10 1263.82 4879.23 1260.46 165.23 1107.86 4888.47 1101.42 165.31 930.02 4897.40 924.23 165.31 818.28 4902.78 812.93 165.24 732.56 4903.59 727.81 165.18 666.84 4900.67 662.37 165.15 617.90 4895.44 613.98 165.15 582.93 4888.72 579.35 165.20 557.21 4882.28 553.92 165.28 537.63 4875.91 534.17 165.34 523.72 4869.52 520.70 165.39 533.72 4857.09 531.82 165.44 544.76 4847.06 542.99 165.49 561.38 4839.51 559.72 165.52 555.70 4838.71 552.82 165.57 544.98 4840.41 541.80 165.62 523.16 4837.93 519.69 165.68 489.16 4831.73 485.78 165.73 461.05 4825.27 457.96 165.77 441.97 4819.92 439.07 ARCO Alaska, Incorporated page %9-MAR-93 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:32:00 17:33:00 17:34:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 165.83 429.17 4814.46 426.45 165.83 420.52 4809.65 417.79 165.86 413.63 4804.79 410.88 165.91 406.56 4799.58 403.85 165.93 399.91 4794.42 397.47 165.96 394.12 4789.19 391.83 166.01 389.17 4783.99 386.84 166.01 385.16 4779.10 382.88 166.07 382.06 4774.30 379.94 166.09 379.96 4769.82 377.92 166.14 384.99 4766.01 384.40 166.17 394.02 4762.68 393.48 166.20 400.84 4759.02 400.25 166.22 404.03 4755.10 402.86 166.20 367.70 4748.02 364.13 166.20 316.67 4739.69 313.09 166.20 277.39 4731.55 274.36 Pressure annulus from 1388 to 1550 psig at surface 166 . 20 249.79 4905 . 49 247 . 82 166 . 17 230. ?1 4898.73 228 . 98 166.12 217.47 4892.28 214.98 166 . 07 208 . 78 4886 . 05 206 . 19 166.09 205.15 4879.60 202.50 166 . 09 204 . 90 4872 . 80 202.32 166.12 207 . 20 4866.95 204.34 166 . 17 221 . 90 4861 . 08 218.87 166.25 239.72 4856.11 239.58 166.35 271.60 4851.12 271.43 166.41 301.26 4846.38 301.07 166 . 41 320 . 08 4843 . 24 319 . 70 166.41 331.57 4840.99 331.05 166 . 38 339 . 10 4838 . 91 338 . 39 166 . 38 349 . 57 4837 . 27 348 . 94 166 . 43 360 . 71 4835 . 49 360 . 02 166 . 46 370 . 50 4833 . 27 369 . 72 166 . 48 379 . 05 4831 . 39 377 . 78 166 . 54 386 . 09 4829 . 16 385.12 166.59 396.06 4826.64 394.99 166 . 62 403.26 4824.51 402 . 17 166 . 64 411 . 68 4822 . 28 410 . 51 166.67 419.65 4820.16 418.13 166.69 428.22 4817.94 426.31 166.72 436.19 4815.73 434.29 166.72 444.53 4813.59 442.65 166.75 452.94 4811.58 450.86 166.75 461.50 4809.79 459.4~ 166.75 470.27 4807.96 468.20 166.77 478.66 4806.18 476.60 166.80 486.79 4804.36 484.60 166.82 494.92 4802.47 492.77 166.85 502.78 4800.77 500.68 166.85 510.89 4798.93 508.76 166.88 518.83 4797.32 516.69 166.88 526.64 4795.66 524.44 DST ~1 ARCO Alaska, Incorporated page DST ~ 1 19-MAR-93 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 20-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 166.90 166.93 166.96 166.96 166.98 166.98 167.01 167.03 167.06 167.06 167.09 167.06 167.05 167.06 167.09 167.11 167.14 167.14 167.16 167.16 167.16 167.16 167.14 167.09 167.03 167.01 167.01 167.06 167.03 167.03 167.06 167.03 167.06 167.06 167.06 167.08 167.09 167.11 167.14 167.16 167.14 167.16 167.22 167.24 167.27 167.30 167.32 167.35 167.35 167.37 167.37 167.40 167.40 167.40 167.40 534.33 4793.84 532.11 541.91 4792.06 539.59 549.46 4790.35 547.12 556.97 4788.61 554.64 564.26 4787.00 561.88 571.72 4785.17 569.30 578.97 4783.59 576.43 585.86 4782.02 583.38 593.09 4780.47 590.53 600.00 4779.19 597.43 607.20 4960.81 604.60 659.66 4942.42 658.34 704.44 4953.06 702.67 740.30 4951.04 738.45 773.79 4969.12 771.51 770.62 4971.33 766.53 710.72 4966.22 705.78 654.15 4911.61 649.49 609.58 4905.17 605.15 577.52 4899.54 573.40 555.70 4894.37 551.71 490.59 4886.13 486.51 415.82 4877.22 411.74 360.06 4868.04 356.39 319.03 4860.73 315.02 291.76 4855.85 288.38 279.54 4851.29 276.90 274.86 4942.25 272.48 278.23 4932.81 278.68 293.88 4927.58 294.45 294.32 4925.01 292.50 296.34 4921.18 295.87 303.85 4916.91 303.11 325.81 4912.22 324.82 344.91 4908.68 344.28 369.06 4905.28 368.18 389.55 4902.36 388.71 405.73 4900.31 404.78 418.81 4898.68 417.67 428.95 4897.03 427.56 436.06 4895.40 434.48 445.50 4894.42 443.78 450.62 4893.08 448.22 456.41 4891.68 454.46 458.02 4890.54 455.14 468.75 4888.38 466.94 478.02 4886.48 476.26 486.66 4884.93 484.79 497.12 4883.39 495.26 505.25 4882.20 503.34 513.54 4881.27 511.55 521.42 4880.28 519.23 528.89 4879.23 526.71 536.00 4878.10 533.83 543.08 4877.09 540.76 Incorporated page DST o23I 20-MAR-g3 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00' 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 TEMP degF ARCO Alaska, Kuukpik ~3 PRES BV PRES AN psia psia PRES BVs psia 167.43 549.55 4876.02 547.40 167.43 555.96 4874.91 553.76 167.43 562.29 4873.77 559.84 167.43 568.34 4872.82 565.90 167.43 574.35 4871.94 571.87 167.43 580.31 4870.78 577.71 167.45 586.11 4869.80 583.39 167.45 591.84 4868.81 589.07 167.48 597.62 4867.81 594.92 167.48 603.44 4866.84 600.83 167.48 609.23 4865.83 606.62 167.50 615.02 4864.75 612.30 167.50 621.22 4863.68 618.46 167.50 627.18 4862.75 624.51 167.53 633.05 4861.76 630.34 167.53 638.77 4860.57 635.98 167.56 643.78 4951.16 640.89 167.56 649.79 4950.14 647.04 167.56 655.67 4948.93 652.92 167.56 661.53 4947.87 658.71 167.56 667.46 4946.74 664.53 167.56 673.00 4945.61 670.16 167.56 678.41 4944.60 675.46 167.56 683.66 4943.71 680.73 167.58 687.93 4942.74 684.65 167.58 693.52 4941.65 690.50 167.58 699.93 4940.60 697.10 167.58 703.86 4940.01 701.02 167.61 704.46 4939.01 700.82 167.61 710.71 4937.76 707.88 167.61 ~18.11 4936.66 715.28 167.63 724.54 4935.81 721.57 167.63 730.11 4934.98 727.15 167.63 735.57 4934.37 732.64 167.66 741.31 4933.62 738.42 167.66 746.76 4932.84 743.77 167.69 752.29 4932.27 749.30 167.69 757.47 4931.68 754.46 167.69 762.64 4931.16 759.47 167.69 767.72 4931.16 764.57 167.69 772.62 4931.07 769.47 167.66 833.34 4937.99 831.02 167.63 872.53 4970.32 869.94 167.63 900.97 5007.50 898.36 167.66 932.04 5037.08 929.36 167.66 964.35 5050.32 961.41 167.66 897.70 5049.33 892.23 167.71 796.43 5042.27 791.23 167.71 724.70 5032.79 719.83 167.69 667.94 5024.45 662.97 167.61 625.84 5017.29 621.44 167.63 597.12 4999.06 592.77 167.63 540.06 4936.92 535.55 167.61 458.38 4926.68 454.25 167.54 392.83 4918.60 388.96 167.48 345.55 4912.38 341.68 gl 20-MAR-93 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 08:55:00 09:00:00 09:05:00 09:10:00 09:15:00 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 TEMP degF ARCO Alaska, Incorporated Kuukpik 03 PRES BV PRES AN PRES BVs psia psia psia 167.43 310.56 4907.70 307.48 167.43 286.41 4903.25 284.16 167.45 270.62 4898.58 268.57 167.45 261.39 4893.98 259.85 167.45 257.03 4889.16 255.46 167.50 263.17 4884.37 262.96 167.53 274.45 4879.70 274.01 167.53 288.58 4876.98 287.18 167.50 292.66 4875.13 291.11 167.50 300.46 4872.40 299.01 167.50 318.73 4869.22 317.45 167.50 337.98 4866.69 336.67 167.50 356.90 4864.83 355.53 167.50 374.82 4863.38 373.37 167.53 389.34 4862.38 387.63 167.56 401.92 4861.56 400.17 167.58 413.49 4860.84 411.74 167.58 424.15 4860.22 422.38 167.58 433.33 4859.61 431.38 167.61 443.36 4858.88 441.36 167.61 451.00 4858.23 448.88 167.61 457.53 4857.53 455.28 167.58 464.12 4856.81 462.15 167.63 471.67 4856.46 469.35 167.66 478.03 4855.88 475.60 167.69 483.64 4855.38 481.18 167.71 488.64 4854.81 486.11 167.74 493.99 4854.25 491.45 167.74 499.11 4853.67 496.54 167.76 504.58 '4853.10 502.11 167.76 510.22 4852.28 507.72 167.79 515~74 4851.64 513.13 167.79 521.47 4851.05 518.93 167.82 527.05 4850.47 524.48 167.82 532.79 4849.76 530.24 167.84 538.39 4849.32 536.00 167.84 544.16 4848.76 541.82 167.84 550.18 4848.12 547.80 167.84 555.77 4847.54 553.33 167.84 560.98 4847.12 558.47 167.84 565.91 4846.56 563.31 167.84 570.78 4846.14 568.18 167.84 575.97 4845.67 573.47 167.85 580.69 4845.16 578.00 167.87 585.60 4844.79 582.95 167.87 590.40 4844.38 587.82 167.87 595.46 4843.71 592.88 167.87 599.87 4843.29 597.02 167.90 604.64 4842.88 601.97 167.90 609.82 4842.26 607.08 167.90 614.90 4841.80 612.20 167.92 618.41 4841.32 615.54 167.92 624.68 4840.80 621.94 167.92 629.86 4840.47 627.07 167.95 634.77 4840.05 631.92 167.95 639.53 4839.64 636.77 page 024 i DST 01 20-MAR-g3 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 TEMP degF ARCO Alaska, Incorporated Kuukpik ~3 PRES BV PRES AN PRES BVs psia psia psia 167.95 644.15 4839.30 641.47 167.95 648.66 4839.04 646.12 167.95 653.41 4838.58 650.60 167.95 657.91 4838.19 655.14 167.95 662.44 4837.88 659.69 167.97 667.20 4837.63 664.34 167.97 671.71 4837.20 669.01 167.97 676.40 4836.86 673.56 167.97 680.85 4836.64 678.07 167.97 685.36 4836.16 682.62 167.95 689.83 4835.99 687.13 167.97 694.38 4835.77 691.65 167.97 699.00 4835.34 696.28 167.97 703.69 4835.43 700.89 168.00 708.29 4835.80 705.36 168.00 713.46 4836.38 711.37 167.95 787.06 4850.52 785.10 167.95 826.12 4884.49 823.75 167.97 859.22 4915.27 856.88 167.97 893.87 4937.31 891.33 167.97 922.47 4944.63 919.46 167.95 873.10 4942.77 867.51 168.03 765.00 4935.86 759.88 168.00 698.92 4928.72 693.70 167.97 646.78 4922.44 641.78 167.95 607.91 4917.29 603.80 167.90 578.12 4912.39 574.70 167.87 511.28 4904.97 506.48 167.90 436.78 4895.97 432.57 167.82 376.50 4888.96 372.83 167.74 331.57 4883.55 328.60 167.71 302.66 4879.53 299.53 167.74 280.75 4875.43 277.93 167.76 266.26 4871.07 263.87 167.76 258.40 4866.46 256.20 167.76 255.70 4861.47 253.91 167.79 255.56 4856.96 254.03 167.79 257.14 4852.89 256.80 167.84 274.03 4849.57 272.68 167.84 281.81 4847.47 280.55 167.84 295.72 4845.65 294.77 167.82 311.92 4843.65 311.00 167.82 329.32 4842.10 328.17 167.82 348.86 4840.30 348.01 167.82 364.13 4838.93 363.14 167.82 380.38 4837.92 379.30 167.84 394.15 4837.21 392.90 167.87 404.99 4836.93 403.60 167.87 414.70 4836.73 413.18 167.87 423.20 4836.34 421.57 167.90 431.55 4835.91 429.74 167.90 438.83 4835.14 437.12 167.90 445.56 4834.68 443.60 167.90 451.69 4833.91 449.94 167.90 453.56 4833.60 451.32 167.87 460.09 4833.39 457.64 page 025 I DST ~ 1 20-MAR-93 15:10:00 15:15:00 15:20:00 15:25:00 15:27:00 15:28:00 15:29:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia page DST 167.84 520.71 4840.08 519.72 167.84 605.61 4864.56 604.55 167.72 1198.10 4712.26 1201.33 167.37 1636.18 4579.89 1633.43 Pres annulus from 1300 to 1500 psig at surf and POOH with CT 166.93 1661.44 4810.69 1657.47 166.64 1674.69 4818.18 1671.53 166.54 1760.83 4832.90 1758.46 166.41 1882.09 4851.46 1879.45 166.25 1988.17 4870.44 1985.18 166.04 2087.88 4892.76 2085.57 165.81 2182.76 4917.58 2180.29 165.52 2279.86 4938.51 2276.91 165.26 2373.99 4958.22 2371.25 164.94 2470.33 4975.70 2469.12 164.56 2682.77 5012.33 2682.37 164.03 2908.09 5066.70 2907.63 163.17 3045.44 5113.43 3044.32 162.31 3229.36 5154.08 3228.45 161.44 3301.05 4986.08 3299.28 160.74 3303.69 4999.18 3302.26 160.42 3456.31 5011.54 3498.76 158.16 4150.55 5012.95 4148.71 155.14 4142.63 4953.46 4140.95 152.44 4126.81 4894.87 4125.44 150.05 4118.05 4842.04 4116.64 147.82 4112.60 4795.21 4111.36 145.87 4109.56 4757.52 4108.86 144.30 4119.71 4718.05 4118.35 143.36 4006.88 4682.77 4001.23 143.22 4183.15 4857.94 4178.48 140.26 4154.49 4782.38 4150.38 136.68 4142.93 4743.02 4139.25 133.02 4034.65 4713.96 4033.70 130.82 4024.70 4722.38 4021.95 130.54 4014.51 4730.10 4011.17 131.35 4006.19 4742.34 4003.56 132.99 3999.11 4755.10 3996.26 135.37 3909.88 4756.41 3882.70 141.47 3503.73 4876.58 3500.40 148.03 3361.52 4997.00 3370.62 151.39 3316.39 5031.76 3312.65 152.94 3309.43 5048.63 3306.63 153.60 3415.30 5061.98 3415.24 153.89 3309.79 4951.61 3307.36 154.36 3310.02 4957.49 3307.36 154.65 3309.60 4960.10 3306.95 154.84 3309.47 4962.62 3306.99 155.02 3310.20 4963.26 3307.60 155.20 3310.78 4964.30 3308.17 155.41 3311.32 4964.93 3308.65 155.57 3311.78 4964.58 3308.82 155.73 3311.47 4964.34 3308.62 155.86 3311.04 4964.74 3308.51 20-MAR-93 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:16:00 21:17:00 21:18:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:46:00 22:47:00 22:48:00 22:49:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 155.96 3310.16 4964.47 3307.50 156.04 3308.55 4964.23 3306.16 156.07 3306.83 4963.84 3304.43 156.12 3305.03 4963.23 3302.20 156.20 3302.29 4963.44 3299.67 156.30 3300.10 4963.36 3297.49 156.41 3298.32 4962.98 3295.59 156.54 3295.64 4963.34 3293.20 156.65 3294.01 4962.31 3290.92 156.75 3291.46 4961.76 3288.69 156.88 3289.94 4961.49 3287.19 156.99 3288.12 4961.40 3285.37 157.12 3285.63 4960.64 3283.08 157.25 3284.09 4959.91 3281.35 157.38 3284.29 4960.49 3281.62 157.51 3293.60 4960.60 3291.62 157.59 3306.06 4961.40 3303.89 157.64 3322.75 4961.70 3321.17 157.67 3326.35 4963.37 3324.53 157.72 3329.70 4967.00 3327.88 157.80 3332.38 4970.24 3330.31 RIH with coiled tubing to plug back with cement 157.85 3334.65 4975.34 3332.54 157.93 3337.90 4980.14 3335.77 158.01 3336.91 4984.90 3334.84 158.06 3336.83 4991.23 3334.97 158.12 3342.88 4997.13 3340.79 158.22 3345.82 5001.95 3343.91 158.30 3551.13 4981.68 3349.02 158.38 3327.50 4956.59 3324.79 158.45 3336.74 4958.29 3334.59 158.68 3323.53 4956.46 3320.37 158.85 3332.57 4951.60 3330.09 158.45 3322.00 4950.42 3320.41 158.45 3372.80 4951.59 3372.88 158.10 3560.89 4955.17 3561.18 157.96 3599.51 4944.54 3592.60 158.05 3511.78 4939.66 3508.35 158.24 3403.21 4619.78 3399.50 158.66 3394.73 3583.97 3391.63 Unable to get down with Baker 2.22" Locator & 2.125" assemby. Cycle PCT to Hold Open 159.00 3344.08 3623.97 3341.58 159.29 3330.31 4244.86 3327.59 159.48 3329.10 4548.14 3326.31 159.53 3350.17 4843.65 3347.51 159.54 3347.66 4840.56 3346.19 158.38 3324.41 4833.99 3322.93 158.19 3299.59 4834.00 3297.34 158.42 3283.18 4832.38 3280.43 158.79 3262.24 4830.50 3259.30 159.06 3311.99 4832.98 3311.11 page 027] DS'r #1 Retainer 20-MAR-93 23:40:00 23:45:00 23:50:00 23:55:00 21-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:31:00 01:32:00 01:33:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:01:00 02:02:00 02:03:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 TEMP degF ARCO Alaska, Incorporated Kuukip_%_~_~3 PRES BV PRES AN PRES BVs psia psia psia 159.06 3369.95 4837.25 3369.46 159.03 3442.28 4841.19 3441.76 158.95 3488.04 4840.25 3487.39 158.87 3478.74 4835.77 3476.00 158.92 3459.36 4831.16 3456.49 158.98 3446.22 4827.83 3443.52 159.00 3436.25 4824.85 3433.63 159.08 3432.94 4823.07 3429.56 159.32 3358.91 4816.95 3356.10 159.76 3321.56 4815.45 3318.50 160.13 3294.41 4815.07 3291.39 160.46 3267.01 4814.81 3264.14 160.75 3241.30 4811.94 3238.20 160.99 3216.65 4808.74 3213.68 161.20 3195.04 4808.90 3191.92 161.49 3192.27 4810.59 3189.84 161.62 3196.76 4811.46 3194.16 161.70 3198.83 4812.06 3196.36 161.75 3199.87 4812.20 3197.25 161.83 3200.31 4812.40 3197.96 161.88 3200.77 4935.43 3198.47 161.96 3201.22 4934.79 3199.05 161.99 3201.68 4933.98 3199.43 Out of hole with coiled tubing 162.04 3201.74 4933.35 3199.50 162.07 3201.87 4932.83 3199.74 162.12 3202.56 4932.52 3200.16 162.04 3~02.20 4932.14 3200.08 162.09 3202.01 4931.04 3199.96 162.12 3202.52 4929.89 3200.27 Rig up Dowell to circulate 162.14 3202.14 4929.06 3200.00 162.18 3202.35 4928.43 3200.10 162.20 3201.98 4927.50 3199.80 162.20 3201.78 4926.01 3199.43 162.19 3201.46 4925.40 3199.15 162.20 3201.06 4924.82 3198.97 162.22 3200.85 4924.22 3198.84 162.28 3200.42 4922.99 3198.39 162.30 3200.00 4922.15 3198.03 162.33 3199.87 4921.35 3197.80 162.37 3199.67 4920.33 3197.55 162.38 3199.19 4919.49 3197.15 162.41 3199.02 4918.92 3196.92 162.43 3198.89 4918.08 3196.75 162.46 3198.58 4917.51 3196.34 162.48 3197.99 4917.19 3195.93 162.54 3197.66 4916.54 3195~6v page DST ~1 o28 ] 21-MAR-93 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:01:00 06:02:00 06:03:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 ~7-q~-~ TEMP degF ARCO Alaska, Incorporated Kuuki_p_~3 PRES BV PRES AN PRES BVs psia psia psia 162.69 3196.86 4913.88 3194.56 162.72 3196.74 4913.32 3194.34 162.75 3196.11 4912.76 3193.81 162.77 3195.52 4912.07 3193.10 162.82 3195.14 4911.87 3193.04 162.85 3195.22 4911.70 3192.90 162.91 3194.82 4911.32 3192.54 162.98 3194.36 4910.40 3192.07 162.98 3193.95 4909.84 3191.62 163.03 3193.64 4909.59 3191.43 163.06 3192.96 4909.36 3190.90 163.11 3192.92 4909.14 3190.75 163.14 3192.71 4908.75 3190.56 163.16 3192.73 4908.37 3190.36 163.22 3192.02 4908.48 3189.75 163.26 3191.22 4907.79 3189.28 163.30 3191.37 4907.40 3189.20 163.30 3191.08 4907.66 3189.00 163.35 3190.57 4906.99 3188.49 163.37 3190.44 4907.11 3188.46 163.38 3190.22 4906.84 3188.03 163.40 3189.89 4906.50 3187.72 163.43 3189.65 4906.15 3187.54 163.48 3189.37 4905.51 3187.25 163.50 3189.65 4904.80 3187.30 163.53 3189.29 4904.25 3187.00 163.54 3189.23 4903.59 3186.77 163.58 3188.83 4903.03 3186.29 RIH with 2" coiled tubing with the Baker 2.125" 163.61 3i88.38 4903.40 3186.00 163.66 3187.69 4903.04 3185.72 163.71 3187.26 4902.49 3185.25 163.77 3186.94 4902.09 3185.04 163.79 3186.96 4901.43 3184.88 163.82 3186.92 4900.70 3184.73 163.84 3186.83 4900.34 3184.46 163.87 3184.42 4898.13 3181.82 163.92 3182.92 4897.32 3180.67 164.00 3182.86 4896.04 3180.73 164.03 3182.66 4895.56 3180.62 164.05 3182.68 4895.20 3180.63 164.08 3182.69 4894.64 3180.61 164.11 3182.95 4893.24 3180.84 164.16 3182.92 4891.03 3180.81 164.13 3182.65 4890.72 3180.58 164.18 3182.44 4890.15 3180.32 164.21 3182.34 4889.66 3180.33 164.24 3181.98 4889.38 3180.02 164.24 3181.89 4889.35 3179.93 164.29 3181.80 4889.32 3179.85 164.29 3181.64 4889.17 3179.62 ST #1 Retainer only 21-MAR-93 08:02:00 08:03:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 08:51:00 08:52:00 08:53:00 08:55:00 09:00:00 09:05:00 09:10:00 09:15:00 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia page DST # 1 Out of hole with 2" coiled tubing 164.37 3181.24 4889.14 3179.22 164.39 3180.79 4889.22 3178.88 164.42 3180.46 4888.94 3178.76 164.44 3180.63 4888.78 3178.58 164.45 3180.80 4889.09 3178.73 164.47 3180.56 4888.92 3178.40 164.47 3180.62 4888.89 3178.35 164.50 3180.46 4888.57 3178.17 164.52 3180.21 4888.24 3177.95 164.50 3179.07 4499.03 3176.88 Bleed annulus pressure to 0 at surface & nipple down tree 164.50 3177.24 3957.58 3175.40 164.63 3177.54 3368.80 3175.92 164.60 3177.31 3368.86 3175.67 164.60 3176.81 3368.90 3174.91 164.63 3176.23 3368.93 3174.32 164.66 3175.62 3368.78 3173.49 164.68 3174.89 3368.87 3172.66 164.71 3174.18 3368.88 3171.99 164.73 3173.65 3368.76 3171.46 164.76 3173.26 3368.82 3171.06 164.79 3172.78 3368.76 3170.55 164.81 3172.40 3368.75 3170.07 164.84 3171.97 3368.76 3169.61 164.86 3171.68 3368.82 3169.96 164.89 3171.31 3369.20 3169.08 164.89 3171.04 3369.79 3168.84 164.92 3170.86 3370.11 3168.67 164.94 3170.47 3370.68 3168.35 164.97 3169.73 3370.80 3167.71 164.97 3169.97 3370.89 3167.74 164.97 3169.58 3371.28 3167.56 165.00 3169.68 3371.51 3167.47 165.02 3169.45 3372.05 3167.33 165.05 3169.04 3372,06 3166.96 165.10 3168.54 3372.16 3166.57 165.12 3168.58 3372.43 3166.60 165.12 3168.21 3372.64 3166.22 165.15 3168.18 3372.91 3166.08 165.18 3168.32 3372.78 3165.90 165.20 3167.94 3373.14 3165.69 165.20 3167.70 3374.46 3165.66 165.23 3172.31 3381.88 3170.55 165.23 3171.04 3382.33 3168.87 165.26 3170.01 3382.61 3167.91 165.28 3169.39 3382.72 3167.31 165.30 3168.84 3382.88 3166.90 165.31 3168.70 3382.92 3166.60 165.34 3168.28 3382.96 3166.28 165.34 3168.11 3383.23 3166.08 165.36 3167.78 3383.32 3165.88 165.39 3168.04 3383.22 3165.63 0301 2i-~AR-93 I~:Z0:O0 23:00 30:00 ~5:00 ~0:00 ~5:00 50:00 ~5:00 l~:00:00 05:00 i0:00 i5:00 20:00 25:00 20:00 35:00 ~0:00 45:00 ~0:00 ~5:00 l~:O0:O0 05:00 lO:O0 £5:00 20:00 25:00 30:00 35:00 40:00 45:00 50:00 55:00 15:00:00 05:00 t0:00 15:00 ARCO Alaska, Incorporated K__Uuukpik #3 PRES BV PRES AN psia psia TEMP degF PRES BVs psia 165.41 3167.55 3383.41 3165.34 165.43 3167.47 3383.54 3165.18 165.44 3167.21 3383.73 3165.04 165.46 3166.82 3383.88 3164.87 165.46 3166.79 3383.96 3164.75 165.49 3166.74 3384.06 3164.65 165.49 3166.73 3384.09 3164.53 165.52 3166.75 3384.25 3164.49 165.54 3166.33 3384.39 3164.33 165.57 3166.30 3384.22 3164.14 165.57 3166.28 3384.20 3164.05 165.57 3166.06 3384.35 3163.81 165.57 3165.53 3384.47 3163.60 165.57 3165.37 3384.73 3163.79 165.57 3165.63 3384.65 3163.62 165.57 3165.60 3384.56 3163.48 165.60 3165.45 3384.79 3163.51 165.60 3165.77 3384.70 3163.49 165.62 3165.86 3384.61 3163.43 165.65 3165.76 3384.80 3163.26 165.65 3165.28 3385.19 3163.24 165.70 3165.24 3384.92 3162.99 165.70 3164.95 3385.24 3163.04 165.73 3164.60 3385.22 3162.75 165.75 3164.57 3385.21 3162.72 165.75 3164.78 3385.22 3162.72 165.75 3165.04 3385.19 3162.76 165.78 3164.76 3385.13 3162.56 165.78 3164.71 3385.30 3162.56 165.78 3164.55 3385.30 3162.44 165.81 3164.53 3385.27 3162.43 165.81 3164.52 3385.18 3162.28 165.83 3164.53 3385.26 3162.34 165.86 3164.11 3385.25 3162.12 165.86 3164.12 3385 16 3162 05 21-MAR-93 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:37:00 19:38:00 19:39:00 19:40:00 TEMP degF ARCO Alaska, PRES BV PRES AN psia psia Incorporated ~e ~ DST #1 PRES BVs psia 166.01 3162.99 3384.41 3160.87 166.01 3162.91 3384.33 3160.88 166.04 3162.89 3384.16 3160.76 166.04 3162.96 3384.17 3160.81 166.04 3162.86 3384.19 3160.75 166.07 3162.56 3384.19 3160.60 166.07 3162.66 3384.06 3160.64 166.09 3162.65 3384.00 3160.51 166.09 3162.66 3383.94 3160.56 166.09 3162.50 3383.84 3160.41 166.12 3162.56 3383.80 3160.45 166.12 3162.45 3383.70 3160.40 166.12 3162.38 3383.73 3160.36 166.12 3162.43 3383.68 3160.30 166.14 3162.19 3383.63 3160.26 166.14 3162.28 3383.54 3160.22 166.14 3162.32 3383.51 3160.18 166.14 3162.28 3383.51 3160.17 166.17 3162.08 3383.60 3160.16 166.17 3162.13 3383.48 3160.09 166.20 3162.15 3383.37 3160.07 166.20 3161.99 3383.28 3159.91 166.20 3162.32 3383.31 3160.02 166.22 3162.09 3383.25 3159.90 166.25 3162.03 3383.08 3159.75 166.25 3161.96 3383.09 3159.84 166.25 3161.93 3383.08 3159.76 166.25 3161.53 3383.10 3159.68 166.25 3161.65 3382.99 3159.77 166.25 3161.65 3383.01 3159.82 166.28 3161.74 3382.88 3159.68 166.28 3~61.70 3382.88 3159.64 Pressure annulus to cycle PCT 166.28 3164.10 032 ARCO Alaska, Incorporated page DST 033I 21-MAR-93 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 22-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 TEMP degF Kuukpik ~3 PRES BV PRES AN psia psia PRES BVs psia 166.28 3191.53 3742.65 3189.27 166.28 3195.80 4592.17 3193.73 166.25 3187.50 3369.11 3185.48 166.25 3186.75 4006.18 3184.27 166.25 3188.27 3437.57 3186.19 166.22 3185.58 3372.02 3183.27 166.24 3183.21 3372.89 3180.74 166.25 3181.36 3373.34 3179.01 166.25 3179.78 3373.54 3177.47 166.28 3179.04 3373.88 3176.48 166.30 3178.11 3374.89 3175.81 166.30 3177.81 3375.87 3175.62 166.33 3177.11 3376.30 3174.88 166.33 3175.67 3375.54 3173.46 166.35 3174.93 3374.99 3172.57 166.35 3174.05 3374.61 3171.80 166.38 3173.40 3374.08 3170.97 166.38 3172.58 3373.96 3170.44 166.41 3172.50 3373.70 3170.12 166.43 3171.97 3373.58 3169.69 166.46 3172.28 3374.89 3170.44 166.48 3172.99 3376.38 3171.01 166.48 3172.73 3376.67 3170.45 166.51 3171.90 3376.48 3169.81 166.51 3171.38 3375.91 3169.21 166.51 3170.87 3375.34 3168.71 166.51 3170.35 3374.90 3168.44 166.54 3170.14 3374.42 3168.03 166.54 3169.96 3373.87 3167.71 166.54 3169.36 3373.72 3167.45 166.54 3169.39 3373.33 3167.21 166.56 3168.96 3373.04 3167.06 166.56 3168.65 3372.74 3166.76 166.56 3168.37 3372.31 3166.44 166.56 3168.39 3372.09 3166.39 166.56 3168.62 3371.81 3166.35 166.59 3168.41 3371.50 3166.03 166.59 3168.00 3371.28 3165.84 166.59 3167.78 3371.16 3165.70 166.62 3167.50 3370.95 3165.64 166.62 3167.58 3370.72 3165.52 166.62 3167.36 3370.55 3165.29 166.62 3166.99 3370.28 3165.01 166.62 3166.95 3370.12 3164.96 166.62 3166.98 3370.02 3164.94 166.62 3166.84 3369.89 3164.83 166.62 3166.68 3369.79 3164.78 166.62 3166.56 3369.51 3164.52 166.62 3166.38 3369.49 3164.52 166.64 3166.30 3369.38 3164.44 166.64 3166.35 3369.17 3164.35 166.64 3166.20 3369.06 3164.07 166.65 3166.08 3368.96 3164.08 166.67 3166.01 3368.84 3164.04 166.67 3165.95 3368.79 3163.94 #1 22-MAR-93 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:46:00 04:47:00 04:48:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 ARCO Alaska, Incorporated Kuukpik 03 TEMP PRES BV PRES AN PRES BVs degF psia psia psia page DST ~ 1 166.67 3165.98 3368.66 3163.83 166.67 3165.76 3368.66 3163.80 166.69 3165.70 3368.68 3163.81 166.69 3165.59 3368.63 3163.56 166.69 3165.76 3368.48 3163.72 166.72 3166.06 3368.45 3163.65 166.72 3165.74 3368.84 3163.56 166.75 3165.64 3368.72 3163.46 166.77 3165.31 3368.68 3163.25 166.80 3165.20 3368.63 3163.24 166.80 3165.11 3368.62 3163.19 166.80 3164.70 3368.50 3162.96 166.80 3165.20 3368.34 3162.94 166.80 3165.06 3368.62 3162.99 166.80 3164.89 3368.82 3163.03 166.80 3164.84 3368.73 3162.91 166.82 3164.58 3368.63 3162.78 166.82 3164.62 3368.58 3162.71 166.82 3164.71 3368.52 3162.78 166.82 3164.80 3368.49 3162.74 166.82 3164.71 3368.49 3162.69 166.85 3164.61 3368.55 3162.58 166.85 3164.52 3368.54 3162.49 166.85 3164.52 3368.47 3162.46 166.85 3164.36 3368.52 3162.45 166.85 3164.14 3368.64 3162.44 166.88 3164.27 3368.52 3162.34 166.88 3164.22 3368.56 3162.18 166.88 3164.29 3368.60 3162.27 166.88 3164.04 '3368.45 3162.15 166.88 3163.62 3368.60 3162.06 166.88 3i64~07 3368.42 3162.17 166.88 3164.05 3368.48 3161.97 166.88 3163.98 3368.56 3162.01 166.88 3164.05 3368.58 3161.99 166.88 3164.04 3368.57 3161.90 166.88 3163.76 3368.61 3161.92 Pressure annulus to 3600 psig at surface to rupture SHORT 166.90 3167.30 4214.99 3165.39 166.90 3191.02 6138.08 3188.86 166.80 3395.70 3322.02 3391.22 166.77 3341.56 3324.65 3337.46 166.77 3313.53 3333.23 3309.53 166.80 3292.42 3333.96 3288.70 166.80 3277.28 3334.70 3273.85 166.82 3266.07 3379.46 3262.68 166.85 3257.00 3404.43 3253.95 166.85 3249.84 3368.51 3246.94 166.85 3243.64 3369.07 3240.82 166.85 3238.23 3369.35 3235.73 166.88 3233.46 3369.54 3231.21 166.88 3229.44 3369.45 3227.17 166.88 3226.23 3369.53 3223.94 166.88 3223.43 3369.41 3221.17 0341 22-MAR-93 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 08:55:00 09:00:00 09:05:00 09:10:00 09:15:00 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 166.88 166.69 166.62 166.59 166.56 166.54 166.51 166.51 166.51 166.51 166.51 166.51 166.51 166.51 166.51 166.51 166.51 166.51 166.56 166.46 166.41 166.28 166.19 166.12 166.05 166.01 165.94 165.76 165.62 165.49 165.39 165.31 165.23 165.12 164.76 163.90 163.35 163.06 162.82 162.64 162.48 162.33 162.17 162.04 161.91 161.78 161.65 161.54 161.44 161.36 161.28 161.23 161.15 161.10 161.04 161.02 3156.93 3365.70 3151.30 3158.24 3362.30 3157.20 3171.32 3362.68 3170.48 3177.15 3362.90 3176.14 3179.99 3363.15 3178.97 3182.02 3363.02 3180.65 3183.82 3363.08 3182.07 3183.97 3363.38 3182.28 3184.01 3363.30 3182.30 3184.24 3363.21 3182.46 3183.94 3363.42 3182.11 3183.86 3363.29 3182.02 3183.88 3363.23 3181.86 3183.61 3363.38 3181.72 3183.28 3363.47 3181.42 3183.13 3363.44 3181.14 3182.94 3364.84 3180.90 3182.81 3377.50 3180.63 3428.65 3438.67 3424.00 3404.36 3402.98 3401.60 3362.83 3361.45 3360.30 3361.86 3361.07 3360.08 3363.46 3362.68 3361.81 3362.54 3362.09 3361.11 3361.84 3361.40 3360.35 3361.51 3360.77 3359.84 3354.11 3353.54 3352.34 3353.00 3352.69 3351.49 3353.03 3352.98 3352.02 3352.75 3352.64 3351.80 3351.35 3351.74 3350.44 3350.76 3350.42 3349.58 3349.12 3349.04 3347.83 3349.06 3347.35 3347.39 3308.80 3308.91 3306.95 3292.10 3291.85 3290.79 3293.74 3293.61 3293.02 3295.18 3294.90 3294.04 3295.71 3295.61 3294.46 3296.06 3296.05 3294.73 3296.45 3296.40 3294.86 3296.73 3296.64 3295.15 3297.15 3296.75 3295.29 3297.16 3296.94 3295.38 3297.44 3297.11 3295.54 3297.76 3297.23 3295.66 3297.87 3297.28 3295.74 3298.02 3297.29 3295.81 3298.09 3297.46 3295.93 3298.21 3297.53 3295.97 3298.33 3297.52 3296.03 3298.40 3297.64 3296.11 3298.63 3297.84 3296.24 3298.61 3297.70 3296.27 3298.74 3297.86 3296.35 3298.92 3297.92 3296.51 page DST ~ 1 22-MAR-93 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 160.97 160.91 160.86 160.76 160.68 160.60 160.57 160.55 160.52 160.47 160.47 160.44 160.31 160.34 160.34 160.31 160.34 160.34 160.34 160.36 160.36 160.36 160.36 160.36 160.39 160.39 160.39 160.39 160.42 160.42 160.44 160.44 160.44 160.44 160.47 160.50 160.52 160.55 160.55 160.55 160.57 160.57 160.57 160.57 160.60 160.60 160.63 160.63 160.65 160.67 160.68 160.70 160.70 160.70 160.70 160.73 3298.67 3297.72 3296.37 3298.70 3297.85 3296.40 3293.92 3292.70 3291.70 3293.56 3293.28 3291.92 3293.80 3293.44 3292.10 3294.05 3293.48 3292.10 3294.05 3293.50 3292.08 3293.85 3293.28 3291.87 3295.27 3294.54 3293.15 3294.74 3293.76 3292.48 3294.31 3293.44 3292.07 3293.96 3293.10 3291.68 3293.78 3292.77 3291.45 3293.47 3292.52 3291.14 3293.16 3292.26 3290.97 3293.08 3292.16 3290.87 3293.00 3292.00 3290.75 3292.82 3293.06 3290.65 3299.62 3299.21 3297.80 3300.26 3299.66 3298.30 3258.08 3299.86 3298.39 3300.84 3300.02 3298.66 3300.97 3300.13 3298.70 3300.98 3300.07 3298.62 3304.59 3303.94 3302.68 3303.90 3303.09 3301.69 3303.14 3302.23 3300.90 3302.35 3301.44 3300.15 3301.93 3300.88 3299.54 3301.44 3300.27 3299.04 3301.21 3300.03 3298.81 3301.25 3300.07 3298.81 3301.28 3300.14 3298.84 3301.38 3300.09 3298.81 3301.27 3300.13 3298.80 3301.24 3300.06 3298.76 3301.10 3300.00 3298.64 3300.93 3299.81 3298.50 3300.61 3299.87 3298.40 3300.47 3299.91 3298.45 3300.48 3299.67 3298.41 3300.53 3299.60 3298.42 3300.63 3299.64 3298.39 3300.66 3299.64 3298.48 3300.66 3299.62 3298.35 3300.52 3299.66 3298.33 3300138 3299.55 3298.29 3300.48 3299.51 3298.32 3300.51 3299.53 3298.18 3300.39 3299.40 3298.14 3300.19 3299.30 3297.98 3299.81 3298.77 3297.60 3299.58 3298.56 3297.38 3299.49 3298.58 3297.32 3299.45 3298.53 3297.34 3299.48 3298.47 3297.23 t page 036 I DST ~ 1 ARCO Alaska, Incorporated 037] 22-MAR-93 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 TEMP de§F Kuukpik #3 PRES BV PRES AN psia psia PRES BVs psia 160.73 3299.35 3298.34 3297.16 160.76 3299.25 3298.22 3297.08 160.76 3299.31 3298.21 3297.05 160.78 3299.30 3298.21 3297.02 160.78 3298.86 3297.89 3296.74 160.78 3298.80 3297.94 3296.74 160.78 3298.88 3297.94 3296.69 160.81 3298.84 3298.00 3296.76 160.81 3299.00 3297.86 3296.73 160.82 3298.72 3297.80 3296.54 160.84 3298.66 3297.73 3296.55 160.84 3298.57 3297.76 3296.48 160.84 3298.71 3297.62 3296.55 160.84 3298.62 3297.64 3296.52 160.86 3298.58 3297.49 3296.32 160.86 3298.47 3297.42 3296.26 160.89 3298.30 3297.42 3296.20 160.89 3298.52 3297.33 3296.31 160.89 3298.42 3297.42 3296.22 160.91 3298.32 3297.37 3296.07 160.94 3297.99 3296.97 3295.88 160.94 3297~86 3296.96 3295.82 160.94 3297.89 3297.03 3295.80 160.94 3297.96 3297.08 3295.76 160.94 3297.82 3296.90 3295.70 160.97 3297.67 3296.56 3295.50 160.97 3297.34 3296.55 3295.27 160.97 3297.40 3296.49 3295.28 160.99 3297.35 3296.33 3295.22 160.99 3297.32 3296.32 3295.17 160.99 3297.29 3296.28 3295.19 160.99 3297.21 3296.29 3294.98 161.01 3297.16 3296.28 3295.06 161.02 3297.11 3296.21 3295.03 161.02 3297.08 3296.15 3294.84 161.04 3296.85 3295.92 3294.76 160.99 3279.31 3276.84 3276.43 160.32 3175.92 3174.09 3173.38 158.76 3063.29 3061.00 3060.68 156.87 2951.76 2948.80 2948.87 154.88 2878.84 2879.01 2875.73 153.20 2816.23 2812.09 2812.35 151.13 2712.17 2708.10 2708.37 148.72 2616.88 2612.21 2612.61 146.17 2510.18 2504.01 2504.74 143.31 2402.75 2395.70 2396.54 140.07 2294.69 2287.44 2288.55 136.65 2190.80 2183.97 2184.89 132.84 2073.98 2073.51 2069.98 129.53 2087.62 2078.52 2080.46 126.14 1978.72 1969.40 1972.94 122.31 1871.83 1862.62 1865.92 118.39 1764.49 1753.79 1756.20 114.42 1651.56 1642.80 1646.09 110.40 1537.05 1528.83 1531.83 106.32 1419.64 1410.66 1413.44 page DST #1 22-MAR-93 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 23-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 102.25 98.00 93.86 89.64 85.54 81.46 77.21 72.88 68.76 65.11 61.83 58.86 56.01 53.27 50.82 48.72 46.99 45.51 44.16 43.01 41.96 40.26 38.55 37.37 36.37 35.42 34.61 33.86 33.18 32.58 32.01 31.51 31.07 30.70 30.37 30.04 29.77 29.48 29.20 28.96 28.72 28.51 28.39 28.26 28.15 28.07 28.02 27.96 27.88 27.82 27.77 27.74 27.69 27.66 27.64 1323.94 1313.51 1315.16 1202.99 1192.14 1194.89 1084.29 1073.81 1074.83 964.42 954.30 955.50 906.31 896.52 898.58 795.50 787.40 788.87 686.59 679.35 680.90 580.10 567.96 572.56 476.30 463.85 468.89 368.82 359.72 363.19 260.43 256.82 256.31 154.23 159.19 150.67 83.01 82.09 78.63 44.66 40.17 42.56 11.97 16.49 12.20 3.11 9.54 -8.07 9.93 9.92 -5.05 8.06 10.79 -3.35 8.62 12.86 -2.21 9.83 13.62 -1.33 10.88 14.77 -0.77 106.63 91.23 101.84 121.35 111.30 116.02 63.09 66.38 57.79 38.25 37.70 33.05 37.13 35.52 31.78 35.57 35.72 30.30 36.44 37.36 31.12 37.33 38.89 31.79 38.13 40.14 32.36 38.74 41.33 32.80 '39.24 42.15 33.24 39.71 42.76 33.56 40.08 43.26 33.79 40.42 43.46 34.07 40.80 43.75 34.27 76.35 68.17 73.51 68.38 69.37 62.91 67.80 67.84 62.66 66.24 65.01 61.35 60.73 58.28 56.19 58.85 56.74 54.26 57.53 55.37 53.06 52.90 53.51 48.77 53.11 53.59 '48.66 53.25 53.82 48.64 53.32 54.04 48.67 53.35 54.14 48.77 53.32 54.18 48.65 53.22 54.21 48.56 53.13 54.30 48.49 53.11 54.34 48.41 53.08 54.13 48.38 52.99 54.12 48.34 53.02 54.16 48.21 page 038 DST 23-MAR-93 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:16:00 04:17:00 04:18:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 27.61 27.55 27.53 27.50 27.47 27.47 27.45 27.45 27.45 27.42 27.42 27.42 27.42 27.42 27.42 27.42 27.42 27.42 27.42 27.40 27.42 27.42 27.42 27.42 27.39 27.39 27.39 27.39 27.39 27.39 27.39 27.39 27.39 27.39 27.36 27.36 27.36 27.36 27.4~ 27.52 27.55 27.66 27.77 52.98 54.21 48.16 52.92 54.19 48.16 52.90 54.06 48.17 52.83 53.95 48.10 52.81 53.87 48.02 52.70 53.74 47.90 52.67 53.64 47.78 52.59 53.62 47.76 52.55 53.51 47.71 52.50 53.48 47.66 52.46 53.43 47.63 52.48 53.35 47.54 52.40 53.27 47.48 52.32 53.19 47.40 52.21 53.15 47.34 52.17 53.07 47.34 52.08 53.01 47.27 51.96 53.00 47.22 51.87 52.90 47.14 51.82 52.88 47.10 51.76 52.81 47.02 51.71 52.74 46.99 51.55 52.68 46.87 51.46 52.58 46.83 51.37 52.49 46.73 51.30 52.45 46.71 51.25 52.38 46.68 51.26 52.33 46.62 51.18 52.24 46.59 51.10 52.15 46.57 51.06 52.12 46.45 '51-.01 52.05 46.39 50.99 51.99 46.35 50.98 51.88 46.27 50.85 51.81 46.24 50.80 51.81 46.24 50.76 51.79 46.18 44.79 47.31 40.87 45.53 47.65 41.18 45.64 47.42 41.21 45.57 47.48 41.20 35.66 37.45 30.11 35.45 36.40 29.53 Begin laying down DST tools 27.85 32.86 34.55 27.37 27.93 32.98 33.62 27.30 27.99 19.48 27.15 6.19 28.02 18.57 26.06 5.93 28.04 18.28 25.40 5.82 27.91 14.97 22.52 2.63 27.59 14.14 21.70 0.76 27.42 15.62 22.50 2.89 27.39 16.28 22.51 3.38 27.77 20.37 28.80 6.66 page 039I DST ~ 1 23-MAR-93 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 05:57:00 05:58:00 05:59:00 06:00:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 29.16 26.94 39.53 15.72 30.85 23.90 27.66 22.12 31.26 15.57 23.20 13.99 30.96 10.37 20.11 9.49 30.29 7.56 18.46 7.59 29.43 6.41 16.70 6.67 28.80 13.04 22.08 11.81 28.83 16.05 24.67 15.08 29.05 16.38 25.18 15.26 29.27 16.72 25.69 15.44 End laying down DST tools 29.48 17.05 26.20 15.62 page DST ~ 1 0401 Drill Stem Test #2 Company Well Name Country Test date Report number District : ARCO Alaska, Incorporated : Kuukpik #3 : USA : 26-MAR-93 : One : Alaska Remote Testing Co representative SWS representative : D.Lutrick/B.Campbell : K.Barnard/R.Will£ams ARCO Alaska, Incorporated Kuukpik 03 DST ~2 GENE L INF0 ATION Service/client reference Company Well Name Country State Test type : Drill Stem Test #2 : ARCO Alaska, Incorporated : Kuukpik #3 : USA : Alaska : DST with Coiled Tubing 0PE TION DATA Test date Report number District Co representative SWS representative Unit system : 26-MAR-93 : One : Alaska Remote Testing : D.Lutrick/B.Campbell : K.Barnard/R.Williams : US Oil WELL DATA Well type Fluid type Minimum restriction Vertical depth Casing size/shoe Tubing shoe at Perforation shot density Perforation gun type Perforation conditions Perforation interval(s) Test interval ~ : Wildcat : Oil : 2.25" : PBTD @ 6266' : 7", 29# : Wireline entry guide @ 6184' : 4 SPF : 1-11/16" Pivot Gun : Underbalence = -800 psi : 15 ft : PKR @ 6137' to PBTD PROPERTIES Type Weight/viscosity : NaCl/NaBr BRINE : 10.3 ppg ARCO ALASKA INCORPORATED KUUKPIK #3 DST #2 SUMMARY OF EVENTS 03/24/93 07:47 Begin picking up tools 09:30 Finish picking up tools Begin rig up 3 1/2" coil tubing 03/25/93 Finish rig up 3 1/2" coil tubing, mn tools in hole Landed out 3 1/2" coil robing 19:00 Begin rig-up wireline 03/26/93 03:30 End rig-up wireline, mn guns in hole 06:15 Safety meeting 06:40 Pressure up 300 # on tubing 07:13 Guns fire, flow gl Pull out of hole with wireline 07:21 Pressure annulus to 2000 # cycle PORT 07:36 Pressure annulus to 1800#, open PCT 07:42 Bleed annulus to 0 #, close PCT (lst cycle), shut in gl Rig up wireline, nm LINC in hole 13:52 Latch with LINC, communication established 15:05 Pressure annulus to 1500 #, open PCT, flow #2 20:05 Unlatch LINC, pull LINC out of hole 21:00 LINC on surface 03/27/93 Discovered rag in flow line 00:45 Flowing again 03:00 Begin rig up 1 1/4" coil tubing Finish rig up ! 1/4" coil tubing, run in hole to jet N2 Jetting N2 03/28/93 09:04 Bleed annulus to 0 #, close PCT (cycle 2), start out of hole with 1 I/4" coil tubing, shut in #2 11:00 Begin rig up wire line 03/28/93 11:45 Run wire line in hole with LINC 12:21 Latch LINC, communication established 18:10 Unlatch LINC, pull LINC out of hole 19:25 Break out wire line, lay riser down 21:20 Pressure annulus to 1500#, open PCT 03/29/93 07:30 Could not get 2 1/8" bridge plug thruogh tools 10:30 Bleed annulus to 0 #, close PCT (3rd cycle) 21:00 Nipple down test tree, nipple up BOP 03/30/93 20:45 Pressure annulus to 1500 #, open PCT 20:52 Bleed annulus to 0 #, close PCT (4th cycle) 20:55 Pressure annulus to 1500 #, open PCT 21:00 Bleed annulus to 0 #, close PCT (5th cycle) 21:04 Pressure annulus to open PCT and open SHORT 21:14 SHORT open 03/31/93 02:30 Begin lay down tools 03:15 Finish lay down tools ARCO ALASKA INCORPORATED KUUKPIK #3 FULLBORE TEST STRING with 3-1/2" COILED TUBING CONNECTIONS ARCO LANDED OUT 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE TOOL DESCRIPTION Wellhead Coiled Tubing to Surface (Wall thickness = 0.203") Telescoping Swivel Sub (Collapsed =~5') Otis "X" Nipple 3-1/2" o 2.813" SEAL BORE OD ID LENGTH DEPTH 31 31 3.50 3.085 5946.01 5977.01 5.0 2.992 3-1/2 2.813 7.08 5984.09 1.47 5985.56 3 1/2 EUE 3 1/2 EUE 3 1/2 IF 3 1/2 IF 3 1/2 IF 3 1/2 EUE 3-1/2" Tubing Joint Cross Over Sub SHORT Reversing Valve Applied Operating Pres.= 3392-3692 psi Cross Over Sub 3-1/2 2.996 4.75 2.875 5.0 2.4 4.75 2.875 31.16 6016.72 1. 6017.72 2.85 6020.57 1.31 6021.88 3 1/2 EUE 3 1/2 EUE 3 1/2 IF 3 1/2 IF 3 1/2 IF 3 1/2 IF 4 1/4 4 SA 4 1/4 4 SA 3 1/2 IF 3 1/2 IF 3 1/2 IF 3 1/2 EUE 3 1/2 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE 3-1/2" Tubing Joint Cross Over Sub LINC Inductive Coupler For Real Time Read-Out MSRT 4 Sensor Recorder w/Real Time Read Out PCT w/HOLD OPEN, 1OK Fullbore Ball Valve Full Open · 1200 psi9 PORT Applied Operatin9 Pres.= 1604-1802 psi RCAR, 1OK Fullbore For 2 HPR Gauges Cross Over Sub Cross Over Sub 2-7/8" Tubing Pup Joint Seal Locator Sub Total length=17.5' 1.3' Stick-up Baker Model "FB-I" Production Packer Size: 85-40, Element: 70 Hard Nitrile Baker Seal Bore Extension Size: 80-40 3-1/2 2.996 31.28 6053.16 4.75 2.875 5.0 2.25 5.0 2.25 0.91 6054.07 11.67 6065.74 7.27 6073.01 5.0 2.25 25.83 6098.84 5.0 2.25 5.92 6104.76 5/5.5e 2.25 15.75 6120.51 4.75 2.875 4.50 2.38 2-7/8, , 2.441 ,. 3.467 3.00 eng. 6.18 set 3.00 eng. 3.00 eng. 1.22 6121.73 0.91 6122.64 10.06 6132.7 1.3 6134 3.30 6137.3 15.1 6152.4 2 7/8 EUE 2 7/8 EUE 2-7/8" Tubing Joint Baker Wireline Entry Guide 2-7/8 2.4-41 3.68 2.441 31.5 6183.9 0.6 6184.5 DST #2 Revised 24-MAR-93 Note: RKB=36.1 GL-' 5.1 DATA SUMMARY Pa§e 002 4000' 320O 2~400 1600 800 - -- -- o PRESSURE/FLOWRATE HISTORY Cartesian Plot (Preview) Initial Build--up Initial 0 From · 26-MAR-93 00:00:00:00 Final Flow 13.7 27.5 41.2 55 , Final , Build--up Time (Hours) I I ! I .] I I I I I 68.7 82.5 To · 29-MAR-93 10:30:00:00 SEQUENCE OF EVENTS EVENT DATE TIME DESCRIPTION ELAPSED BHP WHP NO. (HR:MIN) TIME (Psia) (Psia) · (HR:MIN) 1 2~;-MAR-93 07:13:12 Begin Initial Flow 0:00 2355.71 2 2~;-MAR-93 0?:43:02 End Plow & Begin Build-up 0:29 2382.94 '3 2{ -MAR-93 15:05:12 End Build-up & Begin Plow 7:52 3127.95 4 21 -MAR-93 09:04:22 End Plow & Begin Build-up 49:51 66?.63 5 21 -MAR-93 19:59:49 End Build-up 60:46 3106.46 ..... SUMMARY OF FLOW PERIODS PERIOD DURATION PRESSURE (Psia) FLOWRATE CHOKE SIZE (HR:MIN) OIL GAS (INCHES) START STOP (B/D) (MMSCF/D) 1 0:29 2355.71 2382.94 5 2 7:22 2382.94 3127.95 0 3 41'59 3127.95 667.63 30 4 10:55 667.63 3106.46 0 5 10:55 3106.46 0 4O '"o 3O ,....-~ o 10 4008 ~ 3000 .~.4 > SO00 m 1000 Cartesian and Flowrate Plot 13.7 27.5 41.2 55 68.7 82,5 From ' 26-MAR-93 00:00'00:00 Time (Hours) To · 29-MAR-93 10:30'00:00 4000 3200 2400 600 800 Cartesian Plot , , Final ' Initial ' E}uild--up ' Build--up -- _ Initial Final Flow _ Flow 0 i i i i i I i t i i i I I I I I I I I I I ~ I I :11 ~ ~ I ,11 I I I ~ 0 13.7 27.5 41.2 55 68.7 82.5 From ' 26-MAR-93 00:00:00'00 Time (Hours) To ' 29-M^R-93 10'30'00'00 o 0 ARCO Alaska, Incorporated Kuukpik #3 MSRT Data Printout · page 009 1 DST ~2 24-MAR-93 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 29.74 22.80 26.30 29.71 23.38 26.67 29.68 23.91 26.74 29.60 24.44 27.24 29.55 24.74 27.48 29.47 25.53 27.55 29.39 25.35 27.77 29.31 25.61 27.81 29.21 25.78 27.93 29.13 25.99 28.11 29.05 26.16 28.26 28.94 26.33 28.15 28.84 26.45 28.35 28.73 26.47 28.19 28.65 26.66 28.46 28.57 26.65 28.47 28.49 26.83 28.58 28.44 26.90 28.64 28.36 26.35 28.54 28.30 27.15 28.62 28.'25 27.20 28.64 28.20 27.27 28.74 28.15 27.32 28.91 28.12 27.44 28.83 28.09 27.57 29.09 28.09 27.61 29.01 28.09 27.70 29.09 28.07 27.79 29.08 28.07 27.80 29.12 28.07 '27.87 29.10 28.04 27.91 29.21 28.04 27.92 29.22 28.01 27.91 29.20 27.99 27.97 29.26 27.96 28.05 29.14 27.93 27.99 29.19 27.91 27.99 29.25 27.91 28.25 29.28 27.88 28.29 29.28 27.86 28.30 29.36 27.83 28.36 29.32 27.80 28.37 29.38 27.78 28.45 29.37 27.78 28.49 29.36 27.75 28.50 29.42 27.72 28.57 29.47 27.70 28.63 29.54 27.67 28.72 29.53 27.67 28.73 29.57 27.64 28.68 29.60 27.64 28.79 29.68 27.62 28.85 29.68 27.62 28.92 29.63 27.62 28.88 29.63 18.94 19.43 20.00 20.24 20.73 21.02 21.23 21.49 21.73 21.83 22.00 22.16 22.23 22.42 22.48 22.65 22.67 22.73 22.83 22.89 22.95 22.99 23.09 23.18 23.18 23.29 23.34 23.37 23.40 23.51 23.55 23.58 23.63 23.63 23.70 23.70 23.79 23.78 23.83 23.86 23.93 23.95 23.99 24.01 23.98 24.10 24.16 24.14 24.16 24.20 24.29 24.34 24.36 24.38 ARCO Alaska, Incorporated page DST ~2 oloI 24-MAR-93 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 TEMP degF Kuukpik 03 PRES BV PRES AN psia psia PRES BVs psia 27.59 28.93 29.67 24.37 27.56 28.99 29.67 24.44 27.54 29.00 29.73 24.44 27.54 29.08 29.73 24.50 27.51 29.14 29.77 24.52 27.48 29.12 29.71 24.53 27.48 29.14 29.79 24.56 27.46 29.14 29.86 24.58 27.43 29.19 29.83 24.54 27.40 29.25 29.87 24.68 27.38 29.31 29.88 24.65 27.38 29.28 29.90 24.68 27.35 29.35 29.95 24.74 27.35 29.33 29.98 24.74 27.32 29.40 29.97 24.77 27.30 29.37 29.94 24.78 27.30 29.44 30.09 24.82 27.27 29.48 30.04 24.89 27.27 29.50 29.99 24.89 27.27 29.49 30.02 24.94 27.24 29.53 30.07 24.86 27.22 29.54 30.04 24.95 27.22 29.59 30.11 25.00 27.19 29.59 30.10 25.01 27.19 29.62 30.08 25.02 27.17 29.64 30.11 25.05 27.14 29.64 30.05 25.09 27.14 29.70 30.23 25.12 27.11 29.71 30.15 25.06 27.11 29.77 30.04 25.17 27.11 29.76 30.28 25.18 27.11 29.82 30.18 25.20 27.11 29.85 30.30 25.23 27.11 29.83 30.30 25.25 27.09 29.80 30.74 25.27 27.09 29.90 30.47 25.31 27.09 29.88 30.61 25.29 27.06 29.73 30.37 25.21 26.96 29.72 30.07 24.92 26.69 29.78 29.85 24.25 26.43 29.64 30.14 24.76 26.26 29.66 30.52 25.30 26.16 29.96 30.87 25.84 26.08 30.11 31.05 26.10 26.03 30.41 31.21 26.37 26.00 30.51 31.34 26.54 25.95 30.66 31.44 26.72 25.95 30.73 31.52 26.90 25.92 30.89 31.70 27.11 25.89 30.90 31.68 27.10 25.87 31.05 31.92 27.14 25.81 31.13 31.91 27.23 25.81 31.19 31.96 27.10 25.79 31.29 32.06 27.32 25.76 31.35 32.10 27.23 25.74 31.42 32.14 27.27 24-MAR-93 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 TEMP degF ARCO Alaska, Incorporated Kuukpik ~3 PRES BV PRES AN PRES BVs psia psia psia 25.68 31.46 32.21 28.24 25.68 31.55 32.31 28.14 25.66 31.59 32.30 27.98 25.60 31.74 32.29 27.90 25.50 31.39 32.42 27.67 25.31 38.46 49.88 38.39 25.64 115.72 123.32 111.27 26.90 173.57 177.11 169.69 27.69 172.52 174.18 166.50 28.30 218.72 222.74 215.47 29.07 335.55 340.57 334.04 29.78 584.18 587.12 583.43 30.76 870.21 885.48 872.89 33.63 1184.84 1213.31 1215.59 39.73 1349.13 1371.65 1380.96 46.62 1407.62 1412.26 1420.12 53.94 1721.67 1727.79 1736.53 62.60 2013.12 2011.68 2021.53 72.92 2299.42 2298.98 2308.93 85.18 2580.57 2581.81 2588.59 98.05 2859.79 2858.04 2865.93 111.00 3141.77 3136.06 3145.58 124.90 3304.69 3296.31 3304.82 136.56 3283.11 3273.85 3281.49 143.31 3273.66 3260.14 3271.89 147.42 3270.19 3263.70 3267.67 150.23 3269.04 3264.08 3266.31 152.21 3268.24 3263.92 3265.36 153.55 3267.64 3263.60 3264.82 154.44 3267.27 '3263.55 3264.43 155.10 3267.00 3263.62 3264.24 155.52 3266~98 3259.79 3264.23 155.84 3266.99 3261.30 3264.08 156.10 3266.79 3262.82 3264.10 156.28 3266.64 3262.89 3263.98 156.44 3266.67 3262.97 3264.01 156.54 3266.64 3262.88 3264.01 156.65 3266.67 3262.96 3263.85 156.76 3266.79 3263.00 3264.00 156.83 3266.76 3263.01 3264.21 156.91 3267.49 3259.94 3264.46 156.94 3259.69 3254.63 3256.85 156.99 3259.68 3254.53 3257.11 157.04 3259.96 3254.50 3257.24 157.07 3260.43 3254.08 3257.76 157.08 3260.34 3254.14 3257.91 157.12 3260.99 3254.40 3258.14 157.17 3261.05 3252.19 3258.33 157.17 3261.02 3252.50 3258.36 157.20 3261.43 3252.80 3258.48 157.25 3261.64 3252.42 3258.66 157.25 3261.53 3252.27 3258.89 157.28 3261.47 3252.48 3258.78 157.31 3261.61 3252.43 3258.95 157.33 3262.00 3252.73 3259.24 157.36 3262.45 3252.18 3259.38 page DST #2 011 ] 24-MAR-93 23:40:00 23:45:00 23:50:00 23:55:00 25-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 TEMP degF ARCO Alaska, Incorporated Kuukpik 03 PRES BV PRES AN PRES BVs psia psia psia 157.38 157.38 157.41 157.44 157.46 157.46 157.49 157.52 157.52 157.54 157.54 157.54 157.57 157.54 157.00 156.18 155.52 155.73 156.10 156.49 156.81 157.10 158.11 158.44 157.76 157.57 157.65 157.80 158.03 158.41 158.54 158.64 158.72 158.77 158.85 158.90 158.96 159.01 159.06 159.09 159.14 159.17 159.22 159.24 159.27 159.32 159.35 159.38 159.40 159.40 159.46 159.48 159.51 159.53 159.56 3262.77 3252.70 3259.65 3262.66 3253.16 3259.84 3262.69 3253.43 3259.89 3262.62 3252.94 3259.82 3262.78 3252.73 3259.90 3262.93 3252.76 3259.82 3263.26 3252.77 3260.21 3263.21 3252.70 3260.32 3262.99 3252.43 3260.26 3262.59 3252.01 3259.54 3262.14 3251.49 3258.95 3262.13 3251.58 3258.84 3261.93 3251.49 3258.80 3258.51 3252.08 3254.28 3258.70 3255.92 3254.51 3252.46 3249.85 3250.62 3430.12 3296.66 3424.07 3454.08 3298.43 3451.54 3349.10 3298.04 3346.50 3305.35 3298.05 3303.09 3256.29 3298.34 3253.47 3241.69 3294.31 3238.73 3279.52 3274.90 3277.24 3288.38 3284.86 3283.82 3395.94 3287.69 3391.40 3296.93 3289.12 3294.32 3284.48 3289.17 3281.79 3286.64 3289.89 3284.04 3297.93 3295.85 3294.92 3290.35 3292.37 3287.22 3290.78 3290.84 3287.27 3293.16 3291.98 3289.84 3295.09 3292.34 3292.05 3296.62 3292.59 3293.77 3297.69 3292.55 3295.07 3297.60 3292.76 3294.82 3298.74 3293.00 3295.77 3299.78 3293.08 3296.69 3300.69 3293.15 3297.59 3283.94 3291.51 3280.69 3279.59 3287.12 3276.12 3277.30 3287.02 3273.96 3249.18 3287.00 3245.60 3248.91 3287.08 3245.61 3248.77 3286.87 3245.55 3248.71 3286.82 3245.42 3248.62 3283.18 3245.33 3248.60 3283.64 3245.41 3248.70 3283.85 3245.32 3248.82 3283.88 3245.61 3248.92 3283.94 3245.45 3248.84 3283.87 3245.54 3248.87 3284.14 3245.49 3248.94 3284.27 3245.51 3248.94 3284.24 3245.52 page DST ~2 012 1 25-MAR-93 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07.:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 TEMP degF 159.59 159.61 159.64 159.64 159.66 159.62 159.69 159.74 159.74 159.77 159.83 159.78 159.82 159.85 159.88 159.90 159.90 159.93 159.95 159.98 159.98 160.01 160.01 160.03 160.03 160.06 160.06 160.08 160.08 160.11 160.11 160.14 160.14 160.14 160.16 160.16 160.19 160.19 160.22 160.22 160.22 160.22 160.24 160.24 160.24 160.27 160.27 160.27 160.29 160.29 160.29 160.32 160.32 160.32 160.32 160.35 ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 3248.75 3284.10 3245.47 3248.78 3284.20 3245.47 3248.79 3284.30 3245.42 3249.10 3283.99 3245.52 3248.88 3284.09 3245.56 3248.96 3284.32 3245.60 3249.07 3284.07 3245.60 3249.15 3283.89 3245.63 3249.13 3284.04 3245.52 3249.14 3284.14 3245.73 3249.15 3284.05 3245.75 3249.01 3284.00 3245.61 3248.98 3284.12 3245.59 3248.90 3284.08 3245.64 3248.97 3284.30 3245.51 3249.08 3283.97 3245.50 3248.59 3283.72 3245.46 3249.20 3283.52 3245.53 3249.45 3283.76 3245.67 3248.90 3284.58 3245.74 3247.99 3283.87 3245.55 3248.76 3283.10 3245.35 3248.69 3283.26 3245.28 3249.01 3283.25 3245.41 3248.96 3283.16 3245.49 3248.68 3283.23 3245.50 3249.06 3283.05 3245.53 3249.12 3282.60 3245.44 3248.37 3282.64 3245.44 3248.18 3281.24 3245.31 3248.34 3281.47 3245.32 3248.91 3281.47 3245.52 3248.92 3281.47 3245.36 3248.93 3281.36 3245.48 3249.24 3281.32 3245.56 3249.28 3281.06 3245.53 3249.44 3281.04 3245.58 3249.39 3280.83 3245.50 3248.60 3280.97 3245.45 3247.76 3280.87 3245.39 3248.27 3280.86 3245.09 3247.43 3281.35 3245.16 3247.47 3281.18 3245.24 3247.61 3281.78 3245.22 3249.07 3281.62 3245.63 3248.63 3281.56 3245.66 3248.76 3280.84 3245.48 3249.30 3281.16 3245.49 3247.93 3280.92 3245.37 3247.78 3280.63 3245.18 3248.18 3280.62 3245.06 3249.06 3280.81 3245.01 3249.38 3281.67 3245.26 3249.59 3281.25 3245.56 3249.72 3281.38 3245.75 3249.25 3282.35 3245.78 page DST #2 25-MAR-93 08:55:00 09:00:00 09:05:00 09:10:00 09:15:00 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 160.37 160.37 160.40 160.40 160.42 160.40 160.42 160.45 160.45 160.45 160.45 160.48 160.48 160.48 160.48 160.50 160.50 160.53 160.53 160.64 160.71 160.74 160.77 160.77 160.79 160.79 160.81 160.82 160.82 160.84 160.84 160.84 160.87 160.87 160.89 160.90 160.90 160.90 160.90 160.92 160.92 160.92 160.94 160.95 160.95 160.95 160.95 160.95 160.98 160.98 160.98 160.98 160.98 161.00 160.98 161.00 3248.62 3281.97 3245.80 3249.14 3281.00 3245.51 3249.23 3281.15 3245.52 3249.05 3281.47 3245.58 3248.38 3281.02 3245.48 3249.13 3280.85 3245.35 3248.94 3280.62 3245.37 3249.22 3280.54 3245.34 3249.11 3280.54 3245.27 3248.57 3280.44 3245.24 3248.47 3280.42 3245.07 3248.52 3280.57 3244.89 3248.98 3281.02 3245.07 3249.02 3281.37 3245.31 3249.60 3281.60 3245.36 3249.56 3281.84 3245.74 3248.78 3281.68 3245.70 3248.41 3281.27 3245.51 3254.81 3286.49 3232.80 3251.19 3288.79 3247.98 3251.44 3288.09 3247.82 3251.44 3287.82 3247.86 3251.37 3287.81 3247.84 3251.30 3287.44 3248.07 3251.27 3287.06 3248.11 3251.47 3287.19 3248.15 3251.37 3287.18 3248.37 3251.67 3286.90 3248.34 3251.59 3286.70 3248.40 3251.81 3286.46 3248.38 3251.84 3286.57 3248.50 3251.85 3286.35 3248.64 3252.12 3286.23 3248.69 3252.00 3286.25 3248.83 3252.14 3285.92 3248.74 3252.06 3285.83 3248.78 3251.80 3285.84 3248.76 3251.94 3285.76 3248.84 3252.02 3285.45 3248.84 3252.09 3285.49 3248.81 3252.08 3285.54 3248.86 3252.26 3285.42 3249.03 3252.40 3285.29 3249.08 3252.14 3285.02 3249.06 3251.80 3285.12 3248.94 3251.80 3285.19 3248.97 3252.13 3285.18 3248.98 3252.34 3285.05 3249.03 3252.50 3284.87 3249.20 3252.39 3284.92 3249.17 3252.06 3284.43 3249.20 3251.70 3284.66 3249.04 3251.89 3284.56 3248.97 3252.22 3284.54 3249.08 3252.24 3284.53 3249.22 3252.74 3284.60 3249.36 page DST ~2 ARCO Alaska, Incorporated Kuukip~k__~3 PRES BV PRES AN psia psia Z5-MAR-93 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 1R:]_O:O0 TEMP degF PRES BVs psia 161.00 3252.84 3284.79 3249.51 161.00 3253.24 3284.65 3249.87 161.00 3254.15 3284.82 3250.68 161.02 3254.75 3284.68 3251.34 161.03 3254.80 3284.43 3251.71 161.03 3255.22 3284.47 3251.91 161.03 3253.82 3284.37 3250.88 161.03 3254.15 3284.50 3251.04 161.05 3254.53 3284.51 3251.26 161.05 3254.78 3284.31 3251.46 161.05 3254.49 3284.02 3251.46 161.05 3254.60 3284.06 3251.45 161.05 3253.95 3284.64 3251.40 161.05 3253.92 3283.96 3251.30 161.05 3254.21 3283.97 3251.37 161.06 3254.20 3284.34 3251.44 161.08 3254.80 3283.96 3251.57 161.08 3255.06 3284.12 3251.71 161.08 3255.36 3284.10 3251.80 161.08 3255.06 3283.85 3251.78 161.08 3254.89 3283.89 3251.80 161.08 3254.62 3283.90 3251.70 161.08 3254.69 3283.76 3251.60 161.09 3255.17 3283.85 3251.47 161.08 3255.13 3283.86 3251.61 161.08 3254.41 3283.88 3251.74 161.11 3256.76 3283.87 3253.42 161.11 3257.46 3284.09 3254.05 161.11 3257.82 3283.60 3254.26 161.11 3257.95 3283.63 3254.32 161.05 32§8.47 3283.63 3255.02 161.11 3258.29 3283.53 3254.94 161.11 3271.85 3283.79 3268.66 161.11 3285.37 3283.69 3282.44 161.13 3288.12 3283.25 3284.50 161.11 3289.68 3283.27 3286.55 161.13 3281.10 3284.47 3276.82 161.13 3288.49 3280.10 3284.51 161.13 3293.76 3283.59 3290.96 161.13 3295.40 3283.33 3292.39 161.13 3297.43 3283.41 3293.82 161.13 3293.32 3284.84 3289.65 161.13 3248.38 3285.45 3244.37 161.11 3137.81 3283.84 3132.88 161.11 3013.66 3283.77 3008.98 161.08 2890.50 3283.78 2886.36 161.08 2767.78 3285.24 2763.91 161.05 2640.61 3284.64 2636.93 161.08 2548.07 3284.58 2545.08 161.05 2460.03 3284.00 2457.46 161.05 2400.18 3284.06 2397.73 161.08 2384.90 3284.01 2382.86 161.08 2364.40 3284.22 2362.35 161.08 2362.31 3283.97 2360.43 161.11 2362.28 3283.81 2360.57 161.11 2359.61 3283.78 2357.79 page DST ~2 25-MAR-93 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 161.11 161.13 161.16 161.19 161.19 161.19 161.19 161.21 161.21 161.21 161.21 161.23 161.24 161.24 161.24 161.24 161.24 161.26 161.26 161.26 161.26 161.26 161.29 161.29 161.29 161.29 161.29 161.29 161.29 161.29 161.32 161.32 161.32 161.32 161.32 161.32 161.32 161.32 161.34 161.34 161.34 161.34 161.34 161.34 161.34 161.34 161.37 161.37 161.37 161.37 161.37 161.37 161.37 161.37 161.37 161.37 2363.51 3283.46 2360.85 2678.03 3284.36 2676.20 2653.85 3283.95 2651.92 2637.78 3283.60 2636.01 2626.38 3283.90 2624.63 2617.73 3283.33 2615.89 2610.48 3282.90 2608.60 2604.46 3282.64 2602.51 2598.85 3282.60 2597.04 2593.72 3282.59 2591.99 2589.23 3282.60 2587.37 2584.95 3282.42 2583.20 2581.00 3281.92 2579.18 2577.18 3282.25 2575.31 2573.60 3282.20 2571.77 2570.16 3282.24 2568.31 2566.85 3282.23 2564.99 2563.65 3282.33 2561.77 2560.60 3282.42 2558.78 2557.53 3282.23 2555.84 2554.64 3281.84 2552.86 2551.79 3281.95 2550.04 2549.24 3281.73 2547.46 2546.63 3282.09 2544.80 2543.87 3282.39 2542.25 2541.72 3282.02 2539.85 2539.24 3282.05 2537.37 2536.84 3282.19 2535.06 2534.72 3282.31 2532.93 2532.59 ,3282.22 2530.84 2530.44 3281.93 2528.65 25'28~42 3281.91 2526.64 2526.58 3281.75 2524.73 2524.65 3281.77 2522.82 2522.92 3281.84 2520.98 2521.07 3281.72 2519.16 2519.56 3281.44 2517.53 2517.84 3281.66 2515.87 2515.85 3282.24 2514.11 2514.51 3282.00 2512.63 2513.08 3281.76 2511.06 2511.61 3281.50 2509.55 2509.92 3282.49 2507.98 2507.20 3282.85 2506.47 2506.60 3281.84 2504.89 2505.64 3281.95 2503.64 2503.40 3282.25 2502.14 2502.59 3281.82 2500.80 2501.35 3281.43 2499.42 2500.18 3281.44 2498.08 2498.66 3281.62 2496.78 2497.03 3281.74 2495.48 2496.18 3281.84 2494.26 2495.04 3281.69 2493.08 2493.74 3281.67 2491.75 2492.70 3281.48 2490.60 page 016 1 DST #2 25-MAR-93 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 26-MAR-93 00:00:00 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 161.37 2491.41 3281.95 2489.46 161.37 2490.08 3281.78 2488.36 161.37 2489.22 3281.74 2487.28 161.40 2487.90 3281.66 2486.30 161.38 2487.26 3281.85 2485.24 161.40 2486.57 3281.73 2484.36 161.40 2485.73 3281.74 2483.63 161.40 2484.76 3281.65 2482.69 161.40 2483.92 3281.73 2481.85 161.40 2483.15 3281.82 2481.20 161.42 2482.60 3281.76 2480.55 161.42 2481.76 3281.99 2479.91 161.42 2481.07 3281.82 2479.05 161.42 2479.78 3281.89 2478.26 161.42 2479.36 3281.68 2477.59 161.42 2478.73 3281.77 2476.88 161.42 2477.80 3281.92 2476.56 161.42 2477.60 3281.09 2475.54 161.42 2476.22 3281.32 2474.69 161.42 2475.76 3281.49 2473.88 161.42 2475.27 3281.92 2473.28 161.42 2474.90 3281.88 2472.75 161.42 2474.10 3281.80 2472.16 161.44 2473.60 3281.52 2471.50 161.45 2473.11 3281.86 2471.02 161.45 2472.30 3282.01 2470.47 161.45 2471.59 3282.17 2469.89 161.45 2471.10 3282.13 2469.34 161.45 2470.37 3281.54 2468.77 161.45 2470.19 3281.61 2468.14 161.45 2469.79 3281.33 2467.62 161.45 2469.18 3281.50 2467.11 161.47 2468.43 3281.83 2466.48 161.47 2467.81 3281.87 2465.85 161.47 2467.34 3281.80 2465.33 161.47 2466.54 3281.76 2464.78 161.47 2466.10 3281.59 2464.12 161.47 2465.60 3281.55 2463.57 161.47 2465.03 3281.57 2463.08 161.47 2464.59 3281.60 2462.52 161.47 2464.05 3281.32 2461.98 161.47 2463.54 3281.31 2461.38 161.50 2462.87 3281.72 2460.80 161.50 2462.38 3281.94 2460.36 161.50 2461.92 3282.12 2459.86 161.52 2461.42 3281.51 2459.57 161.50 2461.02 3281.91 2458.86 161.50 2460.42 3281.90 2458.38 161.50 2459.51 3282.19 2457.65 161.50 2459.10 3281.92 2457.67 161.50 2458.50 3281.32 2456.87 161.53 2458.38 3281.35 2456.48 161.55 2457.94 3281.72 2456.02 161.42 2457.49 3281.67 2456.04 page DST ~2 017 26-NAR-93 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:13:09 07:13:10 07:13:11 07:13:12 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 161.42 2457.30 3281.56 2455.43 161.50 2456.73 3281.54 2454.80 161.55 2456.36 3281.40 2454.38 161.53 2456.00 3281.63 2454.01 161.46 2455.58 3281.76 2453.95 161.45 2455.42 3281.35 2453.62 161.53 2454.63 3281.46 2452.75 161.53 2454.04 3281.34 2452.31 161.53 2453.08 3281.87 2451.91 161.53 2453.40 3281.63 2451.47 161.45 2453.02 3281.66 2451.27 161.50 2453.00 3281.49 2451.62 161.45 2452.71 3281.54 2450.49 161.50 2451.90 3281.66 2450.28 161.51 2364.12 3281.72 2361.74 161.50 2364.02 3281.69 2361.71 161.50 2364.00 3282.16 2361.80 161.50 2364.66 3282.40 2361.87 161.50 2364.46 3282.20 2362.22 161.50 2364.71 3281.71 2362.40 161.50 2364.10 3281.72 2362.37 161.53 2364.18 3281.72 2362.47 161.53 2364.82 3281.54 2362.51 161.53 2364.64 3281.61 2362.80 161.53 2363.89 3281.69 2362.88 161.53 2364.22 3281.60 2363.03 161.53 2365.38 3281.28 2363.59 161.53 2366.25 3281.18 2364.06 161.55 2366.61 3281.29 2364.34 161.55 2368.26 3281.68 2365.71 161.55 2369.21 3281.82 2366.70 161.55 23'68.33 3281.88 2366.63 161.50 2369.25 3280.94 2366.19 161.47 2369.24 3281.47 2366.47 161.45 2369.17 3281.42 2366.42 161.45 2368.33 3280.82 2366.15 161.42 2368.45 3281.35 2365.87 161.40 2368.64 3281.22 2365.73 161.42 2368.39 3281.58 2366.26 161.42 2391.38 3281.62 2389.12 161.42 2664.91 3282.17 2663.22 161.43 2664.74 3283.25 2662.67 161.45 2664.85 3283.43 2662.67 161.55 2638.82 3283.04 2637.12 161.56 2643.91 3282.14 2641.40 161.53 2644.29 3282.55 2642.11 Fire guns and begin Initial Flow PRES BV = 2355.71 psia, TEMP = 161.53 degF. 161.53 2369.19 3286.38 2367.29 161.68 2375.92 3289.37 2374.07 161.84 2381.25 4695.21 2379.09 162.05 2381.51 3836.98 2378.33 162.18 2381.06 3303.49 2379.76 162.23 2384.26 4534.73 2382.45 page DST ~2 26-MAR-93 07:43:00 07:43:01 07:43:02 07:43:03 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 08:55:00 09:00:00 09:05:00 09:10:00 09:15:00 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia End Initial Flow and begin Initial PRES BV = 2389.94 psia, TEMP = 162. Build-up 23 degF. 162.21 2513.81 3335.21 2513.43 162.18 2837.26 3295.32 2834.70 162.16 2984.48 3294.40 2980.89 162.13 3018.94 3292.86 3016.18 162.13 2990.97 3291.73 2988.31 162.13 2984.95 3291.08 2981.90 162.10 2979.59 3289.60 2978.00 162.10 2994.43 3288.87 2992.67 162.08 2992.68 3288.11 2990.17 162.08 3071.34 3288.32 3067.98 162.05 3109.87 3288.29 3105.80 162.02 3111.76 3288.90 3107.71 162.02 3113.29 3288.84 3109.22 162.00 3114.32 3287.91 3110.48 161.98 3115.50 3287.83 3111.68 161.97 3116.36 3287.60 3112.19 161.95 3117.48 3287.19 3113.07 161.95 3118.18 3287.16 3113.85 161.92 3118.65 3286.86 3114.49 161.92 3118.96 3286.94 3115.07 161.89 3119.56 3286.76 3115.56 161.89 3120.07 3286.63 3115.93 161.87 3120.44 3286.30 3116.37 161.87 3121.06 3286.60 3116.70 161.85 3121.52 3286.64 3117.20 161.84 3121.68 3286.97 3117.60 161.84 3121.78 3286.80 3118.02 161.84 31'21.96 3286.82 3118.26 161.84 3121.95 3286.64 3118.40 161.82 3122.34 3286.11 3118.19 161.82 3122.65 3285.83 3118.25 161.79 3123.04 3285.39 3118.56 161.79 3123.30 3285.37 3118.64 161.79 3123.68 3285.80 3118.87 161.79 3123.85 3286.47 3119.30 161.76 3123.79 3286.38 3119.62 161.76 3123.82 3285.64 3119.83 161.76 3123.75 3285.48 3119.96 161.76 3123.84 3285.51 3120.05 161.76 3124.03 3285.55 3120.13 161.76 3124.00 3285.78 3120.22 161.76 3124.12 3285.14 3120.38 161.76 3124.97 3284.64 3120.42 161.74 3124.65 3284.65 3120.22 161.74 3124.84 3285.22 3120.55 161.74 3124.99 3286.35 3120.78 161.74 3125.18 3285.58 3121.22 161.74 3125.24 3285.20 3121.38 161.74 3124.26 3285.68 3121.26 161.74 3124.38 3285.61 3120.96 161.74 3124.65 3284.63 3120.94 161.74 3124.92 3284.43 3120.87 page DST ~2 26-MAR-93 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:05:10 15:05:11 15:05:12 15:05:13 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 161.74 3125.28 3284.59 3120.85 161.74 3125.26 3284.66 3120.97 161.71 3125.34 3284.65 3121.08 161.74 3125.37 3284.64 3121.23 161.74 3125.63 3284.58 3121.30 161.74 3125.68 3284.42 3121.41 161.73 3125.81 3284.52 3121.38 161.74 3125.68 3284.86 3121.58 161.71 3125.33 3284.74 3121.63 161.71 3125.69 3284.06 3121.54 161.71 3125.71 3284.16 '3121.46 161.71 3125.89 3284.78 3121.40 161.71 3125.44 3285.17 3121.53 161.71 3125.19 3285.00 3121.68 161.71 3125.55 3284.79 3121.70 161.71 3125.98 3284.23 3121.77 161.71 3125.25 3284.30 3121.68 161.71 3125.50 3283.98 3121.61 161.71 3125.98 3283.98 3121.51 161.71 3126.08 3284.41 3121.59 161.71 3125.48 3284.89 3121.75 161.71 3125.48 3284.68 3121.66 161.71 3125.00 3284.40 3121.52 161.71 3124.89 3285.02 3121.30 161.71 3125.72 3285.07 3121.56 161.71 3126.25 3284.68 3121.87 161.71 3126.40 3284.70 3121.99 161.71 3126.70 3284.49 3122.27 161.71 3126.76 3284.46 3122.45 161.71 3126.57 3284.42 3122.33 161.71 3126.07 3284.52 3122.23 161.71 31'25.98 3284.60 3122.19 161.71 3126.09 3284.47 3122.15 161.71 3126.35 3284.46 3122.06 161.71 3126.27 3284.66 3122.13 161.71 3125.68 3284.68 3122.12 161.73 3127.62 3704.90 3124.63 End Initial Build-up and begin Final Flow PRES BV = 3127.95 psia, TEMP = 161.71 degF. 161.76 2388.76 4842.21 2387.00 162.02 2393.01 4844.27 2391.31 162.21 2396.49 4844.93 2394.98 162.36 2400.01 4845.22 2398.50 162.44 2402.17 4845.40 2400.58 162.50 2403.41 4844.92 2401.84 162.54 2404.74 4844.59 2403.29 162.58 2406.65 4844.96 2405.12 162.60 2407.91 4844.81 2407.05 162.63 2409.17 4844.01 2407.20 162.63 2410.06 4844.25 2408.87 162.65 2411.06 4843.68 2409.72 162.68 2412.76 4837.61 2411.09 162.68 2414.28 4838.07 2412.57 162.68 2413.84 4837.81 2412.31 page DST ~2 o2oI ARCO Alaska, Incorporated page DST ~2 26-MAR-93 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 TEMP degF Kuukpik #3 PRES BV PRES AN psia psia 162.68 2412.46 4836.70 162.65 2411.93 4835.80 162.63 2411.53 4835.27 162.60 2411.67 4834.77 162.60 2411.62 4833.88 162.58 2411.54 4833.28 162.58 2411.68 4832.75 162.55 2411.76 4831.96 162.55 2412.04 4831.67 162.54 2412.11 4831.74 162.52 2412.30 4831.17 162.52 2412.58 4830.34 162.52 2412.81 4830.14 162.52 2413.07 4829.60 162.50 2413.22 4829.37 162.50 2413.63 4828.71 162.50 2413.76 4829.07 162.50 2414.08 4828.16 162.50 2414.21 4828.02 162.50 2414.56 4827.63 162.50 2414.79 4827.40 162.50 2415.12 4827.16 162.50 2415.35 4826.93 162.50 2415.88 4826.61 162.50 2416.56 4826.80 162.50 2417.50 4826.88 162.52 2418.55 4826.61 162.52 2419.29 4826.45 162.55 2419.94 4826.50 162.58 2420.35 4827.05 162.58 2420.80 4827.11 162.58 24'21,58 4826.81 162.60 2422.39 4827.07 162.60 2423.62 4826.44 162.63 2424.19 4826.17 162.63 2424.93 4825.93 162.65 2425.25 4825.88 162.65 2426.14 4825.44 162.65 2426.81 4825.21 162.68 2427.16 4825.09 162.68 2427.53 4824.95 162.68 2427.86 4824.68 162.68 2427.97 4824.56 162.65 2428.14 4824.55 162.65 2428.29 4823.21 162.65 2428.12 4823.10 162.65 2427.26 4823.13 162.65 2426.35 4823.01 162.65 2424.66 4822.81 162.65 2424.02 4822.60 162.65 2423.65 4822.42 162.65 2423.10 4822.19 162.65 2422.69 4822.07 162.65 2422.40 4822.12 162.65 2421.92 4821.58 162.65 2421.25 4821.21 PRES BVs psia 2410.88 2409.92 2409.71 2409.85 2409.75 2409.62 2409.84 2409.70 2409.89 2410.18 2410.40 2410.45 2410.68 2410.90 2411.16 2411.37 2411.89 2411.85 2412.24 2412.61 2412.80 2413.00 2413.26 2413.71 2414.40 2415.13 2415.80 2416.99 2417.67 2418.58 2419.10 2419.56 2420.25 2421.04 2421.95 2422.56 2423.22 2423.73 2424.58 2425.12 2425.35 2425.72 2425.86 2426.13 2426.13 2425.81 2425.26 2424.45 2422.81 2421.99 2421.63 2421.54 2421.02 2420.82 2420.20 2419.55 26-MAR-93 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 27-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35 [9~: 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 162.65 2421.98 4820.94 2420.20 162.65 2422.61 4820.99 2420.65 162.63 2489.06 4824.15 2487.31 162.63 2570.47 4829.96 2569.21 162.63 2644.09 4834.74 2641.92 162.63 2706.28 4839.02 2703.92 162.63 2759.90 4842.54 2757.41 162.60 2806.03 4845.70 2803.14 162.60 2846.00 4848.31 2843.32 162.58 2880.83 4850.53 2877.85 162.58 2910.64 4852.51 2907.73 162.58 2936.29 4854.36 2933.38 162.55 2958.45 4855.68 2955.41 162.55 2978.93 4856.93 2975.79 162.52 2997.42 4857.74 74139.66 162.50 3012.46 4858.72 3009.23 162.50 3025.80 4858.94 3022.61 162.50 3036.09 4859.51 3032.83 162.52 3045.70 4859.72 3042.46 162.44 3053.65 4859.80 3050.43 162.44 3059.87 4859.82 3057.08 162.44 3064.92 4859.94 3061.72 162.44 3069.69 4859.43 3066.48 162.42 3073.54 4859.16 3070.11 162.42 3076.31 4859.56 3073.44 162.39 3078.72 4859.18 3075.63 162.39 3080.70 4858.31 3077.53 162.36 3082.16 4857.74 3078.69 162.36 3083.41 4857.42 3080.06 162.36 3084.35 4857.19 3081.23 162.34 3085.62 4856.78 3082.33 162.34 3086.79 4856.33 3082.98 162.33 3087.56 4856.40 3083.58 162.31 3087.96 4856.32 3084.69 162.31 3088.89 4855.87 3085.48 162.31 3089.59 4855.71 3086.20 162.31 3089.79 4855.54 3086.75 162.29 3090.57 4855.41 3087.19 162.29 3091.81 4854.95 3087.78 162.29 3092.27 4854.51 3088.41 162.29 3092.71 4854.35 3089.04 162.29 3092.92 4853.97 3089.67 162.29 3093.21 4854.07 3089.89 162.29 3093.96 4853.51 3090.37 162.34 2866.39 4943.75 2832.60 162.52 2424.50 4923.93 2423.05 162.71 2427.22 4926.59 2425.68 162.84 2429.67 4928.94 2427.83 162.94 2431.70 4931.22 2429.84 163.02 2433.41 4932.67 2431.58 163.10 2435.09 4934.71 2433.43 163.15 2437.08 4936.46 2435.26 163.20 2438.80 4937.91 2437.03 163.23 2440.74 4939.39 2438.99 163.28 2442.18 4940.36 2440.58 page DST 022 ARCO Alaska, Incorporated· page DST 27-MAR-93 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 TEMP degF 163.31 163.34 163.36 163.39 163.41 163.44 163.47 163.49 163.49 163.52 163.52 163.54 163.54 163.57 163.57 163.57 163.57 163.57 163.58 163.60 163.60 163.60 163.60 163.62 163.62 163.62 163.62 163.62 163.62 163.65 163.65 163.65 163.65 163.65 163.65 163.67 163.68 163.68 163.68 163.68 163.65 163.68 163.78 163.89 163.91 163.99 164.12 164.15 164.13 164.12 164.07 164.07 164.07 164.12 164.15 164.15 Kuukpik #3 PRES BV PRES AN psia psia PRES BVs psia 2443.94 4941.46 2442.06 2445.52 4942.49 2443.84 2447.25 4943.69 2445.32 2448.94 4944.43 2447.38 2450.41 4945.29 2448.54 2451.60 4945.93 2449.78 2452.94 4946.49 2451.01 2453.85 4947.17 2452.25 2454.98 4947.61 2452.86 2455.99 4947.80 2453.86 2457.38 4948.18 2454.98 2458.14 4948.59 2456.06 2459.40 4948.79 2457.20 2460.29 4949.05 2458.19 2461.23 4949.09 2459.10 2461.98 4949.20 2459.82 2462.92 4949.26 2460.63 2463.73 4949.25 2461.52 2464.64 4949.42 2462.57 2465.48 4949.30 2463.49 2466.08 4949.50 2464.64 2467.28 4949.44 2464.88 2468.08 4949.56 2465.79 2468.93 4949.28 2466.58 2470.15 4949.36 2467.91 2470.75 4949.65 2468.86 2471.32 4949.48 2469.10 2472.27 4949.50 2470.10 2473.14 4949.40 2471.11 2473.99 4949.35 2471.64 2474.76 4949.24 2472.67 2475.63 4949.07 2473.54 2476.33 4948.90 2474.08 2478.52 4948.64 2476.09 2479.06 4948.02 2476.84 2485.75 4947.42 2483.62 2494.01 4939.89 2491.76 2501.49 4931.44 2499.23 2511.19 4923.48 2508.91 2529.90 4917.10 2527.65 2484.24 4914.27 2479.57 2167.55 4918.19 2163.81 1894.02 4913.80 1892.08 1759.92 4919.46 1758.95 1587.00 4928.86 1584.75 1397.89 4917.90 1397.13 1308.19 4902.81 1307.86 1267.84 4892.80 1267.34 1249.42 4885.86 1249.10 1238.35 4880.73 1238.06 1234.33 4877.54 1233.94 1234.98 4962.98 1235.06 1233.61 4962.50 1233.30 1219.23 4962.67 1218.86 1207.42 4961.59 1206.96 1200.84 4959.98 1200.44 #2 ARCO Alaska, Incorporated page DST ~2 o24 1 2Y-MAR-93 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 08:55:00 09:00:00 09:05:00 09:10:00 09:15:00 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 TEMP degF 164.12 164.10 164.07 164.07 164.07 164.07 164.07 164.10 164.10 164.12 164.12 164.15 164.12 164.10 164.10 164.10 164.10 164.10 164.10 164.10 164.07 164.07 164.04 164.04 164.04 164.02 164.02 164.02 164.02 164.02 164.02 164.02 164.02 164.00 164.02 164.02 160.15 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.99 163.97 163.96 163.98 163.96 Kuukpik 03 PRES BV PRES AN psia psia PRES BVs psia 1197.95 4957.92 1197.82 1198.81 4956.02 1197.92 1203.78 4954.81 1202.76 1211.20 4953.92 1210.28 1220.04 4953.69 1219.24 1229.17 4953.25 1228.44 1237.38 4953.00 1236.51 1246.03 4953.06 1245.28 1246.64 4952.85 1246.14 1232.31 4950.70 1231.76 1223.54 4947.31 1223.07 1256.86 4942.48 1256.65 1299.31 4939.89 1298.63 1312.00 4939.24 1311.23 1319.50 4938.75 1318.72 1325.89 4939.52 1325.04 1333.49 4940.09 1332.58 1338.78 4938.77 1337.89 1344.12 4939.16 1343.30 1348.90 4939.31 1347.93 1353.24 4939.49 1352.27 1357.92 4939.79 1357.10 1362.58 4939.82 1361.58 1367.40 4939.82 1366.53 1372.13 4940.04 1371.13 1376.84 4940.00 1375.98 1381.03 4940.17 1380.12 1385.53 4940.36 1384.62 1389.64 4940.24 1388.80 1394.45 4940.65 1393.52 1398.40 4939.96 1397.51 1403.18 4939.74 1402.31 1407.57 4939.49 1406.49 1412.06 4939.74 1411.01 1416.29 4940.02 1415.55 1420.97 4940.02 1420.08 1426.07 4939.82 1424.77 1429.43 4939.21 1428.41 1433.39 4938.97 1432.40 1437.71 4939.72 1436.73 1441.98 4939.25 1440.84 1446.77 4938.88 1445.14 1449.85 4939.12 1449.40 1454.11 4938.52 1453.34 1459.04 4938.38 1457.98 1463.06 4938.22 1462.25 1466.90 4938.80 1465.98 1471.14 4938.34 1470.16 1476.04 4938.20 1475.26 1481.88 4938?29 1480.95 1488.29 4938.27 1487.17 1494.31 4938.77 1493.27 1499.99 4938.20 1498.95 1506.14 4938.31 1505.00 1502.76 4938.33 1501.92 1505.39 4939.01 1504.50 27-MAR-93 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 163.96 1508.74 4938.98 1507.80 163.96 1512.69 4939.46 1511.79 163.96 1516.42 4939.55 1515.36 163.94 1520.43 4939.02 1519.45 163.94 1529.94 4939.02 1528.95 163.94 1561.86 4940.39 1560.97 163.89 1597.87 4942.63 1597.10 163.86 1652.14 4955.48 1651.16 163.83 1664.98 4987.82 1663.81 163.86 1662.25 4999.89 1661.44 163.89 1647.94 5002.04 1647.12 163.89 1629.26 5001.68 1628.32 163.91 1601.74 4999.86 1600.65 163.94 1566.39 4996.68 1565.33 163.96 1539.20 4993.04 1538.54 163.96 1520.72 4989.88 1519.84 163.96 1506.12 4987.11 1505.36 163.96 1492.96 4984.33 1492.25 164.01 1482.73 4981.67 1482.18 163.98 1474.60 4979.36 1474.02 163.91 1467.27 4977.43 1466.72 163.91 1461.40 4975.72 1460.68 163.91 1457.04 4973.26 1456.34 163.94 1454.26 4971.99 1453.57 163.96 1451.30 4970.75 1450.75 163.96 1448.70 4969.58 1448.08 163.96 1444.71 4968.61 1444.19 163.96 1439.65 4967.17 1439.05 163.99 1432.23 4965.96 1431.53 163.99 1424.33 4964.84 1423.67 163.99 1418.23 4963.77 1417.72 164.02 1410.84 4962.17 1410.30 164.02 1395.36 4961.40 1394.67 164.04 1334.86 4957.63 1334.06 164.07 1278.77 4953.38 1278.00 164.12 1246.26 4951.21 1245.62 164.20 1225.00 4948.64 1224.26 164.23 1214.10 4945.43 1213.45 164.20 1208.64 4942.24 1207.86 164.20 1246.71 4938.77 1246.65 164.04 1409.50 4931.48 1409.94 163.89 1479.08 4928.92 1478.17 163.83 1496.95 4927.94 1496.20 163.86 1512.57 4928.53 1511.49 163.89 1555.56 4931.81 1554.91 163.89 1597.89 4954.28 1597.06 163.89 1622.46 4984.89 1621.08 163.91 1646.71 5013.51 1645.76 163.91 1661.68 5042.75 1660.80 163.94 1660.76 5067.38 1659.99 163.96 1592.24 5071.41 1590.71 164.04 1463.18 5064.99 1461.79 164.17 1359.90 5057.45 1358.61 164.25 1281.70 5048.44 1280.91 164.25 1229.62 5040.20 1228.92 164.25 1196.20 5033.32 1195.34 page 025 1 DST 02 27-MAR-g3 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 164.23 1169.96 5027.41 1169.18 164.25 1152.64 5022.31 1151.90 164.25 1140.93 5017.70 1140.19 164.25 1133.24 5013.51 1132.46 164.25 1133.06 5009.58 1132.41 164.25 1105.55 5004.55 1104.33 164.28 1041.24 4995.69 1040.30 164.30 1003.66 4986.76 1002.09 164.33 987.10 4975.15 986.39 164.33 980.22 4965.99 979.27 164.34 968.41 4961.96 967.53 164.33 963.22 4958.63 962.24 164.30 963.41 4954.87 962.59 164.25 966.94 4950.67 966.04 164.25 973.01 4946.77 972.44 164.23 985.95 4942.95 985.46 164.25 1002.15 4939.60 1001.51 164.28 1015.49 4937.21 1014.96 164.33 1029.50 4933.88 1029.11 164.33 1048.62 4930.47 1048.14 164.33 1071.77 4929.06 1071.40 164.36 1095.38 4926.86 1094.85 164.36 1117.87 4924.86 1117.42 164.36 1139.12 4923.72 1138.56 164.36 1158.71 4922.96 1158.16 164.36 1176.42 4922.53 1175.81 164.36 1192.78 4922.16 1192.22 164.34 1207.52 4921.67 1206.90 164.33 1221.42 4921.89 1220.74 164.33 1234.04 .4921.88 1233.31 164.33 1245.96 4921.95 1245.30 164.34 1257.18 4922.34 1256.29 164.33 1267.40 4922.69 1266.97 164.33 1277.59 4923.59 1277.09 164.35 1287.07 4924.27 1286.58 164.36 1295.90 4924.24 1295.32 164.36 1304.28 4924.66 1303.66 164.34 1312.44 4925.50 1311.76 164.33 1319.49 4926.52 1318.99 164.33 1326.97 4926.74 1326.22 164.33 1333.92 4926.81 1333.13 164.33 1340.78 4926.97 1340.02 164.33 1347.67 4927.72 1346.91 164.33 1353.70 4928.08 1352.92 164.33 1360.11 4928.43 1359.30 164.36 1366.06 4928.87 1365.37 164.36 1371.75 4929.06 1370.98 164.38 1377.29 4929.21 1376.46 164.38 1382.57 4929.33 1381.78 164.41 1387.64 4930.00 1387.18 164.41 1392.76 4930.12 1392.05 164.41 1397.49 4930.24 1396.71 164.41 1402.57 4930.37 1401.78 164.38 1408.05 4930.31 1407.14 164.38 1412.80 4930.48 1412.10 164.38 1417.39 4930.28 1416.77 page DST #2 27-MAR-93 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 28-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 164.38 164.38 164.38 164.38 164.38 164.38 164.38 164.38 164.38 164.38 164.38 164.38 164.38 164.36 164.36 164.36 164.36 164.38 164.36 164.38 164.38 164.36 164.30 164.28 164.26 164.23 164.23 164.23 164.23 164.25 164.28 164.46 164.62 164.59 164.59 164.59 164.59 164.59 164.57 164.57 164.57 164.57 164.54 164.59 164.59 164.57 164.59 164.51 164.59 164.70 164.70 164.67 164.62 164.62 164.65 1422.48 4930.42 1421.69 1427.16 4930.86 1426.40 1431.96 4930.51 1431.30 1436.93 4930.65 1436.21 1441.34 4930.75 1440.67 1446.36 4931.68 1445.67 1451.29 4931.90 1450.51 1456.49 4931.67 1455.52 1460.82 4931.76 1460.17 1465.82 4931.56 1465.14 1470.57 4931.38 1469.78 1475.52 4931.17 1474.60 1480.39 4931.34 1479.53 1484.95 4931.36 1484.14 1488.54 4931.42 1487.53 1492.33 4931.16 1491.61 1495.72 4931.56 1495.01 1499.74 4931.10 1499.01 1504.21 4931.19 1503.53 1508.11 4931.13 1507.19 1520.06 4931.54 1519.40 1558.11 4933.86 1557.74 1592.63 4937.41 1592.50 1628.90 4942.64 1628.20 1683.33 4951.43 1682.84 1726.54 4977.86 1725.67 1756.21 5009.86 1755.33 1777.69 5040.61 1776.67 1793.59 5068.41 1792.35 1791.37 5090.72 1790.40 1708.66 5094.30 1706.11 1398.11 5082.41 1395.82 1212.87 5069.40 1211.43 1098.66 5059.32 1097.46 1023.22 5050.03 1022.27 968.80 5038.63 967.69 931.00 5032.67 929.97 907.53 5027.27 906.57 897.77 5022.79 896.82 889.45 5018.08 888.40 885.53 5014.09 884.69 882.52 5009.79 881.72 881.07 5006.03 880.20 879.78 5001.73 879.03 871.33 4996.92 870.38 818.54 4987.29 817.10 767.40 4977.80 765.96 742.38 4969.88 740.99 733.69 4964.60 732.50 732.98 4959.83 731.89 728.11 4955.53 726.76 721.60 4951.73 720.44 730.78 4947.85 729.96 754.42 4946.17 753.88 776.83 4943.29 776.39 page 027I DST #2 28-MAR-93 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 TEMP degF 164.70 164.75 164.77 164.78 164.72 164.70 164.70 164.70 164.72 164.75 164.78 164.78 164.78 164.78 164.80 164.83 164.83 164.80 164.85 164.83 164.86 164.86 164.86 164.88 164.88 164.88 164.86 164.91 164.91 164.91 164.91 164.91 164.93 164.91 164.93 164.93 164.93 164.93 164.96 164.91 164.93 164.93 164.96 164.99 164.99 164.99 164.99 164.99 164.99 164.99 164.99 165.01 165.01 165.01 165.01 165.01 ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 797.97 4940.47 797.27 817.77 4937.89 817.38 833.09 4935.39 832.31 847.72 4932.89 847.24 861.47 4931.18 861.13 874.68 4930.53 874.24 886.10 4930.71 885.83 897.81 4931.36 897.16 907.36 4930.91 907.03 916.96 4929.54 916.49 925.96 4930.29 925.51 935.69 4930.91 935.22 942.87 4929.34 942.53 951.56 4930.36 951.10 961.06 4930.82 960.67 967.19 4929.46 966.94 976.68 4929.93 976.27 983.23 4928.49 982.65 990.79 4929.16 990.40 1000.58 4929.48 999.98 1006.46 4928.64 1006.01 1014.29 4929.92 1013.63 1021.18 4928.95 1020.54 1027.88 4928.93 1027.25 1035.78 4929.96 1035.41 1041.54 4929.27 1041.09 1050.15 4930.68 1049.88 1056.76 4929.62 1056.31 1063.87 4930.66 1063.55 1069.45 4929.55 1069.23 1077.00 4930.90 1076.65 1083.07 4930.37 1082.52 1089.74 4930.80 1089.46 1096.02 4930.23 1095.54 1102.69 4930.50 1102.17 1108.18 4930.08 1107.75 1114.23 4931.20 1113.67 1120.32 4930.60 1119.79 1124.45 4930.08 1123.98 1130.51 4930.93 1130.09 1135.95 4931.41 1135.51 1141.03 4930.52 1140.64 1147.00 4931.74 1146.78 1151.46 4930.21 1150.95 1157.10 4929.73 1156.52 1161.83 4929.70 1161.32 1166.24 4928.83 1165.86 1171.98 4928.46 1171.49 1177.33 4928.04 1176.96 1182.44 4927.60 1182.03 1187.97 4927.22 1187.36 1194.09 4926.83 1193.56 1198.42 4926.56 1198.01 1203.58 4926.20 1203.19 1209.15 4925.90 1208.73 1214.21 4926.42 1213.92 page 028 J DST ~2 28-MAR-93 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 08:55:00 09:00:00 09:04:20 09:04:21 09:04:22 09:04:23 09:05:00 09:10:00 09:15:00 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 ARCO Alaska, Incorporated Kuukpik #3 TEMP PRES BV PRES AN PRES BVs degF psia psia psia 165.01 1219.47 4925.84 1219.12 165.01 1224.93 4925.22 1224.38 165.01 1229.56 4925.10 1228.98 165.01 1234.75 4925.23 1234.32 165.01 1239.84 4923.97 1239.32 165.04 1245.50 4923.39 1245.09 165.04 1250.21 4923.23 1249.79 165.04 1255.58 4923.20 1255.09 165.04 1261.16 4922.77 1260.59 165.04 1265.96 4922.73 1265.35 165.02 1291.03 4922.09 1290.81 164.99 1333.13 4923.71 1333.02 164.96 1373.34 4926.39 1373.13 164.91 1415.54 4930.47 1415.61 164.84 1476.53 4950.26 1476.52 164.80 1504.10 4981.26 1503.73 164.80 1526.90 5015.14 1526.37 164.80 1556.12 5043.43 1555.68 164.83 1585.86 5058.77 1585.26 164.83 1558.39 5060.07 1557.26 164.91 1465.86 5058.28 1464.32 165.06 1300.32 5050.96 1298.84 165.14 1174.46 5043.24 1173.46 165.17 1076.62 5037.03 1075.68 165.17 1009.90 5029.92 1009.17 165.06 967.88 5024.15 967.10 164.99 940.81 5020.42 940.18 164.99 920.18 5017.32 919.55 164.99 903.91 5013.81 903.31 165.01 893.62 5010.79 893.03 165.06 881.60 5005.79 880.64 165.12 821.70 4998.71 820.44 165.17 760.00 4990.71 758.55 165.12 710.46 4983.90 708.88 165.14 685.25 4979.29 683.76 165.20 669.57 4973.18 668.07 165.12 660.74 4968.21 659.31 165.06 653.62 4963.18 652.15 165.09 652.90 4959.05 651.53 165.06 650.78 4954.19 649.36 165.09 652.74 4947.90 651.22 165.09 657.54 4943.48 656.41 End Final Flow and begin Final Build-up PRES BV = 667.63 psia, TEMP = 165.09 degF. 165.07 684.38 3548.98 684.62 164.88 833.08 3292.01 833.92 164.78 992.00 3289.90 992.70 164.67 1163.73 3288.20 1164.24 164.57 1340.05 3287.16 1340.22 164.51 1552.64 3286.48 1553.47 164.49 1811.27 3286.45 1812.09 164.46 2102.90 3286.56 2103.52 164.44 2394.36 3286.93 2394.34 164.41 2643.83 3287.38 2642.78 page DST #2 o29 1 28-MAR-93 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 TEMP degF 164.41 164.38 164.38 164.38 164.36 164.36 164.36 164.33 164.33 164.33 164.33 164.33 164.30 164.30 164.28 164.25 164.25 164.23 164.20 164.17 164.17 164.13 164.12 164.10 164.07 164.04 164.04 164.02 163.99 163.96 163.96 163.94 163.91 163.91 163.89 163.86 163.86 163.83 163.83 163.81 163.78 163.78 163.75 163.75 163.73 163.73 163.70 163.70 163.68 163.68 163.66 163.65 163.65 163.62 163.62 163.60 ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 2826.68 3286.34 2824.85 2944.15 3286.36 2941.89 3018.81 3285.86 3016.19 3053.25 3287.38 3050.32 3058.14 3286.02 3055.15 3061.48 3285.46 3058.57 3063.28 3287.09 3060.49 3065.77 3286.24 3062.16 3067.78 3285.27 3064.30 3069.18 3285.19 3066.01 3070.41 3286.23 3067.53 3071.71 3286.34 3068.99 3073.15 3285.01 3070.23 3074.16 3285.34 3071.35 3075.24 3285.10 3072.46 3076.42 3285.19 3073.44 3077.42 3285.19 3074.32 3078.50 3284.83 3075.33 3078.99 3284.68 3076.16 3079.72 3284.72 3076.81 3080.62 3284.58 3077.48 3081.22 3284.72 3078.10 3081.70 3285.19 3078.87 3082.37 3285.26 3079.58 3083.02 3285.04 3080.09 3083.58 3284.96 3080.73 3084.14 3284.94 3081.26 3084,02 3284.80 3081.09 3084.87 3284.60 3081.94 3085.37 3284.67 3082.58 3085.86 3284.62 3083.06 3086.52 3284.48 3083.57 3086.96 3284.61 3084.05 3087.58 3284.49 3084.42 3087.85 3284.83 3084.88 3088.26 3284.66 3085.27 3088.71 3284.47 3085.70 3088.98 3284.85 3086.04 3089.33 3284.85 3086.42 3089.76 3284.54 3086.83 3089.92 3284.48 3087.06 3090.22 3284.60 3087.41 3090.73 3284.58 3087.82 3091.61 3284.41 3088.14 3091.80 3284.57 3088.45 3092.24 3284.53 3088.85 3092.17 3284.42 3089.21 3092.54 3284.45 3089.42 3092.76 3284.56 3089.68 3092.79 3284.66 3089.90 3093.23 3284.41 3090.16 3093.47 3284.25 3090.31 3093.99 3284.32 3090.74 3093.96 3284.57 3091.01 3094.56 3284.25 3091.16 3094.84 3284.25 3091.51 page DST #2 o3oI 28-MAR-93 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 163.60 163.60 163.57 163.57 163.57 163.57 163.55 163.54 163.54 163.51 163.52 163.51 163.49 163.49 163.46 163.46 163.48 163.44 163.38 163.39 163.34 163.36 163.41 163.41 163.39 163.39 163.39 163.38 163.38 163.36 163.36 163.36 163.34 163.34 163.34 163.34 163.34 163.34 163.34 163.31 163.31 163.31 163.31 163.31 163.28 163.28 163.28 163.28 163.28 163.26 163.26 163.26 163.26 163.26 163.26 163.26 3094.86 3284.84 3091.78 3095.12 3284.81 3091.96 3095.32 3284.80 3092.34 3095.55 3284.50 3092.46 3096.00 3284.35 3092.73 3096.24 3284.10 3092.99 3096.37 3284.05 3093.19 3096.31 3284.30 3093.38 3096.33 3284.77 3093.51 3097.42 3284.37 3093.72 3097.67 3284.67 3093.87 3097.17 3284.45 3094.11 3097.47 3284.88 3094.41 3098.50 3284.20 3094.61 3098.78 3284.24 3094.86 3098.56 3284.64 3095.12 3098.33 3284.48 3095.24 3098.64 3284.50 3095.33 3099.09 3284.28 3095.59 3098.56 3284.39 3095.72 3098.69 3284.34 3095.88 3100.10 3284.34 3096.09 3099.52 3284.28 3096.26 3099.82 3284.25 3096.41 3099.95 3284.33 3096.64 3100.21 3284.44 3096.85 3100.30 3284.44 3097.01 3100.74 3284.57 3097.18 3100.20 3284.37 3096.90 3100.43 .3284.26 3097.14 3100.59 3284.31 3097.38 3i00.76 3284.29 3097.61 3101.14 3284.33 3097.81 3101.29 3284.54 3097.96 3101.58 3284.34 3098.16 3101.44 3284.40 3098.36 3101.61 3284.30 3098.53 3101.98 3284.22 3098.64 3102.08. 3284.24 3098.87 3102.33 3284.24 3098.98 3102.48 3284.29 3099.11 3102.71 3284.18 3099.21 3103.08 3284.18 3099.40 3103.11 3284.38 3099.58 3103.05 3284.23 3099.80 3103.10 3284.30 3099.84 3103.47 3284.23 3100.03 3103.71 3284.26 3100.24 3103.87 3284.04 3100.34 3104.28 3284.08 3100.52 3104.31 3284.65 3100.68 3104.04 3285.07 3100.88 3104.21 3284.66 3100.99 3104.69 3283.98 3101.09 3105.22 3284.00 3101.14 3104.86 3284.20 3101.29 page 031 1 DST ~2 ARCO Alaska, Incorporated o321 28-MAR-93 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:30 21:05:31 TEMP degF 163.26 163.25 163.23 163.23 163.23 163.23 163.23 163.23 163.23 163.23 163.23 163.23 163.23 163.23 163.21 163.23 163.21 163.21 163.23 163.20 163.20 163.20 163.18 End Final 21:05.:.32 ........ PRES BV = 21:05:33 21:10:00 163.26 21:15:00 163.41 21:20:00 163.57 21:25:00 163.54 21:30:00 163.06 21:35:00 159.70 21:40:00 153.75 21:45:00 146.80 21:50:00 142.47 21:55:00 141.27 22:00:00 142.58 22:05:00 144.57 22:10:00 146.28 22:15:00 147.59 22:20:00 148.56 22:25:00 149.32 22:30:00 149.93 22:35:00 150.45 22:40:00 150.90 22:45:00 151.30 22:50:00 151.64 22:55:00 152.00 23:00:00 152.32 23:05:00 152.61 23:10:00 152.87 23:15:00 153.11 23:20:00 153.37 23:25:00 153.58 23:30:00 153.76 Kuukpik ~3 PRES BV PRES AN PRES BVs psia psia psia 3104.33 3284.23 3101.21 3104.88 3284.23 3101.30 3105.28 3284.43 3101.57 3105.86 3284.81 3101.82 3106.01 3284.56 3102.19 3105.96 3284.43 3102.30 3105.36 3284.71 3102.27 3106.60 3284.57 3102.44 3106.95 3284.92 3102.58 3106.32 3284.63 3102.88 3106.71 3284.50 3102.82 3106.90 3284.22 3103.03 3107.07 3284.14 3103.09 3107.57 3284.03 3103.19 3107.63 3284.26 3103.21 3106.35 3285.00 3103.42 3105.89 3285.05 3103.67 3106.48 3284.52 3103.77 3106.41 3284.39 3103.68 3106.13 3284.42 3103.67 3106.72 3284.21 3103.87 3106.80 3284.13 3103.99 3107.18 3284.06 3104.04 Build-up and terminate test .3107.29 psia, TEMP = 163.20degF. 3115.07 3291.52 3111.96 3266.85 3291.92 3262.68 3207.91 3573.33 3205.54 3521.31 4925.06 3534.52 4633.58 4987.58 4625.58 4440.97 4822.46 4437.46 4402.89 4881.40 4402.31 4181.85 4776.72 4180.89 3851.60 4945.37 3846.63 3617.29 4931.08 3613.99 3475.62 4938.42 3472.90 3387.20 4944.76 3384.94 3336.82 4953.78 3334.99 3308.82 4963.87 3306.62 3293.82 4974.73 3291.63 3285.99 4985.16 3283.70 3281.32 4995.37 3279.25 3277.62 5003.24 3275.31 3273.78 5014.07 3271.54 3269.39 5022.17 3267.25 3266.34 5030.77 3263.89 3263.12 5037.76 3260.23 3259.49 5045.91 3257.06 3255.55 5051.43 3253.36 3252.90 5057.72 3250.39 3250.55 5065.07 3248.33 3255.65 5073.75 3253.29 3253.11 5078.83 3250.80 3250.64 5084.06 3248.14 DST #2 28-MAR-93 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 29-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 03:50:00 03:55:00 04:00:00 04:05:00 TEMP degF ARCO Alaska, Incorporated Kuukptk #3 PRES BV PRES AN PRES BVs psia psia psia 153.95 154.10 154.26 154.47 154.66 154.86 155.02 155.18 155.33 155.46 155.60 155.73 155.86 155.99 156.12 156.23 156.34 156.44 156.52 156.62 156.70 156.81 156.89 156.99 157.07 157.15 157.23 157.30 157.36 157.44 157.52 157.59 157.65 157.70 157.75 157.83 157.88 157.94 157.94 157.96 158.01 158.07 158.12 158.19 158.25 158.30 158.38 158.43 158.48 158.56 158.62 158.67 158.72 158.77 158.82 3248.01 5089.01 3245.45 3245.39 5092.49 3242.91 3243.47 5096.72 3240.56 3240.81 5102.71 3238.06 3237.79 5106.98 3235.16 3237.13 5111.22 3234.64 3234.56 5115.08 3231.93 3232.27 5119.93 3229.56 3229.36 5122.22 3226.76 3227.04 5126.61 3224.38 3224.95 5130.38 3222.17 3222.37 5132.99 3219.72 3220.17 5136.57 3217.49 3217.93 5139.56 3215.22 3215.84 5143.02 3213.21 3212.24 5140.12 3209.81 3211.46 5143.97 3209.01 3209.50 5146.27 3206.91 3207.60 5149.00 3205.11 3205.69 5151.73 3203.04 3203.94 5154.79 3201.36 3202.14 5157.34 3199.40 3200.40 5159.77 3197.68 3198.44 5162.02 3195.88 3196.64 5163.04 3194.05 3195.06 5166.41 3192.34 3193.46 5168.07 3190.85 3192.17 5170.21 3189.31 3190.94 5172.57 3188.12 3189.54 5174.83 3186.84 3~88.05 5175.77 3185.42 3187.08 5176.89 3184.00 3185.28 5177.41 3182.58 3183.74 5179.67 3181.19 3182.69 5182.46 3179.94 3181.49 5184.59 3178.62 3180.06 5186.38 3177.28 3177.92 5183.99 3175.44 3176.85 5185.62 3174.44 3176.31 5187.77 3173.51 3175.28 5189.77 3172.35 3174.06 5191.31 3171.32 3173.12 5193.16 3170.31 3172.13 5193.29 3169.17 3171.09 5195.27 3168.20 3170.00 5197.89 3167.29 3169.07 5199.57 3166.32 3168.00 5199.87 3165.22 3167.21 5200.76 3164.25 3166.32 5203.50 3163.50 3165.30 5204.66 3162.59 3164.53 5206.07 3161.88 3163.76 5206.96 3161.07 3163.07 5208.38 3160.29 3162.15 5209.30 3159.44 page DST 033I 29-MAR-93 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 TEMP degF 158.85 158.90 158.93 158.98 159.01 159.06 159.09 159.12 159.17 159.22 159.24 159.27 159.27 159.30 159.30 159.32 159.34 159.35 159.38 159.40 159.43 159.46 159.46 159.48 159.51 159.51 159.48 159.24 158.39 157.49 156.73 156.10 155.57 155.10 154.66 154.24 153.82 153.63 153.71 154.13 154.39 154.58 154.79 154.89 154.97 155.10 155.29 155.57 155.97 156.36 156.70 156.96 157.22 157.41 157.57 157.70 ARCO Alaska, Incorporated Kuukpik 03 PRES BV PRES AN PRES BVs psia psia psia 3161.43 5210.26 3158.67 3160.58 5211.00 3157.87 3160.11 5212.16 3157.31 3159.29 5213.39 3156.56 3158.69 5214.58 3155.87 3157.96 5214.93 3155.12 3157.53 5215.54 3154.60 3156.70 5217.01 3154.13 3156.17 5218.92 3153.33 3184.23 5220.10 3181.33 3184.23 5220.29 3181.22 3183.03 5221.26 3180.18 3181.51 5221.09 3178.80 3180.20 5221.09 3177.46 3178.65 5221.28 3176.16 3177.55 5221.76 3174.95 3176.44 5222.13 3173.84 3175.45 5222.99 3172.78 3174.25 5223.23 3171.48 3173.17 5224.00 3170.52 3172.08 5213.75 3169.30 3170.24 5073.43 3167.65 3169.55 5074.31 3166.72 3168.61 5074.79 3165.81 3212.06 5074.18 3209.33 3256.46 5073.94 3254.13 3351.91 5077.98 3350.35 3974.05 5110.06 3970.84 4039.01 5090.79 4035.14 4079.32 5068.04 4075.62 4103.09 5044.02 4099.58 4118.04 5020.42 4114.08 4127.77 4998.95 4123.92 4127.80 4979.28 4124.58 4137.62 4962.64 4133.95 4141.68 4948.01 4137.93 3791.42 4915.10 3779.24 3821.64 4913.55 3819.90 3408.54 4880.92 3409.72 3353.53 4878.31 3350.34 3329.47 4881.01 3326.90 3315.58 4883.47 3313.09 3306.81 4886.88 3304.21 3251.24 4885.43 3248.24 3210.80 4887.33 3208.16 3185.22 4892.28 3182.62 3167.43 4897.57 3164.84 3146.82 4903.00 3144.21 3127.64 4908.24 3125.00 3109.81 4913.69 3106.93 3093.03 4919.98 3090.41 3077.30 4925.36 3074.57 3063.12 4930.69 3060.78 3068.94 4938.16 3066.48 3074.56 4943.21 3071.98 3079.09 4948.94 3076.37 page 034 1 DST ~2 $~ -/6AR-93 ' a~:.~0:00 $5:00 ~.o0: 00 05: O0 10:00 t5:00 20:00 z5: 00 ~0: 00 55:00 ~0:00 ~:5:00 Y, 0:00 ~5: 00 I0:00: O0 05:00 lO: O0 i5:00 :20:O0 -25: 00 50: 00 35: 00 40: 00 45:00 50:00 ~5:00 : O0: O0 05:00 10:00 15:00 20: O0 25:00 30: 00 ~5:00 40:00 ~5:00 ~0:00 55: 00 O0: O0 35: 00 10:00 15:00 20: 00 25:00 30: 00 35: 00 40: 00 45:00 50: 00 55:00 O0: O0 05:00 10:00 15:00 20:00 25: O0 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 157.83 3082.84 4954.38 3080.02 157.96 3086.02 4961.22 3083.23 158.09 3088.99 4966.38 3086.18 158.22 3091.47 4971.56 3088.83 158.33 3097.39 4976.08 3094.58 158.41 3119.30 4980.93 3116.45 158.43 3144.63 4982.82 3141.72 158.38 3169.22 4984.54 3165.80 158.30 3191.65 4986.86 3188.81 158.20 3214.57 4989.13 3211.43 158.09 3236.08 4991.71 3233.04 157.99 3257.88 4994.30 3255.08 157.91 3273.27 4997.03 3270.16 157.86 3291.92 4999.57 3288.86 157.80 3276.30 4999.76 3272.96 157.86 3269.58 5000.59 3266.76 157.94 3273.03 5001.66 3270.40 158.04 3266.66 5002.12 3263.40 158.16 3238.77 5002.03 3234.69 158.30 3249.10 4308.66 3245.86 158.22 3199.53 3296.93 3196.66 158.22 3183.25 3296.93 3180.18 158.28 3172.06 3296.81 3169.11 158.30 3164.18 3296.04 3161.01 158.38 3157.86 3296.15 3154.94 158.46 3153.20 3296.52 3150.23 158.51 3149.42 3296.20 3146.41 158.58 3146.42 3295.93 3143.46 158.64 3144.06 3295.83 3140.90 158.69- 3142.00 3295.22 3138.90 158.75 3140.33. 3295.48 3137.24 158.80 3138.87 3295.43 3135.78 158.85 3137.56 3295.23 3134.60 158.90 3136.55 3294.83 3133.63 158.98 3135.57 3293.57 3132.45 159.11 3137.08 3294.22 3133.84 159.30 3135.05 3294.47 3132.19 159.30 3132.47 3289.08 3129.84 159.22 3132.22 3290.35 3129.92 159.22 3132.21 3291.23 3129.77 159.22 3132.25 3291.98 3129.37 159.27 3131.71 3292'.21 3128.90 159.32 3130.98 3292.32 3128.60 159.35 3130.65 3292.64 3128.10 159.40 3130.96 3293.10 3127.83 159.43 3130.86 3293.35 3127.65 159.46 3129.75 3293.42 3127.35 159.51 3129.74 3293.63 3127.16 159.53 3129.61 3293.79 3126.88 159.56 3129.56 3294.32 3126.69 159.61 3129.16 3293.53 3126.58 159.66 3129.01 3292.78 3126.11 159.69 3128.83 3292.60 3125.96 159.72 3128.63 3292.34 3125.83 159.77 3128.59 3292.50 3125.70 159.80 3128.29 3292.44 3125.65 page DST ~2 035 29-MAR-93 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 TEMP degF 159.82 159.85 159.88 159.90 159.95 159.98 160.01 160.03 160.05 160.08 160.01 160.11 160.14 160.16 160.16 160.21 160.24 160.27 160.20 160.32 160.35 160.35 160.37 160.40 160.40 160.42 160.45 160.45 160.48 160.50 160.48 160.50 160.53 160.56 160.58 160.58 160.61 160.61 160.64 160.66 160.66 160.69 160.71 160.71 160.74 160.74 160.77 160.79 160.82 160.82 160.82 160.84 160.84 160.87 160.87 160.87 ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 3128.15 3293.14 3125.34 3128.14 3293.36 3125.29 3128.08 3292.75 3125.24 3127.98 3293.27 3125.08 3127.67 3293.19 3124.88 3127.46 3293.14 3124.79 3127.50 3292.00 3124.83 3127.68 3291.19 3124.53 3127.40 3291.40 3124.44 3127.25 3291.16 3124.25 3127.02 3292.20 3124.31 3127.03 3293.32 3124.19 3126.91 3293.34 3124.18 3127.01 3293.13 3124.20 3126.93 3292.81 3124.07 3126.98 3292.70 3123.86 3126.93 3292.05 3123.98 3126.62 3293.01 3123.83 3126.43 3293.18 3123.73 3126.24 3292.95 3123.71 3126.64 3291.46 3123.85 3126.25 3291.31 3123.63 3126.27 3291.12 3123.58 3126.29 3291.31 3123.43 3126.08 3291.74 3123.07 3126.17 3292.11 3123.28 3126.20 3291.66 3123.20 3126.20 3291.66 3123.15 3126.11 3291.06 3123.14 3126.12 '3290.91 3123.10 3125.89 3291.43 3123.09 3126~01 3291.05 3122.92 3125.97 3291.85 3122.96 3125.88 3292.16 3122.92 3125.54 3291.89 3122.79 3125.69 3292.17 3122.84 3125.41 3292.27 3122.66 3125.48 3292.25 3122.64 3125.61 3292.72 3122.76 3125.67 3292.23 3122.72 3125.52 3292.20 3122.60 3125.67 3290.76 3122.46 3125.70 3290.44 3122.54 3125.28 3292.18 3122.49 3124.55 3292.48 3122.62 3125.34 3291.93 3122.32 3125.33 3292.08 3122.40 3125.36 3292.05 3122.27 3125.16 3291.93 3122.26 3125.07 3291.16 3122.17 3124.96 3290.48 3122.16 3125.65 3290.16 3122.01 3124.99 3290.47 3121.99 3124.71 3291.18 3122.00 3125.13 3291.14 3122.11 3124.79 3290.85 3122.04 page DST #2 036 ] 29-MAR-93 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 160.90 160.90 160.92 160.92 160.95 160.95 160.98 160.98 160.98 160.98 161.00 161.00 157.18 161.03 161.03 161.03 161.05 161.05 161.05 161.08 161.08 161.11 161.11 161.11 161.13 161.13 161.13 161.16 161.16 161.16 161.16 161.16 161.19 161.19 161.21 161.21 161.21 161.24 161.24 161.24 161.26 161.26 161.29 161.29 161.32 161.32 161.34 161.34 161.34 161.34 161.37 161.37 161.37 161.37 161.37 161.40 3125.10 3290.64 3121.92 3124.86 3291.84 3121.88 3124.76 3291.70 3121.91 3125.07 3291.82 3121.89 3125.05 3292.00 3121.82 3124.64 3290.76 3122.01 3124.15 3290.68 3121.79 3123.97 3291.24 3121.76 3124.46 3291.18 3121.72 3124.42 3290.82 3121.74 3124.87 3290.57 3121.63 3124.84 3290.26 3121.62 3125.46 3292.26 3122.41 3123.88 3291.68 3121.66 3123.93 3292.04 3121.59 3123.98 3292.18 3121.51 3124.87 3291.11 3121.45 3124.27 3291.09 3121.53 3124.35 3291.11 3121.49 3124.16 3291.53 3121.38 3124.04 3291.28 3121.35 3124.26 3291.19 3121.44 3124.11 3292.00 3121.42 3123.85 3292.50 3121.44 3124.09 3292.48 3121.40 3123.88 3292.18 3121.34 3124.03 3292.60 3121.33 3124.07 3291.97 3121.39 3124.03 3290.77 3121.45 3124.34 3290.43 3121.32 3124.53 3290.53 3121.34 31'24.50 3290.48 3121.38 3124.56 3290.92 3121.47 3124.31 3291.00 3121.36 3124.30 3291.15 3121.33 3124.46 3290.86 3121.22 3124.30 3290.91 3121.32 3124.31 3291.01 3121.24 3124.54 3290.58 3121.19 3124.41 3291.88 3121.22 3124.30 3291.69 3121.44 3123.97 3291.54 3121.27 3123.80 3291.53 3121.18 3123.85 3291.67 3121.14 3123.92 3291.55 3121.10 3123.87 3291.19 3121.10 3123.96 3291.17 3121.09 3123.78 3291.41 3121.08 3123.85 3291.10 3120.96 3123.64 3291.40 3120.88 3123.90 3291.07 3120.92 3123.93 3290.57 3120.87 3123.61 3290.06 3120.82 3123.52 3290.24 3120.80 3123.93 3289.91 3120.78 3123.94 3290.23 3120.86 page DST #2 o371 29-MAR-93 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 30-MAR-93 00:00:00 00:05:00 00:10:00 00:15:00 00:20:00 00:25:00 00:30:00 00:35:00 00:40:00 00:45:00 00:50:00 00:55:00 01:00:00 01:05:00 01:10:00 01:15:00 01:20:00 01:25:00 01:30:00 01:35:00 01:40:00 01:45:00 01:50:00 01:55:00 02:00:00 02:05:00 02:10:00 02:15:00 02:20:00 02:25:00 02:30:00 02:35:00 02:40:00 02:45:00 02:50:00 02:55:00 03:00:00 03:05:00 03:10:00 03:15:00 03:20:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 161.40 161.40 161.42 161.42 161.42 161.45 161.45 161.45 161.47 161.47 161.47 161.47 161.47 161.47 161.50 161.50 161.50 161.50 161.50 161.50 161.50 161.50 161.53 161.53 161.53 161.55 161.55 161.55 161.55 161.55 161.55 161.58 161.58 161.58 161.58 161.58 161.58 161.58 161.58 161.60 161.60 161.60 161.60 161.60 161.63 161.63 161.63 161.63 161.63 161.66 161.66 161.66 161.66 161.66 161.68 3123.72 3291.14 3120.90 3123.69 3290.92 3120.77 3123.77 3290.84 3120.79 3123.86 3290.83 3120.79 3123.55 3290.82 3120.79 3123.43 3291.24 3120.77 3123.63 3290.71 3120.79 3123.73 3289.40 3120.59 3123.58 3289.17 3120.40 3123.86 3289.34 3120.48 3123.52 3289.03 3120.60 3123.50 3290.05 3120.55 3123.48 3289.97 3120.67 3122.88 3289.53 3120.50 3122.59 3289.36 3120.44 3122.25 3289.50 3120.20 3122.47 3289.82 3120.11 3122.86 3289.82 3120.21 3123.05 3289.71 3120.34 3123.29 3289.66 3120.46 3123.10 3290.52 3120.51 3123.45 3290.06 3120.53 3123.49 3289.66 3120.48 3123.31 3289.57 3120.54 3123.25 3289.50 3120.57 3123.54 3289.05 3120.55 3123.61 3289.33 3120.55 3123.32 3288.47 3120.49 3122.64 3288.71 3120.34 3122.80 3288.71 3120.17 3523.04 3288.99 3120.27 3122.82 3289.12 3120.29 3122.90 3289.37 3120.58 3123.12 3289.35 3120.68 3122.87 3289.82 3120.72 3123.13 3289.20 3120.71 3123.29 3289.00 3120.70 3123.08 3289.23 3120.70 3123.05 3289.49 3120.66 3123.07 3289.56 3120.72 3123.50 3289.12 3120.77 3123.66 3288.81 3120.76 3123.79 3288.88 3120.82 3123.52 3289.09 3120.82 3122.67 3289.91 3120.75 3122.61 3289.45 3120.68 3123.36 3289.09 3120.70 3123.15 3289.00 3120.71 3123.35 3288.72 3120.66 3123.36 3288.73 3120.66 3123.51 3288.77 3120.68 3123.58 3288.42 3120.59 3123.65 3288.34 3120.60 3123.61 3288.57 3120.70 3123.67 3288.60 3120.64 page DST #2 o381 30-MAR-93 03:25:00 03:30:00 03:35:00 03:40:00 03:45:00 ' 03:50:00 03:55:00 04:00:00 04:05:00 04:10:00 04:15:00 04:20:00 04:25:00 04:30:00 04:35:00 04:40:00 04:45:00 04:50:00 04:55:00 05:00:00 05:05:00 05:10:00 05:15:00 05:20:00 05:25:00 05:30:00 05:35:00 05:40:00 05:45:00 05:50:00 05:55:00 06:00:00 06:05:00 06:10:00 06:15:00 06:20:00 06:25:00 06:30:00 06:35:00 06:40:00 06:45:00 06:50:00 06:55:00 07:00:00 07:05:00 07:10:00 07:15:00 07:20:00 07:25:00 07:30:00 07:35:00 07:40:00 07:45:00 07:50:00 07:55:00 08:00:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 161.68 161.68 161.68 161.68 161.71 161.71 161.71 161.71 161.71 161.72 161.74 161.74 161.74 161.74 161.74 161.74 161.74 161.74 161.74 161.74 161.74 161.74 161.74 161.74 161.76 161.76 161.76 161.76 161.76 161.76 161.79 161.79 161.79 161.79 161.79 161.81 161.82' 161.82 161.82 161.82 161.82 161.82 161.82 161.84 161.84 161.84 161.84 161.84 161.87 161.87 161.87 161.87 161.87 161.87 161.87 161.87 3123.54 3288.45 3120.59 3123.38 3288.46 3120.57 3123.22 3288.80 3120.53 3123.33 3288.94 3120.59 3123.38 3288.76 3120.58 3123.30 3288.66 3120.55 3123.34 3288.44 3120.56 3123.34 3288.69 3120.56 3123.67 3288.45 3120.54 3123.50 3288.39 3120.59 3123.34 3288.05 3120.51 3123.28 3288.07 3120.50 3123.42 3287.97 3120.35 3123.08 3287.91 3120.36 3122.91 3287.95 3120.33 3123.18 3287.65 3120.29 3123.03 3288.08 3120.34 3123.18 3287.83 3120.29 3122.72 3288.08 3120.28 3122.67 3288.50 3120.31 3122.60 3288.18 3120.21 3123.16 3287.60 3120.23 3123.27 3287.93 3120.27 3123.15 3287.66 3120.33 3123.29 3287.64 3120.27 3122.93 3288.26 3120.27 3123.15 3288.35 3120.31 3123.26 3287.62 3120.34 3123.46 3287.74 3120.36 3123.76 3288.54 3120.41 3123.83 3288.24 3120.53 3~23.38 3289.08 3120.70 3122.93 3288.74 3120.62 3122.64 3288.17 3120.37 3122.85 3288.13 3120.34 3123.05 3287.80 3120.30 3123.01 3288.09 3120.36 3123.04 3288.10 3120.36 3123.20 3287.86 3120.36 3123.40 3287.49 3120.41 3123.42 3287.31 3120.39 3123.34 3287.57 3120.35 3123.14 3287.99 3120.42 3122.88 3288.06 3120.33 3122.77 3288.32 3120.31 3122.70 3288.30 3120.40 3123.04 3287.71 3120.37 3123.08 3287.69 3120.37 3123.16 3287.65 3120.41 3123.18 3287.72 3120.40 3123.08 3287.67 3120.46 3123.24 3287.77 3120.46 3123.39 3287.34 3120.41 3123.32 3287.49 3120.36 3123.33 3287.28 3120.38 3122.78 3287.12 3120.29 page 039 ! DST #2 30-MAR-93 08:05:00 08:10:00 08:15:00 08:20:00 08:25:00 08:30:00 08:35:00 08:40:00 08:45:00 08:50:00 08:55:00 09:00:00 09:05:00 09:10:00 09:15:00 09:20:00 09:25:00 09:30:00 09:35:00 09:40:00 09:45:00 09:50:00 09:55:00 10:00:00 10:05:00 10:10:00 10:15:00 10:20:00 10:25:00 10:30:00 10:35:00 10:40:00 10:45:00 10:50:00 10:55:00 11:00:00 11:05:00 11:10:00 11:15:00 11:20:00 11:25:00 11:30:00 11:35:00 11:40:00 11:45:00 11:50:00 11:55:00 12:00:00 12:05:00 12:10:00 12:15:00 12:20:00 12:25:00 12:30:00 12:35:00 12:40:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 161.89 3122.68 3287.33 3120.11 161.89 3122.86 3287.31 3120.05 161.89 3122.66 3287.46 3120.04 161.89 3123.46 3287.36 3120.06 161.89 3123.55 3287.75 3120.28 161.89 3123.38 3288.60 3120.44 161.89 3123.07 3288.73 3120.50 161.92 3123.04 3288.66 3120.49 161.92 3123.09 3287.84 3120.43 161.92 3122.76 3287,26 3120.19 161.92 3122.31 3288.19 3120.17 161.92 3123.03 3287.52 3120.14 161.92 3123.09 3287.40 3120.19 161.92 3122.82 3287.57 3120.26 161.92 3122.59 3287.56 3120.17 161.92 3122.74 3287.40 3120.19 161.95 3122.81 3287.62 3120.18 161.95 3123.09 3287.44 3120.26 161.95 3123.10 3287.83 3120.32 161.95 3123.23 3287.90 3120.38 161.95 3123.28 3287.52 3120.38 161.95 3123.35 3287.40 3120.33 161.97 3122.91 3286.96 3120.27 161.95 3122.72 3287.22 3120.11 161.95 3122.47 3287.02 3120.04 161.89 3074.70 3281.12 3072.05 161.84 3099.36 3280.90 3096.46 161.82 3105.83 3280.99 3102.74 161.79 3108.16 3281.42 3105.19 161.78 3109.46 3281.14 3106.28 161.76 3110.02 3281.30 3107.00 161.74 3110.31 3281.62 3107.38 161.74 3110.71 3281.10 3107.17 161.74 3111.31 3281.27 3107.84 161.71 3110.99 3281.85 3108.13 161.71 3110.75 3281.83 3108.03 161.71 3110.96 3281.68 3108.06 161.68 3110.96 3281.73 3108.04 161.68 3111.51 3281.35 3108.17 161.66 3111.78 3281.50 3108.35 161.66 3111.75 3281.54 3108.49 161.66 3111.98 3281.18 3108.53 161.64 3111.87 3280.92 3108.70 161.63 3112.13 3281.03 3108.74 161.63 3112.23 3281.70 3108.76 161.63 3112.31 3282.62 3108.92 161.60 3112.17 3283.18 3109.11 161.60 3112.14 3282.90 3109.11 161.60 3111.84 3282.27 3109.10 161.60 3111.68 3282.28 3109.07 161.60 3111.61 3282.32 3108.97 161.60 3111.72 3282.20 3108.88 161.60 3111.83 3281.87 3108.93 161.60 3111.59 3281.24 3108.92 161.60 3111.96 3281.28 3108.76 161.60 3111.82 3281.50 3108.78 page DST o4oI #2 30-MAR-93 12:45:00 12:50:00 12:55:00 13:00:00 13:05:00 13:10:00 13:15:00 13:20:00 13:25:00 13:30:00 13:35:00 13:40:00 13:45:00 13:50:00 13:55:00 14:00:00 14:05:00 14:10:00 14:15:00 14:20:00 14:25:00 14:30:00 14:35:00 14:40:00 14:45:00 14:50:00 14:55:00 15:00:00 15:05:00 15:10:00 15:15:00 15:20:00 15:25:00 15:30:00 15:35:00 15:40:00 15:45:00 15:50:00 15:55:00 16:00:00 16:05:00 16:10:00 16:15:00 16:20:00 16:25:00 16:30:00 16:35:00 16:40:00 16:45:00 16:50:00 16:55:00 17:00:00 17:05:00 17:10:00 17:15:00 17:20:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 161.60 3111.99 3281.36 3108.80 161.60 3111.54 3281.30 3108.74 161.60 3111.61 3280.68 3108.69 161.60 3112.13 3280.68 3108.71 161.60 3112.20 3281.07 3108.74 161.60 3112.33 3281.26 3108.95 161.60 3111.76 3281.52 3108.88 161.58 3111.63 3281.52 3108.87 161.60 3111.90 3281.50 3108.86 161.60 3111.92 3281.34 3108.86 161.60 3112.28 3281.10 3108.92 161.60 3112.31 3280.74 3109.11 161.60 3112.22 3281.10 3109.09 161.60 3112.28 3280.77 3109.11 161.60 3112.36 3280.68 3109.13 161.60 3112.41 3280.64 3109.10 161.60 3112.52 3280.92 3109.17 161.60 3112.42 3281.29 3109.35 161.60 3112.45 3281.50 3109.36 161.63 3112.50 3281.62 3109.38 161.63 3112.11 3282.00 3109.45 161.63 3112.41 3281.26 3109.45 161.63 3112.44 3281.39 3109.43 161.63 3112.14 3281.53 3109.38 161.63 3112.37 3280.85 3109.42 161.63 3112.11 3281.12 3109.35 161.63 3111.94 3280.87 3109.25 161.63 3112.08 3280.45 3109.27 161.63 3112.16 3280.65 3109.17 161.63 3112.18 '3280.62 3109.16 161.63 3112.09 3280.36 3109.11 161.63 31i1~82 3280.51 3108.97 161.60 3111.96 3280.71 3108.97 161.60 3112.42 3280.36 3109.07 161.60 3112.38 3281.07 3109.07 161.60 3112.26 3281.44 3109.15 161.60 3112.40 3281.34 3109.27 161.60 3112.31 .3281.13 3109.34 161.60 3112.43 3280.90 3109.32 161.60 3112.23 3281.43 3109.37 161.60 3112.36 3281.29 3109.39 161.60 3112.43 3281.06 3109.40 161.60 3112.50 3280.73 3109.40 161.63 3112.49 3280.46 3109.46 161.63 3112.17 3280.42 3109.35 161.63 3112.25 3280.51 3109.21 161.63 3112.42 3280.55 3109.30 161.63 3112.13 3280.90 3109.30 161.63 3112.30 3280.97 3109.31 161.63 3112.25 3280.57 3109.37 161.63 3112.25 3280.64 3109.32 161.63 3112.40 3280.30 3109.30 161.63 3112.15 3281.05 3109.36 161.63 3112.11 3281.23 3109.32 161.63 3111.78 3281.13 3109.32 161.63 3111.58 3280.82 3109.14 page 041 t DST ~2 30-MAR-93 17:25:00 17:30:00 17:35:00 17:40:00 17:45:00 17:50:00 17:55:00 18:00:00 18:05:00 18:10:00 18:15:00 18:20:00 18:25:00 18:30:00 18:35:00 18:40:00 18:45:00 18:50:00 18:55:00 19:00:00 19:05:00 19:10:00 19:15:00 19:20:00 19:25:00 19:30:00 19:35:00 19:40:00 19:45:00 19:50:00 19:55:00 20:00:00 20:05:00 20:10:00 20:15:00 20:20:00 20:25:00 20:30:00 20:35:00 20:40:00 20:45:00 20:50:00 20:55:00 21:00:00 21:05:00 21:10:00 21:15:00 21:20:00 21:25:00 21:30:00 21:35:00 21:40:00 21:45:00 21:50:00 21:55:00 22:00:00 TEMP degF 161.63 161.63 161.63 161.63 161.63 161.66 161.66 161.66 161.66 161.66 161.66 161.66 161.66 161.66 161.66 161.66 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.68 161.70 161.71 161.71 161.68 161.68 161.71 161.70 161.76 161.79 161.74 161.76 161.76 161.77 161.79 161.66 161.16 160.74 160.92 161.03 160.34 158.03 154.52 150.30 ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 3111.84 3281.42 3108.99 3112.56 3280.86 3109.16 3112.43 3280.50 3109.40 3112.46 3280.73 3109.47 3112.63 3280.36 3109.53 3112.53 3280.60 3109.50 3112.46 3280.87 3109.52 3112.37 3280.88 3109.60 3112.30 3281.04 3109.50 3112.39 3280.46 3109.50 3112.58 3280.43 3109.50 3112.60 3280.69 3109.56 3112.69 3280.56 3109.56 3112.48 3280.81 3109.56 3112.41 3280.64 3109.52 3112.58 3280.65 3109.59 3112.50 3280.54 3109.60 3112.66 3280.62 3109.50 3112.60 3280.23 3109.62 3112.36 3280.38 3109.55 3112.08 3280.72 3109.43 3112.13 3280.55 3109.35 3112.44 3280.54 3109.41 3112.38 3280.69 3109.50 3111.99 3280.88 3109.43 3112.19 3280.28 3109.43 3112.37 3280.34 3109.31 3112.46 3280.56 3109.46 3112.66 3280.42 3109.55 3112.59 3280.54 3109.67 3112.76 3280.38 3109.62 31'12.80 3280.44 3109.64 3112.73 3281.34 3109.64 3112.54 3281.50 3109.72 3112.15 3281.50 3109.55 3111.99 3281.97 3109.39 3112.25 3281.43 ' 3109.43 3112.35 3281.19 3109.46 3112.58 3281.11 3109.52 3307.58 3288.02 7545.92 3133.19 3298.76 3130.20 3278.61 4598.26 3274.97 3144.07 3526.67 3141.12 3270.32 4622.42 3266.94 3134.37 4024.29 3139.46 3267.65 5584.35 3263.44 3292.55 3290.92 3288.83 3285.69 3284.32 3283.02 3262.72 3258.48 3259.73 3262.84 3259.52 3260.40 3262.34 3260.30 3259.89 3261.33 3258.80 3258.01 3208.64 3199.24 3202.43 3156.76 3147.69 3152.48 3037.89 3026.81 3033.67 2931.03 2919.78 2927.05 page DST ~2 o42I 30-MAR-93 22:05:00 22:10:00 22:15:00 22:20:00 22:25:00 22:30:00 22:35:00 22:40:00 22:45:00 22:50:00 22:55:00 23:00:00 23:05:00 23:10:00 23:15:00 23:20:00 23:25:00 23:30:00 23:35:00 23:40:00 23:45:00 23:50:00 23:55:00 TEMP degF ARCO Alaska, Incorporated Kuukpik #3 PRES BV PRES AN PRES BVs psia psia psia 145.74 140.94 135.58 130.09 124.55 118.76 112.76 106.55 100.28 94.24 88.49 83.02 78.35 73.45 68.43 63.12 57.99 52.91 47.96 43.09 38.30 35.05 33.19 2813.98 2802.15 2810.54 2696.05 2683.36 2692.46 2581.46 2569.28 2578.18 2467.16 2454.89 2464.48 2344.28 2331.24 2341.66 2220.66 2207.10 2218.12 2096.92 93398.44 2094.37 1971.92 1958.75 1969.88 1847.14 1834.02 1845.86 1724.23 1710.80 1723.53 1600.73 1586.57 1598.74 1507.78 1493.32 1505.45 1387.07 1371.21 1385.14 1267.54 1253.02 1266.74 1145.42 1129.91 1143.61 1020.73 1007.93 1020.99 896.80 883.99 897.34 774.29 761.43 773.66 651.78 636.98 649.32 527.26 511.38 523.53 351.52 344.77 349.26 156.08 156.76 156.02 15.24 13.88 13.50 page DST #2 o43] Drill Stem Test #3 Company Well Name Country Test date Report number District : ARCO Alaska, Incorporated : Kuukp±k #3 : USA : 01-APR-93 : One : Alaska Remote Testing Co representative SWS representative : D.Lutrick/B.Campbell : K.Barnard/R.Will±ams ~CO Alaska, Incorporated Kuukpik #3 DST #3 GENE L INF0 TION Service/client reference Company Well Name Country State Test type : Drill Stem Test #3 : ARCO Alaska, Incorporated : Kuukpik #3 : USA : Alaska : DST with Coiled Tubing 0PE TION DATA Test date Report number District Co representative SWS representative Unit system : 01-APR-93 : One : Alaska Remote Testing : D.Lutrick/B.Campbell : K.Barnard/R.Williams : US Oil WELL DATA Well type Fluid type Minimum restriction Vertical depth Casing size/shoe Tubing shoe at Perforation shot density Perforation gun type Perforation conditions Perforation interval(s) Test interval : Wildcat : Water : 2.25" : PBTD @ 6034' : 7", 29# : Wireline entry guide @ 5600' : 5 SPF : 4-1/2" HSD w/51B HJII charges : ~nderbalence = -470 psi : PKR @ 5551' to PBTD PROPERTIES Type Weight/viscosity : NaCl/NaBr BRINE : 10.3 ppg ARCO ALASKA INCORPORATED KUUKPIK #3 DST #3 SUMMARY OF EVENTS 03/31/93 16:00 16:30 18:30 20:30 23:35 23:40 Begin rig up wireline Run wireline in hole with junk basket Run guns in hole on wireline Hook up vacuum truck to suck fluids out of lube. Rig up wireline with packer and gun assembly. Set packer Pull out of hole with wireline 04/01/93 01:30 03:00 Begin rig up tools Finish rig up tools Rig up coil tubing to displace with diesel 19:06 Rig out coiled tubing 19:54 Place bar on swab valve. 19:55 Rig up wireline with LINC 21:45 Safety meeting 22:08 Open swab valve to drop bar 22:11 Indication at surface that guns fired. BEGIN INITIAL FLOW. 22:12 Cycled port 22:16 2000 psi 22:17 Bleed annulus 22:20 0 psi on annulus 22:24 Pressure annulus to cycle PCT #1 cycle. 22:29 Bleed annulus. END INITIAL FLOW. BEGIN INITIAL BUILD-UP Run in with wireline 23:32 Latch LINC 23:33 Read data 04/02/93 00:29 Pressure annulus to open PCT #2 cycle. END INITIAL BUILD-UP. BEGIN FINAL FLOW. 03:00 Unlatch LINC Rig up coil tubing Start jet and flow 04/03/93 04/04/93 17:55 19:05 19:25 20:04 22:15 04/05/93 04:06 05:05 13:44 18:05 18:11 18:14 18:15 18:19 18:20 18:22 18:23 18:51 18:59 04/06/93 04:30 05:30 Jet and Flow Bleed annulus to 0 psi PCT closed #2. BEGIN FINAL BUILD-UP. Pull coil tubing Fill with brine on the way out Coil tubing on surface, rig up wireline and pressure test. Run wireline in hole with LINC. Latch LINC communication established. Unlatch LINC and pull out of hole. Pressure annulus to 1500 open PCT #3. Bullhead 30 bbls into formation Run Baker through tubing plug, setting in 30 ft joint in tubing tail. Cement off formation Close PCT Out of hole with coil tubing Pressure on annulus Shut #4 1500 psi Bleed of[ to 0 psi Pressure up on annulus #5 1500 psi Bleed off 0 psi Pressure up on annulus #6 Bleed off 0 psi Rig down tools Finish rig down tools. ARCO ALASKA INCORPORATED KUUKPIK No.3 FULLBORE TEST STRING WITH 3 1/2" COILED TUBING CONNECTIONS ARCO LANDED OUT 3 1/2 EUE 3 1/2 RUE 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE 3 1/2 IF 3 1/2 IF 3 1/2 IF 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE 3 1/2 IF 3 1/2 I.F. 3 1/2 IF 3 1/2 IF 4 1/4 4 SA 4 1/4 4 SA 3 1/2 IF 3 1/2 IF 3 1/2 IF 3 1/2 EUE 3 1/2 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE BAKER BAKER TOOL DESCRIPTION Wellhead 3 1/2' Coiled Tubing to Surface (Wall thickness = 0.203") OD ID LENGTH DEPTH 28 28 3.50 3.055 5362.61 5390.61 Baker Telescoping Swivel sub Otis 'X' Nipple 3 1/2' · 2.81" ID 1 Joint Tubing 3 1/2' EUE Cross Over SHORT Reversing Valve Cross Over 1 Joint Tubing 3 1/2" EUE Cross Over LINC Inductive Coupler MSRT 3 Channel Recorder PCT w/HOLD OPEN, 1OK Fullbore Ball Valve Opens · 1200 Psi PORT - PCT Reference Tool RCAR. 2 Gauge Recorder Carrier IOK Fullbore Cross Over Sub Cross Over Sub Pup Joint Tubing 2 7/8" EUE Cross Over Sub Baker Seal Locater Sub Total length=15.5' (-0.83' stick-up) 5.0 2.992 3 1/2 2.813 3 1/2 2.996 4.75 2.25 5.0 2.4 4.75 2.875 3 1/2 2.996 4.75 2.875 5.0 2.25 5.0 2.25 7.08 5397.69 1.47 5399.16 31.16 5430.32 1.0 5431.32 2.83 5434.15 1.31 5435.46 31.28 5466.74 0.91 5467.65 11.67 5479.32 7.27 5486.59 5.0 2.25 25.82 5512.41 5.0 2.25 5/5.15e 2.25 2 7/8 2.875 4.50 2.38 2 7/8 2.441 3.750 2.441 4.50 3.0eng 5.92 5518.33 15.75 5534.08 1.22 5535.3 0.91 5536.21 10.06 5546.27 0.67 5546.94 0.83 5547.77 DST #3 Revised 31-MAR-1993. kb FINAL DEPTHS ARE FROM RKB ARCO ALASKA INCORPORATED KUUKPIK No.3 FULLBORE TEST STRING WITH 3 1/2" COILED TUBING CONNECTIONS OD BAKER BAKER 2 7/8 EUE BAKER 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE SWS SWS SWS SWS TOOL DESCRIPTION Baker Model 'FB-I' Prod. Packer Assembly Size 85-40 Baker Seal bore extension Cross Over Sub 1 Joint Tubing 2 7/8" EUE Ported debris sub TCR-B. Hydromechanical (;un Release (2'Otis-B Shifting Tool Used to Release) 1 Joint Tubing 2 7/8' EUE HDF-B/BHF-C SBS Firing Head (BHF-C used as Primary Firing Head) Safety Spacer 4-1/2" (guns w/51B Hyperjet II · 5 SPF, 60 deg. Phasing BULLNOSE 5.875 5.0 5.687 ID LENGTH DEPTH 3.Oeng 3.31 5551.08 3.0cng 14.45 5565.53 2.441 0.76 5566.29 2 7/8 2.441 31.62 5597.91 3.68 2.441 .40 5598.31 3.62 1.791/2.75 2 7/8 3.68 4.5 4.5 4.5 2.54 5600.85 2.441 31.50 5632.35 --- 8.94 5641.29 21.71 5663 {,, 55 i) .... 5718 7.61 5725.61 DST #3 Revised 31-MAR-1993. kb FINAL DEPTHS ARE FROM RKB ******************************* ** WELL TEST DATA PRINTOUT ** ******************************* COMPANY: ARCO ALASKA, INC. WELL: KUUKPIK ~3 - DST #3 FIELD REPORT NO. 129668 INSTRUMENT NO. MSRT-BV RECORDER CAPACITY: 10000 PSI PORT OPENING' INSIDE DEPTH' 5487 FT LABEL POINT INFORMATION TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED PRESSURE TEMP. # HH:MM:SS DD-MMM EXPLANATION TIME, HR PSIA DEG F 1 12:56:21 1-APR HYDROSTATIC MUD 8.939 2929.62 139.22 2 17:50:31 1-APR OPENED TOOL 13.842 2016.53 135.54 3 22:05 4 22:30 5 0:29 6 0:30 7 3:59 8 5:32 9 5:32 ~10 17:54 11 5:05 12 19:03 :31 1-APR FIRE GUNS & START FLOW 18.092 1961.69 140.61 :11 1-APR END FLOW & START SHUT-IN 18.503 1951.09 140.95 :31 2-APR END SHUT-IN 20.492 2430.66 141.30 :11 2-APR START FLOW 20.503 1926.66, 141.33 :11 2-APR END FLOW & START SHUT-IN 23.986 2026.08 '143.80 :21 2-APR END SHUT-IN 25.539 2372.67 143.03 :41 2-APR START FLOW 25.545 2074.10 143.03 :51 4-APR END FLOW & START SHUT-IN 85.914 762.06 149.15 :41 5-APR END SHUT-IN 97.095 2164.85 145.82 :41 5-APR HYDROSTATIC MUD 111.061 2927.44 137.68 SUMMARY OF FLOW PERIODS START ELAPSED PERIOD TIME, HR 1 18.092 2 20.503 3 25.545 END START END INITIAL ELAPSED DURATION PRESSURE PRESSURE PRESSURE TIME, HR HR PSIA PSIA PSIA 18.503 0.411 1961.69 1951.09 1961.69 23.986 3.483 1926.66 2026.08 1926.66 85.914 60.369 2074.10 762.06 2074.10 SUMMARY OF SHUTIN PERIODS START END START END ELAPSED ELAPSED DURATION PRESSURE PRESSURE PERIOD TIME, HR TIME, HR HR PSIA PSIA 1 18.503 20.492 1.989 1951.09 2430.66 2 23.986 25.539 1.553 2026.08 2372.67 3 85.914 97.095 11.181 762.06 2164.85 FINAL FLOW PRESSURE PRODUCING PSIA TIME, HR 1951.09 0.411 2026.08 3.894 762.06 64.264 BOTTOMHOLE PRESSURE LOG ~ FIELD REPORT NO. 129B68 £O~PANY : ARCO gLASKg, INC. INSTRUNENT NO. ~SRT-BV ~ELL : KUUK?IK ~3 - DST ~3 DEPTH : 5q87 FI CAPACITT : 10000 PSI MSBT ELECTRONIC GAUGE - ?BIM~BT BELON VALVE PRESSURE DATA PORT OPENING : INSIDE Ill CD 15 80 q5 60 75; 90 105 120 135 ELF~PSED TIME (HR) BOTTOMHOI.E TEMPERATURE I.OG ELD REPORT NO. 129668 NS'I-PiUI"'IENT NO. 1"151~T-BV DEPTH : 5q87 FT COMPRNT : RRCO RLRSKR, fNC. NELL : KUUKPI;K MSF~T ELECTF~ONIC GAUGE - PIBIMAF~T BELON VALVE TEMPEF~ATUF~E DATA © T" ED I-- o ED : : i."/8 : : : : : : : ! 11 ........,i~Tv~~ :i'~ ...... i ........ 5,.~"x_q..'' ........ ~~'~~; i i :: i';'"; ~i~ ..... i ............. ,'~?_, ~ ...................................... . ..... . . . 0 15 :50 q5 60 75 90 105 120 135 ELAPSED TIME [HR] FIELD REPORT # 129668 INSTRUMENT # MSRT-BV PAGE 2 TEST PHASE: FLOW PERIOD # 1 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 22:05:31 1-APR 22:06:11 1-APR 22:06:51 I-APR 22:07:31 i-APR 22:08:11 1-APR 22:08:51 1-APR 22:09:31 1-APR 22:10:11 1-APR 22:10:51 1-APR 22:11:31 1-APR 22:12:11 1-APR 22:12:51 1-APR 22:13:31 1-APR 22:14:11 1-APR 22:14:51 1-APR 22:15:31 1-APR 22:16:11 1-APR 22:16:51 1-APR 22:17:31 1-APR 22:18:11 1-APR 22:18:51 1-APR 22:19:31 1-APR 22:20:11 1-APR 22:20:51 1-APR 22:21:31 1-APR 22:22:11 1-APR 22:22:51 1-APR 22:23:31 1-APR 22:24:11 1-APR 22:24:51 1-APR 22:25:31 1-APR 22:26:11 1-APR 22:26:51 1-APR 22:27:31 1-APR 22:28:11 1-APR 22:28:51 1-APR 22:29:31 1-APR 22:30:11 1-APR 18 092 18 103 18 114 18 125 18 136 18 147 18.159 18.170 18.181 18.192 18.203 18.214 18.225 18.236 18.247 18.259 18.270 18.281 18.292 18.303 18.314 18.325 18.336 18.347 18.359 18.370 18.381 18.392 18.403 18.414 18.425 18.436 18.448 18.459 18.470 18.481 18.492 18.503 0.000 0.011 0 022 0 033 0 044 0 055 0 067 0 078 0.089 0.100 0.111 0.122 0.133 0.144 0.155 0.167 0.178 0.189 0.200 0.211 0.222 0.233 0.244 0.255 0.267 0.278 0.289 0.300 0.311 0.322 0.333 0.344 0.355 0.367 0.378 0.389 0.400 0.411 140 61 140 63 140 63 140 63 140 63 140 63 140 58 140 53 140 47 140 45 140 42 140 42 140 42 140 42 140.42 140.45 140.47 140.50 140.53 140 55 140 58 140 61 140 66 140 69 140 74 140 77 140 82 140 85 140 87 140 90 140 90 140 93 140 93 140 93 140 95 140 95 140 95 140 95 1961 69 1976 49 1976 33 1976 68 1976 85 2112 44 1969 69 1952.28 1951.54 1953.27 1954.47 1955.12 1955.91 1956.14 1955.22 1955.60 1956.72 1954.91 1951.09 1949.64 1949.02 1948.93 1948.99 1949.37 1950.29 1951.04 1951.54 1951.77 1951.74 1953.27 1954.34 1954.91 1955.02 1955.76 1956.40 1954.98 1951.78 1951.09 TEST PHASE: SHUTIN PERIOD # 1 FINAL FLOW PRESSURE z 1951.09 PSIA PRODUCING TIME - 0.411 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH:MM'SS DD-MMM TIME, HR TIME, HR DEG F PSIA PSI TIME 22'30'11 1-APR 18.503 0.000 140 95 1951.09 0.00 22:30:51 i-APR 18.514 0.011 140 22:31:31 i-APR 18.525 0.022 140 22:32:11 1-APR 18.536 0.033 140 22:32:51 1-APR 18.547 0.044 140 22:33:31 1-APR 18.559 0.056 140 22:34:11 1-APR 18.570 0.067 140 22:34:51 1-APR 18.581 0.078 140 22:35:31 1-APR 18.592 0.089 140 95 1985.25 34.16 1.5776 95 2025.08 73.99 1.2879 95 2064.33 113.24 1.1248 95 2100.34 149.25 1.0101 95 2131.31 180.22 0.9234 95 2157.99 206.90 0.8552 95 2181.19 230.10 0.7980 95 2201.42 250.33 0.7496 FIELD REPORT # 129668 INSTRUMENT # MSRT-BV TEST PHASE' SHUTIN PERIOD # 1 FINAL FLOW PRESSURE ~ 1951.09 PSIA PRODUCING TIME ~ 0.411 HR PAGE 3 TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH'MM'SS DD-MMM TIME, HR TIME, HR DEG F PSIA PSI TIME 22:36:11 1-APR 18.603 22:37:31 1-APR 18.625 22:38:51 1-APR 18.647 22:40:11 1-APR 18.670 22:41:31 1-APR 18.692 22:42:51 1-APR 18.714 22:44:11 1-APR 18.736 22:45:31 1-APR 18.759 22:46:51 1-APR 18.781 22:48:11 1-APR 18.803 22:49:31 1-APR 18.825 22:50:51 1-APR 18.847 22:52:11 1-APR 18.870 22:53:31 1-APR 18.892 22:54:51 1-APR 18.914 22:56:11 1-APR 18.936 22:57:31 1-APR 18.959 22:58:51 1-APR 18.981 23:00:11 1-APR 19.003 23:06:11 1-APR 19.103 23:12:11 1-APR 19.203 23:18:11 1-APR 19.303 23:24:11 1-APR 19.403 23:30:11 1-APR 19.503 23:36:11 1-APR 19.603 23:42:11 1-APR 19.703 23:48:11 1-APR 19.803 23:54:11 1-APR 19.903 0:00:11 2-APR 20.003 0:06:11 2-APR 20.103 0:12:11 2-APR 20.203 0:18:11 2-APR 20.303 0:24:11 2-APR 20.403 0:29:31 2-APR 20.492 0 100 140 95 2219.25 0 122 140 0 144 140 0 167 140 0 189 140 0 211 140 0 233 140 0 256 140 0 278 140 0 300 140 0 322 140 0 344 140 0.367 140 0.389 140 0.411 140 0.433 140 0.456 140 0.478 140 0.500 140 95 2248.80 95 2270.96 95 2288.62 95 2303.03 95 2314.98 95 2324.84 98 2333.28 98 2340.35 95 2346.73 98 2352.12 98 2357.11 98 2361.61 98 2365.44 98 2369.13 98 2372.42 98 2375.53 98 2378.15 98 2380.87 0.600 141.01 2390.51 0.700 141.03 2397.68 0.800 141.06 2403.08 0.900 141.09 2407.54 1.000 141.11 2411.38 1.100 141 14 2413.89 1.200 141 1.300 141 1.400 141 1 500 141 1 600 141 1 700 141 1 800 141 1 900 141 1 989 141 17 241.6.49 17 2418.72 19 2420.68 22 2422.31 22 2423.17 25 2424.73 27 2425.94 30 2427.13 30 2430.66 268.16 0.7084 297.71 0.6395 319.87 0.5848 337.53 0.5398 351.94 0.5017 363.89 0.4693 373.75 0.4411 382.19 0.4162 389.26 0.3943 395.64 0.3747 401.03 0.3570 406.02 0.3410 410.52 0.3265 414.35 0.3131 418.04 0.3009 421.33 0.2897 424.44 0.2792 427.06 0.2695 429.78 0.2605 439.42 0.2266 446.59 0.2006 451.99 0.1801 456.45 0.1634 460.29 0.1495 462.80 0.1379 465.40 0.1279 467.63 0.1193 469.59 0.1118 471.22 0.1052 472.08 0.0993 473.64 0.0940 474.85 0.0893 476.04 0.0850 479.57 0.0816 TEST PHASE: FLOW PERIOD # 2 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM'SS DD-MMM TIME, HR TIME, HR DEG F PSIA 0:30:11 2-APR 20.503 0:36:11 2-APR 20.603 0:42:11 2-APR 20.703 0:48:11 2-APR 20.803 0:54:11 2-APR 20.903 1:00:11 2-APR 21.003 1:06:11 2-APR 21 103 1:12:11 2-APR 21 1:18:11 2-APR 21 1:24:11 2-APR 21 1:30:11 2-APR 21 1:36:11 2-APR 21 1:42:11 2-APR 21 203 303 403 503 603 703 0 000 141 33 1926 66 100 141 200 141 300 141 400 142 500 142 600 142 700 142 800 142 900 142 000 142 100 142 200 142 41 1956 97 67 1961 74 91 1965 28 07 1967 90 21 1970 00 31 1971 92 39 1973 80 47 1975.72 55 1977.81 63 1980.00 71 1982.09 76 1984.29 FIELD REPORT # 129668 TEST PHASE: FLOW PERIOD # 2 INSTRUMENT # MSRT-BV PAGE 4 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 1:48:11 2-APR 21.803 1:54:11 2-APR 21.903 2:00:11 2-APR 22.003 2:06:11 2-APR 22.103 2:12:11 2-APR 22.203 2:18:11 2-APR 22.303 2:24:11 2-APR 22.403 2:30:11 2-APR 22.503 2:36:11 2-APR 22.603 2:42:11 2-APR 22.703 2:48:11 2-APR 22.803 2:54:11 2-APR 22.903 3:00:11 2-APR 23.003 3:06:11 2-APR 23.103 3:12:11 2-APR 23.203 3:18:11 2-APR 23.303 3:24:11 2-APR 23.403 3:30:11 2-APR 23.503 3:36:11 2-APR 23.603 3:42:11 2-APR 23.703 3:48:11 2-APR 23.803 3:54:11 2-APR 23.903 3:59:11 2-APR 23.986 1 300 142 82 1986.46 1 400 142 1 500 142 1 600 143 1 700 143 1 800 143 1 900 143 2 000 143 2.100 143 2.200 143 2.300 143 2.400 143 2.500 143 2.600 143 2.700 143 2.800 143 2.900 143 3.000 143 3.100 143 3.200 143 3.300 143 3.400 143 3.483 143 90 1988.61 95 1990.89 00 1992.86 06 1995.10 08 1997.08 14 1999.11 19 2001.13 24 2003.12 27 2004.94 32 2006.95 38 2008.63 40 2010.46 46 2010.94 51 2012.19 54 2013.88 59 2015.73 62 2017.31 64 2018.99 67 2020.81 72 2022.68 78 2024.45 80 2026.08 TEST PHASE: SHUTIN PERIOD # 2 FINAL FLOW PRESSURE - 2026.08 PSIA PRODUCING TIME = 3.894 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH:MM'SS DD-MMM TIME, HR TIME, HR DEG F PSIA PSI TIME 3:59:11 2-APR 23.986 3:59:51 2-APR 23.997 4:00:31 2-APR 24.009 4:01:11 2-APR 24.020 4:01:51 2-APR 24.031 4:02:31 2-APR 24.042 4:03:11 2-APR 24.053 4:03:51 2-APR 24.064 4:04:31 2-APR 24.075 4:05:11 2-APR 24.086 4:06:31 2-APR 24.109 4:07:51 2-APR 24.131 4:09:11 2-APR 24.153 · 4:10:31 2-APR 24.175 4:11:51 2-APR 24.198 4:13:11 2-APR 24.220 4:14:31 2-APR 24.242 4:15:51 2-APR 24.264 4:17:11 2-APR 24.286 4:18:31 2-APR 24.309 4:19:51 2-APR 24.331 4:21:11 2-APR 24.353 4:22:31 2-APR 24.375 4:23:51 2-APR 24.397 0.000 143 80 2026.08 0.011 143 0.022 143 0.033 143 0.044 143 0.056 143 0.067 143 0.078 143 0.089 143 0.100 143 0.122 143 0.144 143 0.167 143 0.189 143 0.211 143 0.233 143 0.256 143 0.278 143 0.300 143 0.322 143 0.344 143 0.367 143 0.389 143 0.411 143 80 2042.58 80 2060.99 80 2077.67 80 2092 61 80 2106 23 80 2118 78 80 2130 24 80 2140 82 80 2150 64 78 2168 49 78 2183 95 75 2197 61 72 2209 80 70 2220 70 67 2230 39 67 2239 33 64 2247 34 62 2254.58 62 2261.36 59 2267.54 56 2273.06 56 2278.02 54 2282.63 0.00 16.50 2.5438 34.91 2.2440 51.59 2.0713 66.53 1 9470 80.15 1 92.70 1 104.16 1 114.74 1 124.56 1 142.41 1 157.87 1 171 53 1 183 72 1 194 62 1 204 31 1 213 25 1 8510 7739 7079 6509 6014 5163 4464 3868 3346 2887 2477 2104 221 26 1.1766 228 50 1.1455 235 28 1.1167 241 46 1.0901 246 98 1.0652 251.94 1.0418 256.55 1.0200 FIELD REPORT # 129668 ' INSTRUMENT # MSRT-BV PAGE 5 TEST PHASE: SHUTIN PERIOD # 2 FINAL FLOW PRESSURE = 2026.08 PSIA PRODUCING TIME = 3.894 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH-MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA PSI TIME 4:25:11 2-APR 24 420 4:26:31 2-APR 24 442 4:27:51 2-APR 24 464 4:29:11 2-APR 24 486 4:35:11 2-APR 24 586 4:41:11 2-APR 24 686 4:47:11 2-APR 24 786 4:53:11 2-APR 24 886 4:59:11 2-APR 24 986 5:05:11 2-APR 25.086 5:11:11 2-APR 25.186 5:17:11 2-APR 25.286 5:23:11 2-APR 25.386 5:29:11 2-APR 25.486 5:32:21 2-APR 25.539 0.433 143 51 2287.31 0.456 143 0.478 143 0.500 143 0.600 143 0.700 143 0.800 143 0.900 143 1.000 143 51 2291.73 48 2295.73 46 2299.49 40 2314.04 35 2325.12 30 2334.30 24 2341.88 19 2348.48 1.100 143 16 2354.18 1.200 143 14 2359.09 1.300 143 11 2363.50 1.400 143 08 2367.34 1.500 143 06 2370.98 1.553 143 03 2372.67 261.23 0 9994 265.65 0 269.65 0 273.41 0 287.96 0 299.04 0 308.22 0 315.80 0 322.40 0 328.10 0 333.01 0 337.42 0 9798 9614 9439 8745 8171 7685 7265 6897 6571 6279 6016 341.26 0.5777 344.90 0.5558 346.59 0.5450 TEST PHASE: FLOW PERIOD # 3 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 5:32:41 2-APR 25.545 5:47:41 2-APR 25.795 6:02:41 2-APR 26.045 6:17:41 2-APR 26.295 6:32:41 2-APR 26.545 6:47:41 2-APR 26.795 7:02:41 2-APR 27 045 7:17:41 2-APR 27 295 7:32:41 2oAPR 27 545 7:47:41 2-APR 27 795 8:02:41 2-APR 28 045 8:17:41 2-APR 28 295 8:32:41 2-APR 28 545 8:47:41 2-APR 28 795 9:02:41 2-APR 29 045 9:17:41 2-APR 29 295 9:32:41 2-APR 29.545 9:47:41 2-APR 29.795 10:02:41 2-APR 30.045 10:17:41 2-APR 30 295 10:32:41 2-APR 30 545 10:47:41 2-APR 30 795 11:02:41 2-APR 31 045 11:17:41 2-APR 31 295 11:32:41 2-APR 31 545 11:47:41 2-APR 31 795 12:02:41 2-APR 32 045 12:17:41 2~APR 32 295 12:32:41 2-APR 32 545 12:47:41 2-APR 32.795 13:02:41 2-APR 33.045 13:17:41 2-APR 33.295 0.000 143 03 2074.10 0.250 143 0.500 143 0.750 143 1.000 143 1.250 144 1.500 144 1.750 145 2.000 146 2.250 146 2.500 146 2.750 147 3.000 147 3.250 147 3.500 147 3.750 147 4.000 147 4.250 147 4.500 147 4.750 147 5.000 147 5.250 147 5.500 147 5.750 147 6.000 147 6 250 147 6 500 147 6 750 147 7 000 147 7 250 147 7 500 147 7.750 147 43 2038.86 70 2051.30 86 2065.39 96 2049.51 07 2055.19 41 1745.78 37 849.27 17 636.65 65 618.25 97 632.31 15 607.10 31 739.88 47 837.84 58 926.80 66 1015.84 68 1096.47 71 1172.04 71 1243.40 68 1308.13 66 1371.16 63 1428.44 61 1483.12 55 1534 68 53 1582 99 45 1626 98 39 1669 60 31 1709 23 23 1746 45 18 1780 85 10 1812 49 05 1842 73 FIELD REPORT # 129668 INSTRUMENT # MSRT-BV PAGE 6 TEST PHASE: FLOW PERIOD # 3 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 13:32:41 2-APR 33.545 13:47:41 2-APR 33.795 14:02:41 2-APR 34.045 14:17:51 2-APR 34.298 14:32:51 2-APR 34.548 14:47:51 2-APR 34.798 15:02:51 2-APR 35.048 15:17:51 2-APR 35.298 8 000 146 97 1870.22 8 250 146 8 500 146 8 753 146 9 003 146 9 253 146 9.503 146 9.753 146 91 1896.21 83 1920.91 75 1943.81 67 1964.75 60 1984.94 49 2041.81 57 1601.79 15:32:51 2-APR 35.548 10.003 146 15:47:51 2-APR 35.798 10.253 147 16:02:51 2-APR 36.048 10.503 147 16:17:51 2-APR 36.298 10.753 147 16:32:51 2-APR 36.548 11.003 148 16:47:51 2-APR 36.798 11.253 148 17:02:51 2-APR 37.048 11.503 148 17:17:51 2-APR 37.298 11.753 148 67 675.47 21 613.28 63 695.94 90 737.81 06 856.51 16 963.83 22 1061.57 24 1146.63 17:32:51 2-APR 37.548 12.003 148 24 1229.08 17:47:51 2-APR 37.798 12.253 148 18:02:51 2-APR 38.048 12.503 148 18:17:51 2-APR 38.298 12.753 148 18:32:51 2-APR 38.548 13.003 148 18:47:51 2-APR 38.798 13.253 148 19'02'51 2-APR 39.048 13.503 147 19:17:51 2-APR 39.298 13.753 147 19:32:51 2-APR 39.548 14.003 147 19:47:51 2-APR 39.798 14 253 147 20:02:51 2-APR 40.048 14 20:17:51 2-APR 40.298 14 20:32:51 2-APR 40.548 15 20:47:51 2-APR 40.798 15 21:02:51 2-APR 41.048 15 21:17:51 2-APR 41.298 15 21:32:51 2-APR 41.548 16 21:47:51 2-APR 41.798 16 22:02:51 2-APR 42.048 16 22:17:51 2-APR 42.298 16 503 147 753 147 003 147 253 147 45 1842.23 503 147 753 147 003 147 253 147 503 147 753 146 22 1301.55 19 1369.29 14 1430.54 08 1487.29 00 1539.66 98 1588.48 90 1632.95 82 1674.60 76 1714.02 71 1750.07 61 1783.36 53 1814.21 22:32:51 2-APR 42.548 17.003 146 22:47:51 2-APR 42.798 17.253 146 23:02:51 2-APR 43.048 17.503 146 23:17:51 2-APR 43.298 17.753 147 23:32:51 2-APR 43.548 18.003 147 23:47:51 2-APR 43.798 18.253 148 0:02:51 3-APR 44.048 18.503 148 0:17:51 3-APR 44.298 18.753 148 0:32:51 3-APR 44.548 19.003 148 0:47:51 3-APR 44.798 19.253 148 1:02:51 3-APR 45.048 19.503 148 1:17:51 3-APR 45 298 19.753 148 1:32:51 3-APR 45 1:47:51 3-APR 45 2:02:51 3-APR 46 2:17:51 3-APR 46 2:32:51 3-APR 46 2:47:51 3-APR 46 3:02:51 3-APR 47 548 20.003 148 798 20.253 148 048 20.503 148 298 20.753 148 548 21.003 148 798 21.253 148 048 21.503 148 89 1992.64 75 2050.41 91 1164.36 15 647.83 68 683.66 08 799.15 35 873.53 43 894.36 53 1033.37 56 1129.91 56 1223.41 56 1302.45 51 1375.86 48 1441.12 40 1498.82 35 1552.89 27 1601.19 16 1645.16 08 1685.74 39 1869.19 31 1894.05 26 1916.88 15 1937.96 07 1956.68 99 1975.36 FIELD REPORT ~ 129668 TEST PHASE: FLOW PERIOD # 3 INSTRUMENT # MSRT-BV PAGE 7 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 3:17:51 3-APR 47.298 21 753 148 00 1722.92 3:32:51 3-APR 47.548 22 3:47:51 3-APR 47.798 22 4:02:51 3-APR 48.048 22 4:17:51 3-APR 48.298 22 4:32:51 3-APR 48.548 23 4:47:51 3-APR 48.798 23 003 147 253 147 503 147 753 147 003 147 253 147 5:02:51 3-APR 49.048 23.503 147 5:17:51 3-APR 49.298 23.753 147 5:32:51 3-APR 49.548 24.003 147 5:47:51 3-APR 49.798 24.253 147 6:02:51 3-APR 50.048 24.503 147 6:17:51 3-APR 50.298 24.753 147 6:32:51 3-APR 50.548 25.003 146 6:47:51 3-APR 50.798 25.253 146 7:02:51 3-APR 51.048 25.503 146 7:17:51 3-APR 51.298 25.753 147 7:32:51 3-APR 51.548 26.003 148 O0 709.56 7:47:51 3-APR 51.798 26.253 148 8:02:51 3-APR 52.048 26.503 148 8:17:51 3-APR 52.298 26.753 148 8:32:51 3-APR 52.548 27.003 148 8:47:51 3-APR 52.798 27.253 148 9:02:51 3-APR 53.048 27.503 148 9:17:51 3-APR 53.298 27.753 148 9:32:51 3-APR 53.548 28.003 148 9:47:51 3-APR 53.798 28.253 148 10:02:51 3-APR 54.048 28.503 148 10:17:51 3-APR 54.298 28.753 148 10:32:51 3-APR 54.548 29.003 148 10:47:51 3-APR 54.798 29 253 148 11:02:51 3-APR 55 048 29 503 148 11:17:51 3-APR 55 298 29 753 148 11:32:51 3-APR 55 548 30 003 148 11:47:51 3-APR 55 798 30 253 147 12:02:51 3-APR 56 048 30 503 147 12:17:51 3-APR 56 298 30.753 147 12:32:51 3-APR 56.548 31.003 147 12:47:51 3-APR 56.798 31.253 147 13:02:51 3-APR 57.048 31.503 147 13:17:51 3-APR 57.298 31.753 147 13:32:51 3-APR 57.548 32.003 147 13:47:51 3-APR 57.798 32 253 147 14:02:51 3-APR 58.048 32 14:17:51 3-APR 58 298 32 14:32:51 3-APR 58 14:47:51 3-APR 58 15:02:51 3-APR 59 15:17:51 3-APR 59 15:32:51 3-APR 59 15:47:51 3-APR 59 16:02:51 3-APR 60 16:17:51 3-APR 60 16:32:51 3-APR 60 16:47:51 3-APR 60.798 35 548 33 798 33 048 33 298 33 548 34 798 34 048 34 298 34 548 35 503 147 753 147 003 147 253 146 503 146 753 145 003 145 253 145 503 145 753 145 003 145 253 146 92 1756.89 84 1788.47 76 1817.61 68 1843.79 58 1868.17 53 1891.30 50 1912.00 42 1931.60 31 1949.67 21 1966.71 13 1982.23 05 1996.88 97 2017.68 78 2061.90 91 919.72 45 647.51 35 842.52 56 966.22 69 1039.80 72 1136.00 72 1223.51 72 1295.93 67 1359.56 64 1430.11 59 1489.89 51 1549.98 45 1592.38 38 1635.62 30 1675.06 22 1710.75 14 1744.84 06 1775.68 95 1803.71 84 1830.36 76 1853.97 68 1875.70 61 1895.88 50 1914.28 42 1931.70 34 1947.47 31 1962.28 21 1976.13 13 1989 15 05 2001 67 91 2062 54 57 2271 62 82 2340 45 48 2303 94 32 2285 91 21 2271 88 13 2276.26 35 1267.36 36 801.29 FIELD REPORT # 129668 INSTRUMENT # MSRT-BV PAGE 8 TEST PHASE' FLOW PERIOD # 3 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 17:02:51 3-APR 17:17:51 3-APR 17:32:51 3-APR 17:47:51 3-APR 18:02:51 3-APR 18:17:51 3-APR 18:32:51 3-APR 18:47:51 3-APR 19:02:51 3-APR 19:17:51 3-APR 19:32:51 3-APR 19:47:51 3-APR 20:02:51 3-APR 20:17:51 3-APR 20:32:51 3-APR 20:47:51 3-APR 21:02:51 3-APR 21:17:51 3-APR 21:32:51 3-APR 21:47:51 3-APR 22:02:51 3-APR 22:17:51 3-APR 22:32:51 3-APR 22:47:51 3-APR 23:02:51 3-APR 23:17:51 3-APR 23:32:51 3-APR 23:47:51 3-APR 0:02:51 4-APR 0:17:51 4-APR 0:32:51 4-APR 0:47:51 4-APR 1:02:51 4-APR 1:17:51 4-APR 1:32:51 4-APR 1:47:51 4-APR 2:02:51 4-APR 2:17:51 4-APR 2:32:51 4-APR 2:47:51 4-APR 3:02:51 4-APR 3:17:51 4-APR 3:32:51 4-APR 3:47:51 4-APR 4:02:51 4-APR 4:17:51 4-APR 4:32:51 4-APR 4:47:51 4-APR 5:02:51 4-APR 5:17:51 4-APR 5:32:51 4-APR 5:47:51 4-APR 6:02:51 4-APR 6:17:51 4-APR 6:32:51 4-APR 61.048 61.298 61.548 61.798 62.048 62.298 62.548 62.798 63.048 63.298 63.548 63.798 64.048 64.298 64.548 64.798 65.048 65.298 65.548 65.798 66.048 66.298 66.548 66.798 67.048 67.298 67.548 67.798 68.048 68.298 68.548 68.798 69.048 69.298 69.548 69.798 70.048 70.298 70.548 70.798 71.048 71.298 71.548 71.798 72.048 72.298 72.548 72.798 73 048 73 298 73 548 73 798 74 048 74 298 74 548 35.503 35.753 36.003 36.253 36.503 36.753 37.003 37.253 37.503 37.753 38.003 38.253 38.503 38.753 39.003 39.253 39.503 39.753 40.003 40.253 40.503 40.753 41.003 41 253 41 503 41 753 42 003 42 253 42 503 42 753 43 003 43 253 43 503 43 753 44 003 44 253 44 503 44 753 45 003 45 253 45 503 45 753 46 003 46 253 46 503 46 753 47.003 47.253 47.503 47.753 48.003 48.253 48.503 48.753 49.003 147 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 147 147 147 147 147 147 147 147 147 147 147 146 146 147 147 148 148 148 148 149 148 148 148 148 148 148 148 148 148 148 148 148 148 147 147 147 147 147 147 .47 798.47 .08 842.60 .45 1021.99 61 1146.14 69 1252.54 72 1344.60 67 1423.11 61 1492.26 56 1553.59 51 1607.15 .43 1654.38 .35 1698.21 .27 1735.10 .19 1770.63 .11 1802.46 03 1831.24 98 1857.41 90 1880.65 79 1901.94 68 1921.21 58 1939.46 47 1955.09 37 1969.19 29 1982.34 21 1994.66 13 2006.20 05 2016.96 97 2037.79 83 2074.18 15 981.90 76 675.74 38 750.43 69 888.60 88 1021.36 96 1138.91 O1 1247.80 99 1339.54 93 1418.89 91 1488.40 85 1549.98 77 1603.90 67 1650.78 59 1693.08 51 1730.90 43 1754.37 38 1791.50 27 1816.94 19 1839.34 08 1859.34 98 1877.17 90 1893.34 82 1907.55 71 1921.52 66 1935.49 55 1948.20 FIELD REPORT ~ 129668 INSTRUMENT = MSRT-BV PAGE 9 TEST PHASE: FLOW PERIOD # 3 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM'SS DD-MMM TIME, HR TIME, HR DEG F PSIA 6'47'51 4-APR 74.798 49 253 147 50 1959 52 7:02:51 4-APR 75.048 7:17~51 4-APR 75.298 7:32:51 4-APR 75.548 7:47:51 4-APR 75.798 8:02:51 4-APR 76.048 8:17:51 4-APR 76.298 8:32:51 4-APR 76.548 8:47:51 4-APR 76.798 9:02:51 4-APR 77.048 9:17:51 4-APR 77.298 9:32:51 4-APR 77.548 9:47:51 4-APR 77.798 10:02:51 4-APR 78.048 10:17:51 4-APR 78.298 10:32:51 4-APR 78.548 10:47:51 4-APR 78.798 11:02:51 4-APR 79.048 11:17:51 4-APR 79.298 11:32:51 4-APR 79.548 11:47:51 4-APR 79.798 12:02:51 4-APR 80.048 12:17:51 4-APR 80.298 12:32:51 4-APR 80.548 12:47:51 4-APR 80.798 13:02:51 4-APR 81.048 13:17:51 4-APR 81.298 13:32:51 4-APR 81.548 13:47:51 4-APR 81.798 14:02:51 4~APR 82.048 14:17:51 4-APR 82.298 14:32:51 4-APR 82.548 14:47:51 4-APR 82.798 15:02:51 4-APR 83.048 15:17:51 4-APR 83.298 15:32:51 4-APR 83.548 15:47:51 4-APR 83.798 16:02:51 4-APR 84.048 16:17:51 4-APR 84.298 16:32:51 4-APR 84.548 16:47:51 4-APR 84.798 17:02:51 4-APR 85.048 17:17:51 4-APR 85.298 17:32:51 4-APR 85.548 17:47:51 4-APR 85.798 17:54:51 4-APR 85.914 49 503 49 753 50 003 50 253 5O 5O3 50 753 51 003 51 253 51 503 51 753 52.003 52.253 52.503 52.753 53.003 53.253 53.503 53.753 54.003 54.253 54.503 54.753 55.003 55.253 55.503 55.753 56.003 56.253 56.503 56.753 57.003 57.253 57.503 57.753 58.003 58.253 58.503 58.753 59.003 59.253 59.503 59.753 60.003 60.253 60.369 147 147 147 147 147 147 148 148 149 149 149 149 149 149 148 148 148 148 148 148 148 148 148 148 148 147 147 147 147 147 147 147 147 147 147 147 147 147 148 148 149 149 149 149 149 42 37 29 02 26 90 45 83 01 O9 12 12 09 04 96 91 83 72 64 56 51 ~0 3O 22 O8 98 9O 82 74 66 58 5O 45 39 31 13 10 68 4O 88 15 22 22 15 15 1969 82 1980 13 2023 42 2085 38 1011 76 669 87 736.14 891.51 1013.38 1090.73 1195.99 1294.45 1393.96 1461.82 1525.66 1578.39 1626.29 1668.25 1707.39 1743.53 1775.95 1803.99 1829.35 1851.78 1872.21 1890.04 1904.26 1917.44 1929.10 1940.24 1951.01 1960.78 1969.14 1977.89 2006.35 2057.46 1727.75 755.61 712.85 847.89 1008.68 1131.77 886.95 760.32 762.06 FIELD REPORT # 129668 INSTRUMENT # MSRT-BV PAGE 10 TEST PHASE: SHUTIN PERIOD # 3 FINAL FLOW PRESSURE ~ 762.06 PSIA PRODUCING TIME = 64.264 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH:MM'SS DD-MMM TIME, HR TIME, HR DEG F PSIA PSI TIME 17:54:51 4-APR 85.914 17:55:31 4-APR 85.925 17:56:11 4-APR 85.936 17:56:51 4-APR 85.948 17:57:31 4-APR 85.959 17:58:11 4-APR 85.970 17:58:51 4-APR 85.981 17:59:31 4-APR 85.992 18:00:11 4-APR 86.003 18:00:51 4-APR 86.014 18:02:11 4-APR 86.036 18:03:31 4-APR 86.059 18:04:51 4-APR 86.081 18:06:11 4-APR 86.103 18:07:31 4-APR 86.125 18:08:51 4-APR 86.147 18:10:11 4-APR 86.170 18:11:31 4-APR 86.192 18:12:51 4-APR 86.214 18:14:11 4-APR 86.236 18:15:31 4-APR 86.259 18:16:51 4-APR 86.281 18:18:11 4-APR 86.303 18:19:31 4-APR 86.325 18:20:51 4-APR 86.348 18:22:11 4-APR 86.370 18:23:31 4-APR 86.392 18:24:51 4-APR 86.414 18:30:51 4-APR 86.514 18:36:51 4-APR 86.614 18:42:51 4-APR 86.714 18:48:51 4-APR 86.814 18:54:51 4-APR 86.914 19:00:51 4-APR 87.014 19:06:51 4-APR 87.114 19:12:51 4-APR 87.214 19:18:51 4-APR 87.314 19:24:51 4-APR 87.414 19:30:51 4-APR 87.514 19:36:51 4-APR 87.614 19:42:51 4-APR 87.714 19:48:51 4-APR 87.814 19:54:51 4oAPR 87 914 20:00:51 4-APR 88 20:06:51 4-APR 88 20:12:51 4-APR 88 20:18:51 4-APR 88 20:24:51 4-APR 88 20:30:51 4-APR 88 20:36:51 4-APR 88 20:42:51 4-APR 88 20:48:51 4-APR 88 20:54:51 4-APR 88 21:09:51 4-APR 89 014 114 214 314 414 514 614 714 814 914 164 0 000 149.15 762.06 0 011 149.15 824.14 0 022 149.15 886.49 0 033 149.12 946.11 0 044 149.12 1002.51 0 056 149 09 1056.41 0 067 149 09 1107.38 0 078 149 09 1155.06 0.089 149 09 1199.27 0.100 149 07 1239.78 0.122 149 04 1291.88 0.144 148.99 1355.72 0.167 148.93 1406.33 0.189 148.88 1447.36 0 211 148.83 1482.89 0 233 148.77 1513.38 256 148.69 1539.67 278 148.64 1563.23 300 148.59 1584.27 0.00 62.08 3.7602 124.43 3.4624 184.05 3 2853 240.45 3 1599 294.35 3 0640 345.32 2 9845 393.00 2 9173 437.21 2 8600 477.72 2.8086 529.82 2.7218 593.66 2.6491 644.27 2.5872 685.30 2 5332 720.83 2 4848 751.32 2 4416 777.61 2 4023 801.17 2 3661 822.21 2 3329 322 148 53 1603.31 ~841.25 2 344 148 367 148 389 148 411 148 0 433 148 0 456 148 0 478 148 0 500 148 0 600 148 0 700 147 0 800 147 0 900 147 1 000 147 1 100 147 1 200 147 1 300 147 1 400 147 1.500 147 1.600 147 1.700 147 1.800 147 1.900 147 2.000 147 2.100 147 2.200 147 2.300 147 2.400 147 2.500 147 2.600 147 2.700 147 2.800 146 2.900 146 3.000 146 3.250 146 3021 51 1620.26 45 1635.03 40 1648.52 38 1661.38 32 1673.60 30 1684.94 27 1695.57 22 1705 13 08 1743 53 858.20 2 2731 872.97 2.2462 886.46 2.2208 899.32 2.1967 911.54 2.1741 922.88 2.1525 933.51 2.1319 943.07 2.1124 981.47 2 0339 98 1773 90 1798 82 1819 74 1837 68 1854 63 1868 55 1881 50 1893 45 1904 39 1913 34 1923 34 1933 34 1941 37 1949 37 1964 34 1967 26 1973 23 1978 18 1984 07 1988 02 1993 94 1998 89 2003.21 1241.15 1 86 2007.62 1245.56 1 75 2018.15 1256.09 1 60 1011.54 1 86 1036.80 1 82 1057.76 1 84 1075.78 1 51 1092.45 1 39 1106.33 1 59 1119.53 1 9676 9102 8598 8147 7739 7368 7027 45 1131.39 1.6712 34 1142.28 1 6419 55 1151.49 1 46 1161.40 1 16 1171.10 1 72 1179.66 1 45 1187.39 1 59 1202.53 1 60 1205.54 1 18 1211.12 1 32 1216.26 1 36 1222.30 1 78 1226.72 1 81 1231.75 1 70 1236.64 1 6145 5889 5647 5419 5202 4997 4802 4615 4437 4266 4102 3945 3793 3647 3507 3175 FIELD REPORT # 129668 INSTRUMENT ~ MSRT-BV PAGE 11 TEST PHASE' SHUTIN PERIOD # 3 FINAL FLOW PRESSURE = 762.06 PSIA PRODUCING TIME = 64.264 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA PSI TIME 21:24:51 4-APR 89.414 3.500 146 21:39:51 4-APR 89.664 3.750 146 21:54:51 4-APR 89.914 4.000 146 22:09:51 4-APR 90.164 4.250 146 22:24:51 4-APR 90.414 4.500 146 22:39:51 4-APR 90.664 4.750 146 22:54:51 4-APR 90.914 5.000 146 23:09:51 4-APR 91.164 5.250 146 23:24:51 4-APR 91.414 5.500 146 23:39:51 4-APR 91.664 5.750 146 23:54:51 4-APR 91.914 6.000 146. 0:09:51 5-APR 92.164 6.250 146 0:24:51 5-APR 92.414 6.500 146 0:39:51 5-APR 92.664 6.750 146 0:54:51 5-APR 92.914 7.000 146 1:09:51 5oAPR 93.164 7.250 146 1:24:51 5-APR 93.414 7.500 146 1:39:51 5-APR 93.664 7.750 146 1:54:51 5-APR 93.914 8.000 146 2:09:51 5-APR 94.164 8.250 146 2:24:51 5-APR 94.414 8.500 146 2:39:51 5-APR 94.664 8.750 145 2:54:51 5-APR 94.914 9.000 145 3:09:51 5-APR 95.164 9.250 145 3:24:51 5-APR 95.414 9.500 145 3:39:51 5-APR 95.664 9.750 145 3:54:51 5-APR 95.914 10.000 145 4:09:51 5-APR 96.164 10.250 145 4:24:51 5-APR 96.414 10.500 145 4:39:51 5-APR 96.664 10.750 145 4:54:51 5-APR 96.914 11.000 145 5:05:41 5-APR 97.095 11.181 145 70 62 54 52 46 44 41 36 3O 25 20 17 17 14 12 O9 O6 O4 04 O1 01 98 98 96 93 93 9O 90 88 85 82 82 2027 83 2036 46 2044 75 2052 28 2059 39 2066 22 2072 57 2078.34 2084.12 2089.42 2094.54 2099.42 2104.00 2108.44 2112.96 2117.13 2120.79 2124.17 2127.79 2131.49 2135.07 2138.26 2140.86 2143.13 2146.32 2149.36 2152.23 2155.15 2157.86 2160.52 2163.00 2164.85 1265.77 1274.40 1282.69 1290.22 1297.33 1304.16 1310.51 1316.28 1322.06 1327.36 1332.48 1337.36 1341.94 1346.38 1350.90 1355.07 1358.73 1362.11 1365.73 1369.43 1373.01 1376.20 1378.80 1381.07 1384.26 1387.30 1390.17 1393.09 1395.80 1398.46 1400.94 1402.79 1 2869 1 2586 1 2321 1 2074 1 1841 1 1622 1 1415 1 1219 1 1033 1 0855 1 0686 1.0524 1.0369 1.0220 1.0078 0.9941 0.9808 0.9681 0.9558 0.9440 0.9325 0.9214 0.9106 0.9002 0.8901 0.8803 0.8708 0.8615 0.8525 0.8437 0.8352 0.8292 Drill Stem Test #4 Company Well Name Country Test date Report number District : ARCO Alaska, Incorporated : Kuukpik #3 : USA : 07-APR-93 : One : Alaska Remote Testing Co representative SWS representative : D.Lutrick/J.Rall : K.Barnard/C.Marsalek ARCO Alaska, Incorporated Kuukpik 03 DST 04 GENE L INF0 ATION Service/client reference Company Well Name Country State Test type : Drill Stem Test #4 : ARCO Alaska, Incorporated : Kuukpik #3 : USA : Alaska : DST with Coiled Tubing 0PE TION DATA Test date Report number District Co representative SWS representative Unit system : 07-APR-93 : One : Alaska Remote Testing : D.Lutrick/J.Rall : K.Barnard/C.Marsalek : US Oil WELL DATA Well type Fluid type Minimum restriction Vertical depth Casing size/shoe Tubing shoe at Perforation shot density Perforation gun type Perforation conditions Perforation interval(s) Test interval : Wildcat : Oil : 2.25" : PBTD @ 5548' : 7", 29# : Wireline entry guide = 2627' : 12 SPF : 4-1/2" HSD : Underbalence = -353 psi : 28 ft : PKR @ 2578' to PBTD PROPERTIES Type Weight/viscosity : NaCl/NaBr BRINE : 10.3 ppg ARCO ALASKA INCORPORATED KUUKPIK #3 DST #4 SUMMARY OF EVENTS O4/06/93 10:35 Rig up wireline with junk basket Rig up guns and packer Run guns in hole 04/07/93 01:21 01:22 01:27 07:27 07:57 08:27 08:46 08:53 09:07 09:12 09:26 09:59 Guns fire Open well at surface Shut in at surface Run wireline in hole to drop gUlls. Guns dropped Wireline out, close master valve Vacuum dry lube Rig up with LINC Open Master valve Open well at surface Start LINC in hole Shut in at surface Latch LINC communication established. Unlatched pull out of hole rig down wireline Rig up coil tubing. 04/08/93 Jet and Flow 04/09/93 11:19 11:22 11:30 11:45 12:07 12:55 Cycle PORT Cycle PCT closed. Rig up Schlumberger wireline. End rig up WL. Begin pressure test surface equip. RIH with LINC. Latched with LINC. Communication established. 04/10/93 03:30 05:38 05:43 05:48 05:53 Unlatch LINC & POOH with WL. Cycle PCT Open. Cycle PCT Closed. Cycle PCT Open. Cycle PCT Closed. 05:58 06:40 04/11:93 11:15 12:30 Cycle PCT Open. PCT set to Hold Open position. RIH with coil tubing. Begin circulating. On btm w/CT at 2740'. Begin lay down DST tools. End lay down DST tools. ARCO ALASKA INCORPORATED KUU IK No.3 FULLBORE TEST STRING WITH 3 1/2" COILED TUBING CONNECTIONS TOOL DESCRIPTION OD ID LENGTH DEPTH ARCO ~ Wellhead LANDED OUT 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE 3 1/2 IF 3 1/2 IF 3 1/2 IF 3 1/2 EUE 3 1/2 EUE 3 1/2 EUE 3 1/2 IF 3 1/2 I.F. 3 1/2 IF 3 1/2 IF 4 1/4 4 SA 4 1/4 4 SA 3 1/2 IF 3 1/2 IF 3 1/2 IF 3 1/2 EUE 3 1/2 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE BAKER BAKER 3 1/2" Coiled Tubing to Surface (Wall thickness = 0.203') Baker Telescoping Swivel sub Otis "X" Nipple 3 1/2" · 2.81" ID 1 Joint Tubing 3 1/2' EUE Cross Over SHORT Reversing Valve Cross Over 1 Joint Tubing 3 1/2" EUE Cross Over LINC Inductive Coupler MSRT 3 Channel Recorder PCT w/HOLD OPEN. 1OK Fullbore Ball Valve Opens · 1200 Psi PORT - PCT Reference Tool RCAR. 2 Gauge Recorder Carrier IOK Fullbore Cross Over Sub Cross Over Sub Pup Joint Tubing 2 7/8" EUE Cross Over Sub Baker Seal Locator Sub Total length=IS.5' (-0.83' stick-up) 3.50 5.0 3 1/2 3 1/2 4.75 5.0 4.75 3 1/2 4.75 5.0 5.0 5.0 5.0 5/5.15e 2 7/8 4.50 2 7/8 3.750 4.50 3.085 2.992 2.813 2.996 2.25 2.4 2.875 2.996 2.875 2.25 2.25 2.25 2.25 2.25 2.875 2.38 2.441 2.441 3.0eng 28 2389.92 7.08 1.47 31.16 1.0 2.83 1.31 31.28 0.91 11.67 7.27 25.82 5.92 15.75 1.22 0.91 10.06 0.67 0.83 28 2417.92 2425 2426.47 2457.63 2458.63 2461.46 2462.77 2494.05 2494.96 2506.63 2513.9 2539.72 2545.64 2561.39 2562.61 2563.52 2573.58 2574.25 2575.08 DST #4 Revised 06-APR-lg93, Final DEPTHS ARE FROM RKB ARCO KUUKPIK No.3 FULLBORE TEST STRING WITH 3 1/2" CONNECTIONS TOOL DESCRIPTION BAKER BAKER 2 7/8 EUE BAKER 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE 2 7/8 EUE SWS SWS SWS SWS ALASKA INCORPORATED Baker Model "FB-I' Prod. Packer Assembly Size 85-40 Baker Seal bore extension Cross Over Sub 1 Joint Tubing 2 7/8" EUE Ported debris sub TCR-B, Hydromechanical Gun Release (2"Otis-B Shifting Tool Used to Release) 1 Joint Tubing 2 7/8' EUE HDF-B/BHF-C SBS Firing Head (BHF-C used as Primary Firing Head) Safety Spacer 4-1/2' Guns w/34B Hyperjet II · 12 SPF, 60 deg. Phasing BULLNOSE COILED TUBING OD ID LENGTH DEPTH 5.875 3.0eng 3.31 2578.39 5.0 3.0eng 14.39 2592.78 5.687 2.441 0.69 2593.47 2 7/8 2.441 31.50 2624.97 3.68 2.441 .42 2625.39 3.62 1.791/2.75 2.54 2627.93 2 7/8 2.441 31.51 2659.44 3.68 --- 8.94 2668.38 4.5 --- 13.62 2682 4.5 --- 28 2710 4.5 .70 2710.7 DST #4 Revised 06-APR-1993, Final DEPTHS ARE FROM RKB ******************************* ** WELL TEST DATA PRINTOUT ** ******************************* COMPANY' ARCO ALASKA, INC. WELL: KUUKPIK #3 - DST FIELD REPORT NO. 129669 INSTRUMENT NO. MSRT-BV RECORDER CAPACITY: 10000 PSI PORT OPENING' INSIDE DEPTH: 2514 FT LABEL POINT INFORMATION TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED PRESSURE TEMP. HH:MM-SS DD-MMM EXPLANATION TIME, HR PSIA DEG F 1 19:15:37 6-APR HYDROSTATIC MUD 2 22:44:37 6-APR OPENED TOOL 3 1:19:47 7-APR FIRE GUNS & START FLOW 4 1:26:47 7-APR END FLOW & START SHUT-IN 5 7:26:57 7-APR END SHUT-IN & START FLOW 6 8:52:47 7-APR OPENED ON SURFACE 7 9:09:57 7-APR CLOSED ON SURFACE 8 11:19:27 9-APR END FLOW & START SHUT-IN 9 5:33:27 10-APR END SHUT-IN 10 17:42:27 10-APR HYDROSTATIC MUD 4.594 1346.65 8.077 925.95 10.663 928.97 10.780 947.15 16.782 1222.41 18.213 1023.04 18.499 928.07 68.658 696.62 86.891 1232.67 99.041 1359.86 61.92 58.62 59.75 60.41 61.50 61.84 62.61 65.20 62.98 57.24 SUMMARY OF FLOW PERIODS START END START END INITIAL ELAPSED ELAPSED DURATION PRESSURE PRESSURE PRESSURE PERIOD TIME, HR TIME, HR HR PSIA PSIA PSIA 1 10.663 10.780 0.117 928.97 947.15 928.97 2 16.782 68.658 51.875 1222.41 696.62 1222.41 SUMMARY OF SHUTIN PERIODS START END START END FINAL FLOW ELAPSED ELAPSED DURATION PRESSURE PRESSURE PRESSURE PRODUCING PERIOD TIME, HR TIME, HR HR PSIA PSIA PSIA TIME, HR 1 10.780 16.782 6.003 947.15 1222.41 947.15 0.117 2 68.658 86.891 18.233 696.62 1232.67 696.62 51.992 BOTTOMHOLE PRESSURE LOG FIELD REPORT NO. i29669 INSTRUMENT NO. MSRT-BV DEPTH '. 25IN FT £OMPANT : ARCO ALASKA, INC. NELL : KUUKPIK ~3- DST =q CAP~CITT : 10000 PSI POBT OPENING : INSIDE MSBT ELECTBONIC GRUGE - PBIMRRT 8ELON VALVE PRESSUBE DAT~ ~. ............ i ............ i ............ i i i ...... ...... ........... i i i ...... ...... ............ i i ...... ...... . : : :!ii ...... ..... ..... i i~ i ' ' ' ~ ~ ~: ~ : : ~ . :: ~ ~' ..... ..... : : ..~.,~1 : : : : : : : : : : : .... ! ......... [.~..'-.~ ........... ' ............ ~ ...... ! ..... ' ........... i ...... ! ...... ! ...... ...... !...:.! ........... i .... , ...... ~..~.,~-,.:.i:--.~ .................. ' ...... ! ...... i .......... i ...... ' ..... i .... .... i ...... I--.~..:,~: ...... i ............ : ...... : ............... .i ...... i ...... : ............. -[-.i.... ............. i .......... i. ....... :.. ........... : ............ : ................................... i. ..... .... :"/'~l'::~i ~i'-~/"!:: .... ~.~lii .... ~ ..... :-~ ..... ~:'! ...... >~~: ..... : ............. ~i iI .... ! ...... ii ........... ii ': ...... ::i .......... i: ...... :i" :: : ............. ! : : : '.... ..... : ...... : ...... ! ........... .: ...... : ...... i, : · ..... ~ ...... . ...... . ........... ~ ...... . ...... . ............ . ...... .. .-. ........... ,' ...... : ...... : ............ : ...... : ...... : ...... , ..... ..' ...... : ...... :. .......... ..' ...... : ...... ...... : ...... ; ...... : ............ ; ...... : ..... ~ ..... · : ' ' ' ' i ' : : : ; : : : : ' ; : ' 0 6 27 q8 6q- 80 96 1 2 128 lqq ELAPSED TIME (HR) BOTTOMHOLE TEMPERATURE LOG FIELD REPORT NO. 129889 INSTRUMENT NO. MSPiT-BV DEPTH : 251q FT COMPANT : ARCO ALASKA, INC. NELL : KUUK?IK ~- DST =LI MSRT ELECTRONIC GRUGE - PRIMRRT BELON V~LVE TEMPER~TURE D~T~ II o q- l-- o CZ) ELAPSED TIME (HR) FIELD REPORT # 129669 INSTRUMENT # MSRT-BV PAGE 2 TEST PHASE: FLOW PERIOD # 1 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 1:19:47 7-APR 10.663 1:20:27 7-APR 10.674 1:21:07 7-APR 10.685 1:21:47 7-APR 10.696 1:22:27 7-APR 10.708 1:23:07 7-APR 10.719 1:23:47 7-APR 10.730 1:24:27 7-APR 10.741 1:25:07 7-APR 10.752 1:25:47 7oAPR 10.763 1:26:27 7-APR 10.774 1:26:47 7-APR 10.780 0 000 0 011 0 022 0 033 0 044 0 056 0 067 0 078 0 089 0.100 0.111 0.117 59 59 59 60 60 60 60 59 59 59 59 59 78 81 86 94 07 23 36 41 75 928.97 78 937.12 78 938.76 78 1164.69 1118.83 1085.12 1042.52 1010.03 982.67 964.91 950.27 947.15 TEST PHASE: SHUTIN PERIOD # 1 FINAL FLOW PRESSURE - 947,15 PSIA PRODUCING TIME - 0.117 HR TIME OF DAY DATE HH:MM:SS DD-MMM 1:26:47 7-APR 1:27:27 7-APR 1:28:07 7-APR 1:28:47 7-APR 1:29:27 7-APR 1:30:07 7-APR 1:30:47 7-APR 1:31:27 7-APR 1:32:07 7-APR 1:32:47 7-APR 1:34:07 7-APR 1:35:27 7-APR 1:36:47 7-APR 1:38:07 7-APR 1:39:27 7-APR 1:40:47 7-APR 1:42:07 7-APR 1:43:27 7-APR 1:44:47 7-APR 1:46:07 7-APR 1:47:27 7-APR 1:48:47 7-APR 1:50:07 7-APR 1:51:27 7-APR 1:52:47 7-APR 1:54:07 7-APR 1:55:27 7-APR 1:56:47 7-APR 2:02:47 7-APR 2:08:47 7-APR 2:14:47 7-APR 2:20:47 7-APR 2:26:47 7~APR 2:32:47 7-APR 2:38:47 7-APR ELAPSED DELTA TIME, HR TIME, HR 10,780 0,000 60 10.791 0.011 60 10,802 0,022 60 10,813 0.033 60 10,824 0,044 60 10,835 0,056 60 10,846 0.067 61 10,858 0.078 61 10.869 0.089 61 10,880 0,100 61 10,902 0,122 61 10,924 0,144 61 10,946 0,167 61 10,969 0,189 61 10,991 0,211 61 11,013 0.233 61 11,035 0,256 61 11,057 0.278 61 11,080 0,300 61 11,102 0,322 61 11,124 0.344 61 11,146 0.367 61 11.169 0.389 61 11,191 0.411 61 11,213 0,433 61 11,235 0.456 61 11.258 0.478 61 11.280 0.500 61 11,380 0.600 61 11.480 0.700 61 11.580 0.800 60 11,680 0.900 60 11.780 1..000 60 11.880 1.100 60 11.980 1.200 60 BOT HOLE BOT HOLE LOG TEMP. PRESSURE DELTA P HORNER DEG F PSIA PSI TIME 41 947,15 0,00 55 956,83 9,68 1,0587 68 963,82 16.67 0,7941 78 969,60 22,45 0,6532 86 975,17 28,02 0,5589 94 980.77 33.62 0.4908 02 986.11 38,96 0,4393 07 991,01 43,86 0,3978 15 995,88 48.73 0,3638 21 1000,57 53,42 0,3358 29 1009,34 62,19 0.2909 34 1017,33 70,18 0,2571 37 1025,18 78.03 0.2304 39 1032.66 85.51 0.2088 42 1038,73 91,58 0,1910 42 1044,21 97,06 0,1761 42 1049,37 102,22 0,1633 39 1054,35 107,20 0,1523 39 1058,54 111,39 0.1427 37 1062,64 115,49 0,1342 34 1066,72 119.57 0.1267 31 1070.43 123,28 0,1200 29 1073.72 126,57 0,1139 26 1077.27 130,12 0.1085 26 1080,63 133.48 0.1035 23 1083,67 136.52 0.0990 21 1086.78 139,63 0.0949 18 1089.43 142.28 0.0911 07 1101.41 154,26 0.0772 00 1111,52 164.37 0,0669 94 1120,33 173.18 0,0591 89 1127.59 180,44 0,0529 86 1134.11 186,96 0,0479 86 1140,36 193,21 0.0438 86 1147.04 199.89 0.0403 FIELD REPORT ~ 129669 INSTRUMENT # MSRT-BV PAGE 3 TEST PHASE: SHUTIN PERIOD # 1 FINAL FLOW PRESSURE - 947.15 PSIA PRODUCING TIME z 0.117 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH:MM:SS DD-MIMM TIME, HR TIME, HR DEG F PSIA PSI TIME 2:44:47 7-APR 12 2:50:47 7-APR 12 2:56:47 7-APR 12 3:02:47 7-APR 12 3:08:47 7-APR 12 3:14:47 7-APR 12 3:20:47 7-APR 12 3:26:47 7-APR 12 3:32:47 7-APR 12 3:38:47 7-APR 12 3:44:47 7-APR 13 3:50:47 7-APR 13 3:56:47 7-APR 13 4:02:47 7-APR 13 4:08:47 7-APR 13 4:14:47 7-APR 13 4:20:47 7-APR 13 4:26:47 7-APR 13 4:41:47 7-APR 14 4:56:47 7-APR 14 5:11:47 7-APR 14 5:26:47 7-APR 14 5:41:47 7-APR 15 5:56:47 7-APR 15 6:11:47 7-APR 15 6:26:47 7-APR 15 6:41:47 7-APR 16 6:56:47 7-APR 16 7:11:47 7-APR 16 7:26:47 7-APR 16 7:26:57 7-APR 16 O8O 180 280 380 48O 58O .680 .780 .880 .980 .080 .180 .280 .380 .480 .580 .680 .780 .030 .280 .530 .780 .030 .280 .530 .780 .030 .280 .530 .780 .782 1 300 1 400 1 500 1 600 1 700 1 800 1 900 2 000 2 100 2 200 2 300 2.400 2.500 2.600 2.700 2.800 2.900 3.000 3.250 3.500 3.750 4.000 4.250 4.500 4.750 5.000 5.250 5.500 5.750 6.000 6.003 60 60 60 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61. 61 61 61 61 61 61 61 61. 89 1153.39 206.24 0.0373 94 1158.35 211.20 0.0348 97 1163.45 216.30 0.0325 00 1167.66 220.51 0.0306 02 1171.70 224.55 0.0288 02 1175.28 228.13 0.0273 05 1179.14 231.99 0.0259 07 1182.04 234.89 0.0246 10 1184.76 237.61 0.0235 10 1187.19 240.04 0.0224 13 1189.52 242.37 0.0215 13 1192.02 244.87 0.0206 15 1194.55 247.40 0.0198 15 1195.16 248.01 0.0191 18 1197.12 249.97 0.0184 18 1198.73 251.58 0.0177 21 1200.13 252.98 0.0171 23 1201.53 254.38 0.0166 26 1204.51 257.36 0.0153 31 1207.52 260.37 0.0142 34 1209.97 262.82 0.0133 37 1211.95 264.80 0.0125 39 1213.79 266.64 0.0118 39 1214.72 267.57 0.0111 42 1216.69 269.54 0.0105 44 1218.21 271.06 0.0100 44 1219.56 272.41 0.0095 47 1220.49 273.34 0.0091 47 1221.37 274.22 0.0087 50 1222.43 275.28 0.0084 50 1222.41 275.26 0.0084 TEST PHASE: FLOW PERIOD # 2 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 7:26:57 7oAPR 7:41:57 7-APR 7:56:57 7-APR 8:11:57 7-APR 8:26:57 7-APR 8:41:57 7-APR 8:56:57 7-APR 9:11:57 7-APR 9:26:57 7-APR 9:41:57 7-APR 9:56:57 7-APR 10:11:57 7-APR 10:26:57 7-APR 10:41:57 7-APR 10:56:57 7-APR 11:11:57 7-APR 16.782 17.032 17.282 17.532 17 782 18 032 18 282 18 532 18 782 19 032 19.282 19.532 19.782 20.032 20.282 20.532 0.000 0.250 0.5OO 0.750 1.000 1.250 1.500 1 750 2 000 2 250 2 500 2 750 3 000 3 25O 3 500 3 75O 61 61 61 61 61 61 62 62 62 62 62 62 62 62 62 62 50 1222.41 50 1246.07 37 1198.91 44 1172.50 52 1193.02 55 1203.59 03 943.49 66 930.50 61 958.19 42 1009.74 21 1052.47 66 926.69 69 928.46 82 929.45 92 930.14 95 930.62 FIELD REPORT # 129669 INSTRUMENT ~ MSRT-BV PAGE 4 TEST PHASE- FLOW PERIOD # 2 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH'MM'SS DD-MMM TIME, HR TIME, HR DEG F PSIA 11:26:57 7-APR 20.782 11:41:57' 7-APR 21.032 11:56:57 7-APR 21.282 12:11:57 7-APR 21.532 12:26:57 7-APR 21.782 12:41:57 7oAPR 22.032 12:56:57 7-APR 22.282 13:11:57 7-APR 22.532 13:26:57 7-APR 22.782 13:41:57 7-APR 23.032 13:56:57 7-APR 23.282 14:11:57 7-APR 23.532 14:26:57 7-APR 23.782 14:41:57 7-APR 24.032 14:56:57 7-APR 24.282 15:11:57 7-APR 24.532 15:26:57 7-APR 24.782 15:41:57 7-APR 25.032 15:56:57 7-APR 25.282 16:11:57 7-APR 25.532 16:26:57 7-APR 25.782 16:41:57 7-APR 26.032 16:56:57 7-APR 26.282 17:11:57 7-APR 26.532 17:26:57 7-APR 26.782 17:41:57 7-APR 27.032 17:56:57 7-APR 27.282 18:11:57 7-APR 27.532 18:26:57 7-APR 27.782 18:41:57 7-APR 28.032 18:56:57 7-APR 28.282 19:11:57 7-APR 28.532 19:26:57 7-APR 28.782 19:41:57 7-APR 29.032 19:56:57 7-APR 29.282 20:11:57 7-APR 29.532 20:26:57 7-APR 29.782 20:41:57 7-APR 30.032 20:56:57 7-APR 30.282 21:11:57 7-APR 30.532 21:26:57 7-APR 30.782 21:41:57 7-APR 31.032 21:56:57 7-APR 31.282 22:11:57 7-APR 31.532 22:26:57 7-APR 31.782 22:41:57 7-APR 32.032 22:56:57 7-APR 32.282 23:11:57 7-APR 32.532 23:26:57 7-APR 32.782 23:41:57 7-APR 33.032 23:56:57 7-APR 33.282 0:11:57 8-APR 33.532 0:26:57 8-APR 33.782 0:41:57 8-APR 34.032 0:56:57 8-APR 34.282 4 000 4 250 4 500 4 750 5 000 5 250 5 500 5 750 6 000 6 250 '6 500 6 750 7 000 7 250 7.500 7.750 8.000 8.250 8.500 8.750 9.000 9.250 9.500 9.750 10.000 10.250 10.500 10.750 11.000 11.250 11.500 11.750 12.000 12.250 12.500 12.750 13.000 13.250 13.500 13.750 14.000 14.250 14.500 14 750 15 000 15 250 15 500 15 750 16 000 16 250 16 500 16.750 17.000 17.250 17.500 62 62 62 62 62 62 62 62 63 63 63 61 60 60 60 61 61 61. 61. 61 62 62 62 62 62 62 62 63 63 63 63 62 62 62 62 62 63 63 63 63 63 63 63 63 63 63 63 63 63 63 63 63 63 63 63 92 90 90 98 92 71 71 71 24 27 11 39 70 44 89 31 52 63 71 81 00 13 21 29 37 77 98 06 08 06 03 98 95 92 92 95 00 06 06 08 85 96 88 93 85 82 74 69 64 61 56 56 72 85 82 931.14 931.63 933.48 935.04 982 21 1017 60 1045 49 1067 81 949 54 966 08 1146.59 1023.75 925.05 915.50 917.45 917.65 918.05 917.33 917.92 917.68 919.05 919.46 918.57 918.52 845.33 829.69 792.26 774.13 798 27 831 84 859 38 881 53 901 29 919 10 934.79 938 31 938 82 932 15 920 52 807 07 647 76 693 34 740 81 746 26 777 66 795 94 823 72 846 68 867 56 884 13 899 78 896.33 839.81 808.05 818.94 FIELD REPORT # 129669 INSTRUMENT # MSRT-BV TEST PHASE: FLOW PERIOD # 2 PAGE 5 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 1:11:57 8~APR 34.532 17 750 1:26:57 8-APR 34.782 18 000 1:41:57 8-APR 35.032 18 250 1:56:57 8-APR 35.282 18 500 2:11:57 8-APR 35.532 18 750 2:26:57 8-APR 35.782 19 000 2:41:57 8-APR 36.032 19 250 2:56:57 8-APR 36.282 19 500 3:11:57 8-APR 36.532 19.750 3:26:57 8-APR 36.782 20.000 3:41:57 8-APR 37.032 20.250 3:56:57 8-APR 37.282 20.500 4:11:57 8-APR 37.532 20 750 4:26:57 8-APR 37.782 21 000 4:41:57 8-APR 38.032 21 250 4:56:57 8-APR 38.282 21 500 5:11:57 8-APR 38.532 21 750 5:26:57 8-APR 38.782 22 000 5:41:57 8-APR 39.032 22 250 5:56:57 8-APR 39.282 22 500 6:11:57 8-APR 39.532 22 750 6:26:57 8-APR 39.782 23 000 6:41:57 8-APR 40.032 23 250 6:56:57 8-APR 40.282 23 500 7:11:57 8-APR 40.532 23 750 7:26:57, 8-APR 40.782 24 000 7:41:57 8-APR 41.032 24 250 7:56:57 8-APR 41.282 24 500 8:11:57 8-APR 41.532 24 750 8:26:57 8-APR 41.782 25 000 8:41:57 8-APR 42.032 25 250 8:56:57 8-APR 42.282 25 500 9:11:57 8-APR 42.532 25 750 9:26:57 8-APR 42.782 26 000 9:41:57 8-APR 43.032 26 250 9:56:57 8-APR 43.282 26 500 10:11:57 8-APR 43.532 26 750 10:26:57 8-APR 43.782 27.000 10:41:57 8-APR 44.032 27.250 10:56:57 8-APR 44.282 27.500 11:11:57 8-APR 44.532 27.750 11:26:57 8-APR 44.782 28.000 11:41:57 8-APR 45.032 28 250 11:56:57 8-APR 45.282 28 12:11:57 8-APR 45.532 28 12:26:57 8~APR 45.782 29 12:41:57 8-APR 46.032 29 12:56:57 8-APR 46.282 29 13:11:57 8-APR 46.532 29 13:26:57 8-APR 46.782 30 13:41:57 8-APR 47.032 30 13:56:57 8-APR 47.282 30 14:11:57 8-APR 47.532 30 14:26:57 8-APR 47.782 31 14:41:57 8-APR 48.032 31 5OO 750 000 25O 50O 750 000 250 5OO 750 000 250 63 80 846.52 63 77 871.83 63 74 890.09 63 72 902.55 63 74 895.36 63 80 892.95 63 82 891.12 63 82 888.40 63 85 886.10 63 85 883.09 63 88 881.28 63 90 880.88 63.88 882.09 63 88 883.11 63 88 884.84 63 88 887.51 63 88 891.10 63 88 896.81 63 85 907.52 63 80 917.24 63 72 932.60 63 66 945.14 63 61 955.54 63 64 947.14 63 66 949.56 63 66 949.76 63 64 960.15 63 69 941.11 63 88 894.73 63 93 888.60 63 88 906.58 63 88 901.47 63 93 842.33 64 27 754.58 64 33 767.01 64 22 825.40 63 56 957.00 63 66 1130.98 62 66 922.25 62 03 944.30 61 21 886.59 61.66 904.85 62.03 908.34 62.18 909.30 62 42 904.72 62 62 62 62 62 62 62.87 890 62.87 877 63.37 654 64.22 571 40 898.59 42 892.11 50 890 66 61 881 82 71 850 03 87 845 51 38 71 59 13 FIELD REPORT # 129669 INSTRUMENT # MSRT-BV PAGE 6 TEST PHASE: FLOW PERIOD # 2 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 14:56:57 8-APR 48 15:11:57 8-APR 48 15:26:57 8-APR 48 15:41:57 8-APR 49 15:56:57 8-APR 49 16:11:57 8-APR 49 16:26:57 8-APR 49 16:41:57 8-APR 50 16:56:57 8-APR 50 17:11:57 8-APR 50 17:26:57 8-APR 50 17:41:57 8-APR 51 17:56:57 g-APR 51 18:11:57 g-APR 51 18:26:57 8-APR 51 18:41:57 8-APR 52 18:56:57 8-APR 52 19:11:57 8-APR 52 19:26:57 8-APR 52 19:41:57 8-APR 53 19:56:57 8-APR 53 20:11:57 8-APR 53 20:26:57 8-APR 53 20:41:57 8-APR 54 20:56:57 8-APR 54 21:11:57 8-APR 54 21:26:57 8-APR 54 21:41:57 8-APR 55 21:56:57 8-APR 55 22:11:57 8-APR 55 22:26:57 g-APR 55 22:41:57 8-APR 56 22:56:57 8-APR 56 23:11:57 8-APR 56 23:26:57 8-APR 56 23:41:57 8-APR 57 23:56:57 8-APR 57 0:11:57 9-APR 57 0:26:57 9-APR 57 0:41:57 9oAPR 58 0:56:57 9-APR 58 1:11:57 9-APR 58 1:26:57 9-APR 58 1:41:57 9-APR 59 1:56:57 9-APR 59 2:11:57 9-APR 59 2:26:57 9-APR 59 2:41:57 9-APR 60 2:56:57 9-APR 60 3:11:57 9-APR 60 3:26:57 9-APR 60 3:41:57 9-APR 61 3:56:57 9-APR 61 4:11:57 9-APR 61 4:26:57 9-APR 61 282 31.500 64 532 31.750 64 782 32.000 64 032 32.250 63 282 32.500 63 532 32.750 63 782 33.000 63 032 33.250 63 282 33.500 63 532 33.750 63 782 34.000 63 .032 34.250 63 .282 34.500 63 .532 34.750 63 .782 35.000 63 .032 35.250 64 .282 35.500 64 .532 35.750 64 .782 36.000 64 .032 36.250 64 .282 36.500 64 .532 36.750 64 .782 37.000 64 .032 37.250 64 .282 37.500 64 .532 37.750 64 .782 38.000 64 .032 38.250 64 .282 38.500 63 .532 38.750 64 .782 39.000 64 .032 39.250 64 .282 39.500 64 532 39.750 64 782 40.000 64 032 40.250 64 282 40.500 64 532 40.750 64 782 41.000 64 032 41.250 64 282 41.500 64 .532 41.750 64 .782 42.000 64 .032 42.250 64 .282 42.500 64 .532 42.750 64 .782 43.000 64 .032 43.250 64 .282 43.500 64 532 43.750 64 782 44.000 64 032 44.250 64 282 44.500 64 532 44.750 64 782 45.000 64 11 O6 O1 98 93 90 93 93 93 90 90 88 .85 98 98 14 3O 48 46 3O 25 22 19 19 17 25 38 O1 98 O3 11 O9 11 03 11 48 59 59 54 51 46 43 4O 33 25 19 17 51 56 67 69 67 64 62 64 610.86 650.13 677.94 708.63 736.03 757.09 771.63 779.15 791.60 799.48 807.96 815.82 800.98 769.48 778.37 701.64 643.86 590.11 617.51 655.11 684.57 713.48 742.08 768.61 791.22 759.12 771.83 834.13 827.79 825.20 812.90 828.09 826.32 851.20 830.55 680.83 662.58 685.79 720.29 755.71 786.05 812.47 834.03 856.15 878.12 896.88 868.01 812.07 778.89 727.51 705.36 722.15 745.82 776.70 788.17 FIELD REPORT # 129669 INSTRUMENT # MSRT-BV PAGE 7 TEST PHASE: FLOW PERIOD # 2 TIME BOT HOLE BOT HOLE OF DAY DATE ELAPSED DELTA TEMP. PRESSURE HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA 4:41:57 9~APR 62 032 45 250 4:56:57 9-APR 62 5:11:57 9-APR 62 5:26:57 9-APR 62 5:41:57 9-APR 63 5:56:57 9-APR 63 6:11:57 9-APR 63 282 45 532 45 782 46 032 46 282 46 532 46 5OO 750 000 25O 5OO 750 000 250 5OO 750 000 6:26:57 9-APR 63.782 47 6:41:57 9-APR 64.033 47 6:56:57 9-APR 64.283 47 7:11:57 9-APR 64.533 47 7:26:57 9-APR 64.783 48 7:41:57 9-APR 65 033 48.250 7:56:57 9-APR 65 283 48.500 8:11:57 9-APR 65 533 48.750 8:26:57 9-APR 65 783 49.000 8:41:57 9-APR 66 033 49.250 8:56:57 9-APR 66 283 49.500 9:11:57 9-APR 66.533 49.750 9:26:57 9-APR 66.783 50.000 9:41:57 9-APR 67.033 50.250 9:56:57 9-APR 67.283 50.500 10:11:57 9-APR 67.533 50.750 10:26:57 9-APR 67.783 51.000 10:41:57 9-APR 68.033 51.250 10:56:57 9-APR 68.283 51.500 11:11:57 9-APR 68.533 51.750 11:19:27 9-APR 68.658 51.875 64 72 ?98.80 64 64 64 64 64 64 65 65 65 65 64 64 64 64 64 64 64 64 64 65 65 65 65 65 65 65 65 77 791.73 69 815.19 59 829.84 72 791.73 83 771.70 93 705.47 12 647.07 33 586.36 20 623.37 01 668.15 96 707.61 91 744.40 88 775.32 83 801.00 75 820.68 67 837.16 69 827.96 75 829.00 96 746.15 12 683.25 33 605.85 49 534.17 49 562.27 36 604.32 28 643.98 33 680~36 20 696.62.~ TEST PHASE: SHUTIN PERIOD # 2 FINAL FLOW PRESSURE = 696.62 PSIA PRODUCING TIME = 51.992 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH:MM:SS DD-MMM TIME, HR TIME, HR DEG F PSIA PSI TIME 11:19:27 9-APR 68.658 11:20:07 9-APR 68.669 11:20:47 9-APR 68.680 11:21:27 9-APR 68.691 11:22:07 9-APR 68.702 11:22:47 9-APR 68.713 11:23:27 9-APR 68.724 11:24:07 9~APR 68.735 11:24:47 9-APR 68.746 11:25:27 9-APR 68.757 11:26:47 9-APR 68.780 11:28:07 9-APR 68.802 11:29:27 9-APR 68.824 11:30:47 9-APR 68.846 11:32:07 9-APR 68.869 11:33:27 9-APR 68.891 11:34:47 9-APR 68.913 11:36:07 9-APR 68.935 11:37:27 9-APR 68.958 0.000 0.011 65 0.022 65 0.033 65 0.044 65 0.055 65 0.067 65 0.078 65 0.089 65 0.100 65 0.122 65 0.144 65 0.167 65 0.189 65 0.211 65 0.233 65 0.255 65 0.278 65 0.300 65 65 20 696.62 20 703.66 20 710.23 20 715.89 17 721.35 17 726.58 17 731.71 14 736.80 14 741.99 14 746.98 12 756.53 12 765.57 12 774.33 09 782 86 09 791 01 09 798 69 07 806 19 07 813 53 07 820 71 0.00 7.04 3.6682 13.61 3.3706 19.27 3.1933 24.73 3.0680 29.96 2.9722 35.09 2.8926 40 18 2.8254 45 37 2.7681 50 36 2.7168 59 91 2.6300 68 95 2.5573 77 71 2.4955 86 24 2.4414 94.39 2.3931 102.07 2.3499 109.57 2.3107 116.91 2.2745 124.09 2.2413 FIELD REPORT # 129669 INSTRUMENT # MSRT-BV PAGE 8 TEST PHASE' SHUTIN PERIOD # 2 FINAL FLOW PRESSURE ~ 696.62 PSIA PRODUCING TIME = 51.992 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH'MM:SS DDoMMM TIME, HR TIME, HR DEG F PSIA PSI TIME 11:38:47 9-APR 11:40:07 9-APR 11:41:27 9-APR 11:42:47 9-APR 11:44:07 9-APR 11:45:27 9-APR 11:46:47 9-APR 11:48:07 9-APR 11:49:27 9-APR 11:55:27 9-APR 12:01:27 9-APR 12:07:27 9-APR 12:13:27 9-APR 12:19:27 9-APR 12:25:27 9-APR 12:31:27 9-APR 12:37:27 9-APR 12:43:27 9-APR 12:49:27 9-APR 12:55:27 9-APR 13:01:27 9-APR 13:07:27 9-APR 13:13:27 9-APR 13:19:27 9-APR 13:25:27 9-APR 13:31:27 9-APR 13:37:27 9-APR 13:43:27 9-APR 13:49:27 9-APR 13:55:27 9-APR 14:01:27 9-APR 14:07:27 9-APR 14:13:27 9-APR 14:19:27 9-APR 14:34:27 9-APR 14:49:27 9-APR 15:04:27 9-APR 15:19:27 9-APR 15:34:27 9-APR 15:49:27 9-APR 16:04:27 9-APR 16:19:27 9-APR 16:34:27 9-APR 16:49:27 9-APR 17:04:27 9-APR 17:19:27 9-APR 17:34:27 9-APR 17:49:27 9-APR 18:04:27 9-APR 18:19:27 9-APR 18:34:27 9-APR 18:49:27 9-APR 19:04:27 9-APR 19:19:27 9-APR 68 980 69 002 69 024 69 046 69 069 69 091 69 113 69 135 69.158 69.257 69.358 69.458 69.558 69.658 69.757 69.858 69.958 70.058 70.158 70.257 70.358 70.458 70.558 70.658 70.757 70.858 70.958 71.058 71.158 71.257 71.358 71.458 71.558 71.658 71.908 72.158 72.408 72.658 72.908 73.158 73.408 73.658 73.908 74.158 74 408 74 658 74 908 75 158 75408 75 658 75 908 76 158 76.408 76.658 0 322 0 344 0 367 0 389 0 411 0 433 0 455 0 478 0 5OO 0 600 0 70O 0 800 0 900 1 000 1 100 1 200 1 300 1 400 1 500 1.600 1 700 1 800 1 900 2 000 2 100 2 200 2.300 2.400 2.500 2 600 2 700 2 800 2 900 3 000 3 250 3 500 3.750 4.000 4.250 4.500 4.750 5.000 5.250 5.500 5.750 6.000 6.250 6.500 6.750 7.000 7.250 7.500 7.750 8.000 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 '64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 63 63 65 07 65 07 65 04 65 04 65 04 65 04 65 04 65 04 65 04 65 01 65 O1 65 01 64 99 64 96 64 96 64 93 64 93 64 93 91 91 88 88 88 85 85 83 83 80 80 77 77 75 72 72 67 64 59 56 51 48 46 40 38 35 30 27 25 19 17 11 06 03 98 96 827.69 834.52 841.14 847.66 854.38 860.34 866.76 873.05 879.10 904.32 928.24 951.18 972.42 992.22 1007.80 1021.99 1034.47 1046.36 1056 98 1066 88 1075 75 1083 87 1091 30 1098 O0 1104.26 1109 97 1115 89 1121 27 1126 38 1131 05 113549 1139 64 1143 58 1147 33 1156.20 1164.05 1171.18 1177.37 1182.80 1186.43 1189.31 1191.96 1194.52 1196.78 1198.98 1201.23 1203.32 1205.29 1206.95 1208.61 1210.46 1212.13 1213.71 1215.15 131.07 137.90 144.52 151.04 157.76 163.72 170.14 176.43 182.48 207.70 231.62 254.56 275.80 295.60 311.18 325.37 337.85 349.74 360.36 370.26 379.13 387.25 394.68 401.38 407.64 413.35 419.27 424.65 429.76 434.43 438.87 443.02 446.96 450.71 459.58 467.43 474.56 480.75 486.18 489.81 492.69 495.34 497.90 500.16 502.36 504.61 506.70 508.67 510.33 511.99 513.84 515.51 517.09 518.53 2 2105 2 1816 2 1547 2 1294 2 1053 2 0827 2.0612 2.0406 2.0211 1.9428 1.8766 1.8195 1.7691 1.7242 1.6836 1.6467 1.6127 1.5813 1.5522 1.5250 1.4995 1 4754 1 4528 1 4313 1 4109 1 3915 1 3730 1 3553 1 3384 1.3222 1.3066 1.2916 1.2771 1.2632 1.2304 1.2002 1 1721 1 1461 1 1217 1 0988 1 0772 1 0568 1 0376 1 0192 1 0018 0 9852 0 9694 0 9542 0.9396 0.9257 0.9123 0.8994 0.8870 0.8750 FIELD REPORT # 129669 INSTRUMENT # MSRT-BV PAGE 9 TEST PHASE: SHUTIN PERIOD # 2 FINAL FLOW PRESSURE = 696.62 PSIA PRODUCING TIME = 51.992 HR TIME BOT HOLE BOT HOLE LOG OF DAY DATE ELAPSED DELTA TEMP. PRESSURE DELTA P HORNER HH:MM'SS DD-MMM TIME, HR TIME, HR DEG F PSIA PSI TIME 19:34:27 9-APR 76.908 19:49:27 9-APR 77.158 20:04:27 9-APR 77.408 20:19:27 9-APR 77.658 20:34:27 9oAPR 77.908 20:49:27 9-APR 78.158 21:04:27 9-APR 78.408 8.250 8.500 8.750 9.000 9.250 9.500 9.750 21:19:27 9-APR 78.658 10.000 21:34:27 9-APR 78.908 10.250 21:49:27 9-APR 79.158 10.500 22:04:27 9-APR 79.408 10.750 22:19:27 9-APR 79.658 11.000 22:34:27 9-APR 79.908 11.250 22:49:27 9-APR 80.158 11.500 23:04:27 9-APR 80.408 11.750 23:19:27 9-APR 80.658 12.000 23:34:27 9-APR 80.908 12 250 23:49:27 9-APR 81.158 1~ 500 - 0:04:27 10-APR 81.408 12.750 0:19:27 10-APR 81.658 13 000 0:34:27 10-APR 81.908 13 250 '0:49:27 10-APR 82.158 13 500 1:04:27 10-APR 82.408 13 750 1:19:27 10-APR 82.658 14 000 1:34:27 10-APR 82.908 14 250 1:49:27 10-APR 83.158 14 500 2:04:27 10-APR 83.408 lZ.750 2:19:27 10-APR 83.658 15 000 2:34:27 10-APR 83.908 15 250 2:49:27 10-APR 84.158 15 500 3:04:27 10-APR 84.408 15 750 3:19:27 10-APR 84.658 16 000 3:34:27 10-APR 84.908 16 250 3:49:27 10-APR 85.158 16.500 4:04:27 10-APR 85.408 16.750 4:19:27 10-APR 85.658 17 000 4:34:27 10-APR 85[908 17 250 4:49:27 10-APR 86.158 17 500 5:04:27 10-APR 86.408 17 750 5:19:27 10-APR 86.658 18 000 5:33:27 10-APR 86.891 18 233 63.93 1216.65 63.88 1217.90 63 85 1219.15 63 82 1220.35 63 80 1221.49 63 74 1222.55 63 72 1223.53 63 69 1224.38 63 66 1225.11 63 64 1225.90 63 61 1226.59 63 56 1227.33 63 56 1228.09 63 53 1228.86 63 51 1229.50 63 48 1230.09 63 45 1230.66 63 43 1231.20 63 43 1231.73 63 40 1232.32 63 37 1232.86 63 35 1233.54 63 32 1234.06 63 32 1234.60 63 29 1235.00 63 27 1234.95 63 24 1234.28 63 21 1233.65 63 21 1232.97 63 19 1232.43 63 16 1231.91 63 14 1232.82 63 11 1234.91 63 11 1236.16 63 08 1236.71 63 06 1236.12 63 06 1235.16 63 03 1234.23 63 00 1233.61 63 O0 1233.01 62 98 1232.67 520.03 0.8634 521.28 0.8523 522.53 0.8415 523.73 0.8310 524.87 0.8209 525.93 0.8111 526.91 0.8016 527.76 0.7923 528.49 0.7834 529.28 0.7746 529.97 0.7661 530.71 0.7579 531.47 0.7499 532.24 0.7420 532.88 0.7344 533.47 0.7269 534.04 0.7197 534.58 0.7126 535.11 0.7057 535.70 0.6989 536.24 0.6923 536.92 0.6859 537.44 0.6795 537.98 0.6734 538.38 0.6673 538.33 0.6614 537.66 0.6556 537.03 0.6499 536.35 0.6444 535.81 0.6389 535.29 0.6336 536.20 0.6283 538.29 0.6232 539.54 0.6182 540.09 0.6132 539.50 0.6083 538.54 0.6036 537.61 0.5989 536.99 0.5943 536.39 0.5898 536.05 0.5856 Western Atlas International A Lltk~,n 'Dn%.F.~.r C,c,m~my CORE LABORATORIES Performed by: Core Laboratories 8005 Schoon St. Anchorage, AK gg518 {907) 349-3541 Final Report Presented April 8, lgg3 Date These analysis, opinions or interpretations are based on observations and materials supplied by the client to whom, and for whose exclusive and confidential use, this report is made. The interpretations or opinions expressed represent the best judgement of Core Laboratories (all errors and omissions excepted); but Core Laboratories and it's officers and employees assume no responsibility and make no warranty of representation as to the productivity, proper operations, profitability of any oil, gas or other mineral well or formation in connection with which such report is used or relied upon. 8005 Schoon Street, Anchoragel Alaska 99518-3045, (90'7) 349-3541, Fax (90'7) 344-2823 INTRODUCTION Core Laboratories was requested to perform a core analysis study on behalf of Arco Alaska, Inc. for samples recovered from the Kuukpik #3 well from the North Slope, Alaska. Presented herein are the results of this study. Conventional cores cut with a KCl water base mud was processed on site by Arco and Core Lab personnel, and shipped to Core Laboratories' Anchorage facility. A service description and methodology are presented in section 1. The core analysis results and lithological2descriptions for the horizontal and vertical samples are presented in section . A statistical summary and plots for the horizontal plug samples are in section 3. Section 4 contains copies of shipping and receiving transmittals. We sincerely appreciate this opportunity to be of service and hope this data prove beneficial in the development of a reservoir. Section 1 2 3 4 TABLE OF CONTENTS CONVENTIONAL CORE ANALYSIS, SERVICE DESCRIPTION CONVENTIONAL CORE ANALYSIS, TABULAR RESULTS CONVENTIONAL CORE ANALYSIS, STATISTICAL AND CORE GAMMA DATA TRANSMITTALS SECTION 1 CONVENTIONAL CORE ANALYSIS SERVICE DESCRIPTION SECTION 1 CONVENTIONAL CORE Fi el d Procedures Conventional coring equipment in conjunction with a KC1 water base drilling fluid was used to extract four inch diameter core samples during February and March of lgg3. The core was preserved using the aluminum inner core barrels. Core Lab personnel marked and cut the barrels into three feet sections. The sections were nitrogen purged, and the open ends were thencovered with rubber caps and clamped. These barrel sections were then shipped to Core Laboratories' Anchorage facility. Conventional Core Processing Upon arrival at Core Laboratories Anchorage facility, the core barrels were placed in depth order, and surface core gamma logged. The core sections were removed from the aluminum tubes ten feet at a time, fitted together, oriented, depth marked, and double striped to maintain proper orientation. Portions of the core selected by ARCO personnel were sampled in accordance with instructions dated February 12, 1993. A three inch section at the top of each foot was selected for sampling. This sample section was sawed from the core using nitrogen gas as a blade coolant. At this time the entire foot of core was slabbed into 1/4 and 3/4 splits on the same saw. The 3/4 slab was state chipped and immediately wrapped in six layers of Saran wrap and three layers of aluminum foil. When the plugging of each core was completed the wrapped sections were preserved with Core Seal. The one-inch routine plugs were cut parallel to bedding, through the central portion of the 3/4 slab. A vertical plug was taken adjacent to this site from the same core sample. The horizontal plugs were cut using hexadecane as a coolant. The vertical plugs were cut using a 1 - 3% KCl brine as a coolant. Both were trimmed to 1 1/2 inch length on a dry saw. The horizontal plugs were immediately loaded into Dean-Stark apparatus. The vertical plugs were loaded into the cleaners. Core Photographs Approximately 15 feet of the cleaned 1/4 slabbed sections appear in each photograph. Four sets of visible spectrum flash light and four sets of ultraviolet light photographs appear in separate binders. Laboratory Procedures Dean-Stark Fluid Saturation Measurements Water was extracted from horizontal plugs by Dean-Stark technique using preboiled toluene in cleaned apparatuses. Samples were placed in predried thimbles to reduce grain loss. Water extraction continued until there was no change for a four hour period. Pluq Cleaning The horizontal plugs were cleaned individually for a minimum of two day in a second Dean-Stark using chloroform. The plugs were considered clean when the chloroform was not discolored after eight hours running in the Dean Starks. Vertical plugs were batch cleaned in large Oean-Starks until no cut fluorescence was observed using trichloroethane. P1 uq Drying Horizontal plugs, in their thimbles, and the vertical plugs were dried in a convection oven for a minimum of four hours at 180 F then transfered to a vacuum oven at 180 F for a minimum of 24 hours. Both types of plugs were then weighed at minimum intervals of four hours until a stable weight was obtained. After the measurements to obtain grain volume and bulk volume information were made the horizontal plug faces were cleaned; and a new stable weight was established after drying overnight, using the same procedures as before. All samples were cooled in a desiccator to room temperature before porosity and permeability measurements were made. Dean-Stark Fluid Saturation Measurements Where: Saturations by Dean-Stark methods were calculated using Equations 1 and 2. So = [((W1 - W2 - H20)/Do)/Vpc] x 100 (1) Sw: [H20/Vpc] x 100 (2) So = Oil Saturations, Percent Sw : Water Saturation, Percent W1 = Natural Weight W2 : Extracted and Dried Weight H20 : Extracted Water, Density Assumed 1.0 gm/cc Do = Density of Oil, .85 gm/cc Vpc = Pore Volume, Corrected for Grain Loss {see below) Corrections for grain loss were applied to the water and oil saturation calculations. The corrections were made using equation 2a and 2b. Where: Vpc = Vp x [(W2 + Wgl)/W2] Vpc = Corrected Pore Volume Vp = Measured Pore Volume of Dried, Clean Sample W2 = Extracted and Dried Weight of the Sample Wgl = Weight of the Grains Lost During the Process (2a) Where: Wgl = Wpt - Wt - W2 Wgl : Weight of Grains Lost During the Process Wpt = Dry, Stable Weight of the Plug plus the thimble Wt = Weight of thimble W2 = Extracted and Dried Weight of the Sample (2b) Grain Density Grain volume determinations were measured on all samples according to Boyle's Law utilizing Helium in an Auto Porosimeter. The equipment was calibrated to yield a grain density variation of less than .005 gm/cc. Grain densities were calculated using Equation 3. Where: Dg : Mg/Vg Dg : Grain Density Vg = Grain Volume Mg = Grain Mass (3) Atmospheric Porosity of Consolidated Samples The horizontal plug samples were measured for bulk volume by mercury displacement at ambient conditions. Porosity was calculated using Equation 4. Where: P = [(Vb-Vg)/Vb)] x 100 P = Porosity, Percent Vb = Bulk Volume Vg = Grain Volume (4) Atmospheric Permeability to Air Horizontal and vertical permeabilities were measured in a Hassler type core holder at a confining pressure of 400 psig after the plugs were cleaned in a sonic cleaner and dried to stable weights Permeability calculations were performed as defined by Darcy's Equation for compressible fluids, Equation 5. Pa x v x 1000 Qa x L x L K= x (P1 - P2)(P1 +P2) Vb Where: K = Permeability v = Gas Viscosity P1 - P2 = Differential Pressure P1 + P2 2 =Hean Pressure Pa = Atmospheric Pressure qa = F1 ow Rate L = Length Vb = Bulk Volume (5) Company Well CORE : ARCO ALASKA, INC. : KUUKPIK #3 ANA L Y T I CA L PRO C EDU R LABORATORIES Field : EXPLORATION Formati on : EXPLORATION ES AND QUALITY Fi 1 e No.: BP-C- 1504 Date : 7-APR-g3 ASSURANCE HANDLING & CLEANING AN~J. YSIS Core Transportation Solvent Extraction Equipment Extraction Time Drying Equipment Drying Time Drying Temperature : Air Freight : Toluene : Dean Stark : Minimum 24 Hours : Convection and Vacuum Oven : Minimum 24 Hours : 180 degrees F. Grain volume measured by Boyle's Law in a modified U.S.B.M. porosimeter using He Bulk volume by Archimedes Principle Water saturations by Dean Stark Oil saturations by weight difference in Dean Stark Permeabilities measured on I in. diameter drilled plugs Core Ganmm Co~osite Dean Stark grain densities clean, dry solid mineral phase are measured SECTION 2 CONVENTIONAL CORE ANALYSIS TABULAR RESULTS ARCO ALASKA, INC. KUUKPUK #3 EXPLORATION NORTH SLOPE, ALASKA CORE SMPL # # DEPTH FT PERMEABILrTY HORIZONTAL KAIR MD 1 1 6239.2 1 2 6240.0 1 3 6241.0 1 4 6242.0 1 5 6243.1 1 6 6244.8 1 7 6245.0 1 8 6246.0 1 9 6247,0 1 10 6248.1 1 11 6249.0 1 12 6250.O 1 13 6251.6 1 14 6252.0 1 15 6253.2 1 16 6254.0 1 17 6255.0 2 1 6310.0 2 2 6311.0 2 3 6312.0 2 4 6313.0 2 5 6314.0 2 6 6315.0 2 7 6316.0 2 8 6317.0 2 9 6318.0 2 10 6319.0 2 11 6320.1 2 12 6321.0 2 13 6322.0 0.25 0.01 0.04 0.04 4.44 0.58 <0.01 Broken 2.37 15.23 0.22 0.07 6.86 38.58 0.01 11.41 34.13 0.90 0.27 3.05 0.43 0.55 0.58 0.33 0.52 0.73 0.67 0.70 0.37 0.61 CORE LABORATORIES Fi LE: BP-3-1504 DATE: 8-APR-93 ANALYSTS:PB,DS,TR PREUMINARY DATA DEAN STARK ANALYSIS PERMEABILITY VERTICAL KAIR MD POROSITY (HELIUM) (%) SATURATIONS OIL I WATER % Pv % Pv GRAIN DENSITY GM/CC 0.01 11.9 O. 1 99.3 2.70 <0.01 4.0 10,2 78.6 3.21 <0.01 5.6 28.4 75.1 3.28 1.87 18.6 43.9 42.9 3.16 Fractured 20.9 42.7 38.0 3.19 4.00 19.9 51.5 23.9 3.19 0.61 20.4 0.1 65.2 3.20 Broken 19.6 53.2 30.6 3.08 0.71 17.1 57.6 29.9 3.13 10.24 24.9 58.3 25.3 3.13 19.46 20.5 59.1 20.8 3.15 0.11 17.2 43.6 25.0 3.17 17.07 22.7 40.7 32.6 2.88 2.39 21.4 37.1 37.6 2.83 <0.01 8.1 32.7 40.2 3.05 20.94 22.3 36.5 31.0 2.95 87.35 19.0 18.2 42.4 2.68 0.13 13.6 38.8 41.5 2.69 0.05 11.4 33.2 51.8 2.69 0.13 12.2 34.0 52.5 2.68 0.13 12.6 37.8 46.8 2.67 0.12 12.7 35.0 51.5 2.68 0.22 13.9 38.0 43.5 2.67 0.21 12.9 33.6 51.2 2.68 0.15 14.1 38.6 45.5 2.68 0.26 13.5 44.0 35.7 2.67 0,11 12.2 30.9 55.9 2.68 0.08 12.6 34.4 50.7 2.68 0.10 11.3 28.3 56.5 2.69 0.12 12.2 37.2 49.5 2.67 DESCRIPTION Mdst-dkgy,hd,sli earthy,brn cly,abd f-mgr qtz & glau sd SS-br ngy,f-vcgr,predmgr,mod srtd,rnd,vwcmt,qtz,glau,sid,cmt frac,vug SS- Itbrngy,f-vcgr,pr edmgr,mod~td,rnd,vwcrnt,qtz,glau,sid SS-Itbrngy,f-cg',predmgr ,wsr td ¢'n d,vwcmt, qtz,glau,sid SS-Itbrngy,f-vcgr,pr edmgr,modsr tdxnd,vwcmt,qtz,glau,sid,crnt frac SS-Itbrngy,f-cg',predmgr ,wsrtd~nd,vwcrnt, qtz,glau,sid SS-br ngy,f-cg',predrngr,wsrtd,rnd,vwcmt, qlz,sid SS-d< gy,f-cgr,predrngr,wsrtd,rnd,wcmt, qlz, glau,brn arg gr,pyr,bit, broken SS-Itbrngy,fsd-vfpbl,predmsd, mod srtd ¢'nd,vwcmt, qlz,glau,sid SS-Itbrngy,fsd- vfpbl,predmsd,mod s~tdsnd,vwcmt, qtz,glau,sid SS-d< gy,f-cgr,predmgr,wsrtd,rnd,wcmt, qtz, brn cly SS-Itbrngy,f-cgr,predmgr,wsrtd,rnd,vwcmt, qtz,brn arg gr,sid SS-ttbrngy,f-cgr,predm~',wsrtd,rnd,vwcrnt, qtz,glau,sid SS-Itbrngy,f-cgr,predmff ,wsrtd,rnd,wcmt, qtz,glau,sid SS- Itbrngy,vf- cgr,pr edmgr,w~td$ nd,vwcmt, qtz,glau,sid SS- Itbr ngy,fsd- fpblgr,predmgsd,psrtd,rnd,vwcmt, qtz, glau,sid SS-Itbrngy,f-c~',predmff,ws~td,rnd,wcrnt, qlz,glau,sid,vert plug frac SS- Itbrngy,vf- fgr,predvfgr,wsrtd, md,wcmt, qtz,brn cly,dol SS-Itbrngy,vf-fgr,predvfgr,wsrtd, md,wcmt, qlz,brn cly,dol,occ pyr SS- Itbr ngy,vf- fgr,predvfgr,wsrtd, rnd,wcmt, qtz,brn cly,dol SS-mgy,vf-fgr,predvfgr,wsrtd~nd,wcmt, qlz,brn cly,lr dol & pyr SS-mgy,vf-fgr,predvfgr,wsrtd,rnd,wcrnt,qtz,brn cly, ff dol SS- mgy,vf-fgr,predvfgr,wsrtd,rnd,wcmt,qtz,brn cly,tr dol SS-mgy,vf-fgr,predvfgr,wsrtd,rnd,wcmt, qlz,brn cly,tr dol SS-mgy,vf-fgr,predvfgr,wsrtd,rnd,wcmt, qtz,brn cly,tr dol & pyr SS- mgy,vf-fgr,predvfgr,wsrtd,rnd,wcmt, qtz,brn cly, calc,tr pyr SS-ltbrngy, vf-fgr,predvfgr,wsrtd, rnd, wcmf, q~z, brn c/y, do/,occ pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd, rnd,wcmt, qlz,brn cly,dol,occ pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd,rnd,wcmt, qlz,brn cly,dol,occ pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd, rnd,wcmt, qlz,brn cly,dol,tr pyr ARCO ALASKA, INC. KUUKPUK #3 EXPLORATION NORTH SLOPE, ALASKA CORE LABORATORIES P RE UMINARY DATA DEAN STARK ANALYSIS FILE: BP-3-1504 DATE: 8-APR-93 ANALYSTS:PB,DS,TR CORE SMPL 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 DEPTH FT PERMEABILITY HORIZONTAL KAIR MD PERMEABILITY POROSITY VERTICAL KAIR (HELIUM) MD (%) 0.07 12.0 0.09 12.0 0.09 11.3 0.09 14.0 0.12 13.4 0.09 13.9 0.07 12_7 0.08 12.5 0.07 13.1 0.07 12.7 0.08 14.0 0.22 13.0 0.13 13.7 0.13 12.7 0.07 12.4 0.07 12.7 0.08 12.7 0.07 11.9 0.04 10.7 0.06 13.1 0.08 12.8 0.08 12.3 0.08 11.5 0.04 12.5 0.03 10.3 0.06 10.9 0.05 12.4 0.04 13.3 0.07 12.9 0.07 11.9 14 6323.0 15 6324.0 16 6325.0 17 6326.0 18 6327.0 19 6328.0 20 6329.0 21 6330.0 22 6331.0 23 6332.0 24 6333.0 25 6334.0 26 6335.0 27 6336.0 28 6337.0 29 6338.0 30 6339.0 31 6340.0 32 6341.0 33 6342.1 34 6343.0 35 6344.0 36 6345.0 37 6346.1 38 6347.0 39 6348.0 40 6349.0 41 635O. O 42 6351.0 43 6352.0 0.37 0.30 0.29 0.64 1.07 0.99 0.56 0.46 0.32 0.36 2.45 0.70 0.75 0.89 0.44 0.56 0.37 0.42 0.20 0.38 0.25 0.20 0.16 1.36 0.43 0.17 0.36 3.21 0.40 0.35 SATURATIONS OIL WATER % Pv % Pv GRAIN DENSITY GM/CC DESCRIPTION 33.0 52.7 2.68 34.2 50.9 2.68 31.9 60.1 2.68 38.8 44.4 2.67 44.1 40.6 2.67 44.4 39.4 2.68 40.1 48.0 2.67 32.1 55.6 2.69 43.5 45.2 2.66 37.3 50.7 2.67 48.4 38.4 2.67 39.6 45.9 2.68 43.7 39.0 2.66 40.5 46.4 2.68 40.4 46.6 2.70 35.3 49.1 2.68 42.1 46.7 2.67 35.8 54.0 2.68 29.4 63.1 2.69 33.8 48.1 2.67 43.0 43.5 2.68 37.7 50.5 2.68 41.4 46.8 2.67 36.7 58.8 2.70 25.1 67.7 2.69 38.1 48.9 2.67 39.8 46.7 2.67 45.0 44.0 2.67 41.4 45.7 2.68 35.9 53.2 2.67 SS-Itbrngy,vf-fgr,predvfgr,wsrtd, rnd,wcmt, qtz,brn cly,dol,occ pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd, rnd,wcmt,qtz,brn cly,calc,occ pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd,rnd,wcmt,qfz,brn cly,dol,occ pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd,rnd,wcmt,qtz,brn cly,dol,lr pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd, rnd,wcmt, qtz,brn cly, dol,occ pyr SS-Itbrngy,vf-fgr,I;redfgr,wsrtd,rnd,wcmt, qtz,brn cly,dol,occ pyr SS-Itl~ngy,vf-fgr,predfgr,wsrtd~nd,wcrnt, qtz,brn cly,dol,lr pyr SS- Itbrngy,vf- fgr,predvfgr,wsrtd, rnd,wcmt,qfz,br n cly,calc,pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd, rnd,wcmt,qfz,brn cly,dolJr pyr SS-Itbrngy,vf-fgr,predvfgr,ws~td, rnd,wcmt, qlz,brn cly,dol,tr pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd,rnd,wcmt, qtz, brn cly,dol,lr pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd, rnd,wcmt,qtz,brn cly,dol,tr pyr SS-Itbrngy,vf-fgr,predvfgr,wsrtd, rnd,wcmt,qlz,brn cly,calc,tr pyr SS-Itbrngy,vf-fgr,Fedvfgr,wsrtd, md,wcmt,qtz,brn cly,dol,occ pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd,rnd,wcmt, qtz,brn cly,occ dol & pyr SS-Itbrngy,vf-fgr,l~edfgr,wsrtd,rnd,wcmt, qtz,brn cly,t dol & pyr SS-Itbrngy,vf-fgr,l~edfgr,wsrtd,rnd,wcrnt, qtz,brn cly,tr dol & pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd,rnd,wcmt, qtz,brn cly,occ pyr SS-Itb~ngy,vf-fgr,predfgr,wa'td,rnd,wcmt,qlz, brn cly,t calc & pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd,rnd,wcmt,qlz, brn cly,t calc & pyr SS-Itbrngy,vf-fgr,~edfgr,wa-td,rnd,wcmt, qtz,brn cly,t calc & pyr SS-Itbrngy,vf-fgr,predfgr,ws~td,rnd,wcmt,qtz,brn cly,fr caJc & pyr SS-Itbrngy,vf-fgr,I;redfgr,wsrtd,rnd,wcmt, qlz,brn cly,calc,lr pyr SS-mgy,vf-fgr,predfgr.w~rtd,rnd,wcmt, qtz.brn cly,pyrJr calc,sml frac SS-Itbrngy.vf-fgr,predfgr,wsrtd,rnd,wcmt, qlz,brn cly,t calc & pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd.rnd,wcmt, qtz.brn cly,lr caJc & pyr SS-Itbrngy, vf-fgr,predfgr, wsHd,rnd,wcmt, q~z, brn cly, calcJ' pyr SS-Itbrngy,vf-fgr,predfgr,ws~td,rnd,wcmt.qtz,brn cly,calc,tr pyr SS-Itbrngy,vf-fgr.predfgr,ws~td.rnd,wcmt,qlz,brn cly,calc,lr pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd.rnd,wcmt,qtz.brn cly,calc,occ pyr ARCO ALASKA, INC. KUUKPUK #3 EXPLORATION NORTH SLOPE, ALASKA CORE LABORATORIES P RE U MI NARY DATA DEAN STARK ANALYSIS FILE: BP-3-1504 DATE: 8-APR-93 ANALYSTS:PB,DS,TR CORE SMPL # # DEPTH .FT 2 ~ 6~3.0 2 ~ 6354.0 2 ~ 6~5.0 2 47 6~6.0 2 ~ 6~7.0 2 ~ 6358.0 2 50 6~9.0 2 51 6~0.0 2 52 6361.0 2 53 6~2.0 2 54 6~3.0 2 55 6~4,0 2 '56 6~5.0 2 57 6~6.0 2 58 6~7.0 2 59 6368.2 2 60 6369.0 2 61 6370.O PERMEABILITYI HORIZONTAL KAIRI MD I 0.26 0.44 0.10 0.17 1.68 1.16 0.08 0.09 0.09 0.22 0.09 0.05 <0.01 0.20 0.21 0.06 0.17 1.56 PERMEABILITY VERTICAL KAIR MD POROSITY (HELIUM) (%) SATURATIONS OIL WATER % Pv % Pv GRAIN DENSITY GM/CC 0.06 11.0 29.8 58.6 2.68 0.04 11.5 26.9 59.6 2.72 0.08 10.4 20.9 71.9 2.69 0.03 11.5 31.2 58.1 2.68 0.05 10.5 22.4 65.2 2.69 0.03 10.9 29.7 60.8 2.68 0.06 10.4 37.8 49.9 2.67 0.05 10,6 34.6 52,9 2.67 0.04 10.6 34.2 53.2 2.73 0.02 10.8 28.6 60,1 2.71 0.04 11.0 34.2 57.5 2.70 0,02 10,4 22.5 65.5 2.69 0.02 10.1 26,9 64,9 2.67 0.03 9.6 20.4 71.9 2.69 0.03 9.8 22,0 81.4 2.70 0.02 9.5 18.4 73.1 2.68 0.02 9.7 11.8 81.6 2.68 0.02 10.3 7.7 74.9 2.71 DESCRIPTION SS-Itbrngy,vf-fgr,predfgr,wsrtd,rnd,wcmt, q~,brn cly,calc,occ pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd~nd,wcmt,qlz,brn cly,calc,occ pyr SS-Itbrngy,vf-fgr,predfgr,wa'td,rnd,wcmt,qtz,brn cly,calc,ir pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd,rnd,wcmt,qtz,brn cly,calc,lr pyr SS-Itbrngy,vf-fgr,Fredfgr,wsrtd,rnd,wcmt, qtz,brn cly,calc,lr pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd,rnd,wcmt, qtz,brn cly,calc,ir pyr SS- mltgy,vf-f gr,p'edfgr,wsrtd,rnd,wcmt, qtz, brn cly,calc SS- md< gy,vf-fgr,predfgr,wsrtd,rnd,wcmt,qlz,br n cly,calc SS-md<gy,vf-fgr,predfgr,wsrtd, rnd,wcmt, qtz,br n cly,calc,occ pyr SS-Itbrngy,vf-fgr,predfgr,wsrtd,rnd,wcmt,qtz,brn cly,calcJr pyr,foss SS-Itbrngy,vf-fgr,predfgr,wsrtd,rnd,wcmt, qtz,brn cly,calc,occ pyr SS-Itbrngy,vf-fgr,Fredfgr,wsrtd,rnd,wcmt, qtz,brn cly,calc,~' pyr SS-Itbrngy,vf-fgr,l~edfgr,wsdd,rnd,wcmt, qtz,brn cly,calc,tr pyr SS-Itbrngy,vf-fgr,predfgr,ws~tdxnd,wcmt, qtz,brn cly,calc,tr pyr SS-d< gy,vf-fgr,predvfgr,wa'tdsnd,wcmt, qtz,brn cly, calc,occ pyr SS- itbrngy,vf- fgr,p'edfgr,wsrtd,r nd,wcrnt, qtz,brn cly,calc SS-Itbrngy,vf-fgr,predfgr,ws~td,rnd,wcmt, qtz,brn cly,calcJr pyr SS-md<gy,vf-fgr,predvfgr,wsrtdj'nd,wcmt, qtz, brn cly,occ calc, tr pyr SECTION 3 CONVENTIONAL CORE ANALYSIS STATISTICAL AND CORE GAMMA DATA Company Well : ARCO ALASKA, INC. .' KUUKP I K #3 CORE LABORATORIES Field : EXPLORATION Formation : EXPLORATION Fi 1 e No..- BP-C-1504 Date : 7-APR-g3 TABLE I SUMMARY OF CORE DATA ZONE AND CUTOFF DATA CHARACTERISTICS REMAINING AFTER CUTOFFS ZONE: Identification NOT SPECIFIED Top Depth 6239.2 ft Bottom Depth ............. 6370.0 ft Number of Samples ........ 77 DATA TYPE: Porosity .............. (HELIUM) Permeability ....... (HORIZONTAL) Kair CUTOFFS: Porosity (Minimum) ....... Porosity (Maximum) ....... Permeability {Minimum) --- Permeability {Maximum) --- Water Saturation {Maximum) Oil Saturation (Minimum) - Grain Density (Minimum) -- Grain Density (Maximum) -- Lithology Excluded ....... 0.0 100.0 0.0000 100. 100.0 0.0 2.50 3.30 NONE % % md md % % gm/cc gm/cc ZONE: Number of Samples Thickness Represented - POROSITY: Storage Capacity Arithmetic Average .... Minimum ............... Maximum Median ....... Standard Deviation .... GRAIN DENSITY: Arithmetic Average .... Minimum Maximum Median Standard Deviation .... 77 77.0 ft 1012.9 ~-ft 13.2 % 4.0% 24.9 % 12.5 % · 3.8 % 2.76 gm/cc 2.66 gm/cc 3.28 gm/cc 2.68 gm/cc · 0.18 gm/cc PERMEABILITY: Flow Capacity ......... Arithmetic Average .... Geometric Average ..... Marmonic Average Minimum Maximum ............... Median ................ Standard Dev. (Geom) -- 148.4 md-ft 2.01 0.44 0.15 0.01 38.6 0.39 K.10±0.564 md md md md md md md HETEROGENEITY (Permeability): Dykstra-Parsons Var. -- Lorenz Coefficient .... 0.620 0.759 AVERAGE SATURATIONS (Pore Volume): Oil Water 3O.3 % 48.2 % Stat 1 - 1 Permeability vs. Porosity IO 4.1 I::: o N O O.Ot O, ARCO ALASKA, KUUKPZK ~3 EXPL(]RATZOH EXPLORATZON (6239-6370 fee~) 7-API~-9~ - LEGENQ - u c o' BO 70 60 50 40 3O 2O O, · O06 Permeability Histogram I: / l l I / [ l · 02~ . 09 .35 t · 4 ! 6. ~3. Hor, lzonbal Permeability (A/r)* md 9~ 90 70 6O 5O 4O r- U C. 20 ARCO ALASKA, ZNC. KUUKPIK #3 EXPLORATION EXPLORATION (6239-6370 feet) 7-APR-.-93 - LE6END - ........ #eOlon Value 10.390) ............ 6eom. Average l§.437] Cueule~1ve Frequency tOO Grain Density Histogram tOO 9O BO 7O 6O 5O 4O ~0 20 tO 0 2.60 go BO 7O 6O 5O 4O Grain Dene~ty: gm/cc ARCO ALASKA, ZNC. KUUKPZK #3 EXPLORATZQN EXPLORATION (6239-6370 feet) - LEI~ND - .... Nedtan VaZum ............ Artth. Average la.76) ....... CumuZattve Frequency Core Lmbormtortea 7-APR-93 90 BO 7O 60 5O 40 30 Porosity Histogram tO 0 4.0 I i:l B. 0 t2.0 t6.0 TO. 0 24.0 Hel/um Po~oslby: · tOO 9o BO 70 6O 5O 4O TO m ,tO 0 KUUKPIK #3 EXP/QRATION EXPLORATION (6239-6370 feet) - LEi=END - Cumulative Frequeflc¥ 77 Se~plae Carl Labaraear~ea 7-APR-93 L KUUKP'r K #3 E::X? L OR^T :]: ON EXPLORAT:[ON (6239-6370 feet) Core Labor=torjee 7-APR-93 Vertica! ScQle 5.00 in = 100.0 ft - Lithology Legend - SQndstone Cum. Cu rye Water Sat : ~, 0 · Gamma Ray Horiz K~i r AP! 150 O. 01 ~"~J 100 Depth Feet 0 · Helium Porosity Oil Sat: ~ Grain Den ~ 32 O. 100 2.55 gm/cc 3.30 I i ! " 6200 6300 ~'o':::' SECTION 4 TRANSMITTALS ~ Atlas International CORE LABORATORIES __ ...................... TO: TRANSMITTALAND ACKNOWLEDGEMENTOF RECEIPT ARCO EXPLORATION AND PRODUCTION TECHNOLOGY 2300 WEST PLANO PARKWAY PLANO, TEXAS 75075 Al-i-N: JIM HICKEY MATERIALS RECEIVED VIA: FEDERAL EXPRESS ITEMS RECEIVED: KUUKPIK #3; 156 PLUG ENDS, BOTH HORIZONTAL AND VERTICAL LIST ENCLOSED Shipped by: PERRY BROWN for CORELAB Date: 03-Mar-93 Received by: '--{"--~ .... ~'~l 'o, ARCO Date: P/ease note that the items/isted above are invento#ed, shipped and recieved in good faith, but due to errors, are subject to rn~or adjustments. In such case both shipper and receiver agree to make a time/y and bona fide effort to correct any observed discrepancies. ARCO ALASKA, INC. KUUKPIK #3 EXPLORATION NORTH SLOPE, ALASKA VERTICAL PLUG ENDS 03-Mar-93 FILE AK 1504 CORE 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 DEPTH 6239.3 6240.1 6241.1 6242.1 6243.1 6244.8 6245.1 6246.1 6247.1 6248.1 6249.1 6250.1 6251.7 6252.1 6253.3 6254.1 6254.9 6310.1 6311.1 6312.1 6313.1 6314.1 6315.1 6316.1 6317.1 6318.1 6319.1 6320.1 6321.1 6322.1 6323.1 6324.1 6325.1 6326.1 6327.1 6328.1 6329.1 6330.1 6331.1 6332.1 6333.1 6334.1 6335.1 6336.1 CORE 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 DEPTH 6337.1 6338.1 6339.1 6340.1 6341.1 6342.2 6343.1 6344.1 6345.1 6346.2 6347.1 6348.1 6349.1 6350.1 6351.1 6352.1 6353.1 6354.1 6355.1 6356.1 6357.1 6358.1 6359.1 6360.1 6360.9 6362.1 6363.1 6364.1 6365.1 6366.1 6367.1 6368.3 6369.1 6369.9 ARCO ALASKA, INC. KUUKPIK #3 EXPLORATION NORTH SLOPE, ALASKA CORE 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 DEPTH 6239.2 6240.0 6241.0 6242.0 6243.1 6244.8 6245.O 6246.0 6247.0 6248.1 6249.O 6250.0 6251.6 6252.0 6253.2 6254.0 6255.0 6310.0 6311.0 6312.0 6313.0 6314.0 6315.0 6316.0 6317.0 6318.0 6319.0 6320.1 6321.0 6322.0 6323.0 6324.0 6325.0 6326.0 6327.0 6328.0 6329.0 6330.0 6331.0 6332.0 6333.0 6334.0 6335.0 6336.0 HORIZONAL PLUG ENDS CORE DEISTH 2 6337.0 2 6338.0 2 6339.0 2 6340.0 2 6341.0 2 6342.1 2 6343. O 2 6344. O 2 6345.0 2 6346.1 2 6347.0 2 6348.O 2 6349.0 2 6350.0 2 6351.0 2 6352. O 2 6353.0 2 6354.0 2 6355.0 2 6356.0 2 6357.0 2 6358.0 2 6359.0 2 6360.0 2 6361.0 2 6362.0 2 6363.0 2 6364. O 2 6365.0 2 6366.0 2 6367.O 2 6368.2 2 6369.0 2 6370.0 03-Mar-93 FILE AK 1504 .o AIRBILL 6494545] 2 TRA CKIN6 NUMBER 3011M USE ,rm$ AIPBI! t FOR SHIPMENTS ½11'HIN TH£ CONtINENtAl U S 4, AIAS~ ANO HAWAII. USE ~'E iNtERnATIONaL AIR WA~;I ~ [OR ~IPMEN~S ~0 PUERTO RiCO 4NO A~ l NON ~S. lOCAtIONS. OUESHONS? CALL 800-238-5355 TOLL FREE. B q 9 · 2 6494545120 Y~ N~ ~ I~) ~o (R~t'~ N~) ~ea~ Pdnt Stale I ~p R~uired Ci~ ~ [~O~ ' ~ 'Stale ~ ~R PICK-UR Pdnt ~D~ Ad~e~ H~ ]~ ~ Streel ~ Address 202-4782-4 pany ~ CORE LABORATORIES $1reeJ Address ,'3005 SCHOON ST ANCHORAG~ Date t',~ SERVII~ES J~, OELIVERY ANO SPECIAL HANDLiNG ~C~$ ; ~ (Ch~k only ~e ~x) 16 ~ FEDEX L~TER' ~ Tola! Tr4al Tolal 13 ~ FEDEX BOX 5.3 E~] FEOEX SOX 5 F~ 14 ~ FEDEX I'UBE ,54 [] FEDEX TUB£ 6 ~ DRY;CE ' L£17ER j 7 ~ PAC~GE 8 ~ 1 YRE!GHT" 80 ~ ~ ...... ~ ~_~ ~ fREIGHT ** 272 exceed aclual docume~ed k~s The me~'~m Doctazed ~ ~ ~ ~ ~1 ~ ~ ~, r~ Ex~s ~ al ~ PART I~ ~EM 1~ ~. ~ ~ ~ ~ ~¢ ,n~ iJlP~I' - ' - ' ' ~ ' - " ! ~O . . -~.~~ , .~. · . ~; .... · --~~l ~ '" '' ' ' West~r-~ Atlas International CORE LABORATORIES TO: TRANSMI'I-I-AL AND ACKNOWLEDGEMENT OF RECEIPT ARCO ALASKA, INC. BAYVlEW FACILITY ANCHORAGE, ALASKA ATTN: MARTIN STANFORD MATERIALS RECEIVED VIA: ITEMS RECEIVED: CORE LAB PERSONNEL WELL: KUUKPIK -f/'3 1 PALLET OF 3/4 CUT CORE, SEE ATTACHED INVENTORY 4 BOXES OF STATE CHIPS CORE 1 BOX 1:6214 - 6248 BOX 2:6249 - 6258 CORE 2 BOX 1:6310 - 6344 BOX 2:6344 - 6370 Shipped by: Recieved by: .P~. ~,,Y BR/OWN ~) -,,. for CORELAB Date: 11-MARCH-93 Date: Please note that the items listed above are inventoried, shipped and received in good failh, but due to errors, are subject to minor adjustments. In such case 'both shipper and receiver agree to make a timely and bona fide effort to correct any observed discrepancies. 8005 Schoon Street. Anchorage. Alaska 99518-3045. (907) 349-3541. Fax (907) 344-2823 BOX INVENTORY COMPANY NAME: WELL NAME: FIELD NAME: SECTION CUT: NUMBER OF BOXES: ARCO ALASKA, INC. KUUKPIK #3 EXPLORATION 3/4 43 PAGE: DATE: 1 10-Mar-93 CORE BOX# DEPTHS CORE BOX# DEPTHS I 1 I 2 I 3 I 4 I 5 I 6 I 7 I 8 I 9 I 10 I 11 I 12 I 13 I 14 I 15 I 16 I 17 I 18 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 2 10 2 11 2 12 2 13 2 14 2 15 2 16 2 17 6214.0 6216.6 6219.4 62::)'p.3 6224.6 6227.0 6229.8 6232.8 6235.2 6238.0 6240.3 6243.0 6245.3 6247.3 6249.3 6251.8 6254.3 6256.4 6310.0 6312.3 6314.3 6316.3 6318.3 6320.3 6323.3 6325.3 6327.3 6329.3 6331.3 6333.3 6335.3 6337.3 6339.3 6341.7 6344.7 6216.6 6219.4 6222.3 6224.6 6227.0 6229.8 6232.8 6235.2 6238.0 6240.3 6243.0 6245.3 6247.3 6249.3 6251.8 6254.3 6256.4 6259.0 6312.3 6314.3 6316.3 6318.3 6320.3 6323.3 6325.3 6327.3 6329.3 6331.3 6333.3 6335.3 6337.3 6339.3 6341.7 6344.7 6347.4 2 18 2 19 2 20 2 21 2 22 2 23 2 24 2 25 6347.4 6350.3 6353.3 6356.0 6359.0 6362.0 6365.0 6367.4 6350.3 6353.3 6356.0 6359.0 6362.0 6365.0 6367.4 637O.2 Western Atlas International CORE LABORATOi::II£S TO: TRANSMITTALAND ACKNOWLEDGEMENTOF RECEIPT ARCO ALASKA, INC. BAYVlEW CORE STORE ANCHORAGE, ALASKA ATrN: MARTIN MATERIALS RECEIVED VIA: ITEMS RECEIVED- CORE LAB PERSONNEL KUUKPIK #3, 1/4 SECTIONS SEE ATTACHED INVENTORY Shipped by: pER~Y BROW~'"~ for CORELAB Date: 15-Mar-93 Received by: <~~~ for ARCO Date: t,J"',~.~,..~ ~.~ Please note that the items listed above are invento/ied, shipped and recieved in good fai~, but due to er/o/s, are subject to mJ3or adjustments. In such case both shipper and receiver agree to make a timely and bona l/de effort to correct any observed discrepancies. 8005 Schoon Slreel. Anchorage. Alaska 99518-3045, (907') 349-3541. Fax (901) 344-2823 BOX INVENTORY I COMPANY NAME: WELL NAME: FIELD NAME: ISECTION CUT: NUMBER OF BOXES: ARCO ALASKA, INC. KUUKPIK #3 EXPLORATION 1/4 14 PAGE: DATE: 1 15-Mar-93 l CORE BOX# I I DEPTHS CORE BOX# DEPTHS 6214.0 - 6221.6 1 2 I 3 1 4 I 5 I 6 2 1 2 2 2 3 2 4 2 5 2 6 2 7 2 8 6221.6 6228.7 6236.0 6243.3 6251.1 6310.0 6317.3 6325.0 6333.0 6340.3 6348.0 6356.0 6363.3 6228.7 6236.0 6243.3 6251.1 6259.0 6317.3 6325.0 6333.0 6340.3 6348.0 6356.0 6363.3 6370.3 Western Atlas International :. i 1~,,. ~,~.~.. ~ CORE LABORATORIES TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT TO: ARCO EXPLORATION & PRODUCTION 2300 W. PLANO PARKWAY PIANO, TEXAS 75075 A'I-I'N: JIM HICKEY (214) 754-4155 MA TERIALS RECEIVED VIA: FEDERAL EXPRESS ITEMS RECEIVED: ONE BOX OF KUUKPIK//3 HORIZONTAL PLUGS COMBINED WITH TILL # 1 SIDEWALL ENDS Shipped by: PERRY BROWN for CORELAB Date: 16-Mar-93 Received by: ~ j. J~'~.~ for ARCO Date: ~-/~,~.~ Please note that the items listed above are inventoried, shipped and received i/7 good faith, but due to errors, are subject to minor adjustments. In such case both shipper and receiver agree to make a timely and bona fide 'effort to correct any observed discrepancies. 8005 Schoon Street. Anchorage. Ala,'-,~, a 99518-3045. !907i 349-354 I. Fax (907) 344-2823 · . ARCO ALASKA, INC. KUUKPIK #3 ADDITIONAL HORIZONTAL PLUGS MARCH 16,1993 CORE #1 CORE #2 CORE #2 CORE #2 6239.4 6310.2 6333.1 6355.2 6240.2 6311.2 6334.1 6356.2 6241.2 6312.1 6335.1 6357.1 6242.2 6313.2 6336.1 6358.1 6244.9 6314.2 6337.1 6359.1 6245.2 6315.1 6338.1 6360.1 6246.2 6316.1 6339.1 6361.0 6247.3 6317.1 6340.1 6363.1 6248.2 6318.1 6341.1 6364.1 6249.3 6319.2 6342.2 6365.1 6250.1 6320.0 6343.1 6366.1 6251.7 6321.2 6344.1 6367.1 6252.1 6322.2 6345.1 6368.3 6253.3 6323.2 6346.1 6369.1 6254.0 6324.2 6347.2 6370.1 6255.0 6325.2 6348.2 6326.2 6349.1 6327.2 6350.1 6328.1 6351.1 6329.1 6352.1 6330.1 6353.1 6332.1 6354.1 Western Atlas International CORE LABORATORIES TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT TO' ARCO ALASKA, INC. ANCHORAGE, ALASKA' ATTN' BOB JENNINGS MATERIALS RECEIVED VIA: CORE LAB PERSONNEL ITEMS RECEIVED: 4 SETS OF CORE PHOTOGRAPHS, KUUKPIK #3, 9 FRAMES Shipped by' PERRY~OWN For: CORE LAB Date' 30-M~R-93 Received by:~,. ~!i~/~ For- ARCO Date' . ~AL) h ~ PLease not that t e it sted above are inventoried, shipped and received in good faith, but due to errors are subject to minor adjustments. In such cases, both shipper and receiver agree to make a timely and bona fide effort to correct any observed discrepancies. ~RCO ALASKA INC. DAILY OPERATION~ PAGE: 1 WELL: BOROUGH: UNIT: FIELD: LEASE: AP~: PERMIT: APPROVAL: KUUKPIK #3 NORTH SLOPE EXPLORATION EXPLORATION ADL 364477 50-103-20187 92-138 ACCEPT: 02/15/93 07:00 SPUD: 02/17/93 12:45 RELEASE: 03/09/93 12:00 OPERATION: DRLG RIG: ROWAN 33 WO/C RIG: 02/16/93 ROWAN 33 TD: 150' 1) 150 02/17/93 ROWAN 33 TD: 390' 2) 240 02/18/93 (3) ROWAN 33 TD: 1464' ( 1074 REPAIR SPERRY SUN PVT 16"@ 150' MW: 8.8 VIS:205 CHANGE OUT KELLY HOSE. REPAIR LOW & HIGH PRESS LEAKS IN MUD SYSTEM. TEST PUMPS AND HIGH PRESS MUD LINES TO 4000 PSI. ACCEPT RIG $ 1900 HRS 02/15/93. BLOW DN MUD LINES. MIX SPUD MUD. LOAD BHA IN PIPE SHED. CALIPER & STRAP SAME. PVT EQUIP NOT FUNCTIONING PROPERLY WITH MUD MIXING EQUIP ACTIVATED. REPAIR SAME WHILE PREP RIG FOR SPUD. SET BACK KELLY. M/U BHA. CALIBRATE MWD/LWD. DRLG 12.25" HOLE $ 390' 16"$ 150' MW: 8.9 VIS:230 REPAIRED PVT SYSTEM. PROBLEM FOUND TO BE GROUND FAULT IN ELECTRICAL SYSTEM IN UNIT. WHILE REPAIRING SYSTEM, CONT P/U MWD/LWD, BHA. PREPARED RIG TO SPUD. HELD PRESPUD SAFETY MEETING. PROGRAMMED LWD. M/U KELLY, XO. RIH TO 130' RKB-TAGGED BTM. STARTED PMPS @ 100 SPM-432 GPM. MUD OVERFLOWING RETURN LINE FROM SHAKERS TO PITS. REROUTED RETURN LINE. TEST @ HI FLOW RATE-OK. STARTED ROTARY. DRIVE CHAIN HITTING CHAIN GUARD. REPAIRED SAME. CLEANED OUT 16" COND F/130'-150' SPUDDED WELL $ 0045 HRS, 02/17/93. DRILLED 12.25[' HOLE F/150'-228' TOOK TOTCO SURV $ 173'-MISRUN. TOOK MWD SURVEY-0.11 DEG. DRILLED/SURV (MWD) 12.25" HOLE F/228'-390' CBU. TOTCO SURV FOR CHECKSHOT-MISRUN. SURV MWD-OK. DRLG 12.25" HOLE $ 1464' 16"@ 150' MW:10.0 VlS:ll5 DRLG 12.25" HOLE F/390'-535' RAN TOTCO SURV FOR CHECK SHOT: 1/4 DEG $ 477'-GOOD CORRELATION. DRLG 12.25" HOLE F/535'-688' CIRC WHILE CHANGED OUT SHAKER SCREENS ON AUX SHAKERS. DRLG 12.25" HOLE F/688'-839' RAN TOTCO SURV FOR CHECK SHOT: 1/4 DEG $ 781'-GOOD CORRELATION. DRLG 12.25" HOLE F/839'-963' CIRC. WORKED STRING WHILE CHANGED OUT SHAKER SCREENS. DRLG 12.25" HOLE F/963'-1296' WORKED STRING WHILE CHANGED OUT VALVE SEAT-PMP %1. DRLG 12.25" HOLE F/1296'-1336' PMP %1 , THEN %2 NOT PICKING UP SUCTION PROPERLY. CIRC, WORKED STRING WHILE INSPECTED PMP #1. HAD NO SUCTION PULSATION DAMPENER. INSTALLED SAHE. RECHARGED DAMPENER ON PMP %2. DRLG 12.25" HOLE F/1336'-1387'. WORKED STRING WHILE CLEANED OUT DISCHARGE VALVES ON PHP %1. DRILLED 12.25" HOLE F/1387'-1415' CLEANED OUT PMP ~1 SUCTION VALVES. PULLED SCREEN-SPLIT. REPAIRED. REINSTALLED. DRILLED 12.25" HOLE F/1415'-1464'. WE'LL' KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 2 02/19/93 ( 4) ROWAN 33 TD: 2272' ( 808) 02/20/93 ( 5) ROWAN 33 TD: 2300' ( 28) DRILLING 12.25" HOLE 16"@ 150' MW:10.1 VIS: 58 DRILL 12.25" HOLE F/1464'-1493' RAN TOTCO SURVEY FOR CHECK SHOT-MISRUN. DRILL 12.25" HOLE F/1493'-1524' RAN TOTCO SURVEY FOR CHECK SHOT: 1/2 DEG @ 1466'-GOOD CORRELATION. DRILL 12.25" HOLE F/1524'-1555' PMP 1 LOST SUCTION. CLEANED VALVES ON FLUID END-PMP 1. DRILL 12.25" HOLE F/1555'-1934' COUPLING ON MAIN SHAFT OF AUGER SHEARED-COULD NOT TRANSFER CUTTINGS. (NOTE: DRILLED W/ONE PMP F/1655'-1934' (5 HRS)- PMP 1 AGAIN LOOSING SUCTION. REMOVED AUGER SECTION FROM TROUGH. WELDED ON & STRENGTHENED COUPLING. REINSTALLED. (NOTE: OTHER REPAIRS MADE DURING PERIOD: REPLACED SEIZED COUNTER BALANCE SHAFT BEARING ON CENTER SHAKER, REPLACED GATE FOUND SHEARED OFF IN VALVE ON MUD MANIFOLD, COMPLETED GOING THRU PMP 1 FLUID END-FOUND NO APPARENT PROBLEM.) DRILL 12.25" HOLE F/1934'-2272'. PLANNED TD THIS HOLE SECTION 2300' CIRC TO COND MUD 9-5/8"@ 2278' MW:10.1 VIS: 55 DRILL 12.25" HOLE SECTION F/2272'-2300' CBU. DROPPED SURVEY. POH 5 STDS. HOLE SWABBING WHEN PULLED 6TH STD. RIH TO 2300' PMP HI VIS PILL. CIRC OUT. CIRC TO COND MUD/HOLE. POH TO TOP OF DC'S ON SHORT TRIP. RECOVERED SURV-MISRUN. RIH TO 2300' HOLE IN GOOD COND. CIRC TO COND MUD/HOLE FOR LOGS. DROPPED SURVEY. POH TO RUN LOGS. SLM-NO CORRECTION. RECOVERED SURV-MISRUN. (NOTE: WHEN POH CLUTCH ON DRAWWORKS OVERHEATED & CAUGHT FIRE. EXTINGUISHED SAME. NO INJURIES, NO APPARENT EQUIP DAMAGE). RU ATLAS WL. MU MAC, DIFL, GR TOOL STRING. RAN LOGS F/2300'-150' LD TOOL STRING. MU ZDL, CN, GR TOOL STRING. RAN LOGS F/2300'-150' LD TOOL STRING. RD ATLAS WL. PU 12.25" RR1 BIT. RIH TO 2300' FOR COND TRIP. CBU. CIRC TO COND MUD/HOLE FOR CSG. WE'LL: KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 3 02/21/93 ( 6) ROWAN 33 TD: 2300'( 02/22/93 ( 7) ROWAN 33 TD: 2300'( PERFORM TOP JOB 9-5/8"@ 2278' MW:10.2 ViS: 47 0) DROPPED SURV. POH TO RUN CSG. LD ALL 8" BHA COMPONENTS INCLUDING MWD/LWD COLLARS. RECOVERED SURV: 1/4 DEG @ 2242' RU TO RUN CSG. HELD PREJOB SAFETY OPERATIONS MEETING W/ALL APPLICABLE PERSONNEL. RAN 57 JTS (2287' INCLUDING FS,FC, HGR, LJT) 9-5/8" 36% J-55 BTC R3 CSG. RU CMT HD/LINES. CIRC 1-1/2 CSG VOL TO COND MUD FOR CMT. RIGGED IN HOWCO. PMP 25 BBLS FW PREFLUSH. DROPPED BTM PLUG #1. TESTED LINES TO 3000 PSI. PMP 5 BBLS FW PREFLUSH. MIXED & PMP 345 SX PF "E" LEAD SLURRY @ 12.0 PPG W/.25 LB/SX FLOCELE. DROPPED BTM PLUG #2. MIXED & PMP 150 SX "G" 15.8 PPG TAIL SLURRY W/2% CACL2, .25 LB/SX FLOCELE. DROPPED TOP PLUG W/5 BBLS FW. DISPLACED W/165 BBLS MUD. BMP PLUG W/1500 PSI. FLOATS HELD. CIP @ 20:55 HRS 02/20/93. HAD FULL RETURNS THRU JOB. NO CMT TO SURF. RECIPROCATION STOPPED AFTER 115 BBLS DISPL PMP'D. LANDED IN HGR. SHOE @ 2278' RD CMT HD/LINE. BACKED OUT & LD LANDING JT. RD CSG RUNNING TOOLS. MONITORED WELL. STATIC. ND 21-1/4 DIVERTER, BELL NIPPLE, DIVERTER LINE, DSA. MOVED EQUIP OUT OF CELLAR AREA. MODIFY 1" WASH PIPE. RUN PIPE DOWN 16" X 9-5/8" ANN TO 145' RKB. RU LINES, HOWCO, PERFORM TOP JOB. MODIFY KILL LINE 9-5/8"@ 2278' MW:10.2 VIS: 0 0) COMPLETED TOP JOB F/l15' USING 150 SX 15.6 PF "C" CMT. PU TO 60' FLUSHED OUT ANN THROUGHLY W/FW. EVACUATED ANN W/AIR ~/60'. CHECK W/RUNNING STRING SHOWED FLUID LEVEL @ 55' RKB, 24' BELOW LANDING RING. REMOVED DIVERTER HD. INSTALLED SEAL RING/RETAINING SPRING. MU FMC 11-3/4" BUTT BTM X 11" 3M STARTING HD. NU 13-5/8" BOP STACK. MODIFIED BELL NIPPLE. HU CHOKE LINE. (NOTE: MODIFICATIONS STILL REQ'D TO KILL LINE, FLOWLINE) . PIT CLEANING CARRIED OUT THRU REPORT PERIOD WELL' KUUKPIK API: 50-103-20187 PERMIT: 92-138 PAGE: 4 02/23/93 ( 8) ROWAN 33 TD: 2300'( 0) 02/24/93 ( 9) ROWAN 33 TD: 2695'( 395) 02/25/93 (10) ROWAN 33 TD: 4438' (1743) 02/26/93 (11) ROWAN 33 TD: 5833'(1395) 02/27/93 (12) ROWAN 33 TD: 6108' ( 275) LOWER PIPE RAMS 9-5/8"@ 2278' MW: 8.7 VIS: 40 COMPLETED HU OF CHOKE LINE & MODIFIED. HU KILL LINE. RU FLOWLINE, BELL NIPPLE. FUNCTION TESTED STACK, HCR. HCR LINE LEAKED. REPLACED LINE. RAN TEST PLUG. TESTED CHOKE LINE-JUMPER HOSE LEAKED. LD HOSE. STARTED FAB OF EXTENSION SPOOL FOR CHOKE LINE TO FIT REPLACEMENT HOSE. TESTED BOPE. BTM PIPE RAMS WOULD NOT OPEN. (NOTE: TEST WITNESSED BY LOU GRIMALDI, AOGCC. HE WAIVED NEED TO TEST TO 5000 PSI DUE TO 3000 PSI WP ON STARTING HD) . WORKED BTM RAMS OPEN. CLOSED BTM RAMS. RETESTED-OK. RAMS WOULD NOT OPEN. INCREASED HYD PRESS, WORKED RAMS OPEN. PULLED TEST PLUG. FUNCTION TESTED BTM RAMS-WOULD NOT OPEN. OPENED BONNETS. BLOCKS/CAVITIES OK. REMOVED CONTROL LINES. MANUALLY OPENED RAMS. HU AIR. OPERATED RAM-OK. TIED CONTROL LINE TOGETHER. COULD NOT GET FLOW-CONTROL LINE BLOCKAGE. INSTALLED NEW SPOOL IN CHOKE LINE, RU JUMPER HOSE WHILE LOC RESTRICTION IN CONTROL LINES. BLEW DOWN HYD LINES TAKING NECESSARY POLLUTION PRECAUTIONS. TIED LINES TOGETHER-HAD CIRC. HU CONTROL LINES TO STACK. FUNCTION TESTED RAMS. WORKED AIR OUT OF SYSTEM. CLOSED BONNETS. DRILLING 9-5/8"@ 2278' MW: 9.9 ViS: 47 SEAT TEST PLUG. TEST PIPE RAMS. ATTEMPT TO TEST CHOKE MANIFOLD. PULL TEST PLUG & SET WEAR BUSHING. TIGHTEN BONNETS ON CHOKE MANIFOLD VALVES. MU BHA %2. FIN TESTING CHOKE MANIFOLD TO 5000 PSI. TEST WITNESSED BY AOGCC REP LOU GRIMALDI. MU BHA. TIH TO 1380' FILL PIPE. BREAK CIRC. TEST UPPER & LOWER KELLY VALVES TO 3000 PSI. TEST CSG TO 2000 PSI. BREAK CIRC. DRILL FLOAT EQUIP & CMT F/2183'-2278'. DRILL NEW HOLE FROM 2300'-2310' CIRC & COND MUD. DISPLACE HOLE W/NEW KCL MUD. TEST'D CSG TO 2000 PSI-OK. PERFORM LOT TO 12.4 PPG. DRLG F/2310'-2695' DRILLING 9-5/8"@ 2278' MW:10.2 VIS: 53 DRLG F/2695'-3440' DRLG BREAK. CHECK FLOW. CBU. REPLACE SWIVEL PACKING. DRLG F/3440'-4058' DRLG BREAK. CHECK FLOW. CIRC. MAX GAS= 1367 UNITS. DRLG F/4058'-4438'. DRILLING 9-5/8"@ 2278' MW:10.2 VIS: 53 DRLG & MWD SURVEY F/4438-5351' REDUCED DRLG RATE F/5080'-5351' CBU Fl5' DRLG BREAK TO CHECK SAMPLES. NO SHOW. DRLG & MWD SURVEY F/5531'-5833' DRILLING 9-5/8"@ 2278' MW:10.3 VIS: 45 DRLG F/5833'-5992' BLOW DOWN PMPS & KELLY. POOH. FIRST 6 STDS TIGHT. SERVICE WEAR BUSHING. CALIBRATE MWD/LWD. RIH TO 2100' ATTEMPT TO LEVEL DERRICK. RIH TO 5911' PRECAUTIONARY WASH & REAM F/5911'-5992' NO FILL. CBU. DRLG F/5992'-6108' i'~ ',~ ~,.~..'/"'~ WELL: KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 5 02/28/93 (13) ROWAN 33 TD: 6225' ( 117 03/01/93 (14) ROWAN 33 TD: 6310' ( 85 03/02/93 (15) ROWAN 33 TD: 6370' ( 60 03/03/93 (16) ROWAN 33 TD: 6701'( 331 03/04/93 (17) ROWAN 33 TD: 6880'( 179 03/05/93 (18) ROWAN 33 TD: 6880'( o) 03/06/93 (19) ROWAN 33 TD: 6880'( o) 03/07/93 (20) ROWAN 33 TD: 6880'( o) 9-5/8"@ 2278' MW:10.3 VIS: 55 DRLG TO 6139'. LOST POWER TO DWKS, CIRC & TRACK DOWN LOOSE CONTROL CABLE. DRLG F/6139'-6207'. CBU. PMP DRY JOB, POOH F/CORE, SWAB FIRST 5 STDS. RETRIEVE SOURCE F/MWD & STD BACK SAME. MU 8.5" CORING ASSY. RIH W/CORE BBL, HOLE TIGHT F/5556'-5831' DISPLACE EXISTING MUD W/KCL CORE MUD. SPACE OUT, TAG BTM & DROP BALL. CORE %1 F/6207'-6225' POH F/CORE #2 9-5/8"@ 2278' MW:10.3 VIS: 55 CORING TO 6267' POH W/CORE BBL. LD CORE, 60' CUT, 45' REC'D, 75%. STAND BACK CORE BBL, PU MWD. SERV & TEST MWD. RIH TO 3876'. FILL DP & BREAK CIRC. RIH. REAM TO BTM, ORIENT MWD, 7' FILL. DRLG F/6267'-6310' CBU. PMP PILL & POH F/CORE. TEST BOP 9-5/8"@ 2278' MW:10.2 VIS: 54 FIN POH. DOWN LOAD LWD. MU CORE BARREL. RIH W/CORE BARREL. PU KELLY. WASH & REAM THROUGH TIGHT SPOT @ 6305'. TAG BTM @ 6310' DROP BALL. CORE 6310'-6370' POH. LD CORE BARREL & CORE. FULL RECOVERY. TEST BOPE. DRILLING @ 6701' 9-5/8"@ 2278' MW:10.2 VIS: 51 TEST BOPE & ACCUMULATOR. PU BIT, ORIENT MWD. RIH W/DRLG ASSY. REAM CORE HOLE. DRLG 8.5" HOLE F/6370'-6701' E-LOG RUN %1 9-5/8"@ 2278' MW:10.4 ViS: 57 DRLG F/6701'-6880' CBU. SHORT TRIP TO 9-5/8" SHOE/BACK TO BTM. PU KELLY, WASH & REAM 40' TO BTM. CIRC & COND MUD F/LOGGING. POOH F/LOGS (SLM NO CORRECTION). RETRIEVE DATA F/MWD/LWD & LD SAME. RU ATLAS TO LOG. RIH W/DIL/MLL/CHT/TEMP/GR. POH, MALFUNCTIONING TOOLS. RIH W/SAME, MALFUNCTION. POH, MALFUNCTIONING TOOLS. POH W/DIPLOG 9-5/8"@ 2278' MW:10.4 VIS: 61 LOGGING W/MAC/ CHT/ GR. PU DLL/ MLL/ CAL/ GR/ TEMP. LOG W/SAME. PU CN/ ZDL/ CAL/ TEMP/ GR. LOG W/SAME. MALFUNCTIONING TOOLS. POH. PU DIPLOG/ GR & LOG W/SAME. PREP TO RUN VSP 9-5/8"@ 2278' MW:10.4 VIS: 74 PU ZDL/CN/GR/CAL. LOG W/SAME. PU FMT/GR. RUN FORMATION TESTER. DO 2ND RUN W/FMT. RU & RUN VSP. CIRC & COND FOR CSG 9-5/8"@ 2278' MW:10.2 VIS: 52 RUN VSP. CHANGE TOOLS. RIH W/PERCUSSION SIDE WALL CORES. CHANGE SWC TOOLS. RIH W/PERCUSSION SIDE WALL CORES. CHANGE SWC TOOLS. RIH W/PERCUSSION SIDE WALL CORES. RETRIEVE CORES & RD ALTAS WL. PU DC & BIT & RIH TO 6880' BREAK CIRC @ 9-5/8" SHOE & 4500' CIRC & COND MUD. SHORT TRIP TO 5000' RETURN TO BTM & CBU. HOLE IN EXCELLENT COND, NO DRAG OR TIGHT SPOTS. MUD COND F/120 TO 50 VIS. SOME FILL ON BTM. 585 UNITS OF GAS ON TRIP BTMS UP. ,,:v, rnmi, SSi'~'~'~ WELL: KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 6 03/08/93 (21) ROWAN 33 TD: 6880'( 03/09/93 (22) ROWAN 33 TD: 6880'( 03/10/93 (23) ROWAN 33 TD: 6880'( 03/11/93 (24) ROWAN 33 TD: 6880'( 03/12/93 (25) ROWAN 33 TD: 6880'( 03/13/93 (26) PTS/DOWELL TD: 6880'( 03/14/93 (27) PTS/DOWELL TD: 6880'( o) o) o) o) RD CMT HD, LINES 9-5/8"@ 2278' MW:10.4 ViS: 67 COMPLETED CBU. RU LAY DOWN MACHINE. POH. LD DP, BHA. HOLE IN GOOD COND. PULLED WEAR BUSHING. CHANGED RA/~S TO 7" RAMS. RU TO RUN CSG. RAN TOTAL OF 160 JTS 7" L-80 BTC R3 CSG. RU CMT HD, LINES. CIRC 2 CSG VOLUMES TO COND MUD/HOLE FOR CMT. RIGGED IN HOWCO. BROKE CIRC. TESTED LINES TO 3000 PSI. PMP 10 BBLS PREFLUSH. PMP 40 BBLS ARCO SPACER @ 11.4 PPG. DROPPED BTM PLUG. BATCH MIXED 320 SX 15.8 PPG LATEX SLURRY. DROPPED TOP PLUG. DISPLACED W/252 BBLS 10.4 BRINE. BUMPED PLUG W/2000 PSI. FLOATS HELD. CIP @ 0530 HRS 03/08/93. FULL RETURNS THRU JOB. SHOE LANDED @ 6868' RD CMT HD, LINES. RD CSG RUNNING EQUIP. RUN CMT BOND LOG 7"@ 6868' MW:10.4 VIS: 0 RD HOWCO & CSG EQUIP. RU ALTAS WL. RUN TEMP/GR/6" GAUGE RING F/6725' UP, TOP OF GOOD CMT @ 5500' RD WL. INSTALL HANGING LINES F/STACK & PREPARE TO HANG ~TACK. PU STACK, SET CSG SLIPS, CUT PIPE. ND BOP STACK & REMOVE F/SUB. MAKE FINAL CUT ON CSG, SET PACKOFF & TEST, NU LOWER TREE & TEST. RU HOWCO TO 9-5/8" X 7" ANN, MIX & DOWN SQZ 150 SX "G" W/2% CACL (31 BBL) . DISPLACE W/50 BBLS 10.4 BRINE FOLLOWED BY 2 BBLS DIESEL F/SURF FREEZE PROTECTION, CIP @ 3:30 HRS, CMT TOP @ 1750', RD HOWCO. RU ATLAS WL & RIH W/CBL/GR TO PBTD @ 6674' & LOG UP. RIG RELEASED 7"@ 6868' MW:10.4 ViS: 0 CONT RUN CBL/GR TO PBTD @ 6774' LOG UP TO 5100' RD ATLAS WL. SECURE WELL. CLEAN PITS. LOAD OUT EXCESS CSG. RELEASE RIG @ 12:00 HRS 03/09/93. RD. PREP TO MVE RIG TO COLVILLE RIVER %1. MVE RIG TO COLVILLE %1 7"@ 6868' MW:10.4 VIS: 0 RD, MOVE RIG TO COLVILLE RIVER %1. RU TESTING UNIT ON KUUKPIK %3. PREP TO MVE NORDIC CAMP 7"@ 6868' MW:10.4 ViS: 0 MOVE OUT ROWAN 33. CLEAN LOCATION. PTS TO ARRIVE TODAY & BEGIN RU OF TEST EQUIPMENT. RU PTS TEST EQUIP 7"@ 6868' MW:10.4 VIS: 0 CLEAN LOC. MOVE IN & SET UP NORDIC CAMP. BEGIN RU OF PTS TEST EQUIP. RU PTS TEST EQUIP 7"@ 6868' MW:10.4 VIS: 0 RU PTS TEST EQUIP. RU IS 75% COMPLETE. WELL: KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 7 03/15/93 ( 28 ROWAN 33 TD: 6880'( 03/16/93 ( 29 PTS/DOWELL TD: 6880'( 03/17/93 ( 30 ROWAN 33 TD: 6880'( 0) 0) 0) PREP TO TEST BOP 7"@ 6868' MW:10.4 VIS: 0 RU PTS TEST EQUIP. NU WELLHEAD & BOP STACK. RU DOWELL CTU. STAB 3-1/2" CT. HAD MINOR EQUIP PROBLEMS. ALL PROBLEMS CORRECTED. INSTALL 3-1/2" CT X 3-1/2" EUE 8RD CONNECTOR. NU INJECTOR. TEST BLIND/SHEAR RAMS & 7" CSG TO 3500 PSI WITH 60/40 METHANOL WATER. UNABLE TO RUN 3-1/2" CT THROUGH BOP STACK DUE TO CONFIGURATION OF CONNECTOR & BEND IN CT. SUSPEND OPERATIONS UNTIL 06:00. WILL CHANGE PROTECTOR DESIGN & TEST BOP'S @ 07:00 HRS. PTS RU 95% COMPLETE. RU CTU EQUIP 7"@ 6868' MW:10.4 VIS: 0 FIN RU SURF EQUIP. RUN GAUGE RING TO TD. NU SURF & BOP EQUIP. RUN BKR PKR & TBG CONV GUNS ON WL. LAND & SET PKR. RD DRESSER ATLAS. RU CTU EQUIP & PREP TO GIH. DISPLACE STRING TO N2 F/4100' 7"@ 6868' MW:10.4 VIS: 0 COMPLETED MU BAKER TELESCOPING SWIVEL SUB. RIH. TEST TOOL STRING ON 3-1/2" COILED TBG TO PKR @ 6272'. LOC INTO PKR. PULLED OUT OF PKR. CIRC COILED TBG TO 60/40 METHANOL WATER. DISPLACED TOP 50' OF CT TO N2. SPACED OUT. CLOSED SLIP PIPE & PIPE RAMS. ND @ EXT SPOOL ON TOP OF 7-1/16" BOP'S. PU. INSTALLED SLIPS & SAFETY CLAMPS. MU EXT SPOOL. LANDED TBG IN TBG HGR SPOOL. PRESS TESTED HGR SEAL TO 3000 PSI-OK. ND @ EXT SPOOL. MADE FIRST CUT ON 3-1/2" CT. RD 3-1/2" CT SPOOL, 7-1/16" BOP STACK. MADE FINAL CUT ON CT. NU TBG ADAPTER SPOOL, XMAS TREE. RU 1.75" COILED TBG. RIGGED IN SURF TEST LINES TO XMAS TREE. TESTED SURF LINES/EQUIP UPSTREAM OF SEPARATOR TO 500/3500 PSI, SURF LINES TO TANKAGE TO 150 PSI. RIH W/1.75" COILED TBG TO 6270' POH PMPING SLICK WATER TO 4100' DISPLACING TEST STRING TO N2 FROM 4100'. WE'LL' KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 8 03/18/93 (31) ROWAN 33 TD: 6880'( 03/19/93 (32) ROWAN 33 TD: 6880'( o) o) RUN SHIFTING TOOL 7"@ 6868' MW:10.4 VIS: 0 COMP DISPL STRING TO N2 F/4100' POH W/1.75" COILED TBG. LEFT 500 PSI N2 CUSHION ON TEST STRING. RD CTU. RU ATLAS WL. RAN GRADIO LOG. FOUND FLUID LEVEL @ 3838' LOADED DROP BAR IN LUB WHILE RU TRIPLEX PMP TO ANN. PRESS ANN TO 1000 PSI TO ENSURE SEALS ENGAGED PLUS ACTUATE "PORT" BLED OFF ANN PRESS. HELD SAFETY MEETING. DROPPED BAR TO FIRE PERF GUN @ 12:40 HRS. HAD NO SURF INDICATION GUNS FIRED. PRESS ANN TO 1500 PSI TO CYCLE HOLD OPEN MODULE. BLED OFF ANN PRESS TO CLOSE PCT TEST VALVE. LEFT WELL SI DOWNHOLE FOR 30 MIN. RAN GRADO LOG. FOUND FLUID LEVEL @ 3833' LD GRADIO LOG TOOL STRG. REHEADED WL. MU SRO PROBE. RIH & ENGAGED MRST/LINC SRO SYSTEM. MONITORED BUILD-UP. MAX PRESS 1600 PSI BELOW TEST VALVE W/452 PSI WHP. BLED OFF WHP. PRESS BELOW TEST VALVE DECREASED F/1606 PSI TO 1571 PSI-INDICATING COMMUNICATION BELOW/ABOVE PCT TEST VALVE. PRESS ANN TO 1500 PSI TO OPEN TEST VALVE. DOWNHOLE PRESS EQUALIZED-WHP 0 PSI. POH W/SRO PROBE. RD ATLAS WL. RU DOWELL CTU. FILLED CT W/DIESEL. TESTED COILED TBG TO 4000 PSI. RIH TO 3800' DISPLACED HOLE TO DIESEL WHILE POH CT 3800'-SURF. RD CTU. RU SURF LINES. TESTED LINES TO 4000 PSI. REPAIRED LEAKS AS REQ'D. ATTAINED 4000 PSI TEST. CONDUCTED INJ TEST. FORM BROKE DOWN @ 3500 PSI. FINAL INJ RATE/PRESS: .5 BPM, 3000 PSI. TOTAL VOL INJ: 2.5 BBLS. RD SURF LINES. RU ATLAS WL. RUNNING SHIFTING TOOL TO DROP TCP GUNS. CHANGE OUT SEAL RINGS 7"@ 6868' MW:10.4 VIS: 0 RIH W/SHIFTING TOOL TO 6290' PU TO SHIFT, RELEASE TCP GUNS. LOST TOOL STRING WT. POH. CABLEHEAD, CCL ONLY ON LINE. REMAINDER OF SHIFTING TOOL, TOOL STRING LEFT IN HOLE. BTM CONNECTION ON CCL SHOWED NO DAMAGE. XO BUSHING BACKED OFF WHILE RIH. FISH LEFT IN HOLE: XO BUSHING, 2 EA SINKER BARS, HYD JARS, SPANG JARS, SHIFTING TOOL. LENGTH 20' W/JARS CLOSED. REHEADED WL. PU LUB WHILE SECURED O/S REQUIRED TO LATCH FISH. MU 2-1/16" O/S W/i-ii/16" GRAPPLE, 2 EA SINKER BARS TO CCL, CABLEHEAD. RIH TO TOF @ 6270' LATCHED FISH. SHIFTED & DROPPED TCP GUNS. RIH 30' TO CONFIRM GUNS DROPPED-OK. POH. LD FISH, FISHING TOOLS. MU CCL/ GR/ TEMP LOG STRING. RIH. LOGGED INTERVAL 6225'-6500' POH. RD ATLAS WL. RU DOWELL TO FRAC. FRAC AS PER PROCEDURE. SCREENED OUT WHEN 6 PPA STAGE @ PERFS. ESTIMATED 1400 LBS PROPANT IN PERFS, 3000 LBS IN CSG/TBG. RD DOWELL. RU ATLAS WL. RIH W/CCL/GR/TEMP LOG STRING. COULD NOT PASS 6190' POH. RD ATLAS WL. RU DOWELL COILED TBG. FILLED CT REEL Q/DIESEL. PRESS TEST CT BOP'S. COULD NOT GET TEST ON UPPER STRIPPER. REMOVED FROM STACK. CHECKED SEALS-DAMAGED. CHANGING OUT SEAL RINGS. WELL' KUUKPIK API: 50-103-20187 PERMIT: 92-138 PAGE: 9 03/20/93 (33) ROWAN 33 TD: 6880'( 03/21/93 (34) ROWAN 33 TD: 6880'( o) o) WAITING ON FLUID INFLUX 7"@ 6868' MW:10.4 VIS: 0 COMPLETE CHANGING OUT SEAL RINGS IN UPPER STRIPPER, REINSTALLED STRIPPER HD. PRESS TEST CTU BOP SYSTEM TO 3500 PSI-OK. RIH 1.75" CT TO 6000' RIH W/CT PUMPING DIESEL TO 6420' TO CLEAN OUT CARBOLITE LEFT IN TEST STRING/CSG AFTER FRAC. CBU F/6420' TO ENSURE COMPLETE CLEAN-UP. POH PUMPING N2 TO 4000' DISPLACED ALL FLUID F/HOLE W/N2 F/4000' RIH PUMPING N2 TO 5000'. BLEW TEST STRING DRY F/5000' RIH PUMPING N2 TO 6000'. BLEW TEST STRING DRY F/6000' SHUT DOWN N2. ALLOWED FLUID INFLUX. BLEW TEST STRING DRY F/6000' W/N2. SHUT DOWN N2. ALLOWED FLUID INFLUX. MU RETRV BP 7"@ 6868' MW:10.4 VIS: 0 CONT TO ALLOW FLUID INFLUX. BLEW TEST STRING F/6000' SHUT DOWN N2. INSTRUCTIONS F/ANCHORAGE OFFICE TO TERMINATE DST %1. RD N2 UNIT. RU REQUIRED SURF LINES FOR BULLHEADING OPS. FILLED COILED TBG. POH FILLING HOLE W/120 DEG 10.4 PPG BRINE. FREEZE PROTECTED CT REEL W/38 BBLS DIESEL WHILE BULLHEADING FLUID IN TEST STRING. BULLHEADED ADDITIONAL 34 BBLS BRINE INTO PERFS. MAX PRESS/RATE: 550 PSI @ 2 BPM, FINAL PRESS/RATE 510 PSI @ 2 BPM. OBSERVED WELL FOR 20 MIN. PRESS BLED TO 320 PSI. BLED PRESS OFF THRU TEST MANIFOLD. RECOVERED 14 BBLS BRINE. ADDED 25' LUB TO INJ HEAD ON CTU. PUMPED FREEZE PROTECTION F/REEL. MU 2-1/16" INFLATABLE CMT RET. RIH ON 1.75" CT. COULD NOT PASS PCT TEST VALVE @ 6243' PU TO 6000', CYCLED PCT 3 TIMES TO LOCKED OPEN POSITION. RIH. COULD NOT PASS 6243' PUMPED ON ANN, THEN THRU STRING-CMT RET WOULD NOT PASS 6~43'. POH W/CMT RET. INSPECTED. FOUND NO VISABLE DAMAGE, NO DEFINITE MARKINGS ON THE FLARED NOSE OF RET. MADE PREP FOR CHANGING INJ HD TO 3-1/2" WHILE WAITED ON INFLATABLE BP TO ISOLATE PERF-ASSUMED PCT VALVE INOPERATABLE. MU BP TO CT. WELL' KUUKPIK API: 50-103-20187 PERMIT: 92-138 PAGE: 10 03/22/93 (35) ROWAN 33 TD: 6880'( 03/23/93 (36) PTS/DOWELL TD: 6880'( 03/24/93 (37) ROWAN 33 TD: 6880'( o) o) o) BREAKING FLANGE TO REMVE SLIPS 7"@ 6868' MW:10.4 VIS: 0 COMPLETED MU BP TO CT. RAN & SET BP @ 60' PRESS TESTED TO 1500 PSI. ND XMAS TREE. NU 7-1/16" BOP STACK. MU CT BOP'S. PRESS SYSTEM TO 1500 PSI AGAINST PLUG. RIH TO RETRIEVE BP. CT WOULD NOT PASS THRU 7-1/16" STACK. BROKE FLANGE BELOW STACK. PU. FREED CT. MU FLANGE. RIH W/CT TO 80' LATCHED BRIDGE PLUG. POH. LD PLUG. CHANGED INJ HD TO 3-1/2"_ REPLACED 4 BENT ROLLERS ON GOOSE NECK. PU REEL END OF 3-1/2" CT W/CRANE. ATTEMPTED TO THREAD THRU INJ HD. FAST LINE ON CRANE DAMAGED. PU CT W/CT MAST CRANE. GOT CT INTO POSITION. MU THREADING SPEAR. ATTEMPTED TWO TIMES TO PULL CT THRU INJ HEAD-WELD BROKE ON SPEAR BOTH TIMES. LD THREADING SPEAR. MODIFIED END OF CT. STABBED CT INTO INJ HD. MU INJ HD TO CT BOP ON WELLHEAD. BROKE FLANGE ON TOP OF 7-1/16" BOP STACK. ENGAGED RETRIEVING SPEAR TO REEL CT/TEST STRING. MU FLANGE. PRESS ANN TO 3600 PSI TO SHEAR OUT "SHORT" CIRC VALVE & LOCK PCT VALVE IN OPEN POSITION. BROKE CIRC TO ENSURE SHORT SHEARED OUT-OK. POH W/CT 9' BROKE FLANGE ON TOP OF 7-1/6" BOP STACK. LD DST TEST TOOLS 7"@ 6868' MW:10.4 VIS: 0 COMPLETED BREAKING OUT FLANGE ON TOP OF 7-1/16" BOP STACK. FOUND TOP SAFETY CLAMP, SLIP BOWL & LOWER SAFETY CLAMP NOT VISABLE. REMOVED UPPER CLAMP. MU FLANGE. PU 3-1/2" COILED TBG. TBG "SKIDDING" THRU LOWER SAFETY CLAMP-SLIP BOWL NOT UNSEATED. RU TO ANN. PMP SLIP BOWL OFF SEAT. PU 8' BROKE OUT FLANGE. REMOVED SLIP BOWL, SLIPS, LOWER SAFETY CLAMP. POH W/TEST STRING. WHEN RETRIEVING SPEAR WENT ONTO CIRCUM OF REEL, BODY OF SPEAR PLUS CT BROKE/SPLIT. CONTROL WELDED BREAKS SO THAT SPOOLING COULD CONTINUE. ATTEMPTED TO CONT TO POH. MAIN HYDRAULIC MOTOR ON SPOOL FAILED. TORE DOWN MOTOR WHILE WAITING ON REPLACEMENT SEGMENT. INSTALLED SAME. POH W/DST%I TEST TOOL STRING TO CT/TEST TOOL STRING XO. CLEARED COILED TBG W/N2. FILLED HOLE. MONITORED WELL-STATIC. ND 5-1/8" CT BOP'S. PU. CUT 3-1/2" CT ABOVE XO. RD INJ HEAD, BOP'S F/WELLHEAD. CLAMPED OFF CT @ SPOOL COUNTER. SPOOLED UP EXCESS COILED TBG. LD ALL DST %1 TEST TOOLS FOR SERVICING. PREP TO TEST BOPE 7"@ 6868' MW:10.4 VIS: 0 FIN POH, LD TEST TOOLS. RU SCHLUMBERGER. RIH W/7" EZSV & SET @ 6266'. POH. RD. TEST EZSV & CSG TO 3500 PSI-OK. MU & RIH W/PKR & TAIL PIPE ASSY ON SCHLUMBERGER WL. SET PKR @ 6134' POH. RD. ND BOP. REMOVE CT HGR SPOOL. NU BOP. STAND BY FOR NEW 3.5" CT SPOOL TO ARRIVE F/DEADHORSE. HOLD SAFETY MEETING. RU INJ & STAB CT. NU 5-1/8" BOP & INJECTOR. WELL: KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 11 03/25/93 (38) ROWAN 33 TD: 6880'( 03/26/93 (39) ROWAN 33 TD: 6880'( 0) 03/27/93 (40) ROWAN 33 TD: 6880'( 0) 03/28/93 (41) ROWAN 33 TD: 6880'( 0) 0) REMOVE CT F/INJ 7"@ 6868' MW:10.4 ViS: 0 TEST BOPE TO 3000 PSI. SPLIT BOP STACK. RU TO RUN TEST STRING. RIH W/TEST TOOLS AS PER WELL PLAN USING GBR TONGS & 40 TON CRANE. PREP TO MU TOOLS TO CT. 4-3/4" TBG CONN WOULD NOT PASS THROUGH 5-1/8" ANN PREVENTER. REMOVE CONN-DAMAGED THREAD ON CONNECTOR. SEND CONNECTOR TO KUP MACHINE SHOP FOR REPAIR & RETURN. MU CONN & TEST SUB BELOW 5-1/8" STACK. LOAD CT W/120 DEG 10.4 BRINE. TEST CT TO 4000 PSI. MU CT TO SLIP JT. NU 5-1/8" STACK TO 7-1/16" BOP. HOLD SAFETY MEETING. RIH W/CT TO 6080' ROTATING NIPPLE BROKE ON SPOOL UNIT WHILE RIH. UNABLE TO BREAK CIRC. STAND BY FOR WELDER. REPAIR NIPPLE. BREAK CIRC. LOC INTO PKR, SPACE OUT TBG. HANG OFF TBG ON RAMS. CUT OFF TBG. INSTALL TBG CONN & FMC HGR. ATTEMPT TO STAB LANDING SPEAR IN LANDING PUP W/NO SUCCESS. PREP TO REMOVE 3-1/2" CT F/INJECTOR. WILL LAND TBG W/30' JT. RIH W/PIVOT GUNS 7"@ 6868' MW:10.4 VIS: 0 REMOVE 3-1/2" CT F/INJECTOR. MU 1 JT 3-1/2" 8RD TBG TO HGR. STRIP INJ HEAD OVER TBG. CUT OFF EXCESS TBG. ENGAGE CHAINS & PULL 25K ON TBG HGR & SLIP CONN. PU STACK & RE-TORQUE CONN. LOWER STACK & NU TO 7-1/16" BOP. PULL 45K ON TBG. RELEASE SLIP RAMS. LAND TBG. RD INJECTOR. ND BOP & 7-1/16" VALVE. NU & TEST 3-1/16" FMC TREE. RU 1-1/2" CT. RIH TO 5000' DISPLACE WELL W/DIESEL. POH. RD. RU SCHLUMBERGER. PULL SINKER BAR TO TOP OF LUB TO PREP FOR TEST. PULLED OUT OF ROPE SOCKET. LD LUB & SINKER BAR. REHEAD LINE. RU LUB & TEST TO 5000 PSI. MU PIVOT GUNS. THAW OUT GREASE INJ. RIH W/GUNS. JET W/N2 @ 4000' 7"@ 6868' MW:10.4 VIS: 0 FIN RIH W/i-ii/16" PIVOT GUNS. HOLD SAFETY MEETING. PRESS TBG TO 300 PSI (500 PSI UNDERBALANCE). PERF @ 4 SPF F/6234'-6249'. OPEN WELL WHP=0 PSI. SHUT WELL IN DOWN HOLE @ PCT VALVE. POH W/GUNS. ASF. MU & RIH & LATCH INT0 MSRT/LINC TOOL FOR SRO. DOWN LOAD DATA. MONITOR WELL. OPEN WELL ON 1" CHOKE W/20 PSI WHP. FLOWED 8 BBLS FLUID. UNLATCH F/LINC. POH TO PREP FOR N2 LIFT. UNABLE TO DRAIN LUB W/VAC TRUCK CONNECTED TO CHOKE MANIFOLD. HEAT TRACE BREAKER ON FLOWLINE HAD TRIPPED. POSSIBLE ICE PLUG IN FLOWLINE. WARM UP FLOWLINE W/HEATERS. LINE STILL PLUGGED. DISCONNECT FLOWLINE F/CHOKE MANIFOLD. FOUND 3" TO 2" SWAGE PLUGGED W/ABSORBANT MATERIAL. MU FLOWLINE & DRAIN LUB. SITP=440 PSI. OPEN WELL ON 1" CHOKE. 0 BBLS REC'D. RU DOWELL CT. JET W/N2 WHILE RIH TO 4000' JET W/N2 @ 5000' 7"@ 6868' MW:lO.4 VIS: 0 DISPLACE W/N2 @ 4000' MONITOR WELL. RIH W/I-I/2" CT TO 5000' DISPLACING W/N2. MONITOR WELL. DISPLACE WELL W/N2 @ 5000' MONITOR WELL. PREP TO DISPLACE W/N2 @ REPORT TIME. WELL: KUUKPIK API: 50-103-20187 PERMIT: 92-138 PAGE: 12 03/29/93 (42) ROWAN 33 TD: 6880'( 03/30/93 (43) ROWAN 33 TD: 6880'( 03/31/93 (44) ROWAN 33 TD: 6880'( 0) 0) 0) RIH W/i-i/2" CT & RET 7"@ 6868' MW:10.4 VIS: 0 DISPLACE WELL W/N2 @ 5000'. MONITOR WELL. SHUT WELL IN @ PCT VALVE FOR PRESS BUILD UP. UNLATCH F/LINC. POH. RD SWS. RU LINES TO LOAD TBG. PMP 40 BBLS 10.4 BRINE TO LOAD TBG. OPEN PCT VALVE. BULLHEAD TBG CONTENTS INTO FORM + 20 BBLS BRINE. INITIAL PRESS=l/2 BPM @ 2200 PSI. FINAL=3.2 BPM @ 1500 PSI. MONITOR PRESS. PRESS BLED F/1000 PSI TO 0 PSI. RU 1-1/2" CT UNIT. STAND BY FOR HOT OIL TRUCK TO ARRIVE ON LOC. HEAT BRINE TO 140 DEG. (NEED TO SET RET W/WARM BRINE TO PREVENT FAILURE WHEN BHT INCREASES. LOAD COIL W/WARM BRINE. TEST LUB. RIH W/RET. WAIT ON CENTER SPEAR 7"@ 6868' MW:10.4 VIS: 0 RIH W/BAKER 2-1/8" CMT RET ON 1-1/2" CT. UNABLE TO WORK RET THROUGH TEST TOOLS. TBG LOC IS 16'F/BTM OF RET. POH. REMOVE RET. RIH W/TT LOC. CORR DEPTH TO X/O IN TEST TOOLS. SET DOWN 5000% WT IN TOP OF PORT VALVE @ 6097' CBU TO CLEAR TBG OF ANY GAS. CLOSE PCT VALVE. TEST VALVE TO 2000 PSI. POH. DISPLACE COIL W/DIESEL. RD CT UNIT. RU 3-1/2" CT. STAB PIPE INTO INJ. WAIT ON WELDER. WIRE UP & TEST WELDING EQUIP. ND TREE. NU BOPE. INSTALL CT CONN ON 8' CUT OFF. MU SAME INTO HGR. CONN 3-1/2" CT W/DOUBLE SPEAR. INJ TROLLEY JUMPED TRACK ON MAST. REPAIR SAME & INSPECT FOR DAMAGE-OK. BOLDS. PU ON TBG. CT PULLED OUT OF CONN @ 20K. ND BOP. REMOVE CONN F/HGR. NU BOP. SECURE WELL. SEND 2 NEW CONN TO MACHINE SHOP FOR MODIFICATIONS & PULL TESTING. STAND BY FOR SPEAR FOR 9.2# TBG. RU 1.5" CTU ON WELL 7"@ 6868' MW:10.4 VIS: 0 WAITED ON GRAPPLE F/9.2 PPF TBG. MONITORED WELL-STATIC. ND 5-1/8" CT BOP'S. MU 3-1/2" PUP JT TO TBG HGR. ENGAGED SPEAR IN COILED TBG/PUP JT. NU 5-1/8" BOP'S. TEST PULLED SPEAR TO 50K LBS. BACKED OUT HGR, HOLD DOWN BOLTS. PU 12' CLOSED 7-1/16" SLIP PIPE RAMS. MONITORED WELL FOR 30 MIN-STATIC. ND 5-1/8" BOP'S. RAISED INJ HEAD. CUT CT & RECOVERED TBG HGR W/CT CONN. INSTALLED ALIGNMENT JIG. PREP BOTH ENDS OF CT FOR WELDING. LINED UP CT SECTIONS TO WELD. ATTEMPTED TO "TIG" WELD SECTIONS-GAS MIX OF 75/25 ARGON NOT ALLOWING WELD TO "RUN". MONITORED WELL WHILE WAITING ON 100% ARGON GAS BOTTLE DELIVERY. "TIG" WELDED CT SECTIONS TOGETHER. NU 5-1/8" CT BOP'S. PULL TEST WELD TO 60K LBS-OK. RIH 12' TO ENGAGE SEALS. CYCLED PCT THREE TIMES TO GET VALVE TO LOCKED OPEN POSITION. ON THIRD CYCLE, INCREASED ANN PRESS TO 3600 PSI TO SHEAR OUT SHORT REVERSING SUB. POH 30' TO DISENGAGE SEALS. MONITORED WELL FOR 15 MIN-STATIC. POH COILED TBG TO DST %2 TEST TOOL STRING. MONITORED WELL FOR 15 MIN-STATIC. ND 5-1/8" CT BOP STACK. HOISTED/SET BACK INJ HD C/W CT BOP'S. RU POWER TONGS/EQUIP. LD ALL DST TOOLS FOR SERVICING. RD RUNNNING TOOLS. RU 1.5" CTU ON WELL. WELL: KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 13 04/01/93 (45) ROWAN 33 TD: 6880'( 0) RIH W/DST %3 TOOL STRING 7"@ 6868' MW:lO.4 VIS: 0 COMPLETED RU OF 1.5" CTU ON WELL. MU 2-1/8" INFLATABLE CMT RET TO CT. RIH W/CMT RET. TAGGED TOP OF 7" EZSV @ 6266' FOR SPACE OUT. POH TO 6163' BULLHEADED CT VOL INTO DST #2 PERFS. DROPPED BALL. PMP BALL DN TO RET. SHEARED DELAYED OPENING VALVE. SET DN 3K LBS. HELD PRESS FOR 10 MIN TO ALLOW RET TO INFLATE. PRESS UP TO SHEAR OUT BALL SEAT VALVE. RET SET @ 6163' IN 2-7/8" TBG TAILPIPE. ESTAB INJ RATE OF .75 BPM @ 2800 PSI USING 10.4 PPG BRINE. BATCHED MIXED 75 SX "G" 15.6 PPG CMT SLURRY W/.5% D20, .05 GPS D47, .5% D66, .1 GPS D135, .35% D156, .2% D800. SHEARED FOR 28 MIN. BULLHEADED/PMP 5 BBLS FW SPACER, 13 BBLS CMT SLURRY, 5 BBLS FW SPACER. DISPLACED W/15 BBLS BRINE. SQUEEZED TOTAL OF 9 BBLS (44 SX) BELOW RETAINER. 5 BBLS INTO DST 02 PERFS. INITIAL SQUEEZE RATE/PRESS: .94 BPM @ 3450 PSI; FINAL RATE/PRESS: .8 BPM @ 3600 PSI. UNSTUNG F/RET. SET DOWN TO VERIFY RET IN PLACE, OK. DUMPED 4 BBLS (100') CMT SLURRY ON TOP OF RET. POOH W/ CT. FREEZE PROTECTED COIL W/DIESEL. RD 1.5" CTU F/WELL. RU SCHLUMBERGER. MADE GAUGE RING/JUNK BASKET RUN TO 5900' RD SCHLUMBERGER. MU BELOW PKR TOOL STRING C/W 4-1/2" TCP GUNS LOADED @ 5 SPF AS PER PROGRAM. MU 7" BAKER FB-1 PROD PKR W/SEAL BORE EXTENSION TO TOOL STRING. RU SCHLUMBERGER. MU WL SETTING TOOL TO PKR. RUN ASSY IN HOLE. SET PKR @ 5548' POH WL. RD SCHLULMBERGER. RU TEST TOOL RUNNING EQUIP. MU DST %3 TEST TOOL STRING. LOWERED, POSITIONED INJ HD W/3-1/2" CT & SWIVEL JT IN PLACE. MU SWIVEL JT TO TEST TOOL STRING. CHECKED CT CONN. NU 5-1/8" CT BOP'S. RIH DST %3 TOOL STRING ON 3-1/2" CT. WELL: KUUKP IK AP1: 50-103-20187 PERMIT: 92-138 PAGE: 14 04/02/93 (46) ROWAN 33 TD: 6880'( 04/03/93 (47) ROWAN 33 TD: 6880'( o) RIH 1.5" CT TO UNLOAD WELL 7"@ 6868' MW:10.4 VIS: 0 o) RIH DST #3 TEST TOOL STRING ON 3-1/2" CT TO 5100' BROKE CIRC TO WARM-UP INJ HD CHAINS TO REMOVE ICE. CONT'D RIH PUMPING @ LOW RATE. LOC PKR @ 5548' STOPPED PMP. ENGAGED ENTIRE 15' SEAL ASSY FOR SPACE OUT PURPOSES. PU TO 5' ABOVE PKR. DISPLACED 3-1/2" CT TO 500' BELOW WH W/N2. SET DOWN TO ENGAGE SEAL ASSY. PU 9.5' FOR REQ'D SPACE OUT. CLOSED SLIP PIPE & PIPE RAMS. SET DOWN TO ENSURE SLIP RAMS HOLDING. ND 5-1/8" CT BOP'S. COLD CUT 3-1/2" CT. MU CT CONN W/HGR TO TEST STRING. MU 7' PUP JT TO TOP OF HGR. ENGAGED DOUBLE SPEAR TO PUP JT, REEL CT. NU 5-1/8" CT BOP'S. PULL TESTED-OK. OPENED BOTH SETS OF RAMS. LANDED HGR. ND 5-1/8" CT BOP'S. SET BACK BOP'S & INJ HD W/3-1/2" CT STABBED. ND 7-1/16" BOP STACK. LD SAME. NU FMC XMAS TREE. TESTED SEALS TO 5500 PSI. MU SURF LINES. RU 1.5" CTU ON WELL. PRESS TESTED SURF LINES/XMAS TREE TO TEST MANIFOLD TO 4000 PSI. RIH 1.5" CT TO PKR SETTING DEPTH. DISPLACED TEST STRING TO DIESEL F/5548' POH CT. LEFT 50 PSI ON WELL. RD INJ HD. LEFT CT UNIT'S MAST STANDING. RU SCHLUMBERGER WL, LUB. LOADED DROP BAR & LINC TOOL. PRESS TESTED LUB TO 2000 PSI. LEFT 50 PSI ON LUB. HELD SAFETY MEETING. DROP BAR. 4-1/2" TCP GUNS FIRED @ 22:11 HRS. PERF INTERVAL 5663'-5718' @ 5 SPF. FLOWED WELL THRU OPEN CHOKE FOR PREFLOW PERIOD DST %3. PRESS ANN TO SHEAR OUT "PORT". BLED OFF PRESS. PRESS ANN TO 1500 PSI TO ACTIVATE PCT TEST VALVE. SI DOWNHOLE @ 22:32 HRS FOR INITIAL BUILD-UP. INITIAL WHP: 21 PSI; FINAL: 0 PSI. RIH LINK PROBE ON WL TO MONITOR INITIAL BUILD-UP. LATCHED LINC PROBE INTO COUPLER. DOWNLOADED DATA. MONITORED BUILD-UP. PRESS ANN TO OPEN PCT TEST VALVE @ 00:30 HRS FOR MAIN FLOW PERIOD. MONITORED WELL ON OPEN CHOKE TO 03:00 HRS. INITIAL WHP: 60 PSI-PRESS DUE TO RIH WL IN CLOSED SYSTEM PRESS WENT TO 0 PRESS IMMED WHEN OPENED WELL THRU OPEN CHOKE @ SURF. UNLATCHED LINC PROBE. POH. RD SCHLUMBERGER. RU 1.5" CT INJ HD ON WELL. RIH PUMPING N2 TO UNLOAD WELL. PUMPING N2 F/5000' 7"@ 6868' MW:10.4 VIS: 0 COMPLETED RIH 1.5" CT. PUMPING N2 TO 5000' BLEW TEST STRING DRY F/5000' W/N2. SHUT DOWN N2. ALLOWED FLUID INFLUX. BLEW TEST STRING DRY F/5000' W/N2. SHUT DN N2. ALLOWED FLUID INFLUX. WELL: KUUKPIK API: 50-103-20187 PERMIT: 92-138 PAGE: 15 04/04/93 (48) ROWAN 33 TD: 6880'( 04/05/93 (49) ROWAN 33 TD: 6880'( o) o) MONITOR WELL 7"@ 6868' MW:10.4 VIS: 0 BLEW TEST STRING DRY F/5000' SHUT DN N2. MONITORED WELL. ALLOWED FLUID INFLUX. STARTED PUMPING N2 TO UNLOAD TEST STRING. NO FLUID TO SURF IN TIME TYPICALLY TAKEN ON PREV CYCLES. ATTEMPTED TO MOVE CT-COULD NOT-CT BOP'S & UPPER SECTION OF XMAS TREE HAD ICE BLOCKAGE. THAWED ICE BLOCKAGE, FURTHER WINTERIZED XMAS TREE/CT BOP'S. CONT'D LIFTING W/N2 F/16:45 HRS TO 17:00 HRS. SHUT DN N2. MONITORED WELL. ALLOWED FLUID INFLUX. BLEW TEST STRING DRY F/5000' SHUT DN N2. MONITORED WELL. ALLOWED FLUID INFLUX. RD SCHLUMBERGER 7"@ 6868' MW:10.4 VIS: 0 CONT'D TO MONITOR WELL WHILE ALLOWED FLUID INFLUX. BLEW TEST STRING DRY F/5000' W/N2. SHUT DN N2. MONITORED WELL. ALLOWED FLUID INFLUX. BLEW TEST STRING DRY F/5000' W/N2. BLED PRESS OFF ANN TO CLOSE "PCT" TEST VALVE. SHUT DN N2. POH 1.5" CT TO 3000' FILLED COIL W/10.4 PPG BRINE WHILE POH. CONT'D POH FILLING TEST STRING W/BRINE TO SURF. RD INJ HD. TILTED TROLLEY BACK ON CT UNIT MAST. RD SCHLUMBERGER, LUB. PRESS TESTED LUB TO 1500 PSI. RAN LINC SRO PROBE ON WL TO LINC INDUCTIVE COUPLER @ 5479' LATCHED IN. DOWN LOADED DATA. MONITORED BUILD-UP TO 05:$5 HRS. UNLATCHED. POH W/WL. RD SCHLUMBERGER. ,,~,laska Oi~ .a Gas Co~s. WELL: KUUKPIK API: 50-103-20187 PERMIT: 92-138 PAGE: 16 04/06/93 (50) ROWAN 33 TD: 6880'( o) LD DST #3 TEST TOOLS 7"@ 6868' MW:10.4 VIS: 0 COMPLETED RD SCHLUMBERGER, LUB. RU 1.5" CT INJ HD ON WELL. PRESS TESTED TO 4000 PSI. BULLHEADED 60 BBLS 10.4 BRINE INTO DST #3 PERFS. ND INJ HD. MU 2-1/8" BAKER INFLATABLE CMT RET TO 1.5" CT. RIH TO TCR-B GUN. RELEASE @ 5600' SPACED OUT. PMP/BULLHEADED 10 BBLS HEATED BRINE. DROPPED RET SETTING BALL. PMP BALL DN. SHEARED OUT DELAYED OPENING VALVE. SET DN. HELD PRESS FOR 10 MIN TO ALLOW RET TO INFLATE. PRESS UP TO SHEAR OUT BALL SEAT. RET SET IN 2-7/8" TBG TAIL PIPE @ 5583' ESTAB INJ RATE OF .8 BPM @ 2360 PSI. BATCH MIXED 75 SX "G" 15.6 PPG CMT SLURRY W/ADDITIVES. PMP/BULLHEADED 5 BBLS FW FOLLOWED BY 16 BBLS CMT SLURRY, THEN 5 BBLS FW. DISPLACED W/19.6 BBLS BRINE. TOTAL CMT SQUEEZED BELOW RET = 16 BBLS (75 SX) W/APPROX 12 BBLS (57 SX) INTO DST #3 PERFS. INITIAL SQUEEZE RATE/PRESS: .9 BPM @ 2440 PSI; FINAL: .0 BPM @ 2936 PSI. UNSTUNG F/RET. SET DN TO ENSURE PLACEMENT OF RET-OK. POH CT. FREEZE PROTECTED CT. RD 1.5" CTU F/WELL, CLOSED PCT. ND XMAS TREE. LD SAME. NU 7-1/16" BOP STACK, 7-1/16" FULL OPENING GATE VALVE. RU SURF LINES. RU 3-1/2" CT INJ HD ON WELL W/3-1/2" CT, 5-1/8" CT BOP'S IN PLACE. MU 3-1/2" PUP JT INTO TBG HGR. ENGAGED SPEAR IN PUP JT. LOWERED INJ HD. ENGAGED SPEAR IN SURF CT. MU 5-1/8" BOP'S. ATTEMPTED TO PU STRING-COULD NOT-ACHIEVING PIPE STRETCH ONLY. CYCLED PCT VALVE TO LOCKED OPEN POSITION. PU TEST STRING 12' TO WELD POSITION. ND 5-1/8" CT BOP'S. CUT 3-1/2" CT BELOW CT CONN, TBG HGR. LD ASSY. INSTALLED ALIGNMENT JIG ON TEST STRING. LOWERED SURF CT INTO JIG. PREPED BOTH END SECTIONS FOR WELDING. "TIG" WELDED CT STRING TOGETHER. ALLOWED WELD TO COOL FOR 30 MIN. GROUND OFF EXCESS WELD. NU 5-1/8" BOP'S. POH CT TO DST #3 TEST TOOL STRING. MONITORED WELL-STATIC. ND 5-1/8" CT BOP STACK. HOISTED/SET BACK INJ HD C/W CT BOP'S & 3-1/2" CT IN PLACE, CONT'D POH. LD TEST TOOL FOR SERV. ~Jasb. {Iii &. G~is Coi'is. Com~ss'~o~ ~ELL: KUUKPIK API: 50-103-20187 PERMIT: 92-138 PAGE: 17 04/07/93 (51) ROWAN 33 TD: 6880'( 04/08/93 (52) ROWAN 33 TD: 6880'( o) o) WELL SI F/INITIAL PRESS BU 7"@ 6868' MW:10.4 VIS: 0 TEST 7" CSG TO 3000 PSI-OK. RU SCHLUMBERGER WL. RIH W/5.95" GR/JB TO 2800'. POH. RD SCHLUMBERGER. MU 4.5" TCP GUNS( 12 SPF, 60 DEG PHASING) + BAKER FB-1 PKR W/SEAL BORE EXT. RIH W/PKR & PERF ASSY ON WL. CORRELATE PKR SET DEPTH W/DUAL LATEROLOG DATED 03/04/93. SET PKR @ 2575' WLM. POH. LD WL TOOLS & BAKER SETTING SLEEVE. RD SCHLUMBERGER. RU GBR. PU TEST TOOL STRING FOR DST 04. MU SWIVEL JT. NU CT BOP. RIH W/DST 04 TOOL STRING ON 3.5" COILED TBG. PU WT @ 2300'=21K. RAN SEAL ASSY INTO PKR & PU 1' CLOSED PIPE RAMS & PRESS TEST ANN TO 500 PSI FOR PKR TEST-OK. PU TOTAL 9.5' FOR SPACEOUT & CLOSE SLIP & PIPE RAMS. PU CT BOP & COLD CUT TBG. MU CT CONN, TBG HGR, 7' TBG PUP, & TBG SPEAR. PULL TEST TO 50K. OPEN RAMS & LANDED HGR. BACKED OUT & LD TBG PUP & SET BACK CT BOP. ND 7-1/16" BOP STACK & VALVE. NU FMC XMAS TREE & PRESS TEST SEAL TO 5000 PSI. RU SURF LINES & PRESS TEST 3-1/2" X 7" ANN TO 500 PSI TO TEST PKR SEAL ASSY-OK. RU 1.5" CTU ON WELL. RIH TO 2575' & DISPLACE 3.5" TBG TO DIESEL. POH. PRESS WELL TO 50 PSI & CLOSE MASTER VALVE. RD CTU. RU SCHLUMBERGER. LOADED DROP BAR. MU SHIFTING TOOL ON WL. PRESS TEST SURF LINES, LUB, & XMAS TREE TO 2500 PSI. HOLD SAFETY MEETING FOR DST %4. OPENED MASTER VALVE & DROPPED FIRING BAR. GUNS FIRED @ 01:25 HRS 04/07/93. FLOWED WELL FOR 5 MIN ON 12/64 CHOKE. PRESS DROPPED F/225 PSI TO 30 PSI. SI WELL. MONITOR WELL (DST 04) 7"@ 6868' MW:10.4 VIS: 0 WELL SI FOR INITIAL PRESS BUILDUP. RIH W/SHIFTING TOOL & DROPPED OFF TCP GUNS. POH. CLOSED MASTER VALVE & LD TCP GUN SHIFTING TOOL. MU LINK TOOL ON SCHLUMBERGER E-LINE & RU LUB. OPENED MASTER VALVE & FLOWED WELL ON 12/64" CHOKE. PRESS DROPPED TO 0 PSI. WELL WOULD NOT FLOW. RIH W/LINK TOOL ON E-LINE TO COLLECT PRESS DATA. POH. MONITOR WELL. WELL NOT FLOWING. CLOSED MASTER VALVE. RD SCHLUMBERGER. RU 1.5" CTU INJ HEAD & PRESS TEST TO 2500 PSI. RIH TO 2710' & CIRC DIESEL (24 BBLS) CATCHING SAMPLES @ BU. POH W/CT TO 500', FILLING HOLE W/DIESEL. PMP TOTAL OF 34 BBLS DIESEL. RU N2 PMP TRUCK & PRESS TEST LINES TO 3000 PSI. POH W/CT TO 400' RIH TO 500' & BLOW WELL DRY. NO INDICATION ON SURF THAT WELL IS FLOWING. MONITOR WELL. FLUID TO SURF @ 21:10 HRS. BLOW WELL DRY TO 500' W/N2. MONITOR WELL. FLOWED FLUID TO SURF @ 02:45 HRS. FLOWING WELL ON 12/64" CHOKE. WELL' KUUKPIK API' 50-103-20187 PERMIT' 92-138 PAGE' 18 04/09/93 (53) ROWAN 33 TD: 6880'( 04/10/93 (54) ROWAN 33 TD- 6880'( o) o) MONITOR WELL{DST %4) 7"@ 6868' MW:10.4 VIS' 0 MONITOR WELL. WELL QUIT FLOWING @ SURF. DISP N2 F/1.5" CT W/24 BBLS DIESEL. RIH W/CT TO 2715' DISP WELL W/DIESEL. CATCH SAMPLES WHILE CIRC. POH TO 2400'. MUD CUT SAMPLES. MONITOR WELL. WOULD NOT FLOW TO SURF. POH TO 700' BLOW WELL DRY TO 700' W/N2. MONITOR WELL. GAS LIFT W/~2 F/700' MONITOR WELL. GAS LIFT W/N2 F/700' RIH TO 1100' & GAS LIFT W/N2. MONITOR WELL. GAS LIFT W/~2 F/ll00'. MONTITOR WELL. RIH W/1.5" CT TO KILL WELL 7"@ 6868' MW: 0.0 VIS- 0 GAS LIFT W/N2 F/ll00' MONITOR WELL. GAS LIFT W/N2 F/1250'. MONITOR WELL ALLOWING FLUID INFLUX. POH W/CT & STAND BACK INJ HEAD. PRESS 3-1/2" X 7" ANN TO 2000 PSI TO CYCLE "PORT". BLEED PRESS TO 0 PSI. PRESS ANN TO 1500 PSI & BLEED OFF TO CLOSE "PCT". BEGIN PRESS BUILD-UP. RU SCHLUMBERGER LUB. PRESS TEST LUB TO 2500 PSI. RAN LINC SRO PROBE ON WL TO COUPLER @ 2607' DOWN LOAD DATA & MONITOR PRESS BUILD-UP. UNLATCHED LINC TOOL & POH W/WL. RD SCHLUMBERGER. RU 1.5" CT ON WELL. DISPLACED N2 F/CT W/10.4 PPG BRINE. PRESS 3-1/2" X 7" ANN TO 1500 PSI TO OPEN "PCT" VALVE. RIH W/CT. WELL: KUUKPIK APl: 50-103-20187 PERMIT: 92-138 PAGE: 19 04/11/93 (55) ROWAN 33 TD: 6880'( 04/12/93 (56) ROWAN 33 TD: 6880'( o) o) REPAIR DOWELL/SOS 3.5" CTU 7"@ 6868' MW: 0.0 VIS: 0 RIH W/1.5" CT TO KILL WELL. TAGGED FILL IN 3.5" TBG @ 2425' WASH TRU SMALL BRIDGE & RIH TO 2740' PMP 94 BBLS 10.4 PPG BRINE & KILLED WELL. OBSERVE WELL. WELL IS DEAD. POH INTO 2-7/8" TAILPIPE. ESTAB INJ RATE OF 1 BPM @ 3100 PSI W/10 BBLS BRINE. POH W/1.5" CT. RD INJ HEAD. MU 2-1/8" BAKER INFLAT CMT RET ON 1.5" CT. PRESS TEST LUB TO 2500 PSI. RIH TO 2-7/8" TBG TAILPIPE & PREP TO SET RET @ 2609' DROPPED 1/2" STEEL RET SETTING BALL & PMP TO RET. PRESS UP ON BALL TO INFLATE RET & SHEAR OUT BALL SEAT. SET DOWN 3000 LBS ON RET TO CHECK IF SET-OK. CHECK INJ RATE INTO DST #4 PERFS @ 2682'-2710', 1 BPM @ 3300 PSI. BATCH MIXED 75 SX (15 BBLS) CLASS G CMT + ADDITIVES @ 15.8 PPG. PMP /BULLHEAD 5 BBLS H20 + 15 BBLS CMT + 5 BBLS H20 & DISPLACED CMT BELOW RET W/20 BBLS BRINE. FINAL SQUEEZE PRESS: 4000 PSI @ .8 BPM (12.3 BBLS CMT INTO PERFS). CIP @ 13:30 HRS 04/10/93. UNSTING F/RET & SET DOWN 3000 LBS TO CHECK RET PLACEMENT-OK. AOGCC WAIVED WITNESSING OF DST #4 P/A. POH W/1.5" CT. FREEZE PROTECT CT W/25 BBLS DIESEL. RD & MOVE OFF WELL. SET BPV. ND XMAS TREE. NU 7-1/16" FULLBORE GATE VALVE & 7-1/16" BOP STACK. PULLED BPV. MU 3-1/2" PUP JT INTO TBG HGR. POSITION 3-1/2" CT INJ HEAD & 5-1/8" CT BOP'S OVER WELL. ENGAGE TBG SPEAR & MU 5-1/8" CT BOP'S. PU ON 3-1/2" CT W/30K & POH 12' TO POSITION CT FOR WELDING. CLOSED 7-1/16" SLIP RAMS & PIPE RAMS. ND & PU ON CT BOP TO EXPOSE 3-1/2" CT FOR CUT. WHILE PU ON 3-1/2" CT BOP'S FOR FINAL POSITIONING, THE CTU INJ TROLLY JUMPED THE MAST TRACK. WAIT ON PERSONNEL & CRANES TO REPOSTION INJ TROLLY. PU TWO CRANES & ATTEMPT TO POSITION TROLLY ROLLERS BACK ON MAST TRACKS. SHUTDOWN DUE TO DOWELL/SCHLUMBERGER SAFETY CONCERNS. REST CREWS WHILE WAITING FOR DAYLIGHT. NU 3-1/2" CT BOP'S 7"@ 6868' MW: 0.0 VIS: 0 ATTEMPT TO POSITION TROLLY ON CTU MAST. SUPPORT TROLLY ON CRANE SLINGS WHILE REMOVE ROLLERS. MOVED TROLLY INTO POSITION. REPLACED ROLLERS. CUT 3-1/2" CT BELOW CONN & LD TBG HGR ASSY. INSTALLED ALIGNMENT JIG & LOWERED SURF CT INTO JIG. "TIG" WELDED CT TOGETHER. COOLED WELD. NU 5-1/8" BOP'S. WELL: KUUKPIK API: 50-103-20187 PERMIT: 92-138 PAGE: 20 04/13/93 (57) ROWAN 33 TD: 6880'( WELL P & A'D, SURF PLUG SET 7"@ 6868' MW: 0.0 VIS: 0 NU 5-1/8" CT BOP'S. POH W/3-1/2" CT. FILLED HOLE W/10.4 BRINE. SET BACK INJ HEAD & CT BOP'S. RU GBR POWER TONGS. LD DST #4 TEST TOOL STRING & BAKER ASSY SEAL. ND 5-1/8" CT BOP'S. SET BACK & SECURED INJ HEAD. SPOOL UP 3-1/2" CT ON REEL. RU SCHLUMBERGER. RIH W/BAKER 7" BP. SET BP @ 225' POH & LD RUNNING TOOL. MU PERF GUN/CCL & RIH. CORRELATED & PERF'D INTERVAL 198'-200' RKB W/4 SPF. POH & RD SCHLUMBERGER. RELEASED SCHLUMBERGER. RU & PMP BRINE DOWN 7" CSG TAKING RETURNS UP 7" X 9-5/8" ANN. PMP 3 BBLS H20. BATCH MIXED & PMP'D 100 SX (16.5 BBLS) ASI CMT @ 15.7 PPG, YIELD .93 FT3/SX. HAD GOOD CMT RETURNS TO SURF. CIP @ 19:40 HRS 04/12/93. SURF PLUG WITNESSED BY AOGCC. RELEASED DOWELL/SCHLUMBERGER. RD DOWN & MOVE OFF EQUIP. CLEAN UP LOC. 04/14/93 (58) ROWAN 33 TD: 6880'( PREP TO CUT CSG F/FINAL P & A 7"@ 6868' MW: 0.0 VIS: 0 BACKHOE MOBILIZED TO LOC. CLEANED OUT AROUND 16" CONDUCTOR TO A DEPTH OF 13' BELOW PAD LEVEL (10' BELOW TUNDRA) IN PREP TO CUT & REMOVE CSG STRINGS, THEN WELD ON CAP. A MINIMUM OF 8' BELOW TUNDRA LEVEL FOR FINAL WELL ABANDONMENT. PLAN TO COMMENCE CUTTING 0PS @ APRROX 07:00 HRS 04/14/93, AOGCC REP TO WITNESS. 04/15/93 (59) ROWAN 33 TD: 6880'( CONT GENERAL SITE CLEAN-UP 7"@ 6868' MW: 0.0 VIS: 0 PREPARED TO CUT CSG STRINGS. ROUGH CUT 16", 9-5/8", & 7" CSG STRINGS. LD CUT-OFF SECTION. MADE FINAL CUT ON CSG STRINGS @ 8'+ BELOW TUNDRA LEVEL. PREPED 16" CSG. PACKED 16" X 9-5/8" ANN W/CMT. WELDED ON 16" DIAMETER X 1/2" WT STEEL COVER MARKER PLATE W/INSCRIPTION. BEAD WELDED TO PLATE AS PER PROGRAM. CLEANED ALL METAL DEBRIS F/HOLE. BACKFILLED HOLE. NOTE: THE ABOVE SURF ABANDONMENT PROCEDURE WITNESSED BY AOGCC REP J. SPAULDING. CONT'D MOVING EXCESS MAT OFF LOC. CONT'D GENERAL SITE CLEAN-UP. 04/16/93 (60) ROWAN 33 TD: 6880'( o) GENERAL SITE CLEAN-UP 7"@ 6868' MW: 0.0 VIS: 0 BACKHAULED REMAINING STOCK TANK FUEL. MOVED FUEL TANK IN PREP FOR CAMP DEPARTURE. DEMOBED EXPLOR COMMUNICATIONS SYSTEMS. REINSTALLED ORIGINAL INFIELD SYSTEM IN CAMP. MOVED NORDIC %1 CAMP F/KUUKPIK %3 LOCATION TO 2G PAD STACK POINT. CAMP RELEASED @ 24:00 HRS, 04/15/93. CONT'D SITE CLEAN-UP: MOVED D7 CAT PLUS SNOW BLOWER TO LOC. STARTED BLADING PAD. COMPUTER & ASSOC EQUIP TAKEN TO DRILLING TOOL HOUSE FOR WARM STORAGE. SIGNATURE: (drilling sug~i6tendent) Ob DATE: SPERRY-SUN . ., ARr:O ALASKA INC KUUKPIK C:OLVILLE DELTA ~ROWAN ~33 AKMF930205:50-103_20187_00 ~ORTH REFERENCE : TRUE NORTH FEBRUARY 1993 SHORT COLLAR METHOD MAG FIELD STRENGTH (NT) : ~7_.,7 DIP ANGLE : 80. TOTAL CORRECTION : 28. MEASURED ANGLE DIREC:TION VERTIC:AL LATITUDE DEPARTURE VERTICAL DOG LEG DEPTH DEGREE DEGREE DEPTH FEET FEET SECTION SEVERITY O. 00 O. O0 O. O0 O. 00 0.00 O. 00 O. 00 0. 199.53 O. 11 125.64 I99.53 -0. 1 228.88 0.3~ 301.97 228.88 -0.08 0. 10 0.00 1. ~1 259.07 0.08 89. 10 259.07 -0.03 0.04 0.00 1.42 289.20 0.27 225.71 289.20 -0.09 -0.02 0.09 O. 64 328.46 0. 16 148.30 328.46 -0.20 -0.06 0.20 0.72 357.35 0.21 261.62 357.35 -0.25 -0.09 0.25 1.0~, 383. 19 0.23 156.99 383. I9 -0.30 -0. 12 0.31 1.35 409. 18 0.21 140.62 409. 18 -0.39 -0.07 0.35 0.20 440.54 0. 15 257.44 440.54 -0.44 -0.07 O. 40 0.99 470.00 0.21 271.08 470.00 -0.45 -(] 17 0.46 0 24 563 43 0 17 242.73 = ~ '' - ' ' u6o. 43 -0.51 -0.46 0.68 0. 11 623.03 0.43 ,228.58 623.03 -0.70 -0.71 0.98 O. 716.03 0.43 227.24 716 02 -1 ~6 -1 ')':' - ' ' ' · 772.42 0.50 234.46 772.41 -1.45 -1.58 2. 10 O. ! 4 , 829.58 0.48 212.44 829.57 -1.79 -1.91 2 58 0.32 925 04 0 09 202 18 925 ' ~ ' ' ' ' -(-)~ -2.20 -2. 15 3.05 0.41 1015.62 0.52 157.71 1015 61 2 64 1 97 3.29 (') 48 i I'.'i 1 i 12.74 0.27 149.45 1112.73 -3.25 -1.68 3.61 0. l°oo 50 0.39 18r) 13 1202.48 3 73 1 58 3.93 1328.20 0. 13 218.29 1328. 18 -4.26 -1.66 4.41 O. 24 1427.98 O. 35 27.07 1427.96 -4.07 -1.59 4.21 1519.77 0.43 350.58 1519.75 -3.48 -1.52 3.70 o. 2'.~ 1609.54 0.70 26 59 1609 52 ~ 66 1 33 2.92 (') 48 1706. 15 0.56 24.64 1706. 12 -1.70 -0.86 1.87 O. i4 1800.59 0.59 49.60 1800.56 -0.96 -0.30 0.94 0.26 1892.00 0.42 58.62 1891.96 -0.48 0.34 0.18 0.21 1984..3,4 0.24 68.48 1984 3(') -0 23 0 81 -0 ~(' .. ' ' ' · · ~ .~ (') 19 .2073.62 0. 18 11.50 2073.58 -0.03 1 02 -0.59 0 2 " 2167.~'B O. 16 59.77 2167.65 0. 19 1. 2354.51 0.06 251.75 2354.47 0.29 1.29 -1.00 0. i 2 2479. 14 0.30 142.30. 2479. 10 -0.03 1.53 -0.90 O. ! 9 2687.73 0.29 144.75 2E, 87.68 -0.89 2. 18 -0.59 0. 2780.39 0.31 169.69 2780.34 - t. 34 2.36 -0.34 C). 14 2880. 16 0.23 165.15 2880 11 -1 80 '-' 46 0.03 (] 08 2971 14 0 37 11° 14 2971.09 -2.09 2 78 0 01 (') ~'- i i ~l 306(].64 0.49 108.36 3060.59 -2.32 3.41 -0 19 ('~. 14 3159 48 (') 60 124 93 31 ~'~ ' ' ' -' · - ~,~ 42 -? 75 4 '~ -0 ~ ' -' · ~ . ~4 (') ~'~ ,:, ~- .-J ~:.. ! 4 (') 27 :, ~ ~ 4 ~'-' ~ '- . ,'} ....... '' · , z,~.~)~ 8 -'-2. c..~ ' S 7 R Y - S W N AF:CO' ALASKA INE:. c:OLVILLE DELTA AKMF930205: 50- i (:,3-2(1187-00 FEBRUARY 19'93 MEASURED ANGLE DEPTH DEGREE D IF.:EC:T ION VEF.:TICAL DEGREE DEPTH 3372.7(.') O. '2'2 74.27 3372.64 3466. (:)2 0.40 81.25 3465.96 3564. 18 c). · ,.:.,,:,'"'"68. S5 3564. 1 .,_'--" ,.:,68.-,. 1 6 Cl. 32 68.92 3683.09 3748 2'-3 0 27 7'-3 (')3 3746 '~'-.' · · · . · .~.,.~. DRILLING SERVICES. !NC. KUUKF'IK ~3 ROWAN #33 NORTH REFERENCE : SHORT COLLAR METHOD MAG. FIELD STRENGTH DIP ANGLE TOTAL CORF.:EC:TION (NT) PAGE 2 LATITUDE DEF'ARTURE VERTIC'AL FEET FEET TRUE NORTH : 57'-'77 : 80.48 : 28.84 DOG L£'] SECTION SEVERI'FY -2.67 5. '23 -1.00 O. 17 -2.57 5.73 -1.37 ('). 2(:) -'.-'-'. 42 6.33 -1.85 c). 1 I -2. 18 6. '95 -2.42 0. C)(:) -'2.09 7.26 -2.68 O. i 1 3842· 75 0. 10 3-2.' 99 3842.68 4027.99 0. 13 136, 26 4027.92 4123.8(::' 0. 13 182.4(:) 4123.73 4216.28 0. (::'5 277· 71 4216.21 4314.6,3 0.44 258.23 4314.56 44(1:'5.76 0.44 2'93.54 44A5.69 4498.05 0.64 269.71 4497. '38 4590.03 0.80 264.99 4589.95 4683.5'9 0.88 261.92 4683.50 4776. '.34 0.94 243.2'3 4776· 84 -1.97 7.53 -2. '93 0. '--27' -1.99 7.77 -3.05 O. 10 -cZ. 18 7.84 -2.95 O. I 1 -2.28 7.79 -2.84 O. 16 -2.37 7 38 -2 ="-' '" · ~ (-) 9 -~-.~" 30 6.73 - 2 . 19 0 .29 -'.--2. 16 5 89 -1 79 o ~ · " . ,,.D,Z, -'-"~. 22 4.73 - 1 . 05 n.. 1 S -'.-'-'. 38 3.37 -0. I ! O. 09 -'.-'. '. S 2 1. '.37 1. (') 8 0.32 4896.24 O. 92 237· 34 48'.36. 12 4989.99 1 . 06 -..~'-' ~' 2: 914989.86 5077 03 1 (')8 '-'~ 55 · · .- ..' m6. 5076 88 ~178. CIA 0.86 240. A8 5177.84 526'9. (':'5 0.8'9 226.97 5268.88 -~. 78 (:). 29 7.86 O. 08 -4.71 -1.03 4.3'9 0. 17 -5 64 -'.-.' ~= = ,-~ -6. 54 _o~. 8(::' 7. ='"u... (').. 22 -7.37 -4.92 8. S4 O. 22 5362.80 0.92 228. 19 5362.61 56'92.86 1. 10 215.58 56'92.62 5890.95 0.85 221.86 589o. 69 6028.85 0.84 '.2'."~' 1.64 6028.57 6100. (1)8 0.53 206.37 6099.7'9 '-8.37 -6.01 10. -12· 69 -9.81 16. (.':'4 0.09 -15.34 -11.90 19.41 A. 13 -16 85 -1 · ~..~ · · . · . . -17.54 -13.75 22.28 0.4'.3 61 1 1.67 0.65 ":-.'18. 14 61 11.38 6.,'~ ,..:, t.--_. ..... S7 .... ,ri · ,.-, .."='" 204 .76 61 ,.:,'"'6 .58 6.157.46 0.58 212.51 6157. 17 6166.62 0.5'9 190.46 6166.33 6195.20 0.35 206. 15 61'94.91 - 17.64 - 13.81 '2'.-.2.4 (] 1.44 - 17. S 5_ - 1 ,.:."". 95 ,...,_'.-" '.". 65 (-).. '74 -18.03 -14.04 '.2'.2.85 O. 46 - 18. 11 - 14. (.':'8 '2'2.94 ',-.- '. 4 3 -18.34 -14· 14 23.16 0.95 6234.56 0.47 96.. 67 6234.27 6'.-.:78.28 0.42 175. (')8 6'.':.:77.99 6308.44 0.26 167. 11 6308. 15 6347.73 0.26 178.6=..~ 6347.44 6356. 1 '-'-' O. 45 184. (:)'9 6355.83 6386 (.';'4 0 43 190.93 6385 '~=' · · · ! 6412.87 Cl. 37 '.-.. ' 10. 2:0 6412.58 6,47'-3.6.9 o. 30 22'.7.73 647'9.40 · -.,.,,- _ · . · 65'36., '--".~":' (] 3'9 ':.705 86 E .... -,b. (_,2 657':-~. 4 1 O. 22 342.34 6.57'9. 11 - 19.28 - 13.83 -.""3-. 72 A.. 17 - 19.45 - 13 · 89 =,..:, .'-' "" '~_ ':'~. ,.'~ . % 5 -1'9.76 -14. 13 24.2S O. ],S -':'"" "-:, - 14 "'-'"' 24 62 , ;. '.7 ~- '-' · - · ,.D,.D · . -20.08 -14.41 24.71 !. 2':3, SPERRY-SUN DRILLING ARCO ALASKA INC. COLVILLE DELTA AKMF930205: 50-103-20187-00 FEBRUARY 1'B93 SERVICES, INC. K U U K P ! K # 3 ROWAN #33 NORTH REFERENCE : SHORT COLLAR METHOD MAG. FIELD STRENGTH DIP ANGLE TOTAL CORRECTION MEASURED ANGLE DIRECTION VERTICAL LATITUDE DEPTH DEGE:EE DEGREE DEPTH FEET 6618.22 0.34 222.25 6617.92 -20. 10 -14.51 6703.23 0.40 235.73 6702.93 -20.45 -14.93 6736 (:79 0.~.~ 215 44 6735.79 -20.58 -15.07 6747. 211 0. 19 241.60 6746.92 -20.E. 2 -15. 11 67~0.43 0.39 261.30 6780. 13 -20.66 -15.27 F'AGE (NT) TRUE NORT : 5727 : 80.4t DEPARTURE VERTICAL DOG LE~ FEET SECTION SEVERIT' 6810.02 0.43 259. 19 68A9.72 -20.70 -15.47 CALCULATIONS BASED ON THE MINIMUM CURVATURE METHOD HORIZONTAL DISPLACEMENT AT A DEF'TH OF 6810.0 FEET IS 25.8 FEET ALONG S 36 DEG 47 M IN W RELATIVE TO WELL HEAD VERTICAL SECTION RELATIVE TO WELL HEAD VERTICAL SECTION COMPUTED ALONG 216.78 DEG A DECLINATION OF 28.84 HAS BEEN APPLIED 24.79 1.2~ 25.32 O. 1' 25.51 O. 4'i 25.56 1.4(i 25.69 O. ~ ~ 25.84 0. I" SPERRY-SUN DRILLING SERVICES LOGGING SYSTEMS Anchorage, Alaska OR s~~~ ~o~ ~/ AR(~O, Alaska Inc. ~<KUukpik No. 3 ..~'~'onh Slope, alaska Final Report Summary March, 1993 PREPARED FOR: ARCO Alaska, Inc. PREPARED BY: W. A. Shepherd Sperry-Sun Drilling Services Logging Systems TABLE OF CONTENTS Introduction ................................................... A Well Diagram .................................................. B Summary By Depth Intervals ....................................... C Conclusions and Recommendations ................................... D Appendix: Parameters vs. Depth ............................................. E 1) Days Drilling 2) Rotating Hours 3) 4) Pore Pressure - Mud Weight Condensed Resistivity 5) Dc Exponent Log Packet .................................................... F 1) 2) Engineering Log (250'/INCH) Data Base Disk / ASCII Records Records of Survey ............. .................................. G Bit Record .................................................... H Drilling Mud Record ............................................. I Show Reports .................................................. j 1) Paper, B.O. Pixler ADT Reports ...... ' ............................................. K INTRODUCTION Drilling operations for Kuukpik No.3 were initiated on February 17, 1993 by ARCO Alaska, Inc. The well was drilled by Rowan Drilling Inc. Rig 33 on Section 22 Township 13N Range 6E North Slope, Alaska. Kuukpik No. 3 was drilled to a total depth of 6880' in 14 days. A Sperry-Sun Logging Systems MPT/2000 Unit was in operation from surface to TD providing full mud logging, applied drilling technology, and Mud Pulse MWD services with Phase 4 Resistivity technology. The MPT/2000 Unit and crew provided assistance in drilling Kuukpik No. 3 by monitoring drilling parameters and gas levels. Als0 provided were real-time Gamma Ray, EWR information, directional surveys, fluid hydraulics information, pore pressure vs. necessary mud weight evaluations, and a wide range of geological interpretations and iampling services. The following pages of this report are designed to supply historical data of events that occurred on Kuukpik No.3 along with some analysis and recommendations for specific problems that occurred while drilling the hole. All the information compiled in this report was acquired from the sensors of the MPT/2000 unit at the well site. The sensors incorporated in this unit are independent from the rig sensors and values may differ slightly from values reported by the rig contractor. In addition, any evaluations in this report regarding formation evaluations, pore. pressure estimates, or other geologic interpretations are made entirely by Sperry-Sun personnel from on site examination of drill cutting samples and pertinent data supplied solely by the MPT/2000 Unit. I ~ ~ Rrco Rlaska, Inc. b/ELL DIR6Rflll ~ Kuukpik No. 3 Litholog~ / Casing Program Format ions ~ ~ .... . :~ .~. '.'. -~ 7~- '-'-'-'"~.~ -~-. ; ,.~.~.:.....~.~.~ ~ L_ - --&"~-' Z696 ~ ~ .~ _~.._~ _ _ ~ ----~. ~ - ~.% :,,% , . . - i. ,r-,I, ~666 ~ ~" : ..... ?. ~,,-:'--~ · ~.-L.~.: ..... , _ _-~ ~........ ,_ ..:: _ _: ., ~.-~. ..... ~ ..... ~ ....... ["2"~; ........ ..... WELL SUMMARY BY INTERVALS Interval: 150' to 2300 Days: Hole Size: No. Bits: Rotating Hours: Deviation: Mud Weight: 3 Average WOB: 33 klb 12.25 Average RPM: 125 1 Average GPM: 670 19.5 Average SPP: 2500 psi .25 deg Average ROP: 111 ft/hr 8.9 ppg Mud Type: Spud mud Discussion: Operations on Kuukpik No. 3 began at 00:05 hours on 2-17-93 by drilling out the conductor casing. Bit No. 1, an STC A-i, With 16-16-12 jet's was used to drill from 150'-2300'. Gravels, clays, sands, and silts were the predominant rock types encountered through this section of permafrost. No abnormal pressures or hole problems occurred while drilling this part of the hole. Some mechanical problems did occur while drilling this section. The shaker system could not handle the volume of cuttings drilled in the surface hole and had to be modified in order to process the amount of volume being pumped. Also, the mud pumps experienced problems with gravel and sand getting inside the valves and liners and had to be cleaned and repaired. In addition, the cuttings auger broke while drilling the surface hole and required seven hours to repair. After drilling to 2300', The hole volUme was circulated and a short trip to the collars was attempted. On the first fill up, after pulling five stands of pipe, the hole did not appear to take enough mud and the pipe was run back to bottom and the hole was circulated again recording 93 units of short trip gas. A short trip was then made successfully and 90 units of short trip gas was recorded. A full trip was then made and E-logging operations were initiated. After E-logging operations were completed, a full trip was made recording 95 units of trip gas from bottoms up. After circulating and conditioning the mud, 9-5/8" casing was run and cemented in the hole. Interval: 2300' to 6880' Days: Hole Size: No. Bits: Rotating Hours: Deviation: Mud Weight: Discussion: 11 Average WOB: 25 klb 8.5 Average RPM: 120 4 Average GPM: 500 88.5 Average SPP: 3000 psi .5 deg Average ROP: 52 ft/hr 8.9-10.3 ppg Mud Type: KCL 9-5/8" casing was set at 2,278' and cemented in place. Bit No. 2, an 8-1/2" Hycalog DS-40 with 5x10 jets, was used to drill the cement, the 9-5/8" casing shoe, and 10' of new hole. A leak off test was performed equivalent to a value of 12.4 ppg. Drilling continued to 2695', where a drilling break was encountered. After checking for flow with no flow noted, bottoms up was circulated recording 816 units of gas. Drilling'then continued to 4025' where another drilling break was encountered. The hole was again observed for flow with no flow noted, and circulated out recording 1311 units of trip gas. Bottoms up was again circulated at 5345' noting 39 units of gas. Drilling was continued to 5992', where the bit was pulled due to slow penetration rates. Bit No. 3, an STC-MFSDH, with 3x13 jets, was picked up and run in the hole to the shoe where the rig was temporarily shut down for repairs. After returning back to bottom, the hole was then circulated out recording 349 units of trip gas. Drilling continued to 6210' where Bit No. 3 was pulled out of the hole in order to core. Bit No. 4, an SC7126 Core bit with .95" TFA, was run in the hole and a 60' core was collected. Bit No. 3 was rerun and drilled to 6310' where it was pulled out of the hole for a second core. Bit No. 4 was rerun in the hole to cut core No. 2 from 6310' to 6370'. The BOP's were tested and Bit No. 5, an HTC-ATJ-11H with 2xll's and lx12 jets, was run in the hole. Drilling continued to TD at 6880' where bottoms up was circulated and a short trip was made. The hole was circulated after the trip noting 45 units of short trip gas. Wireline logging was carried out prior to running the 7" liner to bottom in preparation for testing the hole with a coiled tubing unit. Formations through this interval consisted of clays, silts, sands and sandstones. No unexpected pore pressures were encountered through this section, as they ranged from 8.5 ppg to 9.8 ppg at TD. Some string drag was recorded during trips indicating tight hole conditions at various intervals with some fill encountered. These conditions were easily handled with the drilling practices used and caused no major problems. CONCLUSIONS AND RECOMMENDATIONS The drilling program for Kuukpik No. 3 was designed to penetrate to an estimated depth of 8,000'. Kuukpik No. 3 was drilled to 6880' in 14 days. Problems The major problems relating to the drilling of Kuukpik No. 3 were mostly mechanical in nature due to rig failures and repairs. Only minimal problems occurred during drilling and coring operations. No abnormal or unexpected pore pressures were encountered. Pore pressures stayed in the expected range of 8.5 ppg to a maximum of 9.8 ppg while maintaining mud weights that reached 10.3 ppg maximum. Some tight hole conditions did occur on trips out of the hole, but caused no major problems. The following hydraulics and mud' property recommendations are based on a similar drilling program. There are moderate differences in these parameters as compared to those used on Kuukpik No. 3 in order to compensate for the problems noted in this area. Recommended Mud Properties Mud Yield Water Depth CSG Weight Point Loss 0-550 20" 9.0 30-50 <20 Below Permafrost 9-5/8" 9.0 30 <15 TI) 8-1/2" 150 psi overbalance >12 <4 Recommended Hydraulics Hole Size: 12-1/4 8-1/2 . · Depth: 2500 7000 Gallon per Min: 550 450 Nozzle Size: 3-15's 3-11's Pump Pressure: 2000+ 3000+ SPERRY SUN DRILLING SERk~IC,-S ~ ~ROID ~OHP~NY ~ELL xuu~zx No.o ~ D~VS DRILLING vs. DEPTH 18 ~8 :._~"':-~;~.: -~;;;;L.~ ':~;~-__: ..... --~. :.._...: .......... ~.._.; :_.J L..~_:::~..::::::..:;:...:-~:_:::::.:. : -"~_ ::': :_: :.. :_~.:J ,'" :. :.". .... ' .... :.:.::.:;'..;:L:.:.~""::":;__~"-.:" J_:.:: ""_,:.:.: .... :' '~ ', ' ', ' ' ~ ' ' '~ .... , 1 ..... ~ .... , ........................... , ..... ~ , ........... , .... ~ ......... . .... . ............]~ ' ~ i ~ .......... ~ ..... : .......... ~ ...... , ....... , ......... , .................... SPERRY SUN DRILLING SER~JIC_.S SPERRY SUN i~ BFtROID COMPFtN¥ LOGGING SYSTEMS 14ELL COPIPAN¥ arco RI. RS](R INC. 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"- .~ .... ~' ' -~: ............ ......... ' ...... : .......................................................... , ...... '"~ ' , ' - ,' ' ' " ' ; "- ' SPERRY-SUN LOGGING SYSIEHS LOGGING R BRROID COHPRN¥ S Y S "J' E H S WELL Kuu~(~,x~( NO.a PORE PRESS. COMPRNY RRCO Rx. Rsz~ ZNC. ~S LOCRTION NOR~H SLO~Z, RLRSKR MUD ~E IGH T ~ PORE PRE~URE vs HUD ~EIGHT ~D I 8 18 11 IZ 13 1~ 15 15 17 -I ' : ........... ....... 7. .', . ~ ~ : , I ....... :.--I ........... ~ .......... ~-..' ~ ' . , . :::,.~ . .-~.,~-~ ~ r~.,,-,..,~ ,.,: , ~, :~-:-~-/~:~,,.:-~: ..... . ~ ,,, .. ,, L_. :._1 _ ...... :_._~ .L_~. ........... :L_ _ i ' .... i_= .......... ............. ......... .... ' : ........ , . , _/..: '., , . , .,, ', :, · , ., , . ~ :.~_, , ~ , I , _,, , . ~ ~ ~ , ', ] ' ' ' ' l' ! . "- : ' ' , . . , ., .... j ' , , , .~ .... , , · ,. ~: ~., ~ , :,~, , ,. , : , , , ,, , ,, ., ~, J' , ~.', .,', .... . ..... . ~, - , , '~ , - , , · ,.. . , ~ . . . , , ............ ' . ' -"' ' - J ':- ''- "" "~-' ' ~ ' .- '~I - ' ' : :.:._.~.~ ~, .'. , j,._~.= . :.:.',..',' ~ ..' : ~ ' j : , : , , ,. · , ~ , , ~ ,-~ : j '. ~., : , J ; , '. ' ...... .... ..... '! : ~jJ ,.,~: , , ; ;' : ;. ~ J ~ ~. '~' , ,.: ~ :, '', : .' ' : ': · I ' ..... '~, -'": ..... ~ '-I-~, '- ...... :'" ' ' "" '~'' -~":' ':"' ' : ' ' · ' , j. ' " '"-" ..... ~ ....... ........... ..... ' .......... ;-' ' ........ ~-i ... _ ...... . --- . .. ; . % ...,... . . : . ..., ] -; .. . ' ' ~ ' '' ~,' ~.~ ' ~ ' '~ .' . ~.' ' ' ~ . :' . . .... ~ J; J '1~ ' ['~ ::::::::::::::::::::::::: ~..':~: .... :,..,.-.: :_~:~.:,_~..::'.. ::: _... :.: "'::,.,.., ~,.,.~., ,.. :~:.:...- , - SPERRY .... SUN LOGGINt~ SYSTEMS ~ .e. mt ~c~.Co~emt R BR~OIB COMrRNV ~ No Re~u~n; ~ Circulate Out ~ELL xu~szx NO.3 DC Depth Co~ CKF Check ~or Flo. TG T~ip COR~RN~ ~co ~sx~ ~NC. ~ RESISTIVITY PORE PRESSURE ~ ohm-m EST. lB/gal .2 2 29 299 2~ 8 13 :"::.' "::_'.: ,._ ".~:'-_:_'_..::._..:-'-:T::i'__:_'- ..__._: '_ - " . - . , , , , . , ~ ~ , , , ; i , . - ..................... : .... '-' ' I . . ~ [ . I r ' , , , ' 1888 .. ,. ~~:~ ~--- .......... , .... .", ........ i, ~ ......... '-- . .... :"" ........ , ..... ~:'-:-:- ~-'T'-~'-~",-'l- ........ ~ ....... ~ .... ~",-'; .................... ~- -, .... ' " ' ~"'~ '-'-' ....... ' ~' .................... . ' ' ......... , .......... I .............. ~ ..... ~ ...... ~ -,.. .... . ..... ~ ................. ' ...... . ......... I ............... ..... :' '" ~'-¥ '', -~ "~:' '-, ..... ~-,~ ....... ~ .... , -"-,---r--,---: ........... · ...... '.'--',-'", ..... "'. .............. 3888 : ~ , ~ ~ L , , , , , , , ~ ,. . .~. ~.~..L_~.~/..'~ ................ ,-.~ ...... . ................. ... ............... . --~ ............ .-- 5666 .... ,.. , ~ .., ~-': ................. --~-~ .......... ,'~ -'~ ~ ...... ~~'~Y~ ............... ~ .... ' .................. ~ ...... C: .......... ; ............. ..' ................... ....... ~" "~'"~ ..................... ~ ............ , ................................ '" ';'"T ............................... : ................................................................... , ....... , . , ~ ~ . T · ~ .................... ....... ~ ..... ~_..'......_:.._~_:~ .... ~__.~_L_]_..<.~._~_~. , . · ~ ' ~ ~ · . ............. , ................ ,..._~.._, _. ................. , ,;.-: ....... ~ ' "F .... ~ ' '''! ............ ~ ................ ~ ........... ' ....................... ' .... ' ..................... , , , . ~ ~ ~ , . ~ , , , _.. ..... ~ ........ ~-~ .... ~..' ........ ~._... _~ ...... L_.~_, .................. ' .... ' . _L.,:_.'._, ......... ~ ......... ,.._'.._:.... ..................... SPERRY .... SUN ~ GGING SYSTEMS IiSI{It SPERRV-$UN A BAROID COmPaNY LOGGIN~ M E L L KDUKPIK NO. 3 .... C 0 LOCATION ~ ~ ~ODIFIED ~ ~ "D" E~OHEHT ~ ~ ~EMAHS ~' . 1888 2888 . -~ ..... .~- - ~--' ' ...... ............. i ~ .... :. 3~$ ~, ' ......... : 5888 ........... · :...~ ........ ~.. . .... , , ~ - , ~., ~. ~, .. : . ~ ' . ~ SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE ARCO ALASKA, INC WILDCAT/KUUKPIK #3 50-103-20187 NORTH SLOPE COMPUTATION DATE: 4/14/93 DATE OF SURVEY: FEBRUARY, 1993 MWD SURVEY JOB NUMBER: AK-MF-930205 KELLY BUSHING ELEV. = 24.90 .FT. OPERATOR: ARCO ALASKA INC TRUE SUB-SEA COURS MEASD VERTICAL ~ERTICAL INCLN DEPTH DEPTH DEPTH DG MN 'COURSE DLS TOTAL .DIRECTION · RECTANGUI2~R COORDINATES DEGREES DG/100 NORTH/SOUTH EAST/WEST VERT. SECT. 0 .00 -24.90 199 199.53 174.63 228 228.88· 203.98 259 259.07 234.17 289 289.20 264.30 0 0 N .00 E 0 6 S 54.36 E 0 21 N 58.03 W 0 4 N 89.10 E 0 16 S 45.71 W .00 .00N .00E .00 .06 .liS .16E -.00 1.60 .08S .10E .00 1.42 .03S .04E -.00 1.10 .08S .01E .06 328 328.46 303.56 357 357.35 332.45 383 383.19 358.29 409 409.18 384.28 440 440.54 415.64 0 9 S 31.70 E 0 12 S 81.62 W 0 13 S 23.01 E 0 12 S 39.38 E' 0 9 S 77.44 W .72 .19S .03W ~17 1.07 .23S .06W .22 1.35 .29S .08W .28 .25 .37S .03W .32 .98 .42S .04W .36 470 470.00 445.10 563 563.43 538.53 623 623.03 598.13 716 716.02 691.12 772 772.41 747.51 0 12 N 88.92 W .25 0 10 S 62.73 W .11 0 25 S 48.58 W .45 0 25 S 47.24 W .00 0 30 S 54.46 W .16 .43S .13W .42 .49S .42W .65 .68S .67W .95 1.15S 1.19W 1.63 1.43S 1.54W 2.07 829 829.57 804.67 925 925.03 900.13 1015 1015.61 990.71 1112 1112.72 1087.82 1202 1202.48 1177.58 0 28 S 32.44 W .33 0 5 S 22.18 W .41 0 31 S 22.29 E .51 0 16 S 30.55 E .26 0 231 S .13 W .23 1.78S 1.87W 2.55 2.19S 2.12W 3.02 2.63S 1.99W 3.30 3.24S 1.70W 3.61 3.73S 1.60W 3.94 1328 1328.18 1303.28 1427 1427.96 1403.06 1519 1519.75 1494.85 1609 1609.51 1584.61 1706 1706.12 1681.22 1800 1800.55 1775.65 1892 1891.96 1867.06 1984 1984.30 1959.40 2073 2073.58 2048.68 2167 2167.65 2142.75 0 7 S 38.29 W .24 0 21 N 27.07 E .48 0 25 N 9.42 W .28 0 42 N 26.59 E .48 0 33 N 24.64 E .15 0 35 N 49.60 E .26 0 25 N 58.62 E .20 0 14 N 68.48 E .20 0 10 N 11.50 E .23 0 9 N 59.77 E .15 4.27S 1.69W 4.42 4.08S 1.62W 4.23 3.49S 1.55W 3.72 2.67S 1.36W 2.95 1.72S .90W 1.91 .98S .33W .98 .50S .31E .21 .25S .78E -.27 .05S .98E -.55 .16N 1.12E -.81 2354 2354.47 2329.57 2479 2'479.09 2454.19 2687 2687.68 2662.78 2780 27.80.34 2755.44 2880 2880.11 2855.21 .5631 Silverado Way, Suite G 0 3 S 71.75 W .1'2 c 0 18 S 37.70 E . .26 0 17 S'35,.25 E .01 D 18 S 10.31 E- .14 0 13 S 14.85 E .08 · Anchorage, Alaska 99518 · A Baroid Company (907) .26N 1.26E -.97 .02S 1.39E -183 .88S 2.03E -.53 1.32S 2.21E -.29 1.78S 2.31E .02 563-3256 · Fax (907) 563-7252' O IR I I..L_ II%J I~ C;E R%/II-- Ec:; SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE ARCO ALASKA, INC WILDCAT/KUUKPIK #3 50-103-20187 NORTH SLOPE COMPUTATION DATE: 4/14/93 DATE OF SURVEY: FEBRUARY, 1993 MWD SURVEY JOB NUMBER: AK-MF-930205 KELLY BUSHING ELEV. = 24.90 FT. OPERATOR: ARCO ALASKA INC TRUE SUB-SEA MEASD VERTICAL VERTICAL DEPTH DEPTH DEPTH COURS INCLN DG MN COURSE DLS TOTAL DIRECTION RECTANGULAR COORDINATES DEGREES DG/100 NORTH/SOUTH EAST/WEST VERT. SECT. 2971 2971.09 2946.19 3060 3060.58 3035.69 3159 3159.42 3134.52 3282. 3282.08 3257.18 3372 3372.64 3347.74 0 22 S 67.86 E .32 2.06S 2.63E 0 29 S 71.64 E .14 2.29S 3.26E 0 36 S 55.07 E .19 2.72S 4.09E 0 16 N 37.74 E .53 2.86S 4.79E 0 13 N 74.27 E .18 2.64S 5.09E .06 -.14 -.30 -.61 -.96 3466 3465.95 3441.05 3564 3564.11 3539.21 3683 3683.09 3658.19 3746 3746.22 3721.32 3842 3842.68 3817.78 0 24 N 81.25 E .20 2.55S 5.58E 0 19 N 68.85 E .11 2.39S 6.19E 0 19 N 68.92 E .00 2.15S 6.82E 0 16 N 79.03 E ' .11 2.06S 7.13E 0 6 N 32.99 E .22 1.94S 7.40E -1.34 -1.82 -2.40 -2.66 -2.91 4027 4027.92 4003.02 4123 4123.73 4098.83 4216 4216.21 4191.31 4314 4314.56 4289.66 4405 4405.68 4380.78 0 7 S 43.74 E .10 1.96S 7.63E 0 7 S 2.40 W .11 2.15S 7.70E 0 3 N 82.29 W .15 2.25S 7.66E 0 26 S 78.23 W .40 2.32S 7.24E 0 26 'N 66.46 W .29 2.25S 6.58E -3.04 -2.93 -2.83 -2.52 -2.18 4498 4497.97 4473.07 4590 4589.94 4565.04 4683 4683.49 4658.59 4776 4776.83 4751.93 4896 4896.11 4871.21 0 38 S 89.71 W .32 2.11S 5.74E 0 48 S 84.99 W .19 2.17S 4.59E 0 52 S 81.92 W .10 2.33S 3.22E 0 56 S 63.29 W .32 2.77S 1.83E 0 55 S 57.34 W .08 3.73S .15E -1.78 -1.04 -.09 1.1f 2.88 4989 4989.85 4964.95 5077 5076.88 5051.98 5178 5177.83 5152.93 5269 5268.87 5243.97' 5362 5362.61 5337.71 1 3 S 52.91 W .17 4.66S 1.18W 1 4 S 56.55 W .08 5.60S 2.50W 0 51 S 60.08 W .23 6.50S 3.95W 0 53 S 46.97 W .22 7.32S 5.06W 0 55 S 48.19 W .04 8.32S 6.16W · 4.42 5.97 7.57 8.89 10.35 5692 5692.62 5667.72 5890 5890.68 5865.78 6028 6028.56 6003.66 6100 6099.79 6074.89 6111 6111.38 6086.48 1 6 S 35.58 W .09 12.66S 9.97W 0 51 S 41.86 W .14 15.30S 12.06W 0 50 S 41.64 W .00 16.82S 13.41W 0 31 S 26.37 W .50 17.51S 13.91W 0 39 S 38.14 W 1.47 17.61S 13.97W 16.12 19.48 21.51 22.35 22.47 6136 6136.57 6111.67 0 31 6157 6157.16 6132.26 0 34 6166 6166.32 6141.42 0 35 6195 6194.90 6170.00 0 21 6234 6234.26 6209.36 0 28 5631Silverado Way, SuiteG S 24.76 W .75 17.82S 14.11W S 32.51 W .47 18.00S 14.20W S 10:.46 W 2.44 18.08S 14.24W S 26.15 W .94 18.30S 14.30W S 83.33 E 1.71 18.43S 14.19W · Anchorage, Alaska99518 ° (907)563-3256 · Fax (907)563-7252 A Baroid Company 22.73 22.92 23.01 23.23 23.26 E3 I~ I L..I_ I I~J E~ ¢; E R ~/I r' E¢; SPERRY-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE 3 ARCO ALASKA, INC WILDCAT/KUUKPIK #3 50-103-20187 NORTH SLOPE COMPUTATION DATE: 4/14/93 DATE OF sURVEy: FEBRUARY, 1993 MWD SURVEY JOB NUMBER: AK-MF-930205 KELLY BUSHING ELEV. = 24.90 FT. OPERATOR: ARCO ALASKA INC TRUE SUB-SEA COURS MEASD VERTICAL VERTICAL INCLN DEPTH DEPTH DEPTH DG MN 6278 6277.98 6308 6308.14 6347 6347.43 6356 6355.82 6386 6385.74 6412 6412.57 6479 6479.39 6536 6536.62 6579 6579.10 6618 6617.91 6703 6702.92 6736 6735.78 6747 6746.91 6780 6780.12 6810 6809.71 6253.08 6283.24 6322..53 6330.92 6360.84 COURSE DLS TOTAL DIRECTION RECTANGULAR COORDINATES DEGREES DG/100 NORTH/SOUTH EAST/WEST 0 25 S 4.92 E 1.29 18.61S 14.00W 0 15 S 12.89 E .55 18.79S 13.98W 0 15 S 1.35 E .14 18.96S 13.96W 0 27 S 4.09 W 2.30 19.02S 13.96W 0 25 S 10.93 W .17 19.24S 13.99W 6387.67 0 22 S 30.20 W .54 19.42S 14.05W 6454.49 0 18 S 47.73 W .18 19.72S 14.29W 6511.72 0 23 S 25.86 W .28 20.00S 14.48W 6554.21 0 13 N 17.66 W 1.34 20.05S 14.57W 6593.01 0 20 S 42.25 W 1.26 20.06S 14.67W 6678.02 0 24 S 55.73 W .12 20.42S 15.09W 6710.88 0 18 S 35.44 W .48 20.55S 15.23W 6722.01 0 11 S 61.60 W 1.39 20.58S 15.26W 6755.22 0 23 S 81.30 W .66 20.63S 15.42W 6784.81 0 25 S 79.19 W .15 20.66S 15.63W VERT. SECT. 23.29 23.42 23.54 23.59 23.79 23.96 24.35 24.69 24.78 24.85 25.39 25.58 25.63 25.76 25.91 THE CALCULATION PROCEDURES ARE BASED ON THE USE OF THREE-DIMENSION MINIMUM CURVATURE METHOD. HORIZONTAL DISPLACEMENT = 25.91 FEET AT SOUTH 37 DEG. 6 MIN. WEST AT MD = 6810 VERTICAL SECTION RELATIVE TO WELL HEAD VERTICAL SECTION COMPUTED ALONG 217.11 DEG. 5631 Silverado Way, Suite G · Anchorage, Alaska 99518 · (907) 563-3256 · Fax (907) 563-7252 A Baroid Company sperry ,vS, DRI ELI N(~Ii SE OES .... A Barold Company BIT RECORD CASING PROGRAM 16 9 518 inch at inch at inch at inch at inch at 150 2278 COMPANY ARCO, ALASKA INC. FIELD/BLOCK WILDCAT WELL KUUKPIK No, 3 LOCATION COLVILLE DELTA CONTRACTOR ROWAN STATE ALASKA ~ ~' ID COMPANY BAROID SPUD DATE 2-17-93 TOT CST RPM FLOW SSP MW GRADE BIT TYPE S~ZE JETS DEPTH FEET ROP HRS WOB DATE NO inches 1/32 OUT drlg fi/hr HRS S/fi Mbs .-gpm .si """ . T G REMARKS , 02 21.93 1 STC A1 12.25 16-16-12 2300 2170 111 19.5 19.5 35 125 650 2500 10.1., 2 2 I DRILLED SURFACE HOLE. 02-20-93 2 HHYC D-40 8.5 5-10, S 5992 3692 104 35.6 55.1 30 150 540 3000 10,2 O 1/16 OUT-100% WORN 02 27' 93 3 STC-MFDSH 8.5 13-13-13 6207 215 35 6.2 61.3 30 80 550 3167 10.3 POOH TO CORE , , 02 28-93 4 . SC71 2G 8.5 .95TFA 6274 60 4.3 14.1 75.4 23 78 304 1759 10.3 CORE #1 03 01-93 3RR STC-MFDSH 8.5 13-13-13 6310 36 15.6 2.3 77.7 21.6 118 496 2890 10.3 2 1 I POOH. TO. CORE 03.01-93 4RR SC71 2G 8.5 .95TFA 6370 60 7.7 8.0 85.7 28.2 73 306 922 10.3 i CORE #2-5% WEAR · , 0302-93 5 HTC ATJ-11 8.5 11-11-12 6880 510 23 22.3 108 37 10§ 450 3000 10.2... 2 3 i POOH TO E-LOG-RUN LINER-TD , . . . . DRILLLING MUD RECORD CASING PROGRAM COMPANY ARCO, Alaska Inc. FIELD/BLOCK WILDCAT WELL KUUKPIK No. 3 LOCATION COLVILLE DELTA ROWAN 33 ALASKA CONTRACTOR STATE BAROID DRILLING FLUIDS 2-17-93 MUD COMPANY SPUD DATE 16 95/8 inch at 150 It inch at 2278 ~t inch at tl. inch at It inch at ft DATE DEPTH WEIGHT VIS PV YP GELS FLTR HTHP CAKE SOL OIL WATER SD CEC pH PM Pf/Mf CI- CA 10 sec/ 1 993 It lb/gal sec cp lb/hr2 10 rainz~l/30m /deg F 1/32 % % % % meq/hg ppm ppm 02-17-93 334 8,9 230 34 59 27/52 12,4 - 2 9 0 91 - 10,5 ,55/1.1 500 20 , , ~ 02-18-93 1350 10,0 106 19 33 20/35 12.4 2 9 0 91 2,5 30 8,5 - .1/1.4 200 20 02-19-93 2056 10,1 58 21 20 8/27 7.8 2 8 0 92 1.5 30 8.5 - .05/.2 500 30 02-20-93 2300 10,1 57 27 15 6/20 8.0. 2 9 0 91 1.0 30 8.5 - .03/.1 500 40 02-21-93 2300 10,2+ 47 25 16 3/22 8.4 2 10 0 90 .75 30 8.0 - 01/,08 600 40 , , 02-22-93 2300 CLEAN PIT , , 02-23-93 MIX MU 02-24-93 2450 9,9+ 47 16 26 4/19 10,4 - 2 7 0 93 TR 10 9.5 - ,1/1,4 16000 140 02-25-93 4235 10.2 53 13 31 17/44 9.8 - 2 10 0 90 TR 12 8.4 - .04/.4 17000 248 02-26-93 5711 10,2 55 16 34 15/40 10,1 - 2 12 0 88 tr 15 8.0 - 0/.4 17000 400 -"-27-93 6074 10,3 45 18 12 3/28 8.8 - 2 13 0 87 ..25 12,5 8.5 - .03/5 19000 420 ~-28-93 6225 10.3 55 32 19 2/5 3.8 - 1 13 0 87 TR 7 7.5 - 0/0.4 21000 260 03-01-93 6305 10,3 59 33 18 2/3 3.8 - 1 13 0 87 TR 8.75 7.4 - 0/0.4 20000 288 03-02-93 6370 10.2+ 54 30 20 '2/3 3.6 - 1 13 0 87 TR 7.5 7.3 0/0.45 20000 360 03-03-93 6685 10,2 51 31 23 3/4 3.6 - 1 13 0 87 .TR 12,5 7,2 0/0.4 22000 360 03-04-93 6880 10,4 57 31 28 4/16 8.0 1 14 0 86 TR 12,5 7.3 0/0.4 19500 360 03-05-93 6880 10,4 61 33 31 7/23 4,0 1 14 0 86 TR 12,5 7.2 0/0.4 20500 380 03-06-93 6880 10,4 74 36 27 5/17 3.8 - 1 14 0 86 TR 12,5 7.7 - 0/0.45 21000 336 03-07-93 6880 10.3 60 30 20 5/9 3.8 - 1 13 0 87 TR 12 7.5 - 0/0.45 18200 296 SHOW EVALUATION REPORTS This section of the report contains copies of show evaluation reports for Kuukpik No. 3. These reports are based on chromatography evaluations of gases retrieved from mud samples injected into Sperry-Sun's Steam Still apparatus; consequently, interpretations made on each report reflect this procedure. Show reports are not always included in the well report analysis because of restricted information requirements placed on some wildcat wells. They do offer some insight of fluid content on potential producing zones of good permeability; however, they are often inadequate on tight zones or when gas samples are taken while coring. See attachment regarding SPE-AIME, B.O. Pixler referencing hydrocarbon ratio evaluations. sperry--sun A Barold Company Operator ARCO, ALASKA INC. Well Name KUUKPIK No. 3 Sh~, Report 1 Part B Depth Interval 2690 to 2710 True Vert. Depth na to na Prepared by WA SHEPHERD Delivered to J. SALEE/G'. WILSON Date 24-FEB-93 Time 0600 Location Sec. 22, T13N, R6E, UM. 1875' FWL, 785'FSL, COLVILLE DELTA AREA. PFIODUCTION /Oil ff. Gas/Water NON-PROOUCIBI F HYDROCARBONS Oil/Water I r-I% 5 DEPTH 2690 fi' GAS r~ units 753 MUD CHLORIDES (ppm) 500 FLOWLINE SUCTION SHOW - ppm ppm ppm (Steam Still ppm's in 100O's) HYDROCARBON RATIOS C 1 7.000 _ 2,300 = 4.700 C 1/C 2 = 16 C 2 328 - 27 -- 301 c~ /c 3 = 15 C 3 318 - 7 -- 311 C 4 378 . 14 -- 364 C I /C 4 -' 13 C 5 160 _ 0 = 160 C 1 /C 5 -' 29 PRODUCTIONANALYSIS DGAS F~OIL DWATER 6 DEPTH 2700 ft. ~, units ['-] NON-PRODUCIBLE HYDROCARBONS 816 MUD CHLORIDES (ppm) 500 F LOWLINE SUCTION S H OW . ..._ ppm ppm ppm (Steam Still ppm's in lOOO's) HYDROCARBON RATIOS C 1 9.800 . 2,300 _-- 7,500 C I / C 2 = 21 C 2 380 . 27 -- 353 - c ~ /c 3 = 21 C 3 366 - 7 -" 359 C 4 719 - 14 -- 705 C ~ /c 4 = 11 c 5 142 _ 0 -- 142 c 1 /C 5 -- 53 PRODUCTION ANALYSIS E~]GAS [~]OIL r--{WATER r-] NON-PRODUCIBLE HYDROCARBONS IJTHOLOGY SD-LTGY.GY, M GRN.WSRT.ANG-SUBANG.LSE-MOD CMT. LT BRN STN PIN FLR. SHOW EVALUATION TR-POOR OIL SHOW. REMARKS HYDROCARBON RATIOS C1 Cl 61 01 C, C HYDROCARBON RATIOS Cl C1 CI Gl,,, C C NONP ~ODUC'IiVE · / " ,, sperry--sun A Baroid Company Operator .ARCO, ALASKA INC. Well Name KUUKPIK No. 3 Sho. Report 2 Part B Depth Interval 3950 to 4150 True Vert. Depth na to na Prepared by WA SHEPHERD Delivered to J. SALEE/G, WILSON Date 24-FEB-93 Time 23:00 Location Sec. 22, T13N, RSE, UM. 1875' FWL, 785'FSL, COLVILLE DELTA AREA. PRODUCTION CONTACT DEPTH Gas/Oil ft. Gas/Water NON-PI=E3OUCIBI F HYDROCARBONS ft. Oil/Water 5'-~ DEPTH 4007 ft. GAS ['~ units 1055 MUD CHLORIDES (ppm) 500 FLOWLINE ppm C 1 9,800 C 2 2,140 C 3 1,860 C 4 2,080 C 5 1,972 P (Steam Still _ I SUCTION __ SHOW pm ppm ppm's in lO00's) HYDROCARBON RATIOS 20 _ 9.680 c /c -- I 2 : 5 12 -- 2,128 Cl/C3 : 5 12 -- 1,848 14 = 2.066 C 1 /C 4 '- 5 0 --- 1,972 C 1 /C 5 -- 5 PRODUCTION ANALYSIS 6.-~ DEPTH 4010 ft. GAS ~] % ~'~ units OGAS ~]OIL ['-]WATER ~] NON-PRODUCIBLE HYDROCARBONS 1311 MUD CHLORIDES (ppm) 500 FLOWLINE _ SUCTION : SHOW ppm ppm ppm (Steam Still ppm's in 1000's) C 1 5,200 _ 120 -- 5,080 C 2 .,.1~250 - 12 --- 1~238 C 3 1,180 - 12 -- 1,168 C 4 1,440 - 14 '-- 1,426 C 5 1,469 - 0 -" 1,469 HYDROCARBON RATIOS C1/C2 '- c1 /c3 = 4 cl/c4 = 4 3 C 1/C5 -' PRODUCTIONANALYSIS r']GAS r~OIL r--]WATER NON-PRODUCIBLE HYDROCARBONS UTHOLOGY ' SS/SLTST-LT-MGY.WH.CLR. 80% DU L-ORG FLR. V/GOOD FAST STRM NG MLKY WH CUT FLR. LIMITED VIS POR DUE TO HIGH SLT CONT. STONG OIL ODOR. TR TN-BRN STN. SHOW EVALUATION GOOD SHOW. REMARKS I(D HYDROCARBON RATIOS C1 C1 C1 01 C C NONP F:{ODUC'] ]VE -- ~D 2) 10 8 6, 4: 3; 2 1 HYDROCARBON RATIOS C1 C1 C1 C1 C C NONP :{ODUC'I IVE -- ! , sperry--sun A Baroid Company Operator ARCO, ALASKA Well Name KUUKPIK No. 3 Sho,. Report 3 Part B Depth Interval 6240 to 6370 True Vert. Depth na to na Prepared by WA SHEPHERD Delivered to J. SALEE/G. WILSON Date 01-MAR-93 Time 2300 Location.Sec. 22, T13N, R6E, UM. 1875' FWL, 785'FSL, COLVILLE DELTA AREA. 2E)NE PRODUCTION CONTACT DEPTH _ J---] GAS J~] OIL J--J Gas/Oil it. WATER Gas/Water [---] NON-PRODUCIBIF HYDROCARBONS ft. Oil/Water ,'5 ]DEPTH 6240 ff. GAS r-J % ['~ units 289 MUD CHLORIDES (ppm) 17000 FLOWLINE SUCTION SHOW _ -- ppm ppm ppm (Steam Still ppm's in 1000's) HYDROCARBON RATIOS C 1 1.074 . 120 _-- 954 C 1/C 2 -' 6 C 2 174 . 12 -- 162 ct /c3 = 6 C 3 173 . 12 -- 161 C 4 221 . 14 -- 207 C 1 /C 4 = 5 C 5 171 . 0 = 171 C I /C 5 '- 6 PRODUCTION i~'10 iL ANALYSIS r"-]GA8 E]WATER E] NON-PRODUCIBLE HYDROCARBONS DEPTH 6311 it. GAS [] units 94 MUD CHLORIDES (ppm) 17000 FLOWLINE ppm C 1 1.264 C 2 121 C 3 7O C 4 126 C 5 99 SUCTION = SHOW ppm ppm (Steam Still ppm's in lO00's) HYDROCARBON RATIOS 120 _ 1 144 C C -- ' 1/ 2 '- 10 12 _-- 109 C1/C3 -- 20 12 -- 58 c· = 10 14 -- 112 1 /C 4 12 0 -- 99 C1/C5 PRODUCTIONANALYSIS DGAs r~JOlL J~JwATER J~J NON-PRODUCIBLE HYDROCARBONS UTHOLOGY SEE GEOLOGIST FOR CORE DESCRIPTION. SHOW EVALUATION TOP ZONE V/GOOD. BOTTOM ZONE VERY POOR. REMARKS '. HYDROCARBON RATIOS cl Cl Cl 9~ C C HYDROCARBON RATIOS 01 , C1 01 C1 C C Formation Evaluation Hydrocarbon Ratios I5. O. Pixler, SPE-AIME, Baroid Div. National Lead Co. by Analysis of Introduction Mud logging was first offered commerciallv in Aug., 1939. This logging method quickly gaihed favor among many operators because the type of fluid in the formation could be determined within minutes after the formation was drilled. The presence and magni- tude of the methane show was and is the most im- portant factor in mud log interpretation. However this magnitude in some instances was improperly understood, and as a consequence some operators still do not use mud logging, even though the early technique frequently made the difference between a successful well and an abandoned hole. Both the. "hot wire" log of gas combustibles in the sample and the percent-of-gas log obtained with the conventional gas trap and the gas chromatograph indicate only that the reservoir in question contains hydrocarbons. These methods do not necessarily indicate the quantitative amounts of the various hy~Irocarbons in the mud. The addition of a new Steam Still-Reflux gas sam- pling system to gas chromatography enables accurate determination of the composition of the mud gas sample. A knowledge of gas composition makes it possible to establish the relationship of methane to the heavier hydrocarbon shows. An awareness of this relationship led to a new, additional mud log inter- pretative technique that permits relating the quanti- tative amounts of methane (C~), ethane (C,), pro- pane (Ca), butane (C,), and pentane (Cs) to in-place reservoir fluid content. A long-accepted premise is that as formations are drilled, the drilling mud filtrate partially flushes the formation fluid ahead of the bit. It was generally thought that the formations were flushed to an irre- ducible minimum -- generally considered to be about 30 perCent of in-place fluid. ExPerience in mud log- ging, however, has shown that this rarely happens. This partial flushing does not prevent mud logging from successfully determining productive or non- productive formations. Experienced' logging engi- neers, in possession of quantitative gas analyses, make interpretations that take into account the flushing that results in rocks of various permeabilities, the effect of overbalanced mud weight and the effect of initial filtrate loss. Method Ordinarily, when formation cuttings are drilled they retain much of the formation pore fluid. This fluid is released to the mud column as the cuttings travel up the annulus. Most of the formation fluid in the cut- tings will be "produced" into the drilling mud during the top 500 ft of hole travel. Conventionally, a mud sample is diverted to a mechanically operated gas trap to obtain a sample of the gas in the mud. The effi- ciency of this trap is from 15 to 70 percent, depending upon the gel strength of the mud, the amount of mud flowing through the trap and the rotation speed of the trap impeller. The magnitude of the convent: ,nal The ratio of methane to the heavier hydrocarbon'components .... ethane, propane, butane, and pentane ~ is indicative of gas, oil and water productive potential. The Steam Still-Reflux Unit, used in conjunction with mud logs and gas chromatographs yields a quantitative analysis from which this ratio can be plotted. Il ' X,' g' I ;.) t-,, t) ,,~: gas show is, therefore, quantitativ~ only to the air-gas sample obtained The sample is accurately analyzed by the gas chromatograph; but, because the sample furnished by the conventional gas trap represents only a fraction of the gas present in the mud, and because that fraction is not representative of the total gases in the mud, the results are still only qualitative. When the Steam Still-Reflux Unit is used to obtain the gas sample, the gas sample will represent almost 100 percent of the hydrocarbon fractions C, through C~ that were in the mud sample. This enables the chromatograph analysis to be related quantitatively to the mud, and the readings to be reported as parts per million of each hydrocarbon vapor (C, through Ca) to mud volume. Because the cuttings from a particular formation "'produce" the gas they contain into the drilling mud, it was reasonable to assume that this same formation, if completed, would produce gases of a similar com- position. This assumption led to a comparison of ppm Logs of hydrocarbon'vapors with similar data from producing wells. Plots were made of. the ratio of methane to each of the heavier hydrocarbons from many analyses of wellhead samples. These plots were compared with plots, made from ppm Logs, of gas in mud. Both groups of plots showed definite patterns between (1) the magnitude of the ratios of methane to each of the heavier hydrocarbons, and (2) the slope of the lines of the plotted ratios. These, in turn, indicate productive potential and reservoir permeability. The Steam Still-Reflux Unit consists of a small steam boiler, mud-injection port, mud-steam mixing chamber, Reflux-Condensing Unit and a gas-extrac- tion port. Five nfl of mud are injected into the purged mud-steam mixing chamber. The mud is rolled with 2,000 to 4,000 volumes of steam. The hydrocarbons (C, through C.,) extracted from the mud are collected at the Reflux-Condeu.,mg Unit, withdrawn with a syringe, diluted to the standard chromatograph sam- ple size and injected into the chromatograph for analysis. The Reflux-Condensing Unit removes only the lighter paraffin series hydrocarbons from the mud sample tested. For example, if the mud contains diesel oil, the more complex hydrocarbons m C6 and above t condense and drop back into the mud-steam mix- ing chamber. Therefore, regardless of whether the fluid phase of the mud is oil or water, the gas sample analyzeal contains only the light fractions through Ca, and the analysis is representative of the formation gas. The full importance of determining formation gas composition has not always been apparent. At fixst it was observed that if the magnitude of butane in the mud was greater than the magnitude of either propane or ethane, the zone in question would pro- duce water and hydrocarbons. Later, the ratios of methane to each of the heavier hydrocarbon com- ponents were plotted on semilog paper. Hydrocarbon ratio plots obtained from ppm Logs and available data from wellhead gas sample analyses were com- pared. The comparison of the plots from ppm Logs · .and wellhead gas analysis data showed a striking cor- relation. The correlation demonstrated that ppm Logs made with Steam Still-Reflux samples could be in. terpreted in terms of in-place formation content. The magnitude of the methane-to-ethane ratio de- termines if the reservoir contains gas or oil or if it is nonproductive. The slope of the line of the ratio plot of C~/C,, C~/C,, C~/C4, and C~/C, indicates whether the reservoir will produce hydrocarbons or hydro- carbons and water. Positive line slopes indicate pro- duction; negative slopes indicate water-bearing for- mations. An undersaturated reservoir may show a negative slope, but such occurrences are rare. The ratio plots may not be definitive for low permeability. zones, but unusually steep plots indicate tight zones. r 300I 200 80 ~0 4o J ® · OIL RESERVOIR GAS-CONDENSATE 20 ~ RESERVOIR ].0 (~) ORDOVlClAN 8 GAS-CONDENSATE RESERVOIR 6 I I~) LOWER ORDOVICIAN C, C, C, C,~ C, C,, C, C~ HYDROCARBON RATIOS Fig. /mHydrocarbon ratio plots obtained from wellhead sample analyses data, limestone reservoirs, Rocky Mountain area. 300:-- 200:-- 100~ (~) Cas-condensate. Frio SancL Hidalgo County, Texas. analysis lmm wellhe~ sample. (~) N. Lindsey, 11.000' oil reservoir, analysis lmm proaucmg well sample. (~ State tract 49 No. 1 well. Nueces County, Texas· 12.690' section, analysis from gas show on o~rn Log. 4~ 3; ' HYDROCARBON RATIOS Fig. 2---Hydrocarbon ratio plots, productive reservoirs. South Texas. JOURNAl. OF PETROl Ft'\! A ratio of C,/C_~ between 2 and 15 indicates oil. A ratio of C,/C_~ between 15 and 65 indicates gas. The lower the C~/C: ratio, the richer the gas or the lower the oil gravity. If the ratio of Ca/C: is below about 2 or above about 65 the zone is nonproductive. Field Examples Fig. I shows average hydrocarbon ratio plots from limestone reservoirs in the Rocky Mountain area. Plot I is derived from analyses of gases from Mis- sissippian oil-producing reservoirs. The Ca/C: ratio is 3.5. The slope of the line is positive and not steep. Plot 2 was obtained from analyses of gases from wells producing gas-condensate from the Silurian. The C~/C_~ ratio is 12; the line slope is again positive and not steep. Plot 3 is from gas-condensate wells pro- ducing from the Ordovician. The C~/C: ratio is 15 and, again, the slope of the line is not steep; all three plots show slopes favorable for production. Plot 4 shows ratios obtained from an analysis of gas from the Lower Ordovician, which produced gaS..and water. The plot shows a negative slope of the section from the C,/C~ ratio to the C,/C~ ratio. Many tests have verified the fact that if a ratio plot shows a negative slope, the zone in question is water-bearing. Fig. 2 shows plotted hydrocarbon ratios for pro- ductive reservoirs in South Texas. Plot 1 was made from an analysis of a wellhead sample of gas- condensate produced from a Frio sand, Hidalgo County. The production is rich in liquid hydrocar- bons as indicated by the Iow C~/C: ratio. Plot 2 is from an analysis of a wellhead gas sample from an l l,000-ft oil reservoir, North Lindsey field. The pentane was not reported, but the low C,/C.. ratio indicates oil production. Plot 3 was obtained from a gas show at 12,690 ft on the ppm Log of the State Tract 49 No. 1 Well, Nueces County, Tex. Formation tests resulted in gas production. Experience shows that if the C,/C.~ ratio is above 65 the zone is too tight for commercial production. Fig. 3 shows the ratio plots obtained from ppm Logs on Texas Gulf Coast wells that were nonproductive. in the zones of interest. Plot 1 is from the ppm Log of the R. A. Tally No. 1 Well, Victoria County, Tex. The C~/C~_ ratio was 470. The zone was tested ex- tensively but it was a low permeability reservoir that could not be commercially completed. Plots 2 and 3 are from the State Tract 49 No. 1 Well, Nueces County, Tex. Plot 2 was from a sand encountered at about $,060 ft. The relatively high ratios of C,/C~, Ca/C3, C~/C~, and C,/C~ indicated that the zone was nonproductive because of the low permeability. This was subsequently verified by testing. Plot 3 was ob- tained from a sand at 9,130 ft. The negative slope of the ratio plot, Ca/C: to C,/Ca, indicated that the zone was water-bearing. Subsequent formation tests showed water and non-commercial amounts of gas. Plot 4 was obtained from the ppm Log of the Kovar No. 1 Well, Victoria County, Tex. The sand encoun- tered from which the plot was made is at 10,120 ft. The. gas show appeared to be good, but a negative slope' of the C~/Cs ratio to the C~/C, ratio was posi- tive identification of a water-bearing formation. Evaluation Technique It is apparent that with this evaluation system, poten- tial production can be accurately predicted. The only significant time lapse between penetration of the formation and evaluation of its productive possibili- ties 'is the time required to pump the mud from the bottom of the hole to the surface and analyze it by the Steam Still-Reflux and Chromatograph method. Fig. 4 shows the evaluation technique, which may be described as follows. First, record the net increase of each gas com- ponent over the background gas; next, plot the ratios 6000 i 4OO0 2000 ..... 8OO 600 · 4O C, C, C. C? C~ C~ C, HYDROCARBON RATIOS R. A. TALLY No. 1 WELL. VICTORIA COUNTY. TEXAS STATE TRACT 49 No. ! WELL. NUECES COUNTY. TEXAS DEPTH 8060' STATE TRACT 49 No. 1 WELL. NUECES COUNTY, TEXAS DEPTH 9130' A. KOVAR No. 1 WELL. VICTORIA COUNTY. TEXAS DEPTH 10120' Fig. 3~Hydrocarbon ratio plots, nonproductive reservoirs, South Texas~analyses from gas shows on ppm Logs. T 2~ NONPRODUCTIVE I00 -~'° 60 ' 40 --GAS 30 20 ..... --- 10 ' 8 6 -- OIL 4 NONPRODUCTIVE , C., ~ C, C, C: C, C, C, HYDROCARBON RATIOS (~ Use only gas increase over : background. I (~ Plot ratios on lines indicated. ; . (~) Evaluate section for probable proOuction as indicated by the plottecl curve within the following limits: (a) Procluctive dry gas zones may show only C, but abnormally high C, only shows are usually incl,catlve of salt water. _ (b) If the C,/C, ratio is Iow in the off sect;on and the C,/C, ratio is high in the gas section the zone is proDaply nonproductive. (c) If any ratio (C,IC~ excepted ~f oil ~s used in the mud) is lower than a preceding ratio the zone ,s Probably nonpro~uct,ve. For example. ~f C~/C, is less than C,/C, the zone ~s probably wet. (d) The rat,os may not be definibve for Iow permeability zones, however steep ratio plots may inchcate bght zones. Fig. 4..---ppm Log and report form for evaluation of show. C,/C._., C,/C:,, C,/C~, C,/C., o~, ~he ratio lines as indicated. Then evaluate, within the following limits, the section in question for probable production as indicated by the plotted curve: 1. Productive dry gas zones may show only C,, but abnormally high shows of C, only are usually indicative of salt water. 2. If the C,/C.: ratio is low in the oil section and the C,/C~ ratio is high in the gas section the zone is probably nonproductive. 3. If any ratio (C,/Cs excepted if oil is used in the mud) is lower than a preceding ratio, the zone is probably nonproductive. For example, if C,./C~ is less than C,/C:,, the zone is probably water-bearing. 4. The ratios may not be definitive for low perme- ability zones; however, steep ratio plots mav indicate tight zones. Application The ppm Log is only one of many tools that are ordinarily used for formation evaluation. But in many instances, the ppm Log has furnished the 'vital infor- mation necessary to make the final decision on a well. One well drilled in inland waters of Louisiana had what appeared on th,. ppm Log to be a good Sand body, but the ppm Log showed only a nominal in- crease in gas. After the sand was penetrated and the well deepened, hole trouble was encountered. No other information of interest was available on' the sand. The cost of the side-tracking to investigate the sand was sizable. Tight hole conditions and the low magnitude of the gas show indicated that the sand had good permeability and that possibly formation hydrocarbons had been flushed ahead of the bit. A plot of the hydrocarbon ratios indicated oil produc- tion. Therefore, at considerable expense, the sand was investigated and a new oil field was found. An interesting well recently drilled in St. Martin Parish, La., was the No. 1 St. Martin Bank and Trust located on the southeast flank of the Anse La Butte Dome. A good sand encountered at about 8,000 ft showed oil, but the negative slope of the ratio plot indicated that the sand was water-bearing. The well was deepened to approximately 9,600 ft. One of the partners, a successful independent with a talent for finding oil by "feel" and by prudent use of the latest technolo~, decided that the formations in which the · well was being drilled were tilted to almost vertical. ppm LOG DR 75 50 25 IOM HYDROCARBON RATIOS PLOT C--L C--L C--L C._L C2 C3 C, Cs 1 26 62 78 155 2 8.6 14 59 118 3 5.6 7.4 46 '-106 4 6.8 9.1 56 130 5 5.4 11 70 193 6 4.5 15 54 254 Fig. 5---ppm Log and hydrocarbon ratio plots, C._L, C_L, C_L, C._z., C2 C3 C, Cs 6 4 3 2 No. 1 St. Martin Bank and Trust Well, St. Martin Parish, La. ~C)l'R',,'-kI. OF PFTR()I FI'\! TFCHN'C)I.OGS' On his recommendaion the well was plugged back to about 7,000 ft and sidetracked. The sand that was drilled at 8,000 ft in the first hole was encountered in the directional hole at approximately 7,400 ft and the entire sand was hydrocarbon saturated. The ppm Log and the ratio plots from the sand in the sidetrack hole are shown in Fig. 5. Table 1 shows the mud gas components related to percent of total gas. In actual practice the ppm gas shows obtained from the ppm Log are not converted to percent of total gas; but note the general decrease in percent methane in the lower section of the sand compared with that in the upper section. The magnitude of the gas show in the straight hole and in the sidetrack hole was significant. An accurate determination, how- ever, of the composition of the gas in both cases led to correct conclusions on the potential productivity of the sand at the different depths in each hole. Note that the ratio Plot 1 at the top. of the sand indicates a gas cap. As shown in Table I, the gas was 93.1 percent methane. Subsequent plots indicated' .that production would be oil. In each of these cases the C,/C.. ratio was less than 9. The lowest ratio, 4.5, is shown in Plot 6, which was made from the show at TABLE 1--MUD GAS COMPONENTS, PERCENT OF TOTAL GAS Depth (ft) C, C: C= C, C, 7,460 93.1 3.6 1.5 1.2 0.--~ 7,475 82.4 9.6 5.9 1.4 0.7 7,485 74.4 13.3 10.0 1.6 0.7 7,490 78.0 11.4 8.6 1.4 0.6 7,500 77.0 14.3 7.2 1.1 0.4 7,515 76.1 17.1 5.1 1.4 0.3 the bottom of the sand. Another example of the application of the ppm Log is No. 1 State Tract 198 Well, Aransas County, Tex. Many sands were encountered showing the presence of hydrocarbons. The logging crew sub- mitted more than 60 ratio plots to the operator during the drilling of the well. In almost all instances subse- quent information verified the logging engineers' pre- dictions of probable productivitv based on the ratio plots. Fig. 6 shows a section of ~he ppm Log and the ratio plots for this well. The gas composition relating the percent of each gas component to the total gas is shown in Table 2. Gas condensate production is indi- ppm LOG 10100 10200 10300 10400 10500 10600 11300 C._L C~ C~ C_.L C2 C, C4 C~ -NONPRODUCI~IVE ~ ,, -GAS[ ~O~L _ I .... ~ .... NONPRODUCTIVE 400 300 200 100 80 60 40 30 20, 10 8 6 4 3 2, 1 HYDROCARBON RATIOS C_L C~ C~ C~ PLOT C2 C3 C' C'-~- 1 18 71 84 23O '2 20 61 92 102 3 19.5 78 233 310 4 16 93 232 Ct::) 5 19.3 58 115 185 Fig. 6---ppm Log and hydrocarbon ratio plots, No. i State Tract 198 Well, Aransas County, Tex. TABLE 2---MUD GAS COMPOSITION, PERCENT OF TOTAL GAS Depth (ft) C, C-. C:, C, 10,110 92.0 5.2 1.3 1.1 0.4 10,115 92.0 4.6 1.5 1.0 0.9 10,450 93.3 4.8 1.2 0.4 0.3 10,520 92.8 5.8 1.0 0.4 0.0 11,305 92.3 4.8 1.6 0.8 0.5 cated by the ppm Log and ratio plots as shown. The zones are tight marine deposits--especially the 10,520-ft zone. Plot 4 has the steepest line slope; pentane was not present. The slope of Plot 3 is steep. Plots 2 and 5 show more favorable (less steep) line slopes. The electric log and subsequent formation tests made of each zone indicated probable produc- tion. The well was completed as a gas condensate producer in the 11,300-ft section, which is the section plotted as No. 5. -.. Conclusions '. Only qualitative shows of hydrocarbons in the mud can be derived from conventional mud logs. If chromatography is used, only a general indication of in-place gas composition is obtainable. Such hydro- carbon shows may be reported as units of gas or percent hydrocarbons or parts per million of gas in the air-gas mixture tested. Only the presence in rela- tive amounts, not the actual quantity, of hydrocar- boris in mud is indicated, and other supplemental information may be necessary to evaluate the forma- tion in terms of potential productivity. However, if the composition of the gas sample obtained from the mud is representative of the in-place formation gas, then the gas analysis is accurate. The use of the Steam Still-Reflux Unit makes possible a report of forma- tion gas composition on the ppm Log. Meaningful ratio plots of'gas composition can then be made. Even though many factors affect the amount of reservoir fluid released to the drilling mud, reservoir potential productive capabilities can be determined by a study of the ratio of methane to each of the heavier hydro- carbon components. The hydrocarbon ratio plot is a unique technique and provides the operator with new information for evaluating productive possibilities of exploratory wells. Computer programs involving percent gas in mud (ppm Log) and gas composition are being used in special cases to determine reservoir potential produc- tion. The use of computers in mud log interpretation, although new, will contribute significantly towards a better application of the data shown on the ppm Log. J-PT Original manuscript received in Society of Petroleum Engineers office Aug. 5. 1968. Revised rnanuscril~t received March 5o 1969. Pal~er (SPE 2254) was presented at SPE 43rd Annual Fall Meeting held in Houston, Tex., Sept. 29-Oct. 2, 1968. (~) Col~yright 1969 American Institute of Mining, Metallurgical, and Petroleum Engi- neers, Inc. Itqf'l¢\'AI iqV, PFTI~(hl Fl '\I "f-FC"PI',.f'll WELL LOG ANALYSIS Mud Analysis Logging B. O. PIXLER MEMBER AIME BAROID DIV. THE NATIONAL LEAD CO. HOUSTON, TEX. Abstract Mud analysis logging is a direct method o/ detecting oil and gas in /ormations drilled. The /actors that 'determine the hydrocarbon content o/ the drilling mud are discussed. The advantages and disadvantages o/the various techniques /or separation o! gas/rom the mud and/or gas detection are considered. Examples included show field results o/ the latest mud logging development -- the quantitative analysis o/ drilling mud/or volatile hydrocarbons. Mud analysis provides the means /or obtaining valuable /ormation in/ormation not otherwise available. Now, the system/urnishes even greater diagonstic data [or interpretation. Introduction Mud analysis well logging is not a recent development. Even before the introduction of rotary drilling, cable tool drillers logged their hole with bailings. The early rotary drillers kept a watchful eye on the mud returns for tell- tale gas bubbles. They continued to examine formation fragments -- this time bit cuttings -- removed from the mud by screens or by settling. The "feel" of the bit told them whether they were drilling in sand or shale, and changes in rates of penetration indicated changes'in sub- surface rock strata. Tops 'and thicknesses of formations were logged on the rotary drilling reports. Mud logging technology has come a long way since 1939 when it was first introduced commercially. While all mud logging techniques have been continually improved, the greatest strides in development have been made in mud gas separators and mud gas detectors. Release of Hydrocarbons to Mud Flow The most important diagnostic in mud analysis logging is the record of gas detected in the mud. Hydrocarbons in the formation drilled are released to the mud flow, first, at the instant the section is drilled and, second, by gas expansion in cuttings as the mud pressure decreases while the cuttings are carried to the surface. The relative con- centration in mud of hydrocarbons released from the reser- voir rock during drilling depends on the extent to which the rock is flushed by the mud filtrate and on the rate of mud circulation. The following three factors influence the amount of flushing. Original manuserii~t rtn~eiv~d in Society of Petroleum Engin~ra office Sel~t. 29, 1960. Revised manuscript received Feb. 2. 1961. Paver s~nted at Formation Evaluation Symposium of Gulf Coaat Section of SPE ..Nov. 21-22, 1960. in Houattm. 1. The physical characteristics of the formation -- .. porosity, permeability and type of pore distribution. 2. Properties of the drilling mud- weight, viscosity. water loss and gel strength. 3. Rate of drilling. Also, it is evident that the greater the rate of penetra- tion. the greater is the concentration of hydrocarbons per unit volume of drilling mud. On the other hand, coring increases the ratio of mud circulated to volume of forma- tion drilled, resulting in a reduction of hydrocarbon con- centration. Hydrocarbons are released to the mud from the forma- tion bit cuttings as they are transported up the annulus. At atmospheric pressure, the bit cuttings are completely "depleted". The formation fluid has been "produced" into the mud stream. Mud analysis well logging depends upon an accurate analysis of the mud at the surface for gas. It is equally important to have both an efficient gas separator and a reliable gas detector. Mud Gas Separators Until recently, all gas samples were obtained from mud by means of mechanical separators. The objective of me- chanical separation is to expose a maximum amount of mud surface to air for the release of gas. The efficiency of the mechanical separator is not constant. Mud properties and the area of the mud surface exposed vary under normal operating conditions. Efficiency also varies with mud temp- erature and atmosperie air temperature and humidity. Fig. 1 shows three conventional types of gas separ, ators in general use today. Type A is a baffle separator. As mud flows from one baffle to another, the area of the mud surface exposed to a counter flow of air is increased. The efficiency of this separator is good if the mud has a com- paratively low weight, viscosity, solid content and gel strength. However, an increase of these mud properties tends to hold gas in the mud, and the efficiency of the separator decreases rapidly. Type 'B separator is a 'blendor. Agitation is thorough, and a maximum area of mud is exposed to the air in the closed system. The blendor is highly efficient, but it is a batch operation. Type C is a continuous, self-pumping aeration separator. The efficiency of this trap is excellent, particularly with the low-molecular- weight hydrocarbon gases. A continuous flow of air is whipped through the mud where the maximum mud sur- face is exposed. The efficiency for methane separation from ~. PRl L.1961 3"3 TYPE A TYPE B TYPE C Fig. 1--Three conventional types of mud gas separators. Type A is a baffle separator. Type B is a blendor and Type C is a continuous self-pumping aeration separator. the mud is not seriously affected by normal changes in mud properties. Gas Detection Instruments Instrumentation for the determination of gas separated from the mud must be reliable and accurate. A continuous "hot-wire" analyzer has been the most widely used gas- detector instrument. This instrument has bee~ developed to a high degree of accuracy and sensitivity for methane detection and reliability of operation. Special sensing ele- ments enable the hot-wire analyzer to respond linearly to changes in methane concentration from zero to about 10 per cent. Special equipment makes possible the separation of methane from other gases so that the hot-wire detector can be used regardless of the type drilling mud ~ even those containing crude oil. As the use of crude oil in mud increased, some mud loggers looked to more elaborate instrumentation to enable them to detect methane and other hydrocarbon components in the mud. Two fine laboratory instruments --the mass spectrometer and infra-red absorption equipment -- were applied to well logging and were investigated extensively. The mass spectrometer monitors the gas for predetermined masses (molecular weights) by ionization of the sample gas. Sensitivity is excellent -- about 50 ppm for most gases. The fragmentation of the hydrocarbon molecules in the mass spectrometer makes calculation of results quite complex and time-consuming. Under field operating conditions, dif- ficulties were encountered in sampling, in variations of voltage and the frequency of the power source. Infra-red analysis is based on the amount of the infra-red energy absorbed by various hydrocarbons at predetermined fre- quencies. The gas components are determined through the use of comparison cells. Neither the mass spectrometer nor the infra-red equipment gained wide acceptance, although the infra-red logging technique is used to a limited extent. The most popular of the new gas analyzers is the gas chromatograph. In comparison to the other analyzers, it is simple in construction, reliable in operation and readily adapted to field use. Chromatography resolves the com- ponents of the gas easily, quickly and accurately. Although it is not a continuous monitor, batch analyses of gas sam- ples can be made frequently. The time required to run a complete chromatogram depends upon the resolution de- sired of the component hydrocarbons and upon the number of components to be determined. The chromatograph can be used to analyze both gases and volatile liquids. The sample to be analyzed is injected into a stream of carrier gas which is moved through a chromatograph column. The hydrocarbon components in a mixture of gases are separated due to their individual affinity to the special columnar packing. For example, a gas mixture composed of the paraffin-series hydrocarbons would be separated roughly in accordance with their boil- ing points. Methane, the lightest gas, has only a slight affinity to the columnar material and would emerge from the column first. As the boiling points of the gases pro- gressively increase, their affinity to the columnar material increases and their emergence time from the column is in'creasingly longer. The chromatograph column provides an unusual and simple means of separating a volatile mixture into its indi- vidual components. Catalytic or thermal sensing elements, depending on the instrumentation, are used to detect the various gases as they are carried out of the column. Re- sponse to the gases is recorded by electronic strip-chart recorders. Identification of each gas as it emerges from the column is made by time. Calibration of the instrument with known concentrations of pure gases makes possible a quantitative determination of these gases in various gas mixtures. One peculiarity of chromatography is the fact that it is difficult to separate methane and hydrogen. Hydrogen may be present due to a reaction of water with iron in the Iow- pH muds. One particularly successful chromatograph makes use of special equipment to remove the hydrogen contami- nation before the test sample is introduced into the column. Air is the carrier gas, and a catalytic sensing element is used which gives a more accurate response curve to hydro- carbons. The hydrogen flame detector, still another type of gas analvzer, has been given extensive field trials. It has higher sensitivity than does the hot-wire gas detector, but the increased sensitivity usually is not helpful. The much simpler hot-wire detector usually is operated at less than maximum sensitivity. The hydrogen flame detector, there- fore. does not appear to have any particular advantage over the hot-wire for field application. One definite dis- advantage is the fact that it cannot be used where the detection of helium is an important consideration. Quantitative Measurements of Volatile Hydrocarbons in Mud With chromatography developed t° its present stage, it follows that mud sampling techniques would be improved. Instrumentation for gas analysis had far out-stripped mud sampling techniques. Intensive development work resulted in the development of the Steam Still -- a revolutionary tool that strips volatile hydrocarbons from a sample of drilling mud.* By teaming the chromatograph with the 'The Steam Still ia the subject: of a pending patent application. JOURNAL OF PETROLEUM TECIq.NOLOC. Y Steam Still, an acurate quantitative analysis of mud is made for volatile hydrocarbons -- methane, ethane, propane, butane and pentane plus heavier molecular-weight hydro- carbons. These hydrocarbon vapors may be reported in parts per million of mud volume. Fig. 2 is a perspective drawing of the Steam Still. The essential parts include (1) the boiler, (2)the mud and steam mixing chamber, and (3) the condenser. Small sam- ples -- usually 5 mi -- of drilling mud are injected with a syringe into the Steam Still through a check valve at the base of the mixing chamber. The sample of mud is swept by steam vapor about 1,000 times its own volume. Con- centrated hydrocarbon vapor is collected in a syringe through a port located at the top center of the condenser. The gas sample is then introduced into the chromatograph where the various components are accurately measured. The efficiency of the Steam Still does not fluctuate (which is an inherent disadvantage with the mechanical separators). Gas readings are not influenced by changes in drilling-mud properties. The Steam Still makes possible a log of the true concentration of the hydrocarbon components. The ratios of the heavier molecular-weight components tO methane are accurately determined. Fig. 3 shows a comparison of two chromatograms ob- tained by 'different mud sampling techniques. The lower chromatograph was run on a gas sample collected from the Steam Still; the upper chromatogram reflects what the same mud showed using a conventional mud-gas separator. It is interesting to note that the lighter hydrocarbons shown on both chromatograms are about the same magnitude. How- ever, the Steam Still chromatogram reflects a much higher ratio of the heavier molecular-weight gases to methane. On both chromatograms, the gas sample was introduced at Position 1. After methane, ethane, propane, isobutane and normal butane had emerged from the column, the columnar flow was reversed at Position 2. The pentanes, hexanes and other heavier hydrocarbons remaining in the column were back-flushed. These hydrocarbons moved out of the column at the same respective speed that they had moved forward. Consequently, they emerged from the column at virtually the same time in the reverse flow. The pentane-plus peak represents a composite of these gases. It is possible to reverse the columnar flow at any time and obtain a single peak reading for any combination of gases still'in the Fig. 2--Perspective drawing of the Steam Still---a revolu- tionary tool that removes the volatile hydrocarbons from a sample of drilling mud. ~C5+ A.I Fig. 3---A comparison of chromatograms obtained from difi.erent gas separator~. The lower chromatogram is an analysis of a gas sample obtained from the Steam Still. The upper ehromatogram reflects the analysis of a gas sample obtained from the same mud using a conventional gas separator. column. Position 3 indicated on both chromatograms shows when the direction of the column flow was again changed preparatory to injection of a new gas sample. The Steam Still makes possible an accurate record of the volatile hydrocarbon content of the mud, whether the analysis is made on location or later in the laboratory using bottled mud samples. Also, the feature of bottlin~ small mud samples is useful with on-location analysis. A complete chromatogram of volatile hydrocarbons in the drilling mud can be obtained in four minutes. All critical zones can be checked at frequent and regular intervals, even when the drilling rate is fast. ., Application Mud logging generally is used on wildcat or exploratory wells. In some cases, it is used on field development wells where complicated stratigraphy occurs or specific problems are involved. In some areas, the electric log is difficult to interpret where there is low saline concentration in forma- tion waters, where muds have high saline content, or where the formations are carbonate rocks. The mud log provides positive, direct identification of formation hydrocarbons. It is used as a correlative tool to enable operators to change their daily well programs so that possible prOduc- tive formations can be evaluated immediately. Gas indications may warn of impending blowouts ami. thereby, allow provision to be made for the control of high-pressure zones. Wells can be drilled more economi- cally by minimizing hazards and reducing down-time. In general, three programs may be followed when using mud analysis logging. When a drilling break is obtained. further drilling is stopped until the mud has been circulated to the surface. If the mud analysis indicates the presence of hydrocarbons, a core may be. taken or the interval may be drill-stem tested. This procedure may be particularly suitable in areas where productive formations are rather thin or where a water column is present. If during normal drilling an oil or gas show is encount- ered, further penetration may be stopped and mud circula- tion continued until the returns from the bottom of the hole have reached the surface. If these returns still indicate the presence of hydrocarbons, a core may be taken or the APRIL. 196! .325 ppmLOG RATE LITH. C~ C; C3 C4 C~+ Io ol o IO~ o .5Id 0 .SM .SM .~M · t ! · · · ~, __ Fig. 4----A section of the ppm Log from an exploratory well, Lafourche Parish, La. interval drill-stem tested. A reduction in the show of hydro- carbons may indicate that the formation has been pene- trated completely. In this case, drilling can be resumed and the section further evaluated by sidewall sampling at the next electric-log run. In some areas, wells may be drilled to total depth with- out taking conventional cores or testing. The results of the mud analysis log, in conjunction with the electric log, sidewall core samples and other available information, may be used to determine the productive capabilities of the various formations. Presentation of the Mud .Log A complete mud analysis log includes: (1) shows of hydrocarbons detected in the drilling mud and cuttings; (2) detailed rate-of-penetration curve; (3) lithologic log and formation description; (4) drilling-mud properties; and (5) data pertinent to the well's operation such as coring points, trips for new bit, drill-stem tests, etc. All shows of hydrocarbons are related on the log to their proper depth of origin. The usual mud-logging unit in- cludes equipment for measurements of the drilling-mud properties -- weight, viscosity, water loss, cake thickness. pH. salinity, alkalinity and mud. resistivity. Some mud loggers provide on-location core-analysis equipment for quick measurements of conventional or side- wall cores for porosity, permeability, oil and water satura- tion. and the ratio of measured gas volume to bulk volume of the core. This last measurement permits a quick evalua- tion of the formation potential so that drilling operations will not be delayed unnecessarily. Fig. 4 is a section of the ppm Log from an exploratory well in Lafourche Parish, La. A 25-ft section was perforated below 15,000 ft. as indicated. During an initial completion test, the well flowed at the rate of over 200 B/D of 47° gravity oil through 14/64-in. choke, with a tubing pressure in excess of 2,300 psi and a gas-oil ratio of 14,000:1. Basic sediment and water showed Il per cent. The significant increase of methane on the log was accompanied by a show of the heavier molecular-weight gases. Fig. 5 is a comparison of a section of the ppm Log with the electric log from a field development well in Lafourche Parish. Although the section was not tested, this sand in an adjacent updip well produces oil and water. Here, the section is considered a depleted residual, oil sand. The elec- tric log indicates that the sand probably is wet. This zone DRILL J ppmLOG E LOG RATE 5O Fig. 5--A comparison of a section of the ppm Log and the electri.c log from a field development well, Lafourche Parish, La. is a well known old reservoir. 0il is present in this new hole, but the original formation pressure has been reduced and the water level has risen. Without the established background history, the ppm Log would require that the sand be evaluated further. Incidentally, the ppm Log was b:/sed on an off-location analysis service. During the drill- ing of the well, 1-oz mud samples were accumulated and subsequently sent to the laboratory for analysis. Mud Log Evaluation Formation evaluation from the mud log is based on the significant increases of hydrocarbons in the mud as related to the drill-time curve and the lithology. Good gas shows often are logged that, according to the drill time and lithology, originate in tight sands with Iow permeability or in thin, nonproductive sections. In other cases, less-signifi- cant anomalies of gas shows may originate in permeable zones of considerable thickness and may be indicative of commercial production. If highly permeable hydrocarbon reservoirs are drilled slowly, flushing may occur and reduce the show of gas in the mud. Coring reduces thc volume of formation drilled with respect to a unit volume of mud and, thus, may reduce the intensity of the gas show. The most important recent advancement to aid in the interpretation of the mud log was the development of the Steam Still. As the volatile hydrocarbons are removed from the mud, potentially productive formations are indi- cated. These hydrocarbons -- methane, ethane, propane, butane and pentane-plus -- are indicative of the hydro- carbons that may be produced. Sometimes, significant shows of methane are difficult to evaluate; the ppm Log aids 'in eliminating the unimportant shows. Although productive dry-gas horizons have been encountered, gas shows com- prised only of methane usually are indicative of lignite or salt-water sands. Conclusion The combination of the new Steam-Still technique and the chromatograph is a significant development in mud a. nalysis logging. It offers more diagnostic information to determine the probable production of formations encount- ered in exploratory drilling and in many field development wells. ~r ~ -k EDITOR'S NOTE: A PICTUR£ ANO BIOGRAPHICAL SKETCH OF B. O. PiXLV.-", ,U'VV,,~ ON PAGE 363. '126 JOURNAL OF PETROLEUM TECIINOLOGT sp, '-ry-sun DEPT, .334' L ilVG SYSTEJE OPERATION DRILLING AB~roidCompany NO.,1 DATE Feb 1793 FOOTAGE _205 APPLIED DRILLING TECHNOLOGY TIME 04 00 MORNING REPORT OPERATOR ARCO. ALASKA INC. WELL NAME KUUKPIKNo. 3 FIELD/BLOCK WILDCAT CONTRACTOR ROWAN RIG NAME RIG No. 33 AREA COLVILLE DELTA START DATE Feb 1793 LOC. Sec. 22. T13N. R6E. UM STATE ALASKA I riGGING DATA AVG MAX AT SURVEY DATA GAS GAS DEPTH LITHOLOGY GRAVEL/CLAY (units) (units) (feet) SAMPLE DEPTH BACKGROUND 0/2 TRIP CHLORIDES DRILL RATE fi/hr 227 CONNECTION 0 , LAG DOWN DP CORRECTED 'D' EXP. TRIP NA LAG OFF BOTTOM SHALE DENSITY g/cc ' FLOWLINE TEMP 69 degrees F EWR Res. ' -- FORMATION PRE.c~SURE DATA CASING BOTTOM HOLE OPEN HOLE PORE PRESSURE psi 8.7 ppg ,151 psi 8.7 , PPg ,, psi ppg _ FRACTURE PRESSURE psi ppg psi ppg psi ppg ECD psi PPg 161 psi 9.3 ppg psi ~ ppg MUD DATA BIT DATA HYDRAUUC DATA ~IME BIT NO. 1 SPUD TYPE'. STC A1 12.25 16-16-12 NA .9 205 228 ,, 39 ~ 259 FT NA 110 5/10 ANNULAR DATA VOLUME BBLS/FT. VELOCITY FT/MIN __ TYPE WEIGHT IN 8.9 IADC CODE FUNNEL VIS. 230 SIZE PV/YP 34/59 ..... JETS GELS 27/52 pH 10.5 DEPTH OUT FILT/CAKE APl 2 ROT HRS. HP-HT FOOTAGE P m AVG ft/hr Pf/Mf ,,.55/1.1 GRADE CHLORIDES ppm 500 HOLE DEV. CALCIUM ppm 20 COST/FT O IL/WATE R/S OLIDS R P M DAILY/CUM. COST WOB LENGTH - FT. PUMPS 1. P-160 SIZE inches 6Xl 2 CAPACITY gal/stk 4.27 PUMP RATE stks/min 77 FLOW RATE gal/rain 670 PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY fi/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 2. P -160 6Xl 2 _ 4.27 80 _ 1600 50 11/1452 447 1242 518 82/4.4 psi at stldmin psi at stk/min CRIT'-VEL FT/MIN ANN-VOL BBLS - PIPE DATA DRILL STRING DC OD-inches ,, 8.0 ID -inches " 2. 875 CAP~bbls/ft " , .0080 DlSP-bbls/ft .... .0547 LENGTH-ft 329 WE IG HT-Ibs/ft 149 MW GPM S~PUDOED 02-1 7-93 DRILLING AHEAD JEiS CASING: DEPTH REMARt~ AND RECOMMENDATIONS 150 ,, 16 15.25 · 3764 '. .02385 ! 120 65 ft/mi = sec/std __ADT W.A. SHEPHERD m DEPTH .,1 4O8 OPERATION DRILLING FOOTAGE 1074 sp, rry-sun ~,; DR'i G SERVICES A I~aroid Company APPLIED DRIIi lNG TECHNOLOGY MORNING REPORT NO. 2 DATE Feb 1893 TIME O4 O0 OPERATOR CONTRACTOR START DATE ARCO, ALASKA INC. ROWAN Feb 1 7 93 WELL NAME KUUKPIKNo. 3 RIG NAME RIG No. 33 LOC. Sec. 22. T13N. RSE. UM FIELD/BLOCK WILDCAT AREA COLVILLE DELTA STATE ALASKA ~iNG DATA AVG MAX AT GAS GAS DEPTH (units) (units) (feet) BACKGROUND 10 21 0 CONNECTION 0 0 TRIP NA 0 FLOWLINE TEMP ,69 degrees F SURVEY DATA .16 Deq~ 1324' LITHOLOGY GRAVEL/CLAY/SD SAMPLE DEPTH ,135O TRIP CHLORIDES NA LAG DOWN DP 170 LAG OFF BOTTOM 1700 DRILL RATE fi/hr 117 CORRECTED 'D' EXP. .96 SHALE DENSITY g/cc NA EWR Res. NA PORE PRESSURE FRACTURE PRESSURE ECD CASING 68 psi 8.7 psi 80 psi 10.3 FORMA~ PRESSURE DATA BOTTOM HOLE ppg ,636 psi 8.7 , ppg PPg psi , ppg ppg '~'54 psi 10.3 ppg OPEN HOLE I ,630 psi .8.7 ppg 1408 ft psi ppg ft 754 psi 10.3 ppg 140~8 ft MUD DATA TIME TYPE SPUD WEIGHT IN 10 FUNNEL VIS. 106 PV/YP 19/33 =, GELS 2O/35 pH 12.4 FILT/CAKE APl 2 HP-HT N A Pm P f/Mf .1/1.4 CHLORIDES ppm 200 CALCIUM ppm 20 OIL/WATER/SOLIDS 0/91/9 DAILY/CUM. COST BIT NO. 1 TYPE STC A1 IADC CODE SIZE 12.25 BIT DATA HYDRAUUC DATA PUMPS 1. P-160 SIZE inches 6X12 CAPACITY gal/stk 4.27 PUMP RATE stks/min 74 P-16O 6X1 2 4.27 76 JETS 16-16-12 DEPTH OUT NA ROT HRS. .10.1 FOOTAGE 1290 AVG ft/hr 128 GRADE HOLE DEV. ..12 COST/FT N/~ RPM 125 WOB 5/1 5 FLOW RATE gal/min 635 PRESSURE psi 2150 PD SURF/DS psi 50/618 ANN / BIT psi 16/1466 JET VELOCITY ft/sec 405 JET IMPACT lbs 1332 BIT HP 543 HP RATIO / HP/IN2 68/4.6 REDUCED 1 psi at RATE 2 psi at stk/min stk/min 5Xl 6 DP-CSG 5X12.25 DP-HOLE 8X12.25 DC-HOLE 307 LENGTH - FT. 150 ANNULAR DATA VOLUME BBLS/FT. VELOCITY FT/MIN .3514 76 ".1208 124 ".0831 181 _ CRIT-VEL FT/MIN ANN-VOL BBLS 379 374 DP HWDP OD-inches 5.0 5.0 ID-inches 4.276 3.0 CAP-bbls/ft .0178 .0087 DISP-bbls/ft .0072 .0154 L E N G TH-ft 551 550 W E I G HT-I b s/ft 19. 5 42 MW GPM JETS PIPE DATA DRILL STRING CASING: DC DEPTH 8.0 2.875 .0080 · 0547 307 147 AND RECOMMENDATIONS '=DRILLING AHEAD THROUGH SAND GRAVEL AND CLAYS. NO HOLE PROBLEMS· 150 16 15.25 .3764 .02385 ,, 120 65 , sec/std ADT W. A. SHEPHERD DEPTH OPERATION FOOTAGE OPERATOR 2194 DRILLING , ,,786 ARCO. ALASKA INC. sp ,rry-sun DR'i' ,G SERVICES A Baroid Company LOGGING S YS TE& i DRILLING TECHNOLOGY MORNING REPORT NO. .3 DATE Feb 19 93 TIME O4 O0 WELL NAME KUUKPIKNo. 3 FIELD/BLOCK WILDCAT RIG NAME RIG No. 33 AREA COLVILLE DELTA LOC. Sec. 22. T13N. R6E. UM STATE ALASKA CONTRACTOR ROWAN START DATE Feb 17 93 LOC_.-.-~I NG DATA BAGKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX AT GAS GAS DEPTH (units) (units) (feet) 10 37 0 25 0 ~NA 0 _59 degrees F SURVEY DATA .07Deq{~ 2108' LITHOLOGY 60%C LY/20%SILT/20%SAND SAMPLE DEPTH 1950 TRIP CHLORIDES NA DRILL RATE fi/hr 107 LAG DOWN DP 305 CORRECTED 'D' EXP. 1.12 LAG OFF BOTTOM 286O SHALE DENSITY g/cc NA EWR Res. N A CASING PORE PRESSURE =69 psi 8.7 FRACTURE PRESSURE psi ECD 80 psi 10.3 ~TION PRIS_._c:SURE DATA BOTTOM HOLE PPg 993 psi 8.7 ppg PPg _ psi ~ ppg ppg 1175 psi 10.3 ppg OPEN HOLE 993 psi ,8'7 ppg ,2194 ft psi ppg ft 1175 psi 10.3 ppg 2194 ft MUD DATA TIME TYPE SPUD WEIGHT IN 10.1 __ FUNNEL VIS. 58 PV/YP ~21/20 G ELS 8/27 pH 8.5 FILT/CAKE APl 2 HP-HT NA =, Pm Pf/Mf .05/.2 CHLORIDES ppm 500 CALCIUM ppm 30 , ~ OIL/WATER/SOLIDS 0/92/8 DAILY/CUM COST i 5X16 DP-CSG 5X12.25 DP-HOLE 8X12.25 DC-HOLE LENGTH - FT. 15O 1737 ' ~07 BIT NO. 1 TYPE. STC A1 BIT DATA IADC CODE SIZE 12.25 JETS 16-16-12 DEPTH OUT NA ROT HRS. 17.4 FOOTAGE 2O64 AVG ft/hr 119 GRADE HOLE DEV. ~.07 @2108 COST/FT NA RPM 125 W 0 B 5/30 ANNULAR DATA VOLUME BBLS/FT. VELOCITY FT/MIN .351 4 71 __ _ .1208 116 .0831 169 HYDRAUUC DATA PUMPS 1. P-160 2. P-160 SIZE inches 6X12 6Xl 2 CAPACITY gal/stk 4.27 4.27 PUMP RATE stks/min 69 69 FLOW RATE gal/min 592 PRESSURE psi 2716 PD SURF/DS psi 50/1364 ANN / BIT psi 12/1290 JET VELOCITY ft/sec 378 JET IMPACT lbs 1172 BIT HP 446 HP RATIO / HP/IN2 48%13.8 in2 REDUCED 1 psi at stk/min RATE 2 psi at stk/min CRIT-VEL FT/MIN ANN-VOL BBLS 241 251 303 PIPE DATA DRILL STRING DP HWDP DC OD-inches 5.0 5.0 8.0 ID-inches 4.276 3.0 2.875 CAP-bbls/ft .0178 .0087 .0080 ,, DIS P-bbls/ft .. 0072 .0154 .0547 , LENGTH-It 1337 550 307 WE I G HT-Ibs/ft 19.5 42 147 CASING: DEPTH 15O 16 15.25 .3764 .02385 120 65 ~ AND RECOMMENDATIONS MW GPM Jl= I S fi/mi = sec/std --DRILLED TO 1934' CUTTINGS AUGER BROKE. SHUT DOWN FOR REP~2351 HRS. NO APPARENT HOLE PROBLEMS,~ ADT W. A. SHEPHERD DEPTH 23OO OPERATION RIH FOOTAGE 106 OPERATOR ARCO. ALASKA INC. s~,~rry-sun A Baroid Company APPUED DRILLING TECHNOLOGY MORNING REPORT NO. 4 DATE Feb 20 93 TIME O4 O0 WELL NAME KUUKPIKNo. 3 FIELD/BLOCK WILDCAT RIG NAME RIG No. 33 AREA COLVILLE DELTA LOC. Sec. 22. T13N, R6E. UM STATE ALASKA CONTRACTOR ROWAN START DATE Feb 17 93 LOGGING DATA AVG MAX AT GAS GAS DEPTH (units) (units) (feeO BACKGROUND 2/21 27 0 CONNECTION 0 0 TRIP ,93 0 FLOWLINE TEMP 59 degrees F SURVEY DATA .25DeR~ 2265' LITHOLOGY 50%CLY/20%SILT/30%SAND SAMPLE DEPTH 2300 TRIP CHLORIDES NA DRILL RATE ft/hr 50.5 LAG DOWN DP 325 CORRECTED 'D' EXP. ~1.22 LAG OFF BOTTOM 3000 SHALE DENSITY g/cc NA EWR Res. NA CASING PORE PRESSURE 69 psi 8.7 FRACTURE PRESSURE psi ECD 80 psi 10.3 R3RMATION PRESSURE DATA BOTTOM HOLE OPEN HOLE ppg 1040 psi 8.7 ppg 1040 psi 8.7 · PPg .. psi ppg psi ppg "'1232 psi 10.3 ppg 1232 psi 10.3 PPg ,2300 PPg _ p p g 2300 MUD DATA BIT DATA TIME 01 OOHRS/2-19-93 TYPE SPUD WEIGHT IN 10.1 ,, FUNNEL VIS. 58 PV/YP 21/20 GELS 8/27 pH 8.5 FILT/CAKE APl 2 HP-HT NA __ Pm Pr/MI~ ,,,.O5/.2 CHLORIDES ppm 500 CALCIUM ppm 30 OIL/WATER/SOLIDS 0/92/8 DAILY/CUM. COST 5X16 DP-CSG 5X12.25 DP-HOLE 1843 8X12.25 DC -HOLE 307 LENGTH-FT. 150 BIT NO. 1 TYPE STC A1 IADC CODE SIZE 12.25 JETS 16-16-12 DEPTH OUT 2300 ROT HRS. 19.5 FOOTAGE 217O AVG ft/hr 111.3 GRADE HOLE DEV. COST/FT RPM WOB · 25 ~2265 NA 125 5/35 ANNULAR DATA VOLUME BBLS/FT. VELOCITY FT/MIN .3514 80 .1 2O8 132 HYDRAUUC DATA PUMPS 1. P-160 · , 2. P -16O SIZE inches 6X12 6X12 .! CAPACITY gal/stk 4.27 4.27 PUMP RATE stks/min 78 79 FLOW RATE gal/min 671 _ PRESSURE psi 2464 PD SURF/DS psi 56/741 ANN / BIT psi 14/1653 JET VELOCITY ft/sec 428 JET IMPACT lbs 1502 BIT HP 647 HP RATIO / HP/IN2 67%/5.5 in2 REDUCED 1 psi at stk/min RATE 2 psi at stk/min CRIT-VEL FT/MIN ANN.VOL BBLS 242 252 · 0831 191 3o4 PIPI~ DATA DP HWDP DC OD-inches ~5.0 5.0 8.0 __ I D -inches 4.276 3.0 2.875 CAP-bbls/ft .0178 .0087 .0080 DIS P-bbls/ft .0072 .0154 .0547 LENGTH-ft 1443 550 307 WE I G HT-Ibs/ft 19.5 42 1 47 DRILL STRING CASING: DEPTH 'MW GPM JEtS REMARI(S AND RECOMMENDATIONS 15o 16 15.25 .3764 .02385 120 65 fi/mi = sec/std DRILLED TO 2300', CIRCULATED BOTTOMS UP AND BEGAN SHORT TRIP TO COLLARS. PULLED 5 STANDS AND HOLE APPEARED TO NOT TAKE ENOUGH MUD, RIH TO BOTTOM AND CIRCULATED BOTTOMS UP. AND POOH TO COLLARS WITHOUT ANY PROBLEMS, RIH TO BOTTOM AND CIRCULATED BOTTOMS UP WITH 93 UNITS OF SHORT TRIP GAS. POOH TO RUN E-LOGS WITHOUT ANY PROBLEMS. _ADT W. A. SHEPHERD DEPTH OPERATION FOOTAGE 2300 NIPPLE UP sp '.-ry-sun SERWCES LOGGING SYSTE , A Baroid Company APPLI~ DRILMNG TECHNOLOGY MORNING REPORT NO. 5 DATE Feb 21 g3 TIME O4 O0 OPERATOR CONTRACTOR START DATE ARCO, ALASKA INC. ROWAN Feb 17 93 WELL NAME KUUKPIKNo. 3 RIG NAME RIG No. 33 LOC. Sec. 22. T13N, R6E. UM FIELD/BLOCK WILDCAT AREA COLVILLE DELTA STATE ALASKA ~ING DATA BACKGROUND CONNECTION 0 TRIP 9O FLOWLINE TEMP AVG MAX GAS GAS (units) (units) 10 AT DEPTH (feet) o ,59 SURVEY DATA .25 De,(] ~ 2265' LITHOLOGY 50%CLY/20%SILT/30%SAND SAMPLE DEPTH ,,2300 TRIP CHLORIDES NA DRILL RATE ft/hr 0 LAG DOWN DP 325 CORRECTED 'D' EXP. __ 0 LAG OFF BOTTOM 3000 SHALE DENSITY g/cc NA degrees F EWR Res. ,,NA PORE PRESSURE FRACTURE PRESSURE ECD FORMATION PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE 1040 psi 8.7 ppg psi ppg psi ppg psi ppg psi ppg psi , ppg psi ppg psi ppg psi ppg MUD DATA ~ DATA HYDRAUUC DATA 1 300HRS/2-20-93 BIT NO. 1 SPUD TYPE STC A1 IADC CODE I SIZE 12.25 JETS 16-16-12 DEPTH OUT 2300 ROT HRS. 19.5 FOOTAGE 2170 AVG ft/hr 111.3 GRADE 2-2-1 HOLE DEV. .25~2265 COST/FT NA RPM 125 WOB 5/35 ANNULAR DATA LENGTH -FT. VOLUME BBLS/FT. VELOCITY FT/MIN CRIT-VEL FT/MIN DP-CSG ..0535 · 0452 DC -HOLE ' · TIME TYPE WEIGHT IN FUNNEL VIS. PV/YP GELS pH FILT/CAKE APl HP-H-r Pm Pf/Mf CHLORIDES ppm CALCIUM ppm OIL/WATE R/S OLIDS DAILY/CUM. COST 5X95/8 5X8.5 , ' ',_63/4X8.5 10.1 55 24/14 6/8 8.5 7.8/2 NA .03/.1 5OO 40 0/91/9 DP-HOLE PUMPS 1. SIZE inches CAPACITY gal/stk PUMP RATE stks/min FLOW RATE gal/rain PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 P-160 6X12 4,27 2. P-160 6Xl 2 4.27 psi at stk/min psi at ,,,___stk/min ANN-VOL BBLS OD-inches ID -inches CAP-bbls/ft DISP-bbls/ft LENGTH-ft WEIGHT-Ibs/ft PIPE DATA DRILL STRING CASING: GOND SURF. DP HWDP DC DEPTH 150 2278 ,5.0 ,, 5.0 8.0 16 9.625 _ __ 4.276 __3.0 2.875 15.25 8.921 ,, .0178 .0087 .0080 .3764 .0773 · 0072 · 0154 · 0547 · 02385 · 0132 . 120 2278 19.5 42 147 65 36 F~YlARI(S AND RECOMMENDATIONS MW GPM------.._ J~- IS ft/mi = sec/std AFTER RUNNING E-LOGS RIH AND CIRCULATED BO-I-rOMS UP WITH 90 UNITS OF TRIP GAS. AFTER CIRCULATING AND CONDITION HOLE POOH AND RUN 95/8' CASING· AND CEMENTED. W. A. SHEPHERD DEPTH 2300 OPERATION NIPPLE UP FOOTAGE 0 OPERATOR ARCO. ALASKA INC. sperry-sun D R' , G s E R v, c E s LOGGING SYSTE& k ~aroid Company ~ED DRILLING TECHNOLOGY MORNING REPORT WELL NAME KUUKPIKNo. 3 FIELD/BLOCK NO. 6 DATE Feb 22 93 TIME O4 O0 WILDCAT COLVILLE DELTA ALASKA CONTRACTOR ROWAN START DATE Feb 17 93 RIG NAME RIG No. 33 AREA LOC. Sec. 22. T13N. R6E. UM STATE LOGGING DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX AT GAS GAS DEPTH (units) (units) (feet) degrees F SURVEY DATA .25 Deq ~ 2265' L ITH OLOGY 50%CLY/20%SILT/30%SAND SAMPLE DEPTH 2300 TRIP CHLORIDES NA DRILL RATE fi/hr LAG DOWN DP 325 CORRECTED 'D' EXP. LAG OFF BOTTOM 3000 SHALE DENSITY g/cc EWR Res. ,, NA NA CASING PORE PRESSURE 1040 psi 8.7 FRACTURE PRESSURE psi ECD psi FORMATE)N PRESSURE DATA BOTTOM HOLE OPEN HOLE PPg psi ppg psi PPg psi ppg psi PPg psi ppg psi ppg ppg ppg TIME TYPE WEIGHT IN FUNNEL VIS. PV/YP GELS pH FILT/CAKE APl HP-HT Pm P f/Mf CHLORIDES ppm CALCIUM ppm OIL/WATER/SOLIDS DAILY/CUM. COST ~5X95/8 5×8.5 DP-CSG DP-HOLE ,,,63/4X8.5 D C- H 0 LE LENGTH - FT. BIT NO. TYPE. IADC CODE BIT DATA HYDFiAUUC DATA P-160' 6X12 4.27 =, PUMPS 1. SIZE inches CAPACITY gal/stk MUD DATA STC A1 PUMP RATE stks/min FLOW RATE gal/min PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 SIZE 12.25 JETS 16-16-12 DEPTH OUT 2300 ROT HRS. 19.5 FOOTAGE 2170 AVG ft/hr 111.3 GRADE 2-2-1 HOLE DEV. .25~2265 COST/FT NA RPM 125 W 0 B 5/35 ANNULAR DATA VOLUME BBLS/FT. VELOCITY FT/MIN ..0535 · · 0452 GRIT-VEL FT/MIN 2. P-160 6X12 4.27 psi at stk/min psi at ,____stk/min ANN-VOL BBLS PiPE DATA DRILL STRING CASING: DEPTH DP HWDP DC OD-inches 5.0 5.0 8.0 ID-inches 4.276 3.0 2.875 , , CAP-bbls/ft .0178 .0087 .0080 DISP-bbls/ft .0072 .0154 .0547 LENGTH-ft ,, WE IG HT-Ibs/ft 19.5 42 147 -- MW GPM J~-IS .~DONE TOP JOB CEMENT. BEGAN NIPPLING UP BOP'S. COND SURF. 15O 2278 16 9.625 15.25 8.921 , , · 3764 . o773 ,=, · 02385 .0132 120 2278 65 36 RI~MARKS AND RECOMMENDATIONS fi/mi sec/std W. A. SHEPHERD sperry-sun G SERVICES L4 E GlJVH SYSXE'Jl!,,, DEPTH ?_300 ~ NO, 7 OPERATION "TEST BOPS A ~aroid Company DATE Feb 23 93 FOOTAGE 0 APPUI~r3 DRILUNG TECHNOLOGY TIME 04 O0 MORNING REPORT OPERATOR ARCO. ALASKA INC. WELL NAME KUUKPIKNo. 3 FIELD/BLOCK CONTRACTOR ROWAN RIG NAME RIG No. 33 AREA COLVILLE DELTA START DATE Feb 1793 LOC. Sec. 22. T13N, R6E, UM STATE ALASKA ~iNG DATA WILDCAT BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX AT GAS GAS DEPTH (units) (units) (feet) SURVEY DATA .25Deq~ 2265' LITHOLOGY 50%CLY/20%SILT/30%SAND SAMPLE DEPTH 2300 TRIP CHLORIDES NA DRILL RATE ft/hr LAG DOWN DP 325 CORRECTED 'D' EXP. LAG OFF BOTTOM 3OOO SHALE DENSITY g/cc NA degrees F EWR Res. NA PORE PRESSURE FRACTURE PRESSURE ECD ~TION PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE 1040 psi 8.7 ppg ,, psi ppg psi ~ ppg psi ppg psi ppg psi , ppg psi ppg psi ppg psi ppg MUD DATA BIT DATA HYDFIAUUC DATA TIME TYPE WEIGHT IN FUNNEL VIS. PV/YP GELS pH FILT/CAKE APl HP-HT Pm Pf/Mf CHLORIDES ppm CALCIUM ppm OIL/WATER/SOLIDS DAILY/CUM. COST 5X95/8 D P-C S G · 5X8.5 DP-HOLE 63/4X8.5 DC-H OLE =,, BIT NO. 1 TYPE STC A1 IADC CODE SIZE 12.25 JETS 16-16-12 DEPTH OUT 2300 ROT HRS. 19.5 FOOTAGE 2170 =1 AVG ft/hr 111.3 GRADE 2-2-1 HOLE DEV. .25~2265 COST/FT NA RPM 125 WOB 5/35 ANNULAR DATA LENGTH - FT. VOLUME BBLS/FT. VELOCITY FT/MIN .. 0535 ". 0452 DP HWDP OD-inches 5.0 5.0 ID-inches 4.276 3.0 CAP-bbls/ft .0178 .0087 DISP-bbls/ft .0072 .0154 LENGTH-ft WEIGHT-Ibs/ft 19.5 42 MW GPM JI=IS , TESTING AND WORKING ON BOP.S DRILL STRING PIPE DATA DC 8.0 2.875 · 0080 · 0547 PUMPS 1. P-16O 2. P-160 SIZE inches 6X12 6X12 CAPACITY gal/stk 4.27 4.27 ,, PUMP RATE stks/min FLOW RATE gal/min PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 psi at stk/min RATE 2 psi at stk/min · CRIT-VEL FT/MIN CASING: COND SURF. DEPTH 150 2278 147 ~ AND RECOMMENDATIONS ANN-VOL BBLS 1 § 9. 625 15.25 8,921 .3764 .02385 120 65 .0773 .0132 2278 36 sec/std __ADT W.A. SHEPHERD DEPTH OPERATION FOOTAGE ,?574 DRILLING 0273 sp, rry-sun SERV,CES LC GING A ~roid Company APPUED DRILMNG TECHNOLOGY MORNING REPORT NO. i,8 DATE Feb 24 93 TIME O4 O0 · OPERATOR CONTRACTOR START DATE ARCO. ALASKA INC. ROWAN Feb 1 7 93 WELL NAME KUUKPIKNo. 3 FIELD/BLOCK WILDCAT RIG NAME RIG No. 33 AREA COLVILLE DELTA LOC. Sec. 22. T13N. R6E. UM STATE ALASKA LOCkiNG DATA BACKGROUND CONNECTION 0 TRIP 0 FLOWLINE TEMP AVG MAX AT GAS GAS DEPTH (units) (units) (feet) 50 1 O0 64 degrees F SURVEY DATA .30 DEG ~ 2566 LITHOLOGY 50%CLY/20%SILT/30%SAND SAMPLE DEPTH 2610 TRIP CHLORIDES NA DRILL RATE ft/hr 74 LAG DOWN DP 325 CORRECTED 'D' EXP. .8,0 LAG OFF BOTTOM 1275 SHALE DENSITY g/cc NA EWR Res. N A PORE PRESSURE FRACTURE PRESSURE ECD CASING 1040 psi 8.7 1489 psi 12.4 1270 psi 10.57 FORMATION PRESSURE DATA BOTTOM HOLE OPEN HOLE PPg 1164 psi 8.7 ppg psi PPg 1673 psi 12.5 ppg psi PPg 1415 psi 10.57 ppg psi PPg PPg ppg MUD DATA TIME 0200 TYPE WEIGHT IN 9.9 FUNNEL VIS. 47 PV/YP 16/26 GELS 4/19 pH 9.5 FILT/CAKE APl 10.4/2 HP-HT =~ Pm Pr/Mr .1/1.4 CHLORIDES ppm 16000 CALCIUM ppm 140 BIT DATA BIT NO. 1 TYPE' STC A1 IADC CODE SIZE 12.25 JETS 16-16-12 DEPTH OUT 2300 ROT HRS. 19.5 FOOTAGE 2170 ! AVG ft/hr 111.3 GRADE 2-2-1 HOLE DEV. COST/FT 2 HYCA-DS-40 8.5 5-10'S 3.7 273 74 NA ,25 ~2265 .30~2566 NA NA OIL/WATER/SOLIDS 0/93/7 DAILY/CUM. COST mil , 5X95/8 DP-CSG ,,, 5X8.5 DP-HOLE m 61/4X8.5 DC-HOLE 431 LENGTH - FT. 2278 RPM WOB 125 80 5/35 20 ,eNNUI_AR DATA VOLUME BBLS/FT. VELOCITY FT/MIN ..0535 213 = .0452 .. 0319 ii 351 HYDRAUUC DATA PUMPS 1. P-160 2. P-160 SIZE inches 6X12 6X12 CAPACITY gal/stk 4.27 4.27 PUMP RATE stks/min 111 FLOW RATE gal/rain 475 PRESSURE psi 2385 PD SURF/DS psi 29/883 ANN / BIT psi 75/1398 JET VELOCITY ft/sec 397 JET IMPACT lbs 968, BIT HP 387 HP RATIO / HP/IN2 72%/6. SHPIN2 REDUCED I psi at stk/min RATE 2 psi at stk/min CRIT-VEL FT/MIN ANN.VOL BBLS 397 419 PiPE DATA DRILL STRING DP HWDP DC DC OD-inches 5.0 5.0 8.0 6.25 I D -inch e s 4.276 3.0 2.875 2.25 CAP-bbls/ft .01 78 .0087 .0080 .0049 DISP-bbls/ft .0072 .0154 .0547 .0334 LENGTH-ft 1660 483 431 WE I G HT-Ib s/ft 19.5 42 147 91 CASING: DEPTH COND SURF. 150 2278 16 9.625 15.25 8.921 .3764 .0773 .02385 .0132 120 2278 65 36 REMARtf~S AND RECOMMENDATIONS _ MW GPM JE IS DRILLED OUT CEMENT. AND 10' OF NEW FORMATION, RUN LEAK OFF TEST TO 12.4 PPG. DRILLING AHEAD fi/mi sec/std W. A. SHEPHERD DEPTH 4345 OPERATION DRILLING FOOTAGE 1771 sp '-ry-sun s E RV, C E S L OE GING $Y$ A Baroid Company APPUED DRILLING TECHNOLOGY MORNING REPORT NO. 9 DATE Feb 25 93 TIME 04 O0 OPERATOR CONTRACTOR START DATE ARCO. ALASKA INC. ROWAN Feb 1 7 93 WELL NAME KUUKPIKNo. 3 FIELD/BLOCK WILDCAT RIG NAME RIG No. 33 AREA COLVILLE DELTA LOC. Sec. 22. T13N, R6E, UM STATE ALASKA I_(XT_..~i N G DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG GAS (units) 75 0 0 MAX AT SURVEY DATA ..44 DEG ~ 4315 GAS DEPTH LITHOLOGY 60%CLY/20%SILT/20%SAND (units) (feet) SAMPLE DEPTH 4200 1311 ~ 4020' TRIP CHLORIDES NA DRILL RATE fi/hr 150 0 LAG DOWN DP 670 CORRECTED 'D' EXP. ,.90 0 LAG OFF BOTTOM 2294 SHALE DENSITY g/cc NA degrees F EWR Res. NA PORE PRESSURE FRACTURE PRESSURE ECD R3RMATiON PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE ,1040 psi 8.7 ppg 2101 psi 9.3 ppg psi ppg 1489 psi 12.4 ppg 2847 psi 12.6 , ppg psi , ppg 1315 psi 10.95 ppg 2474 psi 10.95 ppg ~ psi ppg MUD DATA BIT DATA HYDRAUUC DATA 2 TIME 0230 TYPE KCL WEIGHT IN 10.2 FUNNEL VIS. 53 PV/YP 13/31 GELS 17/44 pH 8.4 FILT/CAKE APl 9.8/2 HP-HT Pm Pf/Mf .04/.4 CHLORIDES ppm 17000 CALCIUM ppm 248 OIL/WATER/SOLIDS 0/90/10 DAILY/CUM. COST ,,, LENGTH - FT. 5X95/8 D P-C S G 2278 5X8.5 DP-HOLE 1636 , 61/4X8.5 DC-HOLE 431 BIT NO. 1 TYPE' STC A1 IADC CODE SIZE 12.25 JETS 16-16-12 DEPTH OUT 2300 ROT HRS. 19.5 FOOTAGE 2170 AVG I~t/hr 111.3 GRADE 2-2-1 HOLE DEV. .25~2265 COST/FT NA RPM 125 WOB 5/35 PUMPS 1. P-16O HYCA-DS-40 SIZE inches 6X12 CAPACITY gai/stk 4.27 8.5 PUMP RATE stks/min 62 5-10'S FLOW RATE gal/rain 52 PRESSURE psi 15.5 PD SURF / DS psi 2O45 ANN / BIT psi 132 JET VELOCITY fi/sec NA JET IMPACT lbs .44 ~ 4315 BIT HP NA HP RATIO / HP/IN2 80 REDUCED 1 2O/3O RATE 2 ANNULAR DATA VOLUME BBLS/FT. VELOCITY FT/MIN ..0535 238 .0452 274 ".. 0319 391 CRIT-VEL FT/MIN 439 416 444 2. P -160 6Xl 2 4.27 62 3022 36/1050 150/1786 443 1237 551 59%/9.7HPIN2 psi at stk/min psi at stk/min ANN-VOL BBLS DRILL STRING RPE DATA DP HWDP DC DC OD-inches 5.0 5.0 8.0 6.25 I D-inches 4.276 3.0 2. 875 2. 25 CAP-bbls/ft .0178 .0087 .0080 .0049 DISP-bbls/ft .0072 .0154 .0547 .0334 L E N G TH-ft 3431 483 431 WE I G HT-Ibs/ft 19.5 42 147 91 CASING: DEPTH COND SURF. 150 2278 16 9. 625 15.25 8.921 .3764 .0773 .02385 .0132 120 2278 65 36 ~ AND RECOMMENDATIONS MW 10.3 GPM 550 JETS 11-11-11 fi/mi = 90 sec/std '~)RILLED TO 2695 DRILL BREAK. CKF. CBU, 816 UNITS GAS, DRILLED TO 4020 DRILL BREAK CKF, CBU, 1311 UNITS GAS AT 4025' DRILLING AHEAD NO PROBLEMS. ADT W.A. SHEPHERD DEPTH 5763 OPERATION DRILLING FOOTAGE 1418 sp" 'W-sun DR'--,. .G SERV,CES A B'~nid Company APPUED DRILLING TECHNOLOGY MORNING REPORT NO. 10 DATE Feb 26 93 TIME .04 O0 OPERATOR ARCO. ALASKA INC. CONTRACTOR ROWAN START DATE Feb 17 93 WELL NAME KUUKPIKNo. 3 RIG NAME RIG No, 33 LOC. Sec. 22. T13N. R6E, UM FIELD/BLOCK WILDCAT AREA COLVILLE DELTA STATE ALASKA LOGGING DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG GAS (units) 40 0 0 MAX AT SURVEY DATA .92 DEG ,~, 5363 GAS DEPTH LITHOLOGY 70%CLY/30%SILT (units) (feed SAMPLE DEPTH 5640 294 ~ 5280' TRIP CHLORIDES NA 0 LAG DOWN DP 921 0 LAG OFF BOTTOM 2953 75 degrees F DRILL RATE fi/hr 1110 CORRECTED 'D' EXP. 1.27 SHALE DENSITY g/cc NA EWR Res. NA PORE PRESSURE FRACTURE PRESSURE ECD ~TION PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE 1040 psi 8.7 ppg 2857 psi 9.5 ppg psi ppg 1489 psi 12.4 ppg 3909 psi 13.0 ppg ~ psi ~ ppg 1321 psi 11.0 ppg 3311 psi 11.0 ppg ~ psi ppg MUD DATA BIT DATA HYDRAUUC DATA 2 TIME 0300 BIT NO. 1 TYPE KCL TYPE' STC A1 WEIGHT IN 10.2 IADC CODE FUNNEL VIS. 57 SIZE 12.25 PV/YP 16/34 JETS 16-16-12 GELS 15/40 DEPTH OUT 2300 pH 8.0 FILT/CAKE APl 10.5/2 ROT HRS. 19.5 HP-I-IT FOOTAGE 2170 Pm AVG ft/hr 111.3 Pf/Mf 0/.4 GRADE 2-2-1 CHLORIDES ppm 17000 HOLE DEV. .25~2265 CALCIUM ppm 400 COST/FT NA OIL/WATER/SOLIDS 0/88/12 RPM 125 DAILY/CUM. COST WOB 5/35 PUMPS 1. P-160 HYCA-DS-40 SIZE inches 6X12 CAPACITY gal/stk 4.27 8.5 PUMP RATE stks/min 65 5-10'S FLOW RATE gal/min 536 PRESSURE psi 31.1 PD SURF / DS psi 3463 ANN / BIT psi 111 JET VELOCITY ft/sec NA JET IMPACT lbs .92 ~ 5363 BIT HP NA HP RATIO / HP/IN2 80/150 REDUCED 1 2O/3O RATE 2 ANNULAR DATA LENGTH - FT. VOLUME BBLS/FT. VELOCITY FT/MIN 5X95/8 D P-CSG 2278 ..0535 241 "~XS. 5 DP-H 0 LE 3054 .0452 278 ' 61/4X8.5 DC-H OLE 431 1.0319 396 2. P-16O 6X12 4.27 61 2978 37/1056 21 8/1667 448 1269 573 61%/10.1 HPIN2 psi at stk/min psi at stk/min · CRIT-VEL FT/MIN 459 ANN-VOL BBLS 436 470 PIPE DATA DRILL STRING CASING: DP HWDP DC DC DEPTH OD-inches 5.0 5.0 8.0 6.25 I D-inch e s 4.276 3.0 2. 875 2.25 CAP-bbls/ft .01 78 .0087 .0080 .0049 DISP-bbls/ft .0072 .0154 .0547 .0334 LENGTH-ft 4849 483 431 WE I G HT-Ibs/ft 19.5 42 147 91 COND SURF. 15O 2278 16 9.625 15.25 8.921 .3764 .0773 .02385 .0132 120 2278 65 36 MW 10.3 GPM 550 JETS t:~E~IARKS AND RECOMMENDATIONS 11-11-11 DRILLED TO 5345' DRILL BREAK CBU 39 UNITS OF GAS. DRILLING AHEAD AT REPORT TIME NO PROBLEMS. _ _ADT W. A. SHEPHERD fi/mi = 90 ., sec/std sperry-sun DEPT, 6074 G SERV,CES L GING SYSK .... " NO. 11 OPERATION DRILLING A baroidCompany DATE Feb 27 93 FOOTAGE .311 AP~E~ DRIllING TECHNOLOGY TIME 04 O0 MORNING REPORT OPERATOR ARCO. ALASKA INC. WELL NAME KUUKPIKNo. 3 FIELD/BLOCK WILDCAT CONTRACTOR ROWAN RIG NAME RIG No. 33 AREA COLVILLE DELTA START DATE Feb 17 93 LOC. Sec. 22. T13N, R6E. UM STATE ALASKA LOGGING DATA · AVG MAX AT SURVEY DATA GAS GAS DEPTH LITHOLOGY 80% shale 20% silt (units) (units) (feet) SAMPLE DEPTH 6040 BACKGROUND 23 59 6045' TRIP CHLORIDES NA DRILL RATE ft/hr 31 CONNECTION 0 0 0 LAG DOWN DP 963 CORRECTED 'D' EXP. 1.15 TRIP 349 348 5992' LAG OFF BOTTOM 3105 SHALE DENSITY g/cc NA FLOWLINE TEMP 76.1 degrees F EWR Res. NA FORMATION PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE PORE PRESSURE 1006 psi 9.5 ppg 2998 psi 9.5 ppg psi ppg ft FRACTURE PRESSURE 1468 psi ,,12.4 , ppg =4166 psi 13,2 ppg psi ppg ft · ECD 1228 psi 10.3 ppg 3377 psi 10.7 ppg psi ppg ft MUD DATA BIT DATA HYDRAUUC DATA 0230 2 KCL TIME BIT NO. 3 TYPE TYPE' WEIGHT IN 10.3 IADC CODE FUNNEL VIS. 45 SIZE 8.5 PV/YP 16/12 , JETS GELS 3[28 DEPTH OUT' pH 8.5 FILT/CAKE APl 8.8/2 ROT HRS. 2.7 HP-HT FOOTAGE 81 P m AVG fi/hr 30 Pf/Mf 0.03/5 GRADE CHLORIDES ppm 19000 HOLE DEV. CALCIUM ppm 42O COST/FT NA OIL/WATER/SOLIDS 0/87/13 RPM 8O DAILY/CUM. COST WOB 30 STC MFDSH HYCA-DS-40 8.5 13-13-13 5-10'S 5992 35.6 3692 104 NA 92 ~ 5363 NA 80/150 20/30 ANNULAR DATA LENGTH - FT. VOLUME BBLS/FT. VELOCITY FT/MIN 5X95/8 D P-C S G 2278 .. 0535 235 PUMPS 1. P-160 SIZE inches 6X12 CAPACITY gal/stk 4.27 PUMP RATE stks/min 68 FLOW RATE gal/min 549 PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 ! 5X8.5 DP-HOLE . ,. CRIT-VEL FT/MIN 247 , 2. P-160 6Xl 2 4.27 61 3167 39/1314 126/1894 454 1330 608 30.6/ 10.7 psi at stk/min psi at stk/min 3365 .0452 230 285 431 .. 0319 276 406 ANN-VOL BBLS 12O 154 14 61/4X8.5 DC-HOLE PIPE DATA DRILL STRING CASING: DP HWDP DC DC DEPTH OD-inches 5.0 5.0 8.0 6.25 I D -inch e s 4.276 3.0 2.875 2.25 C AP-bbls/ft .0178 .0087 .0080 .0049 DISP-bbls/ft .0072 .0154 .0547 .0334 LENGTH-ft 516O 483 431 W E IG HT-Ibs/ft 19.5 42 147 91 _ REMARKS AND RECOMMENDATIONS MW 10.3 GPM 550 JI-IS 11-11-11 COND SURF. 150 2278 16 9.625 15.25 8.921 .3764 .0773 .02385 .0132 12O 2278 ,, 65 36 fi/mi = 90 sec/std DRILL TO 5992 FT. PULLED OUT OF HOLE FOR BIT CHANGE, TIGHT - FILL GOOD. C/OBIT AND RIH TO SHOE. SHUT DOWN TO WORK ON RIG. CONTINUE RIH. CIRCULATED GAS OUT, 349 UNITS TRIP GAS, MUD FLOW OVER BELL NIPPLE BUT NO HOLE PROBLEM. DRILLING AHEAD ,, W. A. SHEPHERD ,' N.J. BUCK ~ADT DEPTH OPERATION FOOTAGE 6225 CORING 151 sp ','ry-sun DRI'~ ~ SERVICES A Baroid Company LOGGING S YS APPLIi=~ DRILMNG TECHNOLOGY MORNING REPORT NO, 12 DATE Feb 28 93 TIME O4 00 OPERATOR CONTRACTOR START DATE ARCO, ALASKA INC. ROWAN Feb 1793 WELL NAME KUUKPIKNo. 3 FIELD/BLOCK WILDCAT RIG NAME RIG No. 33 AREA COLVILLE DELTA LOC. Sec. 22, T13N, R6E. UM STATE ALASKA I_OC.~iING DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX AT GAS GAS DEPTH (units) (units) (feet) 12 16 6216' 0 0 .0 34 621 0' 77.8 degrees F SURVEY DATA 0.52 deR at 61 37' Dir 204.76 LITHOLOGY Shale. Silt. trace sand SAMPLE DEPTH ,6210 TRIP CHLORIDES NA DRILL RATE fi/hr 3 LAG DOWN DP 987 CORRECTED 'D' EXP. .,.1.77 LAG OFF BOTTOM 3169 SHALE DENSITY g/cc NA EWR Res. NA CASING PORE PRESSURE 1006 psi 9.5 FRACTURE PRESSURE 1468 psi 12.4 ECD 1228 psi 10.3 FORMA~ PRESSURE DATA BOTTOM HOLE OPEN HOLE ppg 3172 psi 9.8 ppg psi ppg ppg 4369 psi 13.5 ppg psi ppg ppg 3398 psi 10.5 ppg psi ppg MUD DATA BIT DATA TIME 0230 BIT NO. 4 TYPE KCL TYPE SC7126 WEIGHT IN 10.3 IADC CODE" FUNNEL VIS. 55 SIZE 8.5 PV/YP 32/19 JETS TFA 0.95 GELS 2/5 DEPTH OUT pH 7.5 FILT/CAKE APl 3.8/1 ROT HRS. 3.6 HP-HT FOOTAGE 15 P m AVG ft/hr 304.16 Pf/Mf 0/4 GRADE CHLORIDES ppm 21O00 HOLE DEV. CALCIUM ppm 260 COST/FT OIL/WATER/SOLIDS 0/87/13 RPM DAILY/CUM. COST WOB 3 STC MFDSHL 8.5 13-13-13 6210 6.2 ,, 218 35.16 NA 75 77 20 27.6 0.52 ~ 6137 NA ANNULAR DATA LENGTH - FT. VOLUME BBLS/FT. VELOCITY FT/MIN ,, 5X95/8 D P-CSG 2278 ..0535 235 mlm I ,, 5X8.5 DP-HOLE 3516 .0452 229 ..,61/4X8.5 DC-HOLE ,,,431 ..0319 273 HYDFLAUUC DATA PUMPS 1. P-160 2, P-160 SIZE inches 6X12 6X12 CAPACITY gal/stk 4.27 4.27 PUMP RATE stks/min 71 FLOW RATE gal/min 305 PRESSURE psi 1100 PD SURF/DS psi 13/462 ANN / BIT psi 69/98 JET VELOCITY ft/sec 103 JET IMPACT lbs 168 BIT HP 17 HP RATIO / HP/IN2 8.9 / 0.3 REDUCED I psi at stk/min RATE 2 psi at stk/min CRIT-VEL FT/MIN ANN-VOL BBLS 137 120 1 59 226 14 DRILL STRING PIPE DATA DP HWDP DC DC OD-inches 5.0 5.0 8.0 6.25 I D -inch es =4.276 3.0 2.875 2.25 C AP-bbls/ft .0178 .0087 .0080 .0049 DISP-bbls/ft .0072 .0154 .0547 .0334 LENGTH-ft 5311 483 431 WE I G HT-Ibs/ft 19.5 42 147 91 , ,, CASING: DEPTH COND SURF. 150 2278 16 9.625 15.25 8.921 .3764 .O773 .02385 .0132 120 2278 65 36 FI~NIARI(S AND RECOMMENDATIONS __ MW 10.3 GPM J~-~S MAX RS FOR CV ATCOLLS 169 fL/mi = 31 sec/std 'DRILL TO 6207 FT. CBU - SHALE ANDTR SAND - POOH AND STRAP PIPE. CORRECT DEPTH TO 6210 FT. M/UCORE BARREL AND RIHTO CORE. 34 UNITS TRIP GAS. CORING AHEAD. ~ADT N.J. BUCK /W,A. SHEPHERD · DEPTH 6305 OPERATION DRILLING FOOTAGE 8O sp ,rry-sun SERVICES L GGING " ro/ :' ~oid Comply APPLIED DRILLING TECHNOLOGY MORNING REPORT NO. 13 DATE Mar 1 93 TIME _O4 00 OPERATOR ARCO. ALASKA INC. CONTRACTOR ROWAN START DATE Feb 17 93 WELL NAME KUUKPIKNo. 3 RIG NAME RIG No. 33 LOC. Sec. 22, T13N. R6E. UM FIELD/BLOCK WILDCAT AREA COLVILLE DELTA STATE ALASKA ~iNG DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX GAS GAS (units) (units) 30 45 0 0 AT DEPTH (feet) 6277' 0 71.2 139 6274' , degrees F SURVEY DATA LITHOLOGY Shale. Silt SAMPLE DEPTH 6290 TRIP CHLORIDES NA LAG DOWN DP 1002 LAG OFF BOTTOM 3204 DRILL RATE ft/hr 20 CORRECTED 'D' EXP. 1.53 SHALE DENSITY g/cc NA EWR Res. CASING PORE PRESSURE 1006 psi 9.5 FRACTURE PRESSURE 1468 psi 12.4 ! ECD 1228 psi 10.3 R3RMATION PRESSURE DATA BOTTOM HOLE ppg 3210 psi 9.8 ppg , ppg 4422 psi 13.5 ppg ppg 3505 psi 10.7 ppg OPEN HOLE psi ppg ft psi ppg ft psi ppg ft MUD DATA TIME 0230 BIT NO. TYPE K C L TYPE WEIGHT IN ,,,~0.3 IADC CODE FUNNEL VIS. 59 SIZE PV/YP 33 / 18 JETS GELS 2 / 3 DEPTH OUT pH 7,4 FILT/CAKE APl 3.8 / I ROT HRS. HP-HT FOOTAGE P m AVG ft/hr Pf/Mf 0 / 0.4 GRADE CHLORIDES ppm 20000 HOLE DEV. CALCIUM ppm 288 COST/FT OIL/WATER/SOLIDS 0/87/13 RPM DAILY/CUM. COST WOB BIT DATA 3RR 4 STC MFDSHL 8.5 13-13-13 SC 7126 8.5 TFA 0.95 6274 14.1 60 4.3 5% - IN HYDRAULIC DATA P-16o 6X12 4.27 64 PUMPS 1. P-16O SIZE inches 6X12 ! CAPACITY gal/stk 4.27 PUMP RATE stks/min 56 FLOW RATE gal/min 517 PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 ,,--==-- psi at ,, stk/min ,! 301 1 35 / 1389 1 65 / I 687 428 1185 511 56.5 / 9.0 psi at stk/min CRIT-VEL FT/MIN ANN-VOL BBLS 326 120 324 163 404 14 NA NA 78 27.6 ANNULAR DATA LENGTH - FT. VOLUME BBLS/FT. VELOCITY FT/MIN 5X95/8 D P-C S G 2278 ..0535 233 5X8.5 DP-H 0 LE 3596 .0452 269 61/4X8.5 DC-H OLE 431 ..0319 383 DRILL STRING PIPE DATA DP HWDP DC DC OD-inches 5.0 5.0 8.0 6.25 I D -inches 4.276 3.0 2.875 2.25 CAP-bbls/ft .01 78 .0087 .0080 .0049 DIS P-bbls/ft . O072 .0154 .0547 .0334 L E N G TH-ft 5383 483 431 WE IG HT-Ibs/ft 19.5 42 147 91 CASING: COND SURF. DEPTH 150 2278 16 9.625 15.25 8.921 .3764 .0773 .02385 .0132 120 2278 65 36 ~ AND RECOMMENDATIONS 'MW 10.3 GPM Jt:l S MAX RS FOR CV AT COLLS 169 ff./mi = 31 sec/std "~:ORE TO 6274 FT WITH DEPTH CORRECTION ON POOH. L/D CORE BARREL, P/UMWDAND RIH. WASH THROUGH CORED INTERVAL FOR MWD. 139 UNITS TRIP GAS. DRILLING AHEAD ADT N.J. BUCK / W.A, SHEFHERD DEPTH 637O OPERATION L/D BHA FOOTAGE 65 sp, rry-sun A B~roid Company APPLIED DRILLING TECHNOLOGY MORNING REPORT NO. 14 DATE Mar 293 TIME .04 O0 OPERATOR CONTRACTOR START DATE ARCO. ALASKA INC. ROWAN Feb 1 7 93 WELL NAME KUUKPIKNo. 3 RIG NAME RIG No. 33 LOC. Sec. 22, T13N, R6E, UM FIELD/BLOCK WILDCAT AREA COLVlLLE DELTA STATE ALASKA L(T-_.-~ING DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG GAS (units) 35 0 MAX AT SURVEY DATA GAS DEPTH LITHOLOGY (units) (feet) SAMPLE DEPTH 120 631 O' TRIP CHLORIDES 0 0 LAG DOWN DP 95 6319' LAG OFF BOTTOM 72.7 degrees F Shale. Silt. Sand 6370 (core) NA DRILL RATE ft/hr _6 (63703 CORRECTED 'D' EXP. ~1.78 ~6370') SHALE DENSITY g/cc NA EWR Res. ,,NA PORE PRESSURE FRACTURE PRESSURE ECD FORMA~ PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE 1006 psi 9.5 ppg 3246 psi 9.8 ppg psi ppg 1468 psi 12.4 ppg ,4471 psi 13.5 ppg psi ppg 1228 psi 10.3 ppg 3524 psi 10.64 ppg ~ psi , ppg MUD DATA BIT DATA HYDRAUUC DATA 2200 3RR ;TIME TYPE KCL WEIGHT IN 10.3 FUNNEL VIS. 54 PV/YP 3O / 2O GELS 2 / 3 pH 7.3 FILT/CAKE APl 3.6 / 1 HP-HT Pm Pf/Mf 0 ! O.45 CHLORIDES ppm 20000 CALCIUM ppm 360 OIL/WATER/SOLIDS 0/87/13 DAILY/CUM. COST 5X95/8 D P-C S G BIT NO. 4RR TYPE, SC 7126 IADC CODE SIZE 8.5 JETS TFA 0.95 DEPTH OUT 6370 ROT HRS. 7.8 FOOTAGE 6O AVG ft/hr 7.7 GRADE HOLE DEV. COST/FT RPM WOB 5X8.5 DP-HOLE MFDSHL 8.5 13-13-13 6310 2.3 36 15.6 1-1 -IN NA NA 80 118 20 - 30 122 ANNULAR DATA LENGTH - FT. VOLUME BBLS/FT. VELOCITY FT/MIN 2278 ..0535 137 PUMPS 1. P-160 2. P-160 SIZE inches 6X12 6X12 CAPACITY gal/stk 4.27 4.27 PUMP RATE stks/min 67 FLOW RATE gal/min 306 PRESSURE psi 98O PD SURF/DS psi 13/527 ANN/BIT psi 113/ 98 JET VELOCITY ft/sec 103 JET IMPACT lbs 168 BIT HP 17 HP RATIO / HP/IN2 10 / 0.3 REDUCED I psi at stk/min RATE 2 psi at ..... stk/min GRIT-VEL FT/MIN ANN-VOL BBLS 327 12O 3661 .0452 324 324 165 431 ..0319 404 404 14 i ii i · ii 61/4X8.5 DC-HOLE PIPE DATA DRILL STRING DP HWDP DC DC OD-inches 5.0 5.0 8.0 6.25 ID-inches 4.276 3.0 2.875 2. 25 ,, CAP-bbls/ft .01 78 .0087 .0080 .0049 DISP-bbls/ft .0072 .0154 .0547 .0334 L E N G TH-ft 5456 483 431 WE I G HT-Ib s/ft 19.5 42 147 91 CASING: COND SURF. DEPTH 150 2278 16 9.625 15.25 8.921 · 3764 .0773 .02385 .0132 120 2278 65 36 ~ AND RECOMMENDATIONS 'MW 10.3 GPM JETS MAX RS FOR CV AT COLLS 169 fi/mi = 31 DRILL TO 6310', DRILL BRK - CBU, POOH TO CORE. GOOD TRIP OUT. L/DMWDANDP/U CORE BARREL. RIHAND CORE TO 6370'. POOH sec/std 95 UNITS TRIP GAS FROM 6310'. 'HYDRAULICS FOR CORE HEAD AT TD WITH306 GPM ~ADT N.J. BUCK~'WA. SHEPHERD ~)E?TH 6685 OPERATION DRILLING FOOTAGE 315 sperry-sun DR,L,,NG SERVICES L GING SYSTEMS A Baroid Company APPUFr~ DRILLING TECHNOLOGY MORNING REPORT NO. 15 DATE Mar 393 TIME O4 00 OPERATOR CONTRACTOR START DATE ARCO. ALASKA INC. ROWAN Feb 1 7 93 WELL NAME KUUKPtKNo. 3 FIELD/BLOCK WILDCAT RIG NAME RIG No. 33 AREA COLVILLE DELTA LOC. Sec. 22. T13N. R6E. UM STATE ALASKA LOGGING DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX H2S GAS GAS (ppm) (units) (units) 10 48 6405' 0 0 0 302 6370, 70.6 degrees F SURVEY DATA 0.39 De(] 205.8 Azim at 6537' LITHOLOGY Pred clay with silt and sand SAMPLE DEPTH 6660 TRIP CHLORIDES NA DRILL RATE ft/hr 20 LAG DOWN DP 1066 CORRECTED 'D' EXP. 1.63 LAG OFF BOTTOM 3376 SHALE DENSITY g/cc NA EWR Res. NA PORE PRESSURE FRACTURE PRESSURE ECD CASING 1006 psi 9.5 1468 psi 12.4 1228 psi 10.3 FORMA~ PRESSURE DATA BOTTOM HOLE OPEN HOLE ppg 3406 psi 9.8 ppg psi ppg 4692 psi 13.5 ppg psi ppg 3754 psi 10.8 ppg psi ppg _ ft ppg _ ft ppg ft MUD DATA BIT DATA HYDRAUUC DATA 0200 5 4RR KCL TIME TYPE WEIGHT IN 10.2 FUNNEL VIS. 51 PV/YP 31 / 23 GELS 3 / 4 pH 7.2 FILT/CAKE APl 3.6/1 HP-HT Pm PT/MT 0 / 0.4 CHLORIDES ppm 22000 CALCIUM ppm 36O OIL/WATER/SOLIDS 0187113 DAILY/CUM, COST BIT NO. TYPE IADC CODE SIZE JETS DEPTH OUT ROT HRS. FOOTAGE AVG ft/hr GRADE HTC ATJ-11H SC 7126 8.5 8.5 11-11-12 TFA 0.95 6370 13.8 8.0 315 60 22.8 7.5 HOLE DEV. 0.32 COST/FT NA NA RPM 120 73 WOB 20- 4O 28.2 ANNULAR DATA PUMPS 1. P-160 SIZE inches 6X12 CAPACITY gal/stk 4.27 PUMP RATE stks/min 57 FLOW RATE gal/min 450 PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 2. P -16O 6X12 4.27 49 3100 27 / 1077 183 / 21 68 488 1159 569 72.7/ 10 psi at stk/min psi at stk/min ,,, LENGTH - FT. VOLUME BBL$/FT. 5X95/8 D P-CS G 2278 ..0535 5X8.5 DP-HOLE '"4176 ,0452 ! 61/4X8.5 D C-H OLE 431 .. 0319 VELOCITY FT/MIN 2O2 366 332 CRIT-VEL FT/MIN 372 366 440 ANN-VOL BBL$ 12O 188 14 PIPE DATA DRILL STRING CASING: DP HWDP DC DC DEPTH OD-inches 5.0 5.0 8.0 6.25 I D-inches 4.276 3.0 2.875 2.25 C A P. bbls/ft .0178 .0087 .0080 .0049 D IS P -bbls/ft .0072 .0154 .0547 .0334 LENGTH-ft 5971 483 431 WE I G HT-Ibs/ft 19.5 42 147 91 COND SURF. 150 2278 16 9.625 15.25 8.921 .3764 .0773 .02385 .0132 120 2278 65 36 AND RECOMMENDATIONS MW 10.3 GPM JETS MAX RS FOR CV AT COLLS L/D CORE. TEST BOP'S. P/U DRILLING ASSY AND RIH. DRILL AHEAD. 302 UNITS TRIP GAS 169 ft/mi 31 sec/std Al) I" N.J. RUCK 'W ,,', SHFPHFRD DEPTH 6527 OPERATION NIP UP/TEST FOOTAGE -OPERATOR ARCO ALASKA. INC. 'ry-sun DR ,UNG SERV,CES LOE 471/VG A Barold Company APPUED DRILUNG TECHNOLOGY MORNING REPORT NO. j13 DATE Mar 1 93 TIME 04 00 WELL NAME JONES ISLAND NO. 1 FIELD/BLOCK WILDCAT CONTRACTOR NABORS ALASKA DRILLING START DATE Feb 13 93 RIG NAME 22E AREA C. BEAUFORT SEA LOC. SEC 21, T14N, R11E STATE ALASKA ~iNG DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX AT GAS GAS DEPTH (units) (units) (feet) degrees F SURVEY DATA 46.6 ('~ 6447 'I-VD 5052 LITHOLOGY 100% SAND SAMPLE DEPTH 6500 TRIP CHLORIDES NA LAG DOWN DP LAG OFF BOTTOM DRILL RATE ft/hr CORRECTED "D" EXP. SHALE DENSITY g/cc EWR Res. PORE PRESSURE FRACTURE PRESSURE ECD FORMATION PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE 874 psi 8.7 ppg 2361 psi 8.7 ppg psi ppg , 1065 psi 11.7 ppg 4411 psi 13.0 ppg psi ~ ppg psi ppg psi ppg psi ppg TIME TYPE WEIGHT IN FUNNEL VIS. PV/YP GELS pH FILT/CAKE APl HP-HT Pm Pf/Mf CHLORIDES ppm CALCIUM ppm O IL/WATE R/S OLID$ DAILY/CUM. COST DP-CGG ! =, DP-HOLE DCiCSG _ MUD DATA '. BIT DATA HYDRAUUC DATA 03:30 2-28-93 FRESH WATER PUMPS 1. F 1600 SIZE inches 6 X 12 CAPACITY gal/stk 4.22 PUMP RATE stks/min STATIC BIT NO. 3 TYPE SSD$ IADC CODE SIZE 17.5 JETS 1 4-14-14-11 DEPTH OUT 6527 ROT HRS. 16.0 FOOTAGE 1327 AVG ft/hr 83 GRADE HOLE DEV. COST/FT RPM WOB FLOW RATE gal/min PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 2. F 1600 6X12 4.22 STATIC 46.6 53 240 57 ANNULAR DATA LENGTH-FT. VOLUME BBLS/FT. VELOCITYFT/MIN CRIT-VEL FT/MIN ANN-VOL BBLS 1751 .330 ,, 4562 .272 212 .232 psi at stk/min psi at stk/min DC-HOLE DP OD-inches 5.0 ID-inches 4.276 CAP-bbls/ft .01776 DIS P -bbls/ft .0072 t_E NG TH-ft 5388 WEIGHT-Ibs/ft 19.5 _ __ MW 8.8 GPM NIPPLE UP/TEST -- DRILL STRING HWDP DC 5.0 8.0 3.0 2.875 .0087 ,0080 .01 81 .0543 925 212 49 1 47 J~-IS PIPE DATA CASING: DEPTH 135 1751 6527 , 30.0 2O 13 3/8 28.0 19.142 12.145 ' .3553 .1 497 .0333 .0254 1 06 1 751 6527 94 68 REMARKS AND RECOMMENDATIONS sec/std _ADT D. WALTERS DEPTH 6880 OPERATION E LOGGING FOOTAGE ~0 sperry-sun G SERV,CE L ING SY$/-E'&i" ' A ~aroid Company APf~ED DRILLING TECHNOLOGY MORNING REPORT NO. 17 DATE Mar 5 93' TIME O4 O0 OPERATOR CONTRACTOR START DATE ARCO. ALASKA INC. ROWAN Feb 1 7 93 WELL NAME KUUKPIKNo. 3 RIG NAME RIG No. 33 LOC. Sec. 22. T13N. R6E. UM FIELD/BLOCK AREA STATE WILDCAT COLVILLE DELTA ALASKA ~ING DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX AT GAS GAS DEPTH (units) (units) (feet) 70 degrees F SURVEY DATA LITHOLOGY SAMPLE DEPTH TRIP CHLORIDES LAG DOWN DP LAG OFF BOTTOM SHALE. CLAY. SILT ,6880 NA DRILL RATE [t/hr CORRECTED 'D' EXP. SHALE DENSITY g/cc EWR Res. ! NA NA PORE PRESSURE FRACTURE PRESSURE ECD FORMATION PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE 1006 psi 9.5 ppg =3506 psi 9.8 , PPg psi ppg 1468 psi 12.4 ppg 4829 psi 13.5 ppg psi ppg 1228 psi 10.3 ppg psi ppg psi ppg MUD DATA BIT DATA HYDRAUUC DATA 1 500 KCL TIME TYPE WEIGHT IN 10.4 ,, FUNNEL VIS. 61 PV/YP 33 / 31 GELS 7 / 23 pH 7.2 FILT/CAKE APl 4.0 / 1 HP-HT 8.4 Pm Pf/Mf 0 / 0.4 CHLORIDES ppm 20500 CALCIUM ppm 380 OIL/WATER/SOLIDS 0/86/14 DAILY/CUM. COST BIT NO. 5 TYPE' HTC ATJ-11H IADC CODE SIZE 8.5 JETS 11-11-12 DEPTH OUT 6880 ROT HRS. 22.3 FOOTAGE 510 AVG [t/hr 22.8 GRADE HOLE DEV. COST/FT RPM WOB 0.32 NA 106 37 _ ~INUI~R DATA LENGTH - FT. VOLUME BBL$/FT. VELOCITY FT/MIN CRIT-VEL FT/MIN 5X95/8 D P-C S G 2278 0.0722 _ 5X8.5 DP-HOLE PUMPS 1. P-16O SIZE inches 6X12 CAPACITY gal/stk 4.27 PUMP RATE srks/min 0 FLOW RATE gal/min STATIC PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY [t/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 2. P-16O 6X12 4.27 0 psi at stk/min psi ar stk/min ANN-VOL BBLS 164 322 "61/4X8.5, DC-HOLE 4602 0.070 OH VOL PIPE DATA DRILL STRING CASING: COND SURF. DP HWDP DC DC DEPTH 150 2278 OD-inches 5.0 5.0 8.0 6.25 16 9.625 ID-inches 4.276 3.0 2.'875 2.25 15.25 8.921 C AP-bbls/ft ,. 0178 .0087 .0080 .0049 .3764 .0773 DIS P-bbls/ft .0072 .0154 .0547 .0334 .02385 .0132 LENGTH-ft 0 0 0 120 2278 WE I G HT-Ibs/ft 19.5 42 147 91 65 36 _ ~ AND RECOMMENDATIONS ~MVV 10.3 GPM JI- IS MAX RS FOR CV AT COLLS 169 fi/mi = 31 sec/std RUN WIRELINE LOGGING OPERATION -- __ HYDRAULICS FOR BIT AT TD WITH 450 GPM " -- __ADT N,J. BUCK / W.A. SHEPHERD DEPTH 688O OPERATION E LOGGING FOOTAGE 0 -OPERATOR ARCO. ALASKA INC. sp. rry-sun LOGGING S YS TE& i, DR[", G SERVICES .,, A bamid Company DRILUNG TECHNOLOGY MORNING REPORT NO. ,~8 DATE Mar693 TIME 04 O0 WELL NAME KUUKPIKNo. 3 FIELD/BLOCK WILDCAT CONTRACTOR ROWAN START DATE Feb 17 93 RIG NAME RIG No. 33 AREA COLVILLE DELTA LOC. Sec. 22, T13N. R6E. UM STATE ALASKA ~iNG DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX AT SURVEY DATA GAS GAS DEPTH LITHOLOGY SHALE. CLAY. SILT (units) (units) (feet) SAMPLE DEPTH 6880 TRIP CHLORIDES NA DRILL RATE ft/hr ,, LAG DOWN DP CORRECTED 'D' EXP. LAG OFF BOTTOM SHALE DENSITY g/cc NA 70 degrees F EWR Res. NA PORE PRESSURE FRACTURE PRESSURE ECD FORMATION PRESSURE DATA CASING BOTTOM HOLE OPEN HOLE 1006 psi 9.5 ppg ·3506 psi 9.8 ,, ppg psi ppg ,.1468 psi 12.4 ppg _482g psi 13.5 ppg psi ~ ppg 1228 psi 10.3 ppg psi ppg psi ppg MUD DATA BIT DATA HYDRAUUC DATA 21 O0 · KCL TIME TYPE WEIGHT IN 10.4 FUNNEL VIS. 74 PV/YP 36 / 27 __ GELS 5 / 17 pH 7.7 FILT/CAKE APl 3.8 / 1 HP-HT Pm Pf/Mf 0 / 0.45 cHLORIDES ppm 21000 CALCIUM ppm 336 OIL/WATER/SOLIDS ,0~86114 DAILY/CUM· COST LENGTH - FT. 5X95/8 D P-C S G 2278 '"5X8.5 DP-HOLE 61/4X8.5 DC-HOLE 4602 BIT NO. 5 TYPE HTC ATJ-11H IADC CODE SIZE 8.5 JETS 11-11-12 DEPTH OUT 6880 ROT HRS. 22.3 FOOTAGE 510 AVG [t/hr 22.8 GRADE HOLE DEV. COST/FT RPM WOB 0.32 NA I O6 37 ANNULAR DATA VOLUME BBLS/FT. 0.0722 VELOCITY FT/MIN 0.070 OH VOL PUMPS 1. P-160 SIZE inches 6Xl 2 CAPACITY gal/stk 4.27 PUMP RATE stks/min 0 FLOW RATE gal/rain STATIC PRESSURE psi PD SURF / DS psi ANN / BIT psi JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED 1 RATE 2 2. P-160 6X12 4.27 0 psi at stk/min psi at stk/min CRIT-VEL FT/MIN ANN-VOL BBLS 164 322 DP HWDP OD-inches 5.0 5.0 ID-inches 4.276 3.0 CAP-bbls/[t .0178 .0087 DISP-bbls/ft .0072 ·0154 LENGTH-ft 0 0 WEIGHT-Ibs/ft 19.5 42 MW 10.3 GPM JI-- IS DRILL STRING PIPE DATA DC DC 8.0 6.25 2.875 2.25 .0080 .0049 · 0547 .0334 0 147 91 CASING: COND SURF. DEPTH 150 2278 16 9.625 · 15.25 8.921 .3764 .0773 ! .02385 .0132 120 2278 65 36 REMARKS AND RECOMMENDATIONS MAX RS FOR CV AT COLLS 169 fi/mi = 31 sec/std RUN WIRELINE LOGGING OPERATION _ HYDRAULICS FOR BIT AT TD WITH 450 GPM riOT N.J. BUCK / W.A. SHEPHERD DEPTH OPERATION FOOTAGE --6880 CIRCULATE .,0 sperry-sun SERV,CES LC ING SYSK k b~roid Company APPU~ DRILLING TECHNOLOGY MORNING REPORT NO. 19 DATE Mar 793 TIME O4 O0 OPERATOR CONTRACTOR START DATE ARCO. ALASKA INC. ROWAN Feb 1 7 93 WELL NAME KUUKPIKNo. 3 RIG NAME RIG No. 33 LOC. Sec. 22. T13N. R6E. UM FIELD/BLOCK WILDCAT AREA COLVILLE DELTA STATE ALASKA ~ING DATA BACKGROUND CONNECTION TRIP FLOWLINE TEMP AVG MAX GAS GAS (units) (units) 585 i 585 AT SURVEY DATA DEPTH LITHOLOGY SHALE, CLAY, SILT (feet) SAMPLE DEPTH ,6880 TRIP TRIP CHLORIDES NA LAG DOWN DP 1100 6880' LAG OFF BOTTOM '3464 .70 degrees F DRILL RATE fi/hr CORRECTED 'D' EXP. SHALE DENSITY g/cc NA EWR Res. NA FORMA~ PRESSURE DATA CASING BOTTOM HOLE PORE PRESSURE 1006 psi 9.5 ppg 3506 psi 9.8 ppg FRACTURE PRESSURE 1468 psi 12.4 ppg 4829 psi 13.5 ppg ECD 1228 psi 10.3 ppg 3935 psi 11.0 ppg OPEN HOLE psi , ppg psi ,, ppg psi ppg ':rIME 1500 BIT NO. 5 TYPE KCL TYPE. HTC ATJ-11H WEIGHT IN , 10.3 IADC CODE " FUNNEL VIS. 60 SIZE 8.5 PV/YP 30 / 20 JETS 11-11-12 GELS 5 / 9 DEPTH OUT 6880 pH 7.5 ROT HRS. 22.3 FILT/CAKE APl 3.8 / 1 HP-HT FOOTAGE 510 P m AVG ft/hr 22.8 Pf/Mf 0 / 0.45 GRADE CHLORIDES ppm 18200 HOLE DEV. 0.32 CALCIUM ppm --296 COST/FT NA ,, OIL/WATER/SOLIDS 0/87/13 RPM 106 DAILY/CUM. COST WOB 37 MUD DATA BE DATA 5X95/8 D P-C S G ANNULAR DATA LENGTH - FT. VOLUME BBLS/FT. VELOCITY FT/MIN 2278 0.0722 175 5X8.5 DP -HOLE 4171 0.0459 202 61/4X8.5 D C-H OLE ,,431 O. 0322 288 HYDRAUUC DATA PUMPS 1. P-160 2. P-160 SIZE inches 6Xl 2 6X12 __ CAPACITY gal/stk 4.27 4.27 PUMP RATE stks/min 0 91 FLOW RATE gal/min 390 PRESSURE psi 1780 PD SURF/DS psi 21 /854 ANN/BIT psi 200/1659 JET VELOCITY ft/sec JET IMPACT lbs BIT HP HP RATIO / HP/IN2 REDUCED I psiat stk/min RATE 2 psi at stk/min CRIT-VEL FT/MIN ANN-VOL BBLS 413 164 403 '"1 91 474 1 4 PIPE DATA DRILL STRING CASING: COND SURF. DP HWDP DC DC DEPTH 150 2278 OD-inches 5.0 5.0 ,,8.0 6.25 16 9.625 ID-inches ,,.4.276 3.0 2.875 2.25 15.25 8,921 " CAP-bbls/ft .0178 .0087 .0080 .0049 .3764 .0773 DIS P-bbls/ft .0072 .0154 .0547 .0334 .02385 .0132 L E N G TH-ft 5966 483 0 431 120 2278 ' WEIGHT-lbs/f! 19.5 42 147 91 65 36 P~EMAF;~S AND RECOMMENDATIONS MW 10.3 GPM Jr:: IS MAX RS FOR CV AT COLk8 169 fi/mi = 31 sec/std RUN WIRELINE LOGGING OPERATION. RIG DOWN FROM LOGGING. RIH. CIRC AT SHOE AND 4700'. RU~ MUD. TRIP GAS MAX 585. HYDRAULICS FOR BIT AT TD WITH 390 GPM. __ ADT N.J. BUCK / W.A. SHEPHERD MEMORANDUM STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION to: David W JohnSon Chairman date: file: thru: Blair E Wondzell ~~ Petr Insp Supervisor 4.f~ ~/~ z subject: from: Bobby Foster Petr Inspector April 22, 1993 041293.doc P&A Surface Plug AAI Kuukpik #3 PTD 92-138 Exploratory Monday, April 12, 1993: I traveled this date to Kuukpik #3 and witnessed the setting of the surface P&A cement plug. A 7" bridge plug was run in the hole with a Schlumberger electric line unit and set at 220'. The 7" was then perforated at 200' and 15 bbls of Arctic Set I Class G at 15.7 lbs/gal was circulated down the7" casing and out the 9 5~8". Good cement was circulated out to the surface. Summary: I witnessed placement of the P&A surface plug in ARCO's Kuukpik well #3. attachment iRC,OIUTP ...... KUUKPIK #3 Proposed P&A depths RKB unlels otherwise TOC (9-5/8" x 16") @ 60' PeNorattons @ 200' RKB 10.4 ppg Brine TOC (7" x 9-6/8") @ 177S' BOP-, (7"x Open Hole) · 2600' 12 Bbls omi pumped 10.4 ppg Brine . TOC e ~4~0' ~ I TOO ~ 6030' 9 Bbls omt pumped indi~ated) . Ground level @ 34' RKB All uu~ :ut oil ~ 8' BGL and steel plate welded on. ~ ::":: -~' ' Bridge Plug ~ 225' ~" 9-518" Casing 0 2278' Baker Model FB-1 Packer ~ 2571' Cmt retainer in 2-7/8" tattpipe · Perforatl0n~, 2682-2710' Baker Model FB-1 Packer ~ 6548' Cmt mtdnoF in 2 7lip tailpipe @ ..~i~80' Perforations 5663'-5718' : Baker Model FB-1 Packel @ 8134' Grot retainer In 2-718" tallplpe ~ 6169' ~CC.:C~ ~ pedor.uon~ 6~'-~4~' - 7" EZSV ~ 0286' .. ,, ,=v, '~" ~ ~ Baker Model DB.1 Pa r ~6273' ,~..: ; Pg Pe~foratlon~ 6~40'-6405' ~ ~J ...... ~* 7" Ca~lng,~ 6869' i TD ~ 6~' , STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION A..' CAT O. A...OVA'S 1. Type of Request: Abandon ~ Suspend _ Alter casing _ Repair well Change approved program _ Operation Shutdown _ Re-enter suspended well_ Plugging _ Time extension Stimulate Pull tubing _ Variance _ Perforate _ Other 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development _ Exploratory X Stratigraphic _ Service -- 4. Location of well at surface 1,762' FWL, 768' FSL, Sec. 22, T13N, R6E, UM At top of productive interval N/A At effective depth 1,747' FWL, 747' FSL, Sec. 22, T13N, R6E, UM At total depth 1,747' FWL, 747' FSL~ Sec. 22, T13N, R6E, UM 6. Datum elevation (DF or KB) RKB 34' AGL 7. Unit or Property name N/A 8. Well number Kuukpik #3 9. Permit number 92-138 10. APl number 5o-1 03-201 87 11. Field/Pool Wildcat feet 12. Present well condition summary Total Depth' measured 6880' true vertical 6880' Plugs (measured) 6266', 6030'-6249', 5583'-5718', 2609'-2710' Effective depth: measured Same true vertical Same Junk (measured) None Casing L e n g t h Structural N/A Conductor 116' Surface 2244' Intermediate N/A Production 6846' Perforation depth: measured Size Cemented Measured depth True vertical depth 1 6" Permafrost cmt to surf. 150' RKB 150' RKB 9.625" Permafrost cmt to surf 2278' RKB 2278' RKB 7" Class G f/TD to 5450' 6880' RKB 6880' RKB and f/ 2600'-1775' 6340'-6405', 6234'-6249', 5663'-5718', 2682'-2710' AIIperforations abandoned w/ cement and/orcement retainers,'.~.,EE ~V~[ true vertical Same APR Tubing (size, grade, and measured depth There is no tubing in the well Ataoka 0i~ & Gas Cons. 60m Packers and SSSV (type and measured depth) 7" permanent packers @ 6273', 6134', 5548' and 2575'.~ uuu.~tc~~lB 13. Attachments Description summary of proposal ~ Detailed operation program _ BOP sketch _ 14. Estimated date for commencing operation April 10, 1993 16. If proposal, was verbally approved_ ,, , Name of approver B. Wondzell Date approved 4/9/93 15. Status of well classification as: Oil __ Gas _ Suspended Service Wildcat 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ~/'//~ ~-~'~ Title Area Drilling Engineer FOR COMMISSION USE ONLY IConditions of approval: Notify Commission so representative may witness Plug integrity ~ BOP Test _ Location clearance__ Mechanical Integrity Test _ Subsequent form require Approved by the order of the Commission Date Commissioner Form 10-403 Rev 06/15/88 IApproval J~lo.., SUBMIT IN TRIPLICATE PLUG aND ABANDONMENT PRG, EDURE KUUKPIK #3 lO. 10. 1. After perforations from 2682' to 2710' have been abandoned, POH with 1-1/2" coiled tubing and 3-1/2" coiled tubing with test tools. 3. LD test tools and release testers. Begin RD of surface test equipment. 4. R/U wireline and RIH with perforating guns. Perforate the 7" casing at 200' RKB. POH. 5. Establish circulation down the 7" casing, taking returns up the 7" x 9-5/8" annulus. 5. RIH with 7" bridge plug on wireline and set at 225' RKB. 6. Displace Type C Permafrost cement (15.6 ppg, 0.95 cu. ft. per sk) down the 7" casing, taking returns up the 7" x 9-5/8" annulus. Continue pumping cement until clean cement returns are seen. 7. Use 1-1/2" coiled tubing to circulate out excess cement down to 8' below the wellhead. POH, R/D and release CTU. 8. After WOC, tag surface plug and check both casing annuli for pressure. 9. N/D BOPE and wellhead spools. Use a backhoe to dig down at least 8' deep around the 16" casing. Cut off wellhead on 7", 9-5/8" and 16" casing approximately 8' below original ground 19. Note: 20. By: level. Weld cover plate over conductor. Clean up cellar. location for clean-up operations. The following information must be plate: ARCO Alaska, Inc. Kuukpik #3 1762' FWL, 768' FSL, Sec. 22, T13N, Cover plate on conductor must be 8' Demob all remaining equipment and clean up site. W. J. Penrose Sr. Drilling Engineer Concur: Fill in cellar with gravel and prepare bead-welded to the cover R6E, UM below ground IovoI.~C~V~'[) APR 2. 2. 99;5 gnchorago R.F. Morgan Regional Drilling Engineer Concur: D. B. Stoltz Drilling Superintendent D. J. Ruckel Drilling Manager (All AHCO/UTP KUUKPIK #3 Proposed Abandonment depths RKB unless otherwise indicated) Perforated @ 200' 10.4 ppg Brine TOC (7" x 9-5/8") @ 1775' BOC (7"x Open Hole) @ 2600' 15 Bbls cmt pumped TOC @ 5450' 16 Bbls cmt pumped TOG @ 6030' 9 Bbls cmt pumped Gravel 10.4 ppg Brine Brine 10.4 ppg Brine Ground level @ 34' RKB "l" ,,,[.'~K:--. All csg cut off @ 8' BGL and ~,,?,t,,?,t:,,!:.: :_: :_~: sleel plate welded on. I ~ 7" Bri ge Plug @ 225' '?'~iAt,?' 9-5/8' Casing @ 2278' Baker Model FB-1 Packer @ 2575' Cmt retainer in 2-7/8" tailpipe @ 2609' Perforations 2682-2710' Baker Model FB-1 Packer @ 5548' Cmt retainer in 2-7/8" tailpipe @ 5583' Perforations 5663'-5718' Baker Model FB-1 Packer @ 6134' Cmt retainer in 2-7/8" tailpipe @ 6163' Perforations 6234'-6249' 7" EZSV @ 6266' Baker Model DB-1 Packer @6273' 7" Casing @ 6869' TD @ 6880' Perforations 6340'-6405' ~~'EIVED APR 2 2 t99;~ .,Alaska 0ii & Gas Cons. Commissior~ Anchorage AOGCC ~EOLOG~CA~ MATERIALS ~N¥£NTORY DST COMPLETION DATE ¢ I/¢1 ¢~ CO. CONTACT ~(0 ~/"~ S. ~~c / ~ -, ~_ / - ~ ii~ck off or list data as it isreceived,*list received date for 407, if n,.o,l.l'e~_~ircd list as NFl __:.,I * ~'//?/~ ~ drillin9 hist,, ~..---' surve¥l~,,--I- well tests ('L ~,'"l~core desceiptio~ __,,~1 inte~a'li" core analysis dr~ ditch intervals -- did]it,al data ,,.,r ~1~ ., cored . LoG YYPE ' .tervaes scaLe ;~..~_. ....... NO. (to the ,nearest foot) . (inchll. 00' · - ............. ........... ' ' " I t ~ ............................. ,: - . ,J ...... ' · .... ,1 iii, I jill ii iiii ii II I i I II I i,1 iiii i, I u PE FIlvllt # AOGCC GEOLOGICAL MATERIALS iNYENTOP, Y LiST i LOG TYPE F:IUN INTEI:IVALS SCALE NO. J.t,o the nearest foot} [inchl100'! 22} .................. J~ i ii i i Il i I _i i i J _1 I i 261 ' 2~1 ........................ :-~';": ;;'" ' " ........... ,,,~q ~ ~,,,.---,~u~ .................. ~ ....... ~-... . i,1, ..................... .......... 31; i ,, ,,lll.,,, ,,, ii i,1 ~, i i , i id .,,,,1,,1 m i,,11 i ii , ................... -::;~:::--:;;~:;' .: ,~, ~. ,Jl, i , , ......... , ...... . , ............ ~ ........ ::: :~ k ~, ~ ~1 iJ i ii i iii ii ,~ .... .,, ~:~,,. 33) ............. · , , i 3S) ~: : i~,,, ~1 ~ ,l,l~l, lJl , , , , ,, , , , ,~ ~,,,111 kJ i i i, JlU,l, i , 36! , ,, , ,,, IlL '1' '"'" ~'~d' ~ . "'~'" ' I~ I IIII IIIII II I~ I d I III 37') : :::: i , i i i i i i ii i ii i i i i ii LJ i 38) : ~::::: IlL I ,,' ' ' ,', 3911 40) ............. ' ................. · i ,~1 i ,41) i J ,1,, , ,, ,,. , i ,, ~ J , ~ , i , , i , ,~ i Il ~ , :fi ARCO Alaska, ~nc. Post Office F3o:: Anchorage, Alask~ Telephone 907 275 !215 TO: STATE of ALASKA OIL/GAS CON. COMM. 3001 PORCUPINE ANCHORAGE, ALASKA OPERATOR: ARCO SAMPLE TYPE: STATE CHIPS SAMPLES SENT: STATE CHIP SAMPLES: CORE I 621 4'-6248' CORE I 6249'-6258' CORE2 6310'-~=~1~'" CORE 2 6344'-6370' DATE: 18TH MARCH, 1993 AIRBILL: AL646217 AFT#: 3-03-18- .~-5-- CHARGE CODE: AX9222 NAME: KUUKPIK #3 5O1O320189 NUMBER OF BOXES: / SENT BY: Dan Przywojski UPON RECEIPT OF THESE SAMPLES PLEASE NOTE ANY DISCREPANCIES AND SEND A SIGNED COPY OF THIS TRANSMITTAL TO: ~,~ ATTN: D. L. BY: RECEIVED ARCO ALASKA, INC. BAYVIEW GEOLOGIC FACILITY P. O. BOX 100360 ANCHORAGE, AK. 99510-0360 Przywojski ABV-100 ARCO A~aska, ~nc. is a Subsidiary of At~an~tic Richfield Co~npany AR3B-6003-C ARCO Alaska, ~nc. Post Office E~o× 100360 Anchorage Alaska 99510-0350 Telephone 907 276 12'~5 March 7, 1993 Mr. Larry Grant Alaska State Oil and Gas Commission 3001 Porcupine Anchorage, AK 99501 Subject: Kuukpik #3 Conventional Core Description and Analysis Dear Mr. Grant; Per your request, I have included below a general description of the two conventional cores which were acquired by ARCO Alaska Inc. in the Kuukpik #3 well last year. In addition I have enclosed a copy of the conventional core analyses on these cores conducted last year at Core Laboratories here in Anchorage. Please do not hesitate to call me if I can be of any further assistance. Well' auukpik #3 (~ / ~~ APl#' 50-103-20187 ~/ Core #1 Interval: Core #1 Description: 6214' to 6274', recovered 45' (75% recovery). 6214' to 6238.5'- Grey, bioturbated silty shale. 6238.5' to 6255' -Med brn gry to gry, upper very fine to occ upper crse grained, quartzose, subrnd- subang, mod well srtd, glauconitic sandstone. 6255' to 6259'- Med brn-gry shale. Core #2 Interv'al: Core #2 Description: 6310' to 6370', recovered 60' (100% recovery). Entire cored interval consisted of pale yell-brn, very fine to fine grained, quartzose, subrnd, mod srtd, heavily bioturbated, muddy sandstone. Regards, Douglas S. Hastings Area Explorationist Kuparuk Development and West Extension Geoscience DSH-JIZ/907 ARCO A~es~<a, ~nc. is a Subsidiary oi~ At~antic Richfield Company MEMORANDUM STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION to: David Johnston Commissionel~ thru: Blair E Wondzell Sr Petr Engineer from.'~[OU Grimaldi ~etr Inspector date: file: subject: March 3, 1993 LOU02221.DOC BOP Test-Rowan 33 ARCO Kuukpik #1 Exploratory PTD 92-138 Monday, February 22, 1993: I witnessed the initial BOP Test on Rowan Rig #33, drilling ARCO's Exploratory well Kuukpik #2. I found this to be a more difficult test then normal due to Rowan not having seasoned hands on the rig. I feel a strong commissions inspector's presence is warranted. There were two failures. The first was the lower pipe rams which although closed and held their pressure test would not reopen. The failure was attributed to trash in the hydraulic lines which clogged the open pods in the ram body. These were cleaned and the lines were flushed out. The lower pipe rams were retested and passed. The choke manifold had two bonnet leaks, which once tightened, passed its test. Gas detection was handled by the M.W.D. unit and I required a automatic alarm at the drillers console. Work on this was began before I left and shall be in place by the next test. The area surrounding the rig was clean and well kept although the exterior appearance of the rig indicated age and neglect. SUMMARY: I witnessed the initial BOP Test on Rowan 33 with two failures the lower pipe rams and choke manifold. Test time 20 hours, 2+ failures. Attachment OPERATION: Drlg 2; STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report Wkrv DATE: Drig Contrcl:r.' Operator: Casing Size:~Set Test: Initial 2C' _Weekly Well Name: /4'd ¢ /v ~'[ ~ ~. PTD# .. /~¢,~-/ ~ Rep ~. ~,~ RigPh.fl ~.~5~/~/ Feet L~tion: Section ~ ~ T. ¢~ R. g¢M. ~ Other TEST DATA MISC, INSPECTIONS: Location Gen. :~::~¢_~) Well Sign Housekeeping:f4 ~'-~(Gen) Dd. Reserve Pit ~----~ BOP STACK: Ann. Preventer Pipe Rams Blind Rams ChkJLn Valves HC R Valves Kill Line Valves Check Valve Test Qua. Pressure P/F MUD SYSTEM: L~.~. Trip Tank Pit Level Indicators Flow Indicator Gas Detectors /__,,/ FLOOR SAFETY VALVES: Test Pressure Upper Kelly / Lower Kelly Ball Type Inside BOP CHOKE MANIFOLD: No. Valves ~>~ ~. No. Flanges ~ Manual Chokes Hydraulic Chokes Test Pressure ACCUMULATOR SYSTEM: System Pressure ~ c~<2:) C> Psig. Pressure After Closure / ~//~ ~ Psig. 200 psi Attain Afl. Closure ./¢¢- min. ¢ sec. System Pressure Attained ..~ min. ~"~ec. Blind Switch Covers: ¢/--f' Main c>°/-¢ Remote Nitgn. Btl's: /¢/ ,{~D~ 2"-/. ~r~' ~ ED E:, C;' Psig. TEST RESULTS' Failures ~ _ Test Time ~ Hours '-'----- Minutes Repair or Replacernent of failed equipment to be rnade within ~ays. the Inspeotor, and follow with written/FAXed verification to Commission office at, Fax No. 276-7542 Inspector North Slope Pager Ph. No. 659-3607 If },our call is not returned within 12 Hrs. contact the P! Supervisor at 279~143.3 Notify Distribution: orig-Well File ¢ ~ Oper./Rig c- Database c - Trip Rpt File c -Inspector STATE ~//I,TNESS REQUIRED? YES t'~ NO~ 124 HOUR~/I:4OTICE GIVEN lYES 2(, NO Waived By: Witnessed By: FI-O21 .XLT (Rev. 12/92) MEMORANDUM STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION to.~--~ David JohnsOn Commissioner date: file: February 18, 1993 JOH02102.DOS thru: Blair E Wondzell 8r Petr Engineer from: o,.~hn Spaulding Petr Inspector subject: Div. eder Test-Rowan 33 ,~l K~ukp~3 Wildcat ~TD 92-1~ ~ ) Sunday, February 10, 1993: I witnessed the diverter function test on Rowan Rig 33 at ARCO's Kuukpik #3 Wildcat Well. Since this rig had been stacked for 8 years, several minor problems were enountered. The pit level, trip tank, flow meter, and H.S. monitors all needed some adjustments to make them work properly. SUMMARY: After all repairs were made I witnessed a successful diverter function test on Rowan Rig #33. Attachment JOHN SPAULDING AOGCC STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Diverter Systems Inspection Report Drlg Contractor: Well Nome: ~cation: Sec. R. Operation: Rig No. Oper. Rep.: Rig Rep.: Development ~ E×ploratory': ,~ PDT # '-~'~ ~ ~ ¢"' Merdian ~/~ TEST DATA MISC. INSPECTIONS:. Location Gen.: ~ Well Sign: Housekeeping: ~ (Gen.) Drlg. Rig:~ Reserve Pit: Flare Pit: DIVERTER SYSTEM INSPECTION: Diverter Size: //~' DivertV~lve(s) Full Opening: Valve(s) Auto & Simultaneous: Vent Line(s) Size: Vent Line(s) Length: Uno(s) Bifurcated: Uno(s) Down Wind: Une(s) Anchored: Turns Targeted/Long Radius: /,//~ ACCU M ULATOR SYSTEM' Systems Pressure: ~ ..... ,, .-, psig Pressure After Closure: ",.¢ :.:', ') psig 200 psi AtteinedAfter Closure:~min..~4)- sec. Systems Pressure Attained: -o~,: min. /J.5-- sec. MUD SYSTEM INSPECTION: Light Alarm Trip Tan k: ~--' Mud Pits: i,--"- '---" Flow Monitor: GAS DETECTORS: Light Alarm Methane ,..-?-,' Hydrogen Sulfide: Distribution orig.-'w'eli File c- 0poi/Rep c- Database c- Trip Rpt File c-Inspector F1-022 ALASKA OIL AND GAS CONSERVATION COMMISSION January 5, 1993 WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 A W McBride, Area Drlg Engr ARCO Alaska Inc P 0 Box 100360 Anchorage, AK 99510-0360 Re: Well # Company Permit # Surf Loc Btmhole Loc Kuukpik #3 ARCO Alaska Inc 92-138 1875'FWL, 785'FSL, Sec 22, T13N, R6E, UM Same Dear Mr McBride: Enclosed is the approved application for permit to drill the above referenced well. Your application for a variance to the diverter requirements of 20 AAC 25.035(b)(1 ) to allow a single 16-inch diameter diverter line extending at least 100 feet from the nearest point of ignition without bifurcation is hereby approved. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. Blowout prevention equipment (BOPE) must be tested in accordance.with 20 AAC 25.035. Sufficient notice (approximately 24 hours) of the BOPE test performed before drilling below the surface casing shoe must be given so that a representative of the Commission may witness the test. Notice may be given by contacting the Commission petroleum field inspector on the North Slope pager at 659-3607. David W ~t~hnston Chairman BY ORDER OF THE COMMISSION jo/encl c: Dept of Fish & Game, Habitat Section, w/o encl. Dept of Environmental Conservation w/o encl Memorandum S[a[e of Alaska 0il and Gas Conservation Commission To: Russ Douglass Fro: Jack Hartz December 30, 1992 Subj: Big Bend #1 Request for Exception to Diverter Line Bifurcation The ARCO request for exception to 20 ACC 25.035 (b) 1 is predicated on design and performance of diversion equipment on the Cirque #1 blowout and the impact of the failed diverter line on subsequent operations. The blowout illustrates the need to provide diversion away from the rig for the purpose of evacuating personnel from the rig, camp or well pad. The direction of diversion had no bearing on the subsequent operations because of diverter line erosion failures within the substructure and downstream of virtually every directional change feature in the line. There were no apparent failures of target tees. Perhaps'this suggests that maintaining integrity of divert line to a point away from the rig is paramount and bifurcation is only useful if it can be accomplished at a point a reasonable distance away from the rig or ignition sources. The API Recommended Practice, RP 64 July 1 1991, does not require as a standard practice, multi directional diversion of well fluids during diversion operations. They state a single vent line downwind from the rig and facilities is typically used. API suggests that operators _may want to have vent lines go in 2 directions to allow for changes in prevailing winds. Within the same RP they cite offshore platforms where one diverter line is used due to prevailing winds. ARCO's request falls within the range of API guidelines as stated in RP 64. The AOGCC regulation allows the Commission discretion to approve variances or exceptions to the requirements spelled out in 20 ACC 25.035 (b) 1. The requirement to bifurcate the vent line is an attempt to allow for wind direction changes and appears to add flexibility to the system. In the case of Cirque #1, the diverter line erosion failure negated the diverter system's fundamental utility and no flexibility was attained. Integrity of the diverter line and associated equipment appears to be the most critical factor in safe operations of the diverter equipment. · ~age 2 1992 Reserves Estimate Diverter line size plays a critical role in diversion operations. Flexibility, while an ideal situation may in fact lead to false security and cause operational difficulty. An article in Oil and Gas Journal, Dec.2, 1991 (enclosed) cites size and straight runs as primary considerations for diverter system design. For example a size increase from 10"(minimum size in 20 ACC 25.035 (b) 1) to 16" diameter increases cross sectional flow area from 79 to 200 square inches and thereby decreases velocity by a factor of 2.6 . The authors indicate that halving velocity will decrease the erosional wear rate by a factor of 6. Wind data analysis and the Focus model results would appear to indicate that gas velocity will overcome wind forces and disperse the gas to less than the LEL before it returns to the diverter vent outlet for those cases studied. In a conversation with M.Winfree, he indicated the momentum jet dispersion model is in common use in facilities design. I have no experience with it and cannot judge the results. Conceptually, it sounds reasonable and serves to strengthen ARCO's case. Given the experience at Cirque #1, bifurcation will cause failure of the diverter line Under conditions of gas/sand mixture flows because of the directional change. One issue is placing the failure point a safe distance from ignition sources. In this case as well as in the regulation, 100' is the minimum distance. The next argument is why require a feature which will cause a failure? I believe the steps taken to avoid uncontrolled flows, kicks and blowouts which ARCO has identified and are apparently incorporating into their procedures are far more important than bifurcation. In the absence of compelling evidence to the contrary, I don't support mandatory bifurcation of the diverter line. I believe the Commission should favorably consider the request and perhaps consider rewriting the regulation with these size and straight line features in mind. In the future, it would be advantageous to discuss with industry the advantages and disadvantages of different diverter configurations and resolve to a mutually beneficial system. arger diverte, .; safer for shallo ., gas control David Mills Glasgow Polytechnic Glasgow, Scotland E/nar Dyhr Copeman Engineering Copenhagen, Denmark Reducing the back pressure buildup on the wellhead during shallow gas control minimizes the risk of the gas broaching the seabed around the con- ductor pipe. This allows for an orderly procedure to dived the gas. Most diverter systems cause the gas/sand mixture to approach critical velocity, re- suiting in extreme wear and short life expectancy of the surface piping. Calculations based on standard drilling pro- grams indicate that only a few existing diverter systems can handle a sizeable volume of shallow gas without creating excess back pressure on the wellhead. During the past 10 years six jack up rigs have been totally destroyed by shallow gas blowouts. Es~mates for the to- tal losses sustained by oil companies and drilling con- tractors from these accidents has been well over $1 billion. The following cause the most severe damage from shallow gas blowouts: · Erosion of the seabed and possible cratering of the rig from gas around the conduc- tor pipe · Wear on the diverter sys- rem from the high velocity gas- /sand mixture, with possible fire threat to the dg. The diverter systems most commonly used on jack up rigs have flow capacities/nad- equate to dived large volumes of gas from a large shallow gas reservoir without building excessive back pressure in the well. The large pressure buildup may subsequently fracture the formation at the conductor casing shoe. If the well is flowed, the diverter pipe will act as a long choke, causing the gas/sand Fig. 1 Schematic of well with 16-in. diveder Dlverter ' : ~"' '":"~ ~'/ ii' housing ., . .' Pressure reading, P2 · I Il2°'''' '!" "" , 36-1n. conductor ~~ Mull line at 224 ft RKB "~ 36-in. casing shoe ~ at 550 ft RKB 2~-In. open hole Shallow gas formation at 1,475 It RKB 3., Variable choke .' · mixture to reach critical speed. This, in turn, will cause the diverter pipe to wear down in a matter of minutes, resulting in a gas fire hazard below the drill floor. Several industry studies have pointed out the problems associated with excessively long or small diameter pipe used for diverting the gas overboard. Following the West Vanguard accident in Norway, Statoil investigated new ways to extend the service life of the piping system. Some sugges- .lions included the hardfacing of pipes and bends as well as testing of a variable choke mounted on the overboard end of the diverter pipe. The latest rig design in the Norwegian North Sea reu~s a minimum diameter of 16 in. 'for diverter lines, which should run '~v~5oard as ~ ~)~' 'a ~l~rsk Hydro the North Sea, the diverter line diameter has been increased to 16 in., and a fixed choke with an ID of 12 in. has been mounted on the overboard end. These changes result in a reduced velocit~ through the diverter,s Outside Norway the most common diverter pipe diame- ters are between 8 and 12 in. Oil companies, rig design- ers, and drilling contractors have indicated a need to de- velop design criteria for shal- Iow gas suflace equipment. Th._~e design criteda include a m_!nL_m.u.m._g i the~.h_e surface pip_in~nt excessiv~ b~Cl~ pressure s'~ng the expected life of the surface system while flow- ing a gas/sand mixture. Shallow [las fl0w High gas flow rates and sonic velocity can occur if high pressure gas is vented to the atmosphere. Steady state conditions are established for any given dif- ference in pressure between the gas in the well and the Fig. 2 Shallow gas blowout pressure profile ., ,v, ". "',;,:"i'. ""'" :...:'. '. '.'. ,!~. t- ' ', , , . , ..,!, ~,. . , , . 8,e' " : ,. ,;,. ,::-.' '::',,;' '.., · . , ":':";' i ~Pressu~dr0Pl"'";~'-;n. '. '' 200 I 'diverter system . I i I ' Pressure drop in 400 / casing/drill pipe annulus l 600 . ~1 ..... p r eEsS:lumr;t:td ~,a;lCtn;resh oe' 275 psi 800 / · 1 000 ~ ~ Pressure drop In open ' / holel8-1n, drill collar annulus / 1,200 /._...__.-------Pressure drop In open '400/ hole/g-In, drill dollar annulus 1 Shallow gas 600 400 200 0 reservoir 1,600 Gas pressure, psig Botlom bola assembly: 26-tn. bit 285 ~t o! g-in. drill collars will3 4 sl3bilizers 732 It of 8-in. drill collars C~Ji Dec 2, 1991,0il & Gas Journal 65 atmosphere. This pressure dif- ference provides the driving force for the gas flow, and equilibrium conditions prevail if it is balanced by the gas flow resistance. It is possible to cal- culate with accuracy the gas flow rate and the resulting pressure and velocity profiles for any 7yen ddlling program and sunace pipe system. As a result of the turbulence and the high gas velocity at the wellhead, padicles of sand may be carried in suspension by the gas. Gas velocities will not have to be high to convey sand vertically, particularly if the gas is pressurized. The pressure gradient of the flow increases as the concen- tration of sand in the gas in- creases. Steady state condi- tions also prevail in this situa- tion. For a given pressure drop, however, the rate of gas flow decreases with an increase in sand concentration. It is also possible to calculate the pres- sure and velocity profiles for gas/sand suspension flows. However, the result depends on the concentration of the sand in the gas, and this may riot be known v;,ith any certain- ry. The concentration of sa may also change with respect to time, further complicating the problem. Pipe surfaces erode rapidly with the increasing sand im- paction. The rate of erosive wear depends on the surface material, the impact geometry, the sand, and the flow condi- tions. The gas/sand veloci.ty_~ the m o"-~'- tm.p_ o..__d_~l rjl;_ ~L~s e Erosive wear increases ex- P ° r~ ~n b all.~.i._t.ht .t-~ e i-'"-~'c r.e"-"&~ j ~. ~'--7'the .~xp. one.qt ranges around ~les, t~l~ wear r-~'e, W-~I increaSe' rate wi! ecr r "-~[~ic erosion, or the mass of surface material per unit mass of particles impact- ed, decreases as concentra- tion increases. In a gas flow situation, however, the mass of impacting particles in- creases with respect to time and concentration. The time factor generally has an over- riding effect. As the concentration of the 66 Oil & Gas Journal, Dec2, 1991 Pressure decreases for larger diveders . ..... ... s,,,. ,o,. ?:'. ?, .v. ..,: .' / .; ,. ..... ', ,;'. fracture pressure ".",'"' ~" '~:'::::.=,.U .: (/'~.., ...- . , ,: ,::.~:.,!'.' .......,... ,. .; .... :,.., .., .. ?: ,~,~ ~ ,,..,.....,, ', · · ,,.,,:.: ¢ ~.:,;,,:,,: ....... ,..~ ..... :...,'~'.;,.~. ;,;:';,.; . ....,,.,.....,. ....... .....~.., , -.,: -:;,;...~ t ..,,,..... ..-:.:- .'.!i~.;-,,...'.;? ,.*-"7 ',~ -,L.-.-,., ,... ..~,,. .... '-,-...;~,':.'..~q:.;.:;, .'::,i ::t;;~i.;.'3r.'-';.':,,'~.',';:."~ ...... :"' ::. ;: ',;' '. ':" :. ':;:,'~:','~,;'¢4~':;'~'!::':.;;',.;~;.!'u'.-.-". ,~ '-. %, '-".'i - ,':" :: "'':..-'-7;; ' '., "" ' 10 ..,:.:.,... ;, .: ;- .... '. 20 · 30 ' ~,'!,'.',.:,,.~: ' ,' · , , t ..' ' . .. , ' : ,' :,:; :" "; .. '. '". Dlverter Ptpe bore'. In. ' ,' :,'",;. :' :.i'.';.:; "... ';,.',':.. , i~,!.;', :'.':'.?:(.:.."'.:.",::;ii.":.. :.; ..... :.,;... . ;~,.i~'.".~::'":i!;."-7~":::'"" ".' ',:"i :?:".'.¢' '.' ":"":~"":" :'. '." :'::' .:~' · .,. sand increases, the wear rate also increases.2 Following extensive re- search programs, models have been deveioped to eval- uate the life expectancy of components for given flow conditions? The authors... ,:~.,;!,.-..:{~..., ................... :::,... Mills Dyhr David Mills is the chief executive officer of the Center for Industrial Bulk Solids Handling at Glasgow Polytechnic in Scotland. The research and consultancy center in Glasgow specializes in pneumatic conveying and has extensive laboratory test facilities and compuler simulation capability. Mills earned his Phi:) on "The ersosion of bends in pipelines by gas-solid suspension flow." Einar Oyhr is president of Copeman Engineering in Copenhagen, Denmark. He works as an oil field consultant and in the manufacture of variable choke equipment for shallow gas well control. He previously worked as a drilling engineer for Atlantic Pacific Marine Corp. in Houston, as an operations manager for Maersk Orilling in Denmark, and as a rig manager for Sedco fnc. in Oallas. Dyhr earned a 8S in mechanical engineering in Oenmark in 1963 and an MBA from Northwestern University in 1973. Flow control The pressure gradient in- creases with the increase in sand concentration; for a giv- en system pressure drop, the gas flow rate, and hence ye- Iocity, falls. The net effect of reduction in velocity and in- crease in concentration does not result in a significant change in the wear rate. To reduce the wear rate, both the velocity and sand concentra- tion must drop. This can be achieved through the use of an artificial resistance in the flow, or a choking mechanism. The best location for a choke is at the very end of the diverter (the location of gas discharge to the atmosphere). The use of a variable choke on the diverter makes it possi- ble to control the flow para- meters, further reducing wear to the diverter system. Application of the choke changes the system resis- tance and alters both gas and sand flow. Choking the flow changes the pressure profile in the system and results in a higher back pressure. Be- cause gas is compressible, its density increases, resulting in a decrease of flow velocity. The combined effect of a reduction in the gas velocity together with a reduction in sand concentration should sig- nificantly decrease erosive wear. Test work with avadable choke valve has shown that the wear rate is remarkably Iow.4 If the variable choke be- comes worn such that the throat area increases gradual- ly with time, the desired up- stream or discharge condi- tions can still be maintained with minor adjustments.e These choke adjustments can be manual or automatic. It is difficult to determine exactly how much sand the gas conveys and whether the rate of sand flow changes with respect to time. Reasonable assumptions for sand concen- tration values allow approxi- mate calculations. For accu- rate prediction of pressure and velocity profiles, however, it is necessary to obtain some data on the flow parameters. Ideally the mass flow rate or velocity of the gas can be determined, together with the mass flow rate or concentra- tion of the sand. However, these values are vidually im- possible to measure in a well control situation. It is possible, however, to determine quite reliably the pressure gradient in the sys- tem and the absolute pressure at some reference point with two pressure sensors located on Ihe conductor pipe below the diverter (Fig. 1). With the appropriate gas compressibil- ity models for gas/solids sus- pension flows, it is possible to calculate the pressure profile throughout the entire cased system. With the pressure data and a computer analysis for a giv- en well configuration and drill- ing assembly, the pressure at any critical point of the system, such as the casing shoe, can be determined instantly. As drilling proceeds, the well con- ditions at the casing shoe change, but the required pres- sure information can be updat- ed. Computer predictions for casing shoe pressure can be fed as input to the choke valve control system. By this means, the choke valve can be auto- matically operated to limit the pressure at the casing shoe. In turn, this will limit the gas velocities in the wellhead and surface piping system. Dtverler analysis For an example analysis, shallow gas is encountered in a well at a depth of 1,475 ft during hole opening opera- lions. Gas is swabbed in while pulling out of the hole with the bottom hole assembly at ap- proximately 1,400 ft. The bot- tom hole pressure of the meth- ane gas is 675 psig at 15" C. and 1,475 ft. A convenient starling point for an analysis of shallow gas control is to consider gas flow only. The conductor pipe and diverter arrangement are shown in Fig. 1. Fig. 2 presents the results of the pressure profile analysis for the well. The pressure at the casing shoe reaches about 385 psi when the well flows pure gas. The gas pressure reaches 110 psi (AP) greater than the esti- mated fracture pressure. This clearly presenls an ex- tremely dangerous situation. In ordinary well control situa- ti©, t l0 psi may not be a significant pressure, but in a shallow gas flow it may be enough to cause broaching of the seabed around Ihe con- ductor pipe. The pressure of gas with sand in suspension is not likely to be significantly different from that shown in Fig. 2. The pressure profile shows that the diveder system itself having a diameter significantly smaller than that of the casing, chokes the gas flow (Fig. 2). The only way to relieve lhis sfl..__uat~on ~s to redSce the res~s- lance _iQ !_r¢~__.in -the s-"~'-ad"~ p~pe section most effect~ve~ This has the effect of in- creasing the mass flow rate of the gas through the system. The gas velocity profile changes, resulting in a lower- ing of the pressure at the cas- lng shoe. The diveder bore has a at the ca~ from 16 in. to 20 in. recovers the 0verpressure the previous example. Any ther increase in diverter size enables the pressure to drop below the fracture pressure limit. This safe zone allows for the operation of a variable choke on the end of the di- verier line. Manipulation of a variable choke results in reduced wear to the system and increases the potential for gaining control of Ihe well.6 Referencee 1. Mills, D., and Mason, J.S., "Con- veying Velocity Effects In Bend Erosion," Journal o! Pipelines, pp. 69-81, 1981. 2. Mills, D., and Mason, J.S., "Particle Concenlration Effecls in Bend Erosion," Powder Technology, Vol. 17, pp. 37-53, 1977. 3. Mills, D., and Mason, J.S., "Evalu- aling Ihe Conveying Capacily and Service Life of Bends in Pneumat- Ic Conveying Syslems, "Journal of Powder and Bulk Solids Tech- nology, Vol. 3, pp. 13-20. 1979. 4. Mills, D., "Erosive Wear Tesls," Slatoil consultancy reporl, Con- lract No. T6796, 244 p., Septem- ber 1986. 5. Nokleberg, L., Schuller, R.B., and Sontved, T., "Shallow gas kicks, Safety aspects relaled to diverter systems," SPE Paper 16545/1. 6. Dyhr, E., "Shallow Gas Well Con- trol,'' IADC European Well Conlrol Seminar, November 1990. Custom Reprint from OIL & GAS JOUI?N L Need quantity reprints of articles, advertisements, or covers published in OIL & GAS JOURN.&L? Custom Reprints from P, ennVf/ell Publishing are available in black and white or two, three, and four-color process. Each Custom Reprint is re- stripped and delivered on quality enamel stock. Logo surprints are also available. Minimum Custom Reprint orders: Black & White-lO0; Two/Three/Four-Color_ For further OIL & ¢_~A$ JOURNAl. Custom Reprint Information and rates, contact: Penri~/ell Publishing Company Box 1260/Tulsa, OK 741OI 918-83S-3161, ext. 379 WORLDWIDE PETROCHEMICAL SURVEY 011 & Gas Journal Energy Database announces Ihe availabilily of lhe Worldwide Petrochemical Survey on diskelle. The survey lisls over 900 pelrochemical plants worldwide. For each plant lhe survey lists lhe counlry, company, location, feedstocks and production capacities for over 90 lypes of petrochemicals. The data has been entered into a Lolus 1-2-3 worksheet to simplify analysis. 512K RAM is required. E1034 Data as of 1-1-90 $300.00 U.S. & Canada--S375.00 Export FOR MORE INFORMATION CALL TOLL FREE i-800-345-4618 OR CALL 918-832-9346 FAX 918-831-9555/TELEX 211012 OIL& GAS J JOURNAl ENERGY DATABASE P. O. BOX 21288, TULSA, OK 74121 Inch/de sales tax where applicable. U.S. & Canada add $3.50 for postage~handling. Due to product nalure, no returns accepted. Dec2, 1991, Oil & Gas J0urna167 ARCO Alaska, Inc. Pos'~ Office Bo,, 100360 .,.'--tncho:age, Alaska 99510-0360 Telephone 907 276 1215 December 28, 1992 Alaska Oil And Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 (907) 279-1433 Re: Request for Exception 20 AAC 25.035 (b) (1) ARCO Kuukpik #3 Exploratory Well Dear Sirs: ARCO Alaska, Inc. hereby applies for an exception to the provisions of 20 AAC 25.035 (b) (1), concerning bifurcation of the diverter line. Following are the major concerns associated with this request. 1) After extensive study of the Cirque blowout and the performance of the equipment on Cirque, ARCO Alaska, Inc. has determined that a combination of one 16" line with no 90° turns is the optimum design. 2) Effective operation of remote valves positioned 100 feet from the rig are limited. 3) Prevailing winds on the North Slope during the winter drilling season are generally in the direction of SW to NE. With perpendicular placement of the diverter line, there is minimum exposure of gas blowing back onto an ignition source (see attached weather data). 4) A gas dispersion model named "Focus" has been used to simulate flow out of a 16" single line at varying rates and wind speeds aimed towards the rig. Included with this request are outputs from this simulation. It is our opinion that with proper placement of the diverter line with respect to prevailing winds in conjunction with the short duration of time while drilling under the diverter, a bifurcated line is not necessary. If you have any questions or require any further information for this request, please conjact me at 263-4511. Sincerely',.; Bill Pent~'se Senior Drilling Engineer R [~' [iV ED Attachments DEC ,Alaska 0il & Gas Cons. C0mmissl0.~ Anchorage linc. is ~:. Subsidiary o~,: AllaF~licl~ichi:ie~dCor,~p~nny /X,l~31/ (;0()3 (; Ice Pad Layout ARCO Kuukpik #3 400' Camp / SWS Unit / Truck Shop Access Road ~100' Pipe ~ Drawworks Shed Dog Hs. I Choke Hs. Diverter Line Length 1 00' Mud Pit Room I Cuttings Washer House 400' Fuel & Water Tanks NOTE: The only electrically-wired equipment within 100' of the end of the diverter line is vapor-proof lighting in the pipe shed, rig module, and cuttings washer house. R ~ '~,~, ~ IV ~ Alaska Oil & Gas Cons. WIND WIND SPEED (MI/HR) AVG DIRECTION <- 3.5 <- 7.5 <-12.1 <-19.0 <=24.2 >24.2 TOTAL SPEED N 0.19 1.88 0.19 0.14 0.00 0.00 2.40 6.25 NNE 0.05 1.41 1.79 0.00 0.00 0.00 3.25 ? . 84 NE 0.00 2.92 8.80 2.21 0.00 0.00 13.93 9.67 ENE 0.05 1.13 2.02 1.18 0.09 0.00 4.47 10.21 E 0.05 0.56 1.60 0.99 0.19 0. O0 3.39 11.18 ESE 0.00 0.52 1.08 0.85 0.00 0.00 2.45 11.03 SE 0.00 0.66 1.51 0.56 0.00 0.00 2.73 9: 19 SSE 0.09 1.51 0.56 0.09 0.00 0. O0 2.26 6.79 S 0.42 1.69 0.61 0.47 0.00 0.00 3.20 6.84 SSW 0.66 0.99 0.61 1.18 0.00 O. 00 3.44 9.28 SW 0.85 2.12 2.54 1.60 1.04 0.14 8.28 10.70 WSW 1.93 9.41 6.07 7.53 2.16 5.04 32.14 13.69 W 1.60 2.73 2.12 2.40 1.04 2.26 12.14 13.44 WNW 0.71 0.80 0.80 0.24 0.00 0.09 2.64 7.54 NW 0.52 0.85 0.14 0.24 0.00 0.00 1.74 5.82 NNW 0.24 0.99 0.19 0.14 0.00 0.00 1.55 6.78 ~ 0.00 0.00 TOTAL 7 34 30 16 30 64 19 81 4 52 7 53 100.00 N # 20. 0. (:iJ3'-'t'.l~¢i'i'qD D-Z:~'i; ! At,IE:~' ':I-:-E'E -[ I '~,/-I' ND DINE;C-l-ION I:~A..c:;~LI! LL E~-fABEL'IT'r' , F' ',4-IND SPt£1EEj.. , F~, iLEA T I v E HI...J[.'I [ I~) I T"r' , 2'~-~ 00. 50. 40. 30. -45. -40. -- .35. - :40. .-25. -- 20. ---1 ~:-;. 1 ¢_~. -(S · ~. DO~Itq~]-ND D'I~TANCE ~FEETI ~IND DIRECTION ==> PA~UILL S'I'AB~LITY ',,,'I ND .~PEED. _ RELATIVE HUMI['J I 1- ¥' _ i , '14 7 IFEE-'I',."¢ECJ , 7¢.' F' ERf..: Er..~ I- I ' '1 ZO. 100. ElO%'i'..IW'rl',lD F. II'.31'ANC:E <FEEI"I j ~ ~ (- ,, .... ,i · ..-1.~, ..' .L.:] :t._~ I Z p l. " "O 33 d.~ 01'4 H ' ..LJ.I.'-I~If~LS ]] In~.s',;/cl '-:== NO I.L32]~ T 0 -OL 'i~0 ARCO Alaska, Inc. Post Office Do,. Anchorage, AWsks 99510-0360 Telephone 907 278 1215 December 17, 1992 Robert P. Crandall, Sr. Petroleum Geologist Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: Reporting Requirements ARCO Kuukpik #3 Dear Mr. Crandali, For the ARCO Kuukpik #3 exploratory well to be drilled this winter, the following are ARCO's designated contacts for the reporting responsibilities specified in your letter of D~ember 9: 1) Weekly Status Report Bill Penrose, Sr. Drilling Engineer 263-4511 2) Completion Report (20 AAC 25.070) Bill Penrose, Sr. Drilling Engineer 263-4511 3) Geologic Data and Logs Doug Hastings, Area Explorationist (20 AAC 25.071) Sincerely, A. Wayne McBride Area Drilling Engineer 265-6967 DEC 1 8 !99 A/aska Oil & 6as Cons. Commissiop Anchorage State: Alaska Borough: Well: KUUKPIK#3 Field: WILD CAT St. Perm; 92-138 Date 1 ~'10/92 Engr: M. Minder K. LilJKPiK3.XLS Casing Interval Interval Bottom Top Length la 2200 30 2! 70 2A ~, ~,:zS' 7 7500 30 7470 SA 0 0 0 0 4A 0 0 0 0 5A 0 0 0 0 6A 0 0 0 0 7A 0 0 0 0 8A 0 0 0 0 9A 0 0 0 0 10A 0 0 0 0 Descriptionescriptio.q escriptior~ Tens!om Lbs Grade Thread Lbs 36 J-55 BTC 0 29 L-80 BTC 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Mud Hydraulic Wieght Gradient ppg psi/ft 1B 9.6 0.499 2B 10.3 0.536 8B 0.0 0.000 4B 0.0 0.000 5B 0.0 0.000 6B 0.0 0.000 7B 0.0 0.000 8B 0.0 0.000 9B 0.0 0.000 1 OB 0.0 0.000 Maximum Minimum Pressure Yield psi psi BDF 1522 3520 2L3 3520 0 0 #DIVlO! 0 0 #DIVIO! 0 0 #DIV/O! 0 0 #DlVlO! 0 0 #DIV/O! 0 0 #BIV/O! 0 0 #DlV/O! 0 0 #DiVIO! Tension Strength K/Lbs 1C 78.12 2C 216.63 3C 0 4C 0 5C 0 $C 0 7C 0 8C 0 9C 0 10C 0 Collapse Collapse Pr-Bet-Psi Resist. CDF 1098 2020 1.83'9 4017 7020 1.748 0 0 #DIVIO! 0 0 #DIVI0! 0 0 .#DIVI0! 0 0 #DIV/O! 0 0 #DIVlO! 0 0 # DIV/O.I 0 0 .#DIV/O! 0 0 #DlVlO! Pa~e 1 KUKP3CMT.XL.S State: Well: Field: Si:ate Permit KL IL IKPIK#3 k,'lLP £4 ? S;;'-135 Engineer. Work S heel:: Date: £emen! Illume Casing Type Casing Size -Inches Casing Length - Feet Hole Diamete~ -Inches Cement-Sacks Cement- Yield Cement- Cubic tt Cement- Cubic tt Cement - Sacks Cement- Yield ti2 Cement- Cubic ft Cement- Cubic it ~I2 Cement- Sacks ~13 Cement- Yield Cement- Cubic It Cement- Cubic tt Cement- Cubic ft /Vol Cement- Fill Factor Casing Type Casing Size Casing Depth Hole Diamete~ Cement- S acks Cement-Yield Cement- Cubic t't Cement-Cubic fi Cement-Sacks Cement- Yield Cement- Cubic tt Cement- Cubic ft Cement- S acks -Inches - Feet -Inches ~11 ~I1 I:I1 t.12 ~I3 Cement- Yield Ii3 Cement- Cubic It Cement- Cubic fi Cement- Cubic it /Vol Cement- Interval fl Top of Cement- Feel; Conductor 0.000 O. O00 0.000 0.000 0.000 0.000 0.000 0.000 O. OOO 0.000 0.000 0.000 ~DIV/0! Intermediate II1 0.000 0.000 O. 000 0.00 0.00 O. O0 0.00 0.00 0.00 O. O0 0.00 0.00 0.00 0.00 O. OO O. O0 t. IDIV/Oi ~DIV/Oi Surface 9.625 2,174.000 12.250 550.000 1.940 !,067.000 1,067.000 135.000 1.150 155.250 155250 0.000 0.000 0.000 0.000 1,222.250 1.795 Intermediate ~I2 0.000 0.00O O. 000 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 MDIV/O! I~DIV/O! Printed 12/10/92 Liner 0.000 O. OOO 0.000 0.000 0.000 0.000 O. OOO 0.000 0.000 O. O00 O. OOO 0.000 ~DIV/O! P~oduction 7.000 7.500.000 8.500 '1/~0.00 1.19 '1,608.50 1,806.50 O, O0 0.00 0.00 O. O0 0.00 0.00 O. O0 O. O0 1.~08.50 '12,668.88 -5,168.9 Me~,sured Deplh ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 December 9, 1992 A W McBride, Area Drlg Engr ARCO Alaska Inc P O Box 100360 Anchorage, AK 99510-0360 Re: Exporatory well Kuukpik #3 Dear Wayne: This is to review the reporting requirements associated with the approval of ARCO Alaska Inc's application for a permit to drill the Kuukpik #3 exploratory oil well in the Kuukpik Exploration Unit. A weekly status report is required from the time the well is spudded until it is suspended or plugged and abandoned. The report should be a generalized synopsis of the week's activities. This information is exclusively for the Commission's internal use, and will be kept strictly confidential. It can be phoned or faxed to me or, in my absence, to Blair Wondzell. Following suspension or abandonment of the Kuukpik #3, a member of your staff who is familiar with the project will be expected to coordinate the submission to the Commission of reports and materials as required by 20 AAC 25.070 and 20 AAC 25.071. If you have any questions regarding those regulations, please call me at 279-1433. Please advise me in writing of the name(s) of ARCO contact(s) for this well. This information is required prior to approval of your application for permit to drill. I look forward to wOrking with you and your staff. Yours very truly, Robert P Crandall Sr Petr Geologist /jo c: Well file ARCO Alaska, ~nc. ?os'.~ Of'Iice Bd. ,'30360 Ar,,chorac2e, Alaska 99510-0360 Telephone 907 278 12'15 December 9, 1992 David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: Application for Permit to Drill ARCO Kuukpik #3 Dear Commissioner Johnston, ARCO Alaska, Inc. hereby applies for a Permit to Drill an onshore exploratory well, the ARCO Kuukpik #3, on State lands near the mouth of the Colville River. ARCO will act as operator for itself and Union Texas Petroleum in evaluating acreage previously leased by Amerada Hess Corp. et al in State of Alaska Lease Sale 54. The proposed well location is approximately 2-1/4 miles north of the Amerada Colville Delta #1. The wellsite will be accessed via ice road as shown on the attached map. ARCO plans to use Rowan Drilling Company's Rig 33 to drill this well from an tce pad during the winter of 1992-93. Attached find the information required by 20 AAC 25.005(c) and 20 AAC 25.061. Also attached is a Designation of Operator signed by Amerada Hess and ARCO. All waste drilling mud and cuttings generated during the drilling of Kuukpik #3 will be hauled to the Kuparuk River Field for temporary storage and eventual processing by ball mill which will grind the cuttings prior to their being injected down an approved disposal well. The TD of this well will be at the base of the Nuiqsut Formation which directly underlies the Kuparuk Formation. H2S has not been encountered in this region in any stratum shallower than the Lisburne Formation. Therefor, ARCO has not included an H2S contingency plan with this Application. However, all drilling mud, cores and produced fluids exiting the wellbore will be monitored for detectable levels of H2S. The Commission is requested to keep confidential the following attachments to this permit application which are drawn from research and data proprietary to ARCO Alaska, Inc.: Pressure Information Proposed Drilling Fluid Program Pressure Analysis Proposed Drilling Program Alaska ,0it & (~a,s Cop, s. CommBSiOt~.~ Anchora~¢ If you have questions or require additional information, please contact Bill Penrose at 263-4511 or myself t 263-4962 in our Anchorage office. Sinc~~_~~ A. Way~ McBride Area Drilling Engineer SrA,'~E_ OF ALASKA AL ~ OILAND GAS~VAT1ON COMMI: 3N PERMIT TO DRILL 20 AAC 25.005 la. Type of Wo~ Drill X RedHII __ lb. Type of Well Exploratory)[ Stratigraphic Teat . Developmeal Oil _ Re-Entry_ Deepen _ Service _ Development Gas __ Singte Zone_ Multiple Zone _ 2.. Name of Operator 5.Datum Elevation (DF or KB) 10. Fle~ arKI Po~ ARCO Alaska. Inc. KB ht above sea level:30 fee_~_ Wildcat 3. Address 6. Property Designation P. O. Box 100360~ Anchoracje~ AK 99510-0360 ADL-364477 4. Location of well at surface 7. Unit or property Name 11. Type Bond (see 20 AAC 25.O25) 1875' FWL, 785' FSL, Sec. 22, T13N, R6E, UM N/A Statewide At top of productive interval 8. Well number Number Same KuukDik #3 #UG30610 At total depth 9. Approximate spud date Amount Same 1-15-93 $500~000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed del)Ih (MD and TVD) property line 785 feet 2.25 Miles , 3840 Lease Acres 7~500' RKB MD & TVD feet 16. To be completed for deviated wells N/A 17. Anticipated pressure (see 20 AAC 25.035(e)(2)) kickoff depth feet Maximum hole ar~lle Maximum surface 1280 prig At total depth (TVD) 4056 psig size Specification f -' , To~ Bottom Quanlitlf of cement Hole Casing Wei~lht Grade Couplin~ Len~h MD 'I'VD MD TVD linclude sta~le data) 20' 16' 62.58# B PEB ~'~'!;~ 30' 30' 1~13' 1;,~0' Permafrost '12.25' 9.625' 36.0# J-55 BTC 2170' 30' 30' 2200' 2200' 550 sx permafrost~ 135 sx G 8.5' 7' 29.0# L-80 BTC 7470' 30' 30' 7500' 7500' 1350 sx G 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Tolal depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured true vertical feet Casing Length Size Cemenled Measured depth True Vertical depth Surface Intermediate Production i~.ii'.!: i!'"i"ill iii. i~' ..... '~!? '::' Liner Perforation depth: measured ~ ''''~' ::1,,;',,., ,,...,~ ;: ,,,!~. i;:~;-,~:; r,;, ...... ;, . true vertical 20. APachmer~ts Fi~ing fee ~ Prope~ plal ~ BOP Skelch X Diverter Skelch X Drilling program ~ ,Drilling flui(lf pr _20 AAC 25.050 requirements ~ Commission Use Only Permit Numb~.r ! APl number ~ Approval date J See cover letter for :.2 ~ / 5o /~ : - ' I I otber re u roments Conditions of approval Samples required ~'Y e s~ N o MUd log required ,.~ Y e s ~ N o Hydrogen suffide measures~ Y e s ~ N o Directional survey required ~ Yes ~ N o Required working pressure forBOPE ~2M; ~_ 3 M ; .~ 5 M ; ~ 1OM; ~ I 5 M '" Other: .... Origlnal ~i[3ned By by order of Approved by r~lViC~ W. Johnston commissioner the commission Date ,///~- Form 10-401 Rev. 7-24-89 mit in triplicate STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION DESIGNATION QF OPERATOR 20 AAC 25,020 1. Name and Address of ~)wner: AMERADA HESS CORPORATION 1201 Louisiana, Suite 700 Houston, TX 77002.5681 Notice is h~reby given of a-designation of operatorshiP-for the oil and gas property descdbecl below: Property designation: Legal description of property: ADL-364477 Sections: 13, 14, 15, 22, 23, 24, T13N, R6E, UM, Alaska containing 3,840 acres, more or less. 3. Name and Address of Designated Operator. (See attached Exhibit 'A') _Prooerty Plat Attached X ARCO Alaska Inc, P.O. Box 100360 Anchorage, AK 99510-0360 4. Effective date designation: November 12, 1992 5. Acceptanci~ of operatorship i°r the above described property with all attendant responsibilities and obligations\is hereby, acknovv~-E~:j~ 6. The own~e )by certifies that the foregoin~j )s trde anc~ correct Date Approved Approved /Commissione ,!requires two Form 10-411, 01-08-92 Date /~7-~ / - ?2.. Dale ~'~J'-,~ ~ ;KA OIL AND GAS CONSERVATION COMMISSION Anchorage Submit in Duolicate ~' ~ ~" ~ i Legend Unit Boundary Lease Boundary Section Lines ~,~" 7-.]1-93 7-31-93 Q T~:oct Numbers -- 7~jq JI.~1~ .1! . !! kDL 35,503 I~L 3550.1 1 7_31 -g3 ~ DL 36~7~ .~- 1-31 -94 7-31-94 ,-,,-,.e ,-,.-.,,_,._., ~-~ -~ ~_~,_,~ ~-,,-,~ e EXHIBIT "B" ~L ~,~,~ ~ ~,~ ~L ~'~ ~ ARCO KUU~IK ¢~ ~!z, ~LLE DELTA ~: ?:-- ?%:' KUUKPIK UNIT 7~ ~-;' 67.} January 1992 }-~ :'~ ¢=':} Total Unit Acreage 89,905 26 ~ o~ .... ~ --- Explm~ Dro~ S~es ~92 010233 .- ~ ~ r~, ~-~ ATTACHMENT TO EXHIBIT "B" SCHEDULE OF LEASE OWNERSHIP IN AND OFFSETTING ARCO ALASKA, INC. KUUKPIK UNIT NO. 3 Company Abbreviatian$ AHC Amerada Hess Corporation UTP Union Texas Petroleum Alaska Corporation AAI ARCO Alaska, Inc. ADL TRACT LESSEES ADL 364477 1 5 AHC DRILLSITE UTP ADL 364476 8 AHC UTP ADL 364474 9 AHC UTP ADL 364475 1 7 AHC UTP ADL 364478 1 6 AHC UTP ADL 355039 1 4 AAI AHC UTP ADL 355037 7 AAI AHC UTP *Ownership from the surface to the stratigraphic 8,373' subsurface. OWNERSHIP 66.67% 33.33% 50.00% 50.00% 50.00% 50.00% 50.00% 50.00% 50.00% 50.00% 80.00%* 13.75%* 6.25% * 80.00%* 13.75%* 6.25%* equivalent of PROPOSED DRILLING PROGRAM ARCO KUUKPIK #3 (Per 20 AAC 25.005(c)(10)) WELL PLAN (All depths are measured from RKB unless otherwise noted) Move in rig and rig up over pre-installed 16" conductor and cellar. Weld starting flange and base plate to conductor and nipple up 20" diverter. Function test diverter. Pick up drilling assembly and drill 12-1/4" hole to 2200' RKB. At 2200', run the following open-hole logs fromm 2200' to the surface: Shallow-Medium-Deep Resistivity/LSS/GR ZDL/CN/GR Run 9-5/8", 36#, J-55, BTC surface casing to 2200' RKB. Land casing and centralize in 16" conductor casing. Cement 9-5/8" casing to surface. Using 1" tubing, wash cement from 9-5/8" X 16" annulus from surface to 25' below ground level. Nipple down diverter, cut off the 9-5/8" casing and install 11-3/4" Threaded X 11" 3,000 psi casing head. Install 13-5/8", 5,000 psi WP BOP stack on 11-3/4" casing head. Pressure test BOPE. Pressure test 9-5/8" casing to 2800 psi. Drill out and perform leak-off test. Drill and core 8-1/2" hole to 7500'. At 7500', run the following open-hole logs from 7500' to the 9-5/8" casing shoe: DLL/LSS/GR ZDL/CN/GR DIPLOG/GR Rotary Sidewall Cores i~'~i'! l'?''~''~'~ ~ !ii~,~ ""~li '''~'~, ~? ''~ ~'~ ;~"'"' Percussion Sidewall Cores !?~ I~. :~,.,.,,, iL,"" ,,~ '~i,.';' i~ 17 FMT Run 7", 29~, L-80, BTC casing to 7500' RKB and land in wellh~~':~' :~:~ ~'[~ Ga~. 'O~;~,. ~.;0~;~f':~ Cement 7" casing to surface. Nipple down BOP stack, set slips in casing hanger and cut off 7" casing. Make up tubing head and land tubing in wellhead. Install tubinghead and tubinghead adapter. Nipple up 3000 psi test tree on tubinghead adapter and pressure-test tree. Release drilling rig. Rig up coiled tubing unit on well. Run 3-1/2" coiled tubing to top of deepest zone to be tested, set packer and cut and land tubing at surface. Test well by perforating underbalanced through tubing and flowing up the tubing and through surface testing facilities. Test liquids are to be stored in tanks on the drilling location and pumped back into the reservoir after testing. Gas is to be flared. Testing will involve alternating flow periods and shut-in periods. Individual intervals may be tested separately by re-setting the coiled tubing and packer at the appropriate depths. Stimulation by acidizing and/or fracturing may be necessary. After completion of testing, use coiled tubing unit to abandon well per AOGCC regs. Re- spool the tubing on the coiled tubing unit and rig down. Move in and rig up workover rig. Using drill pipe as the work string, cut off and recover all casing at 20' BML. Rig down and release workover rig. Thoroughly clean and abandon the ice pad and ice road on the way out. PRESSURE ANALYSIS ARCO KUUKPIK #3 (Per 20 AAC 25.005(c)(7), as required in 20 AAC 25.033(e)) PRESSURE ANALYSIS ARCO Kuukpik #3 A geopressure analysis for the Kuukpik-3 well was performed using site specific seismic data and offset well information from the Amerada Hess -1 well in the vicinity of the proposed well location. The analysis was performed using ARCO's "GAS" (Geopressure Analysis System) software. Figure 1 shows the existing well data used to determine the regional compaction trend. The coefficients for this compaction trend are listed in the appendix. The offset well sonic data is then converted to mud weight equivalents using another equation called the 'pressure translation gradient'. This is compared to the existing mud weight data from the offset well. The coefficients of the pressure translation gradient are reworked until a close match is obtained between the mud weight actually used and the calculated mud weights from the sonic values. This step is called the well calibration phase and the results are shown in Figure 2. The actual coefficients used are detailed in the appendix. The seismic data is incorporated in the form of detailed velocity analyses around the proposed well site. The velocity analyses are converted to interval transit time (ITr) both in time (Figure 3) and in depth (Figure 4), and then converted to mud weight equivalents using the same coefficients derived from the offset well data. Figures 5 and 6 detail this mud weight equivalent data both in time and in depth. For this well the seismic line used was WKE92-04 and the well location is at SP 1251 CDP 2504. The proposed well is a planned straight hole so no deviation information was used. Seismic velocities were calculated across CDPs 2492 to 2520. The geopressure analysis shows no sign of any abnormal geopressure down to planned total depth. The top of the 'geopressure zone' was picked at 4000' due to the offset well mud weight beginning its increase there, and due to a slight deviation in the sonic log at that depth. From surface to 4000' a mud weight of about 9.0 ppg is indicated, increasing fairly constantly to about 10.0 ppg at 5000' and then decreasing slightly to 9.8 ppg at TD of 7000'. This is shown on the color plots and on the single trace extraction at the well site (Figure 7). Additionally, the seismic velocity (ITT vs. depth) at the proposed well site is shown in Figure 8. The seismic data does not show any anomalies which would indicate an over-pressured zone. Also attached is a summary plot which shows anticipated pore pressure, mud weight and fracture gradient curves. The fracture gradient is derived from leak-off tests conducted last year in the ARCO Fiord #1 and ARCO Kalubik #1 wells. APPENDIX Compaction Trend The compaction trend is expressed as a linear function: y=a+bz For this project the coefficients are: a = 2.24463 b =-4.909665e-05 Pressure Translation Function Within the GAS system the user may define the pressure translation function, to better match the existing pressure data as described by the mud weights used in the offset well. This function is described by the 3rd order polynomial: y = al + x( a2 +x (a3 + a4x)) For this project the coefficients are: al =0.51 a2 = 5.093e-04 a3 = 4.33e-05 a4 = 0.0 ^rco l e,ue I ~euect I ~,?~L^¥ [ %m~ute I ~LO~ I Polar Prospect input well files ARCO Oil & Gas R G.A.S. v. S PONTANE OUS 0 10 0 0 2 0 0 0 :3 0 0 0 4 0 0 0 5 0 0 0 6000. POTENTL GP4VPIA RAY S,:i)NIC TRANSIT TIME [v~j[:, WEIGHT · -240. OHP.@4 !;0. 0. GAP I 450..Fi.,0. rJS T 200 8. 8 PPG 10. 8 Figure I 20: GRAPHICS CONTROL I ' 59: COLOR PALETTE ! I IIII IIIIII IIIIIHIIIIIIIIIIIIIIIII .................... I ARCO ..... J SELECT J DISPLAY J COMPUTE J PLOT J J FILE Polar Prospect Calibration (Am Hess-1) ,:_--;~ (:,IPR'.~ S F~ GE.2~D - CALC SUPPF,:.'_E S S A. VC; S ON I C Z~V,S 'SONIC i SHALE [',,,tlr ~I' ',,',?:;~ J ,: :l!'f' SONIC TF.!ANSIT TIME DERIVED ~...~Jli:, WEIGHT 2 0 0 0 2 5 0 0 '3 5 0 0 ,4 0 0 0 4 5 0 0 5 0 Ill} 5 5 0 0 6 0 0 0. ,.~ "f : , ,,~ ~ ~ ~ ,:~-..~:. , i,I ~ ~ -- ~ , /II i ~ - ~ ,,' ,, / ~..,' 40 US,'"FT 200. s;. E:'PG lq. ~0 r~.:: .." FT '?nFl p.L.,; '., _ ,_.,._ , ~ ._, ._.. ~ : [ ,~ . ~ ,:::,us' '~, Fi'-'g ,,'~-, r~,:::'""ure 2 ' S L (:, P ~ = - 0. 4 9 1 E - r} 4 T O F:' (:, F G ~ (:, P P.E '.:: St ~ Polar Prospect (Kunkpik 3) ITT vs TIME T I M E 1 0 0 0 1 4 0 0 I I I I I I I r~S FT d C.,. ,'.i'., ,'.i;, 42 9 0 4 6, ,::,1 4 9 S 4 · ._,' ~'i _, 56 7 6 6(2, 87 65 28 70 C, 1 ~ F', ~ 3 · .. ,-, 8 6 S 7 9 9:3 ~ ._ 114 26 122 ~ N ,~..._ 131 4 S 140 q ~ · _ ~ 2 1 ~1 17 162 iS 17:3 ~ r~ 186 4' /, ....~,,_, .. Figure 3 Polar Prospect (Kuukpik 3) ITT vs DEPTH I I :3000. D P T H 4000. Figure 4 ~6 6,;) 87 65 28 7 0 0 7 5 (.;, ,:, ,[-) r' .., ._ ._,. 99 34 106 54 114 122 1:31 4 151 17 162 1 1 ~ S 2 ;~; / . _. 186 ~ 8 2 0 0 . ()0 ^.Co.I e,~:e I seuecT I e~,sPu^v I ~o~..~-~ I .~o~-I Polar Prospect (Kuukpik 3) PPG vs TIME '4 0 0 6 0 0 T I 800 1000 12 00 1600 Figure 5 8 ,:),:) 8 2 6 ,r-, 7 8 9 ,,'i:, d 9 30 ':iiIr '2 _. _, / 9. 8 S i 0.0 9 1 ,'-', S ~ ,_, 10 61 10 ,?, 7 11 1 S 11 S 9 11 6~ 11 91 12 17 12 4:3 12 70 12 96, 1 .S 22 13 d '~ '.2 1 S. 7 4 '[ :-1 . 0 0 Polar Prospect (Kuukpik 3) PPG vs DEPTH ~ Iii} !_3. rl . 13 0 0 0. D E P T H 4 il} 0 0. 5 0 0 0. 6 0 0 0. Figure 6 Polar Prospect (Kuukpik 3) PPG vs DEPTH at Well site (CDP 2504 SP 1251) 1 0 0 0. 2 0 0 0. 5 0 (' 0. 6, Ii)0 0. ';:;E IRHIC ~",'ffJD WE IGHT :;::: F:' F:":-4 '1 4 . Figure 7 ^rco I e,ue'l SELECT I ~,~^¥ ! ~o~~ I ,~o~ I Polar Prospect (Kuukpik 3) ITT vs DEPTH at Well site (CDP 2504 SP 1251) 2 0 0 (' . !!: 0 0 0. '4 0 0 0. .5, 0 0 0. 6, Ill} 0 0. ITT 7 Figure 8 .... ~ ............ !L!-! L ~"'~'7'iiZ'7i~'_'~'''i ............. i ......... i....! .... =~...i ..... ....... ~...~..+..~....~...~...~...~....~....~....~....~....~ ........ i ......... = ....... i ..... ........ ~ ~i. ~__'ANTIClPATED PORE PRESSURE, MUD WEIGHT_ -lOOO i...~ ........... ~....~...~ ......... ~...i .......................... *.= ........ ==....i ......... i..AND FRACTURE GRADIENT .................. i ........ ......... ~ i = . ~ ~ i----~ .... ~ ....... ! ........ [...i ......... i ............ , .............. [ ........................ : .... i ........ ~ ............. i ......... ~...~ ...... ~ ~......~ ............. b..~ ..... ~ ......... 1 ........: .......... ""~ .............................. q"" ..... ~ ............ ~ ................. ~ ............ '~ .... : ~- . ........ i ................. [~ ---~Z: --:Z [~iZ~Z~ ..... ~; ........ ~.~ ......... ~Z~ Z~ .......................... ~ ........ ~ ............ ~ .............................. ......... , ......... : .............. ] . ........... , .... ....................... ~.]~.[~L ..... ZE~.IZEi'.' .............................. .... '-" '"'~Z.~[7 ~ Z~.ili~ ........ .... ~'"~ ............. [;~ ~..,_~-- .._.7.[_7~.TZ;.1Zi-;J ........ L7~77~ ..... ~-Z[7~ .... ~-"~ ................... ~ ~ ~[ ~ ] .............. ~... Fractur~r '~tadi~n '' ~ ~ ~'~ ......r--- ?--~ .... ~"~[~i'l///]Y ....... ~ ........... ~..L.~ .... ] [Z .... ~Z .... ~Z['/]TM.... ~ii'/~ ........ ~""~ .... 7 /. _7 ~f~ .............. ~ ........ ~.._~ ..... , ...... .... ~ ....... ~..... .... ....~Z ..................... L~f_~//t///.7[Z~7. Z~//~ .... ~'"~ .... Z///~/..~ .... ~_..: .... "--[Z ....~_..~-'"~ ......................... [7- ~ L'///~ ' ........ ~ ~'" = ............. ~...~...~ ........ ~...,~...~ :...~ .... ~ ............. ~...~... ~ ...................... : ~ ~ ~=Z. ~ ~ .... ~... ~...~ ........ ~...~ ..... ,...~...~...~ .... ~...~ .... ...~ .................................... ~...2....~ ..... ~...~ ...... ;...l-.[-i[?;~;.. ........ .___ ~.___ ~'"~~____ ~'"=' .... ..__~ ~'"~ ...~....,...: ~...~ .... ~ .... [...~ [ .... ~ ....... ~... ~...~....~ ........ : .................. ......................... ~ .... .... · ~ ..... 8 9 10 11 12 13 14 15 16 17 18 MW ppg DIAGRAM AND DESCRIPTION OF DIVERTER SYSTEM TO BE USED ARCO KUUKPIK #3 (Per 20 AAC 25.005(c)(5)) DIVERTER SCHEMATIC ARCO KUUKPIK #3 I Flowline HYDRIL MSP 21 -1/4" 2000 psi Annular Preventer 21-1/4" 2000 psi Spool 16", 200 psi Hydraulic Knife Valve 16" Outlet 16'!, 62.58#, PEB Conductor Per 20 AAC 25.005(c)(3): DIAGRAM AND DESCRIPTION OF BOP EQUIPMENT TO BE USED (As required in 20 AAC 25.035(a)(1)) AND INFORMATION ON MAXIMUM PRESSURES (As required in 20 AAC 25.035(d)(2)) BOP SCHEMATIC ARCO KUUKPIK #3 13-5/8", 5000 PSI I I I I I I 8 I 7 I L_ See listing of individual components on following page ARCO KUUKPIK #3 13-5/8, 5,000 PSI BOP COMPONENTS Diverter System: 1. 21-1/4", 2000 psi WP, Hydril Type MSP annular preventer with companion flange to diverter spool. 2. 21-1/4", 2000 psi WP diverter spool with one 16" outlet. 3. 16", 2000 psi WP hydraulic knife valve on diverter outlet. 4. Bettis Model T302.7W, 2750 psi WP hydraulic actuator. BOP Stack: 5. 13-5/8", 5000 psi WP, Hydril Type GK annular preventer with companion flange to bell nipple. 6. Single 13-5/8", 5000 psi WP, Cameron Type GK blowout preventer fitted with pipe rams. 7. Double 13-5/8", 5000 psi WP, Cameron Type U blowout preventer fitted with shear ramson top and pipe rams on bottom. 8. 13-5/8", 5000 psi WP drilling spool with two 3", 5000 psi WP outlets Choke Valves: . 10. 4", 5000 psi WP Cameron Model HCR hydraulic valve. 3", 5000 psi WP Demco Model FC manual valve. Kill Valve: 1 1. 3", 5000 psi WP Demco Model TC manual valve. Check Valve: 12. 3", 5000 psi WP Demco Model TC manual valve. PRESSURE INFORMATION ARCO KUUKPIK #3 The following presents data used for calculation of anticipated surface pressures (ASP) during drilling for the Kuukpik #3 well: Casing Pore Casing Setting Fracture Pressure Pore ~ Size Depth Gradient Gradient Pressure Drilling (in.) (ft. RKB) (lbs/gal) (lbs/gal) (psi) (psi) 16 110 10.9 8.7 50 51 9-5/8 2200 13.3 9.0 1030 1280 7 7500 16.2 10.4 4056 N/A Procedure for Calculating Anticipated Surface Pressure (ASP) ASP is determined as the lesser of 1) surface pressure at breakdown of the formation at the casing seat with a gas gradient to the surface, or 2) formation pore pressure at the next casing point less a gas gradient to the surface as follows: 1) ASP = [(FG x 0.052) - 0.11]D where: ASP = Anticipated Surface Pressure in psi FG = Fracture Gradient at the casing seat in lb/gal 0.052 = Conversion from lb/gal to psi/ft 0.11 = Gas gradient in psi/ft D = True vertical depth of casing seat in ft RKB 2) ASP = FPP - (0.11 x D) where: FPP = Formation Pore Pressure at the next casing point ASP Calculations 1. Drilling below conductor casing (16") ASP = [(FG x 0.052) - 0.11]D [(10.9 x 0.052) - 0.11] x 110 51 psi ASP = ... FPP - (0.11 x D) 1030 -(0.11 x 2200) 788 psi . Drilling below surface casing (9-5/8") ASP = [(FG x 0.052) - 0.11]D = [(13.3 x 0.052) - 0.11] x 2200 = 1280 psi ASP= FPP - (0.11 x D) = 4056 - (0.11 x 7500) - 3231 psi Casing Performance Properties Size Weight Grade (in) ¢lb/ft~ 1 6 62.58 B 9-5/8" 36 J-55 7 29 L-80 Cnxn PEB Internal Collapse Tensil Strength Yield Resistance Joint Body (psi~ (psi) (1000 Ib~) Conductor Casing BTC 3520 2020 639 564 BTC 8160 7020 746 676 Casing Setting Depth Rationale 1 6" 110' RKB 9 - 5 / 8" 2200' RKB 7" 7500' RKB Conductor casing to provide sufficient anchor and fracture gradient for diverter system. Surface casing to provide good anchor for BOPE and sufficient fracture gradient and well control while drilling to next casing setting point. Production casing to cover all open hole and all previously set casing to allow comprehensive testing of the well. This casing will not be set if logs indicate the well is a dry hole. PROPOSED CASING AND CEMENTING PROGRAM ARCO KUUKPIK #3 (Per 20 AAC 25.005(c)(4)) ,: ARCO ALASKA, INC KUUKPIK #3 CASING SCHEMATIC Cmt in 16"X 9-5/8" annulus cleaned out to 20' below ground level 16", 62.58#, PEB CONDUCTOR @ 44~ RKB Cemented to surface 9-5/8", 36#, J-55, BTC INTERMEDIATE CASING @ 2,200' RKB Cemented to 20' BGL 7", 29#, L-80, BTC PRODUCTION LINER @ 7500' RKB Cemented to surface Cementing Program 9-5/8" surface casing Casing Size: Hole Size: Depth: Top of Cement: Excess Calculated: BHT (Static): BHT (Circ): 9-5/8" 12-1/4" 22OO' RKB Surface (Cleaned out to 20' below ground level after cementing) 100% (Lead slurry only) 65°F 50OF Slurry Components and Properties; 550 sacks Type E permafrost cement Slurry Weight Slurry Yield Thickening time 12.1 ppg 1.94 cu. ft./sk 4+ hours (1700' to surface) Tail: 135 sacks Class G with 2,0% CaCI2 Slurry Weight 15.8 ppg Slurry Yield 1.15 cu. ft./sk Thickening Time 3 - 4 hours (2200' to 1700') 7" Production Casing Casing Size: 7" Hole Size: 8 - 1 /2" Depth: 7500' RKB Top of Cement: Surface Excess Calculated: 5 0 % BHT (Static): 1 40°F BHT (Circ): 115°F Slurry_ Components and Properties; Preflushe' 30 bbls ARCO Spacer Slurry' 1350 sacks Class G with 1.0 gps Latex 2000, 0.1 gps 434-B, 0.05 gps D-Air 3 and 0.5% CFR-3 Slurry Weight Slurry Yield Thickening Time Fluid Loss 15.8 ppg 1.15 cu. ft./sk 3 - 4 hours <50 cc/30 min. PROPOSED DRILLING FLUID PROGRAM and DRILLING FLUID SYSTEM DESCRIPTION ARCO KI, IUKPIK #3 (Per 20 AAC 25.005(c)(6)) I. Surface Hole: 12 1/4" Hole for 9 5/8 casinq Suqqested Properties: Density Plastic Vis - Yield Point - Viscosity - 10 Sec Gel - 10 Min Gel - APl Filtrate - pH Solids 9.0 ppg (initial) 9.6 ppg ~ 1100 TVD 9.6 ppg ~ TD 15 t o 25 cP 15 to 40 lb/100 sq ft 80 to 100 sec/qt (initial) 50 to 60 sec/qt (final) 5 to 15 cP 15 t o 40 cP 10 to 15 cc (initial) 8 to 10 cc (final) 9 to 10 4 to 12 % 1.) Treat out the excess calcium in the make up water. Mix an adequate surface volume (500 bbls) with Aquagel/X-Tend II to a funnel viscosity of 80 to 100 sec/qt with a yield point of 25 to 40 lbs/100 sq ft. Add caustic soda to adjust the pH to the 9 to 10 range for maximum bentonite yield. Maintain the 80 to 100 sec/qt viscosity to the base of the permafrost (1400'- 1600') then reduce the viscosity as allowed based on actual hole cleaning requirements. A funnel viscosity of 50 to 60 sec/qt may be suitable by the 12 1/4" TD. It should be noted that actual viscosity requirements may vary based on the amount of surface gravel present. 2.) The initial mud weight of 9.0 ppg will be required for the base spud mud. At approximately 1100' TVD or base of the permafrost the mud weight should be at 9.6 ppg. The mud weight will be maintained at a minimum of 9.6 ppg through to TD of the surface interval. This is presently the current mud weight requirement for all the Kuparuk wells. 3.) PAC (polyanionic cellulose) treatments can be initiated toward the 12 1/4" TD for improved well bore stabilization by reducing the API fluid loss (8 to 10 cc's). 4.) Circulate and short trip the hole prior to running the 9 5/8" casing. It is suggested to make a lite treatment of Desco-CF to reduce the gel strengths prior to running the casing and cementing. 5.) Caution should be exercised on the short trips. All tight hole should be reamed. Pit volumes should be monitored and all solids control equipment should be turned off. The hole fill should be monitored on each trip to insure exact fluid displacement. 6.) Maximum utilization of solids control equipment is recommended throughout the surface hole drilling operations. Maintain the sand content at less than 1% by volume and solids as low as possible at all times. 2 II. Production Hole: 8 1/2" Hole to Core Point Suqqested Mud Properties: Density - 8.6 to 9.3 ppg Plastic Vis - 5 to 15 cP Yield Point - 6 to 12 lb/100 sq ft Viscosity - 36 to 42 sec/qt 10 Sec Gel - 2 to 4 cP 10 Min Gel - 4 to 8 cP APl Filtrate - 8 to 10 cc pH - 9.0 to 9.5 Sol ids - < 7 % 1.) Thoroughly clean the mixing pits and build 500 - 550 bbls of new fresh water mud as formulated below to drill ahead in the 8 1/2" hole below the 9 5/8" surface casing: Aquagel - 6 to 8 ppb X-Tend II - .04 ppb Therma-Thin - .25 ppb Caustic soda - .10 ppb The new mud will be mixed with the 9 5/8" casing volume of previous spud mud. The important properties for the initial 8 1/2" hole would include a pH in the 9.0 to 9.5 range, yield point in the 6 to 12 lbs/lO0 sq ft range and the APl fluid loss in the 8 to 10 cc range. The initial funnel viscosity should be in the 36 to 42 sec/qt range or as dictated by actual well bore conditions. 2.) Treat the cement contamination with Bicarb and excessive rheology with Therma Thin/Desco CF. 3.) The viscosity of the mud in the 8 1/2" hole can be sustained with additions of Aquagel/Extend II. These treatments should be based on actual hole cleaning requirements. Maintain the viscosity in the range of 36 to 42 sec/qt, with yield point values of 8 to 12 lbs/100 sq ft range. 4.) Treatments with PAC/Drispac polymers should be used throughout this section of the hole to control the APl fluid loss in the 8 to 10 cc range or as required based on actual well bore conditions. Low viscosity or high viscosity PAC/Drispac products (PAC-L/PAC-R ~ Drispac SL/Drispac R) are available for which ever application is appropriate. 5.) Control excessive rheological conditions with additions of Therma-Thin on an as needed basis. Therma-Thin is an effective polymer deflocculant designed to provide effective rheological stabilization. Additions of Desco-CF may be required to control excessive gel strengths and should be used moderately on an as needed basis. 6. ) It is recommended to make additions of prehydrated Aquagel to improve filter cake quality and aid in the control of the APl fluid loss. The commercial bentonite content should be maintained in the 2 to 6 ppb range. Additional Aquagel additions may be considered as hole conditions dictate. 7.) Maintain the pH in the 9.0 to 9.5 range with additions of Caustic Soda. Note: Caustic Soda should be used in the Aquagel prehydration process to increase the pH in the range of 9.0 . 8.) Utilize all solids control equipment for maximum solids removal. Focus on achieving the finest screen arrangement possible on the shale shakers and use the secondary solids control equipment to maintain the solids as low as possible through this section of hole. III. Production Hole: Core Interval Suqqested Mud Properties: Corinq Fluid Density - 9.2 to 10. 3 ppg Plastic Vis - 16 to 24 cP Yield Point - 10 to 20 lb/100 Viscosity - 45 to 60 sec/qt 10 Sec Gel - 4 to 6 cP 10 Min Gel - 8 to 12 cP APl Filtrate - 4 to 5 cc pH - 8.0 to 9.0 Chlorides - 17K ppm sq ft Corinq Fluid Formulation: 9.2 ppq 10.3 ppq Water .93 bbl .89 bbl Aquaqel 8.0 ppg 7.0 ppg PAC L 2.5 ppb 2.0 ppb KCL 11.6 ppb 11.2 ppb Baracarb 5 39.0 ppb 35 ppb Baroid - 64 ppb NaBr 1 ppb 1 ppb Aldacide G .2 ppb .2 ppb It is suggested to build adequate volume at Baroids Mud Plant for a complete displacement of the old mud system. This would include sufficient hole volume plus adequate circulating volume for the active system. The formulation will based on density requirement at the given core point. The additions of Baracarb 5 (calcium carbonate) and barite should be made once the fluid is in the rig mud pits to prevent any settling. Displacement Procedures: 1.) Once the desired coring circulating mud system reduce the viscosity treatment requirements) point has been reached pretreat the with a lite treatment of Desco CF to and gels. (Pilot test for actual 2.) Dump and clean the mud pits. Transfer the coring fluid into the active system and made the necessary additions of Baracarb~and barite based on the density requirements. 3.) Displace the old mud system as follows: A.) Pump 30 bbls of water with 2 ppb Barazan (XCD). B.) Pump 25 bbls of KCL coring fluid weighted to .5 ppg more than the mud system in the hole. Note: Increase the density of the fluid with Baroid to .5 ppg over the old mud weight. Do not add the baracarb material to this spacer. C.) Follow the Viscosified sweep with the New Co~ ing fluid. Do not stop pumping once the displacement has commenced. Pump at a constant rate once the actual displacement has begun. It is suggested to displace the new fluid into the hole with a minimum annular velocity of 100 ft/min around the drill pipe in the 8 1/2" hole . D.) Line up taking the returns for disposal until the clean coring fluid is at the shaker. At that time route the returns to the active system. Monitor the returns at the shale shaker making note of the calculated verses the actual returns to the shaker. E.) While in the coring mode do not run hydrocyclones, mud cleaners or centrifuges for solids removal. Maximize the shale shaker screen selection for optimum solids removal while coring. F.) Build 100 bbls batches of volume as per formulation. Vary the product additions to adjust the necessary properties. That is, If the KCL level (C1) is low in the system make calculated additions for the system using an increased % KCL in the 1OO bbl batch mix. Maintain 1 ppb sodium bromide (NaBr) in all fluid mixes. a. ) Build the batch mud as follows: lst- Prehydrate the Aquagel in fresh water. Do not build the gel slurry in a pit that contains KCL or add any caustic soda for prehydration. Wash out the pit if KCL has been mixed in it. 2nd-Make additions of PAC/Dri spac polymer. 3rd-Add the KCL. 4th-Add Baracarb and Baroid. Make additions of .2 ppg Aldicide G to all base drilling fluids. G.) Do not run dilution water where else in the system. Use the means of dilution leaving the material out of the formulation. every barrel will have the same Aquagel, PAC, Calcium Carbonate amounts of fresh water off the shaker screens. fresh water run into the batch mix throughout the over one or two circulations. at the shaker or any bat ch mix as a Baroid weight In this mantlet composition of and KCL. Smal 1 may be necessary to wash Do not let a stream of mud system. Transfer the entire circulating system IV. Production Hole: 8 1/2" Hole-KCL Drillinq Fluid Base formulation: Water - .975 bbl Aquaqel - 7 ppb PAC L - 2 ppb KCL - 11.6 ppb Baroid - as required for weight Suqqested Mud Properties: Density - 9.2 to 10.3 ppg Plastic Vis - 12 to 20 cP Yield Point - 10 to 20 lb/100 Viscosity - 45 to 60 sec/qt 10 Sec Gel - 4 to 6 cP 10 Min Gel - 8 to 12 cP API Filtrate - 5 to 6 cc pH - 8.0 to 9.0 Chlorides - 17K ppm sq ft Maintain A.) B.) the Drilling fluid as follows: Start the solids control equipment as the drilling program continues. Run the desilters, mud cleaners and centrifuges at the optimum levels to maintain a clean fluid. Utilize the shaker screen selection to optimize solids removal at the flow line. Maintain the Mud weight with Baroid as required. In the drilling mode additions of Baracarb 5 will be suspended. a.) With the Baracarb not present fluid the AP1 Fluid loss should the 5 to 6 cc range with L/Drispac SL. in the drill ing be maintained in additions of PAC C.) D.) Main addi Cont dril carb stor form syst trea mud base tain the pH in the range of B.O to 9.0 with tions of Potassium Hydroxide (KOH). inue to build batch mixed base mud to add ling mud system with out the Baracarb ( onate). It is suggested to have a tank avail e the base mud for use as dilution fluid. T ulation can be transferred directly into the em or brought into the pill pit for add tments prior to being transferred into the system. fluids. t o the calcium able to he base act i v e itional act i v e Make .2 ppb additions of Aldacide G to all E.) F.) G.) Note: Batch mixes may be varied to accommodate the actual fluid needs. Additional fluid loss products (PAC/Drispac SL) may be added directly through the hopper. Maintain the AP1 Fluid loss in the range of 5 to 6 cc's with additions of PAC L/Drispac SL. Additions of Barazan (XCD) polymer should be used if additional hole cleaning is required. Since the additions of th deflocculants (Therma-Th in important 'not to out dril sol ids control equipment. placed on sol ids removal secondary solids control optimum operating effici and centrifuges). Dilut (KCL/wat er) and (Aquage 1/PAC/Dr i spac) is weight inners (Desco CF) and polymer ) are not to be used it is 1 the capability of the rig The primary focus should be at the shale shaker equipment maintain ency (desilter, mud c ion with the base base mud com recommended to contr and rheology as required. s with ed at leaner, fluid ponents ol the V. Intermediate Hole: Re-establish Corinq Fluid Suqqested Mud Properties: Corinq Fluid Density - 9.2 to 10.3 ppg Plastic Vis - 16 to 24 cP Yield Point - 10 to 20 lb/100 sq ft Viscosity - 45 to 60 sec/qt 10 Sec Gel - 4 to 6 cP 10 Min Gel - 8 to 12 cP APl Filtrate - 4 to 5 cc pH - 8.0 to 9.0 Ch 1 orides - I?K ppm Corinq Fluid Formulation: 9.2 ppq 10.3 ppq Water .93 bbl .89 bbl Aquaqel 8.0 ppg 7.0 ppg PAC L 2.5 ppb 2.0 ppb KCL 11.6 ppb 11.2 ppb Baracarb 5 39.0 ppb 35.0 ppb Baroid - 64.0 ppb NaBr 1 ppb 1 ppb Aldacide G .2 ppb .2 ppb Once the next coring interval has been reached the drilling fluid should be conditioned as follows: A.) Prior to pulling out of Circulate and condition the all the solids control circulations. the hole with the bit. drilling fluid by running equipment for 1 1/2 B.) Additions of Baracarb 5 should be made at this time. The additions of Baracarb (35 to 39 lbs) will raise the fluid weight approximately .2 ppg. The addition of 1 ppb sodium bromide (NaBr) should be made at this time. C.) Continue required. formulated (NaBr). to add the base fluid for di lut ion as Add whole mud to the circulating system as above with the Baracarb 5 and sodium bromide D.) Shut down all solids control cleaner, centrifuge) prior Baracarb 5 concentration. screen selection to remove at the flow line. equipment (desilter, mud to re-establishing the Utilize the shale shaker the maximum solids removal E.) F.) G.) H.) Adjust the APl Fluid loss to the specified range of 4 to 5 cc with additions of PAC L/Drispac SL. Maintain the chlorides of the coring fluid with additions of Potassium Chloride at 17,000 ppm. The batch mix chlorides can be raised to increase the chlorides of the circulating system. Maintain the pH in the range of 8.0 to 9.0 with additions of Potassium Hydroxide. Contro base Build Aquage a pit prehyd it. 2n 4th-Ad to all 1 the mud weight and rheology with dilutio~· of mud additions (Gel/KCL/PAC/Drispac SL/Baracarb). the batch mud as follows: lst-Prehydrate the 1 in fresh water. Do not build the gel slurry in that contains KCL or add any caustic soda for ration. Wash out the pit if KCL has been mixed in d-Make additions of PAC polymer. 3rd-Add the KCL. d Baracarb. Make additions of .2 ppb Aldacide G base fluid. 10 VI. Production: 8 1/2" Hole-KCL Drillinq Fluid Suqqested Mud Properties: Density - 9.2 to 10.3 ppg Plastic Vis - 12 to 20 cP Yield Point - 10 to 20 lb/100 sq Viscosity - 45 to 60 sec/qt 10 Sec Gel - 4 to 6 cP 10 Min Gel - 8 to 12 cP APl Filtrate - 5 to 6 cc pH - 7.5 to 8 Chlorides - 17K ppm ft Base formulation: Water - .975 bbl Aquaqel - 7 ppb PAC L - 2 ppb KCL - 11.6 ppb Baroid - as required Aldacide G- .2 ppb for weight Maintain the Drilling fluid as follows: A.) Start the solids control equipment as the drilling program continues. Run the desilters, mud cleaners and centrifuges at the optimum levels to maintain a clean fluid. Utilize the shaker screen selection to optimize solids removal at the flow line. B.) Maintain the Mud weight with Baroid as required. In the drilling mode additions of Baracarb 5 will be suspended. a.) With the Baracarb not present in the drilling fluid the APl Fluid loss should be maintained in the 5 to 6 cc range with additions of PAC L. C. ) Maintain the pH in the range of 8.5 to 9.0 with additions of Potassium Hydroxide (KOH). D.) Continue to build batch mixed base mud to add to the drilling mud system with out the Baracarb (calcium carbonate). It is suggested to have a tank available to store the base mud for use as dilution fluid. The base formulation can be transferred directly into the active system or brought into the pill pit for additional treatments prior to being transferred into the active mud system. Make additions of .2 ppg Aldacide G to all base fluids. 11 E.) F.) G.) H.) Note: Batch mixes may be varied to accommodate the actual fluid needs. Additional fluid loss products (PAC) may be added directly through the hopper. Additions of Barazan (XCD) polymer should be used if additional hole cleaning is required. Since the additions of thinners (Desco C deflocculants (Therma-Thin) are not to important not to out drill the capabili solids control equipment. The primary fo placed on sol ids removal at the shale F) and polymer be used it is ty of the rig cus should be shakers with aintained at mud cleaner, base fl uid secondary solids control equipment m optimum operating efficiency (desilter, and centrifuges). Dilution with the (KCL/water) and base mud components (Aquagel/PAC) is recommended to control the weight and rheology as required. Maintain the APl Fluid ioss in the range of 5 to 6 cc's with PAC L/Drispac SL. Continue additions of KCL/Gel/PAC/Drispac SL fluid. 17,000 ppm with additions of additions of .2 ppb Aldacide batch mixed base Maintain the Chlorides at Potassium Chloride. Make G to all base fluid. 12 12 1/4" hole Density Plastic Vis Yield Point Viscosity 10 Sec Gel 10 Min Gel APl Filtrate pH Solids 9.0 9.6 9.6 15 to 25 15 to 35 80 to 100 50 to 60 5 to 15 15 to 40 10 to 15 8 to 10 9 to 10 4 to 12 ppg (initial) ppg (@ 1100 TVD) ppg (ETD) cP lb/1OO sq ft sec/qt (initial) sec/qt (final) cP cP cc (initial) cc (final) Density Plastic Vis Yield Point Viscosity 10 Sec Gel 10 Min Gel API Filtrate pH Solids 8 1/2" Hole Section LSND 8.6 to 9.3 5 to 15 6 to 12 36 to 42 2 to 4 4 to 8 8 to 10 9.0 to 9.5 < 7 PPg cP lb/100 sq sec/qt cP cP cc ft Core Fluid Density - Plastic Vis - Yield Point - Viscosity - 10 Sec Gel - 10 Min Gel - API Filtrate - pH - Chlorides - Baracarb - Sodium Bromide - 9.2 to 10.3 16 to 25 14 to 24 45 to 60 4 to 6 8 to 12 5 7.5 to 8 17K 30 to 50 1 13 PPg cP lb/100 sec/qt cP cP cc ppm ppb ppb sq ft Density Plastic Vis Yield Point Viscosity 10 Sec Gel 10 Min Gel API Filtrate pH Chlorides Baracarb KCL Drillinq Fluid 9.2 to 10.3 ppg 16 to 25 cP i4 to 24 lb/100 45 to 60 sec/qt 4 to 6 cP 8 to 12 cP 5 to 6 cc 7.5 to 8 17K ppm no additions sq ft 14 ROWAN DRILLING CO. RIG #33 DRILLING FLUID SYSTEM ,Mud System Data and Specifications Number of Mud Pits: 4 Volume of each mud pit: # of Sections in each mud pit: Does rig have trip tank?: Does rig have pill tank?: Number of surface guns on pits: Derrick Flowline Cleaners: Shale Shakers: Yes_aaa,. Yes xxx~ Total Volume: ~ Bbl. 2 No NO ~ Bbl. 2 Volume: Volume: 1200 bbl. ~a~ . BbL 300 BI 2 2 Make: De r r. ic]M0del: L- 48-96F Dual: . NO.: 3 Single: __ or No.: Single' Make: ,, Model: , Dual: . _ O, bL BbL Desander: Cones: Make: Demco Model: 12 3 Number: ~ _ Size: 12 Make: Demco _ Model: 60 hp 12oo GPM at 25 ,,, ppg Desander 'Pump: * Razed Throughput:. Desiiter or Mud Cleaner: DesiRer Pump: Cones: Size: 6X8 Manufacturer's rated volumetric capacity at given fluid densities. Make: Demc9 ,, Model: t14 Make: Dem¢o . Model: 60 hp_ Number: ~4 Size: 4 lOOO GPM a~ ~_o ,. pp$ * Rated Throughput: * Manuf~u~er's razed volumetric capacit~ at given fluid densities. Do desanders and desirers have p _re~__mre gauges on inlet?.: _yes Centrifuge: Make: ~ Model: _ GPM: 2o0 . NOTE: Please furnish a schematic of the pits showing location of equipment, pamtions and ~ ng up, including agitation. 3" pressweld Vo]ume: variable GPM Cellar Jet Pump: _ - Model: _ HP:. . Reserve Pit Transfer Pump: Make: Maximum Operating Pressure: - Efficiency of annular pump motor:. S~T~: 6X8~ iR.mounted over 3'X6' shaker --, it _°~o _J ITEM Fete Lo.__C ** CHECK LIST FOR NEW WELL PERHITS APPROVE DATE , 2. 5. [14 thru 22] (5) BOP_~E (6) Other -------- [29 thru ~.LJ (7) Contact ~.~32/]7~~/? 2- ~: eng i neer ing_: RAD. i~l?3 RPC~]~__ L,,~G~~F, Is permit fee attached .......................... ted in a defined pool .............................. Is well to be 1.oca r ~istance from property line ................... ed roper ~ · ' ................... Is well l o cat-. P ~'stance from other wells.. , well located prope ....... ailabl~ in this pool... Is sufficient undedicateo acre~g~ ~v ~ .......... Is 6. Is well to be deviated & is wellbore plat included ...... 7 Is operator the only affected party ..................... . ......... 8. Can permit be approved before 15-day wait .................. 9. Does conservation order needed .... ''' 10 Is a istrative approval needed .................................... 11. Is admin nt~nber appropriate .......................................... 12. Is lease1 have a unique name & nt~nber ................................ 13. Does wel 14. Is conductor string provided ......................................... 15 Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water ....... '''' 16. Is enough cement used to circulate on conductor & surface ............ late or production strings ..... 17 Will cement tie in surface & intermed .... 18. Will cement cover all known productive horizons ................. 19. Will all casing give adequate safety in collapse, tension, and burst. 20. Is well to be kicked off from an existing wellbore~6]~6~] ............ 21 Is old well bore abandonment procedure included on adequate wellbore separation proposed ............................. 22. Is a diverter system required .............. 23. Is drilling fluid program schematic & list of equipment adequate .... ~~~_~ attached .... [23 thru z~J 24. Is 25. Are necessary diagrams & descriptions of diverter & BOPE 26. Does BOPE have sufficient pressure rating -- test to_~psig ..... 27. Does choke manifold comply w/API RP-53 (May 84) ...................... 28. Is presence of H2S gas probable ...................................... F~OR EXPLORAT____~ORY & STRATIGRAPHIC WELL~' ... 29. Are data presented o----~potential overpressure zones ................ 30. Are seismic analysis data presented on shallow gas zones ............. 31. If offshore loc, are survey results of seabed conditions presented..- 32 Name and phone number of contact to supply weekly progress data ..... eeeeeeeae~ lei eeeiee®eeeeeee $$. Additional requirements .............. '''' Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simp!ify finding information, informati;3n of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. Tape Subfil~ 2 is type: LIS TAPE HEADER PRUDHOE BAY UNIT OPEN HOLE WIRELINE LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB DATA RUN1 JOB NUMBER: LOGGING ENGINEER: OPERATOR WITNESS: SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL: FWL: ELEVATION(FT FROM MSL 0) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: BRAD ESARY SEE REMARKS WELL CASING RECORD KUUKPIK NO. 3 501032018700 ARCO ALASKA INCORPORATED ATLAS WIRELINE SERVICES 17-MAY-93 SEE REMARKS 22 13N 6E 785 1875 36.10 5.20 OPEN HOLE CASING DRILLERS REMARKS: BIT SIZE (IN) SIZE (IN) DEPTH (FT) 1ST STRING 2ND STRING 16. 000 150.0 3RD STRING 12. 250 9. 625 2278.0 PRODUCTION STRING 8.500 6880.0 RUN 1: DIFL/MAC/GR 19-FEB-93. CN/ZDL/GR 20-FEB-93. RUN 1 LOGS WITNESSED BY: G.W. CRAIG, B. CAMPBELL, G. WILSON, T. EGGERT. CIRCULATION STOPPED @ 14:30 19-FEB-93. PUMPED APPROXIMATELY 20 BBLS OF 11 PPG BARITE PILL. SP ON REPEAT PASS MAY HAVE BEEN AFFECTED BY RIG WELDING RUN 2: DLL/MLL/GR & MAC/GR 04-MAR-93. CN/ZDL/GR 05-MAR-93. RUN 2 LOGS WITNESSED BY: D. McNAUGHTON, G. WILSON, R. SPRINGER. CIRCULATION STOPPED @ 19:30 03-MAR-93. DID NOT TAG BOTTOM ON CUSTOMERS REQUEST. MLL STOPPED WORKING AT 3000' DUE TO DAMAGE FROM WELL. CNCF RECORDED FOR CN POROSITY. AFTER LOG DENSITY CALIPER CHECK DONE COMING INTO CASING BARITE PRESENT IN MUD SYSTEM (4%). $ FILE HEADER FILE NUMBER: 1 EDITED OPEN HOLE MAIN PASS Ail tool strings with depth shifted and clipped curves; (including cased hole). DEPTH INCREMENT: FILE SUMMARY PBU TOOL CODE GRI DIL DLL GRZ SDN 2435 GRM MAC $ BASELINE CURVE FOR SHIFTS: CURVE SHIFT DATA 0.5000 START DEPTH STOP DEPTH 97.0 6824.5 145.0 2296.0 2275.0 6839.0 139.0 6824.5 139.0 6849.5 139.0 6832.5 97.0 6834.0 71.0 6856.0 GRI (MEASURED DEPTH) BASELINE DEPTH RHOB 57.0 57.0 65.0 65.0 155.5 158.0 161.0 240.0 248.0 248.0 251.5 263.5 263.5 264.0 280.5 289.0 289.5 289.5 315.5 338.0 339.0 346.5 346.5 359.0 376.5 379.0 389.0 411.5 414.5 414.5 416.5 419.5 442.0 450.5 450.5 452.5 453.5 452.5 456.5 457.0 466.5 479.5 481.5 482.5 482.0 484.5 484.5 485.0 502.0 502.0 (from DIL/DLL) -- EQUIVALENT UNSHIFTED DEPTH GRZ NPHI 57.0 57.0 65.0 155.5 158.5 162.0 240.0 GRMAC 57.0 65.0 263.5 289.5 280.0 289.0 376.5 376.0 411.5 442.0 452.0 419.0 466.5 482.0 482.0 all runs merged DTC 57.0 65.0 252.0 262.5 315.0 357.0 376.0 385.5 411.5 414.5 443.0 450.0 479.0 484.5 525.O 526.0 537.5 553.5 556.0 565.0 590.5 593.0 616.5 629.0 629.5 670.0 680.0 699.0 706.0 706.5 712.5 747.0 747.5 750.0 752.0 752.5 781.0 781.5 833.0 833.5 852.0 859.5 863.5 864.0 867.5 870.5 873.0 895.5 898.0 905.0 905.5 908.5 936.0 937.0 944.0 952.0 963.0 972.0 976.0 988.0 992.0 1010.5 1014.0 1014.5 1022.0 1023.0 1039.5 1041.5 1049.0 1051.5 1071.5 1072.0 1077.5 1084.5 522.0 537.0 565.0 616.0 629.0 706.0 712.0 747.5 752.0 780.5 833.0 863.5 870.0 895.5 905.0 935.5 951.0 963.0 990.0 1010.5 1013.5 1022.0 1051.5 1072.0 1077.0 1084.0 556.0 590.5 629.5 699.0 712.0 747.0 750.0 752.0 781.0 833.5 852.0 859.5 864.0 873.0 908.5 937.0 1023.0 1041.5 1051.5 1077.5 553.5 593.0 629.0 669.5 679.5 706.0 750.5 833.5 858.5 863.5 870.0 905.0 936.5 944.0 976.0 1014.0 1039.0 1052.0 1072.5 525.5 556.0 590.5 628.5 711.5 746.0 751.0 780.0 831.5 851.5 866.5 897.0 905.5 934.5 951.0 971.5 990.5 1040.5 1049.0 1070.0 1076.0 1085.0 1087.0 1104.0 1104.5 1128.0 1128.5 1143.5 1156.5 1157.0 1162.5 1173.5 1174.0 1199.5 1201.5 1212.5 1224.5 1227.5 1235.5 1236.0 1239.0 1242.5 1243.0 1259.0 1265.0 1277.0 1292.5 1293.0 1310.5 1313.0 1316.0 1320.5 1330.0 1335.0 1337.5 1355.0 1358.5 1359.5 1363.5 1373.5 1374.0 1378.5 1383.0 1384.0 1406.5 1431.5 1432.5 1444.0 1457.0 1464.5 1499.0 1499.5 1520.5 1523.0 1524.0 1524.5 1533.5 1535.5 1539.0 1541.5 1542.0 1087.0 1104.0 1127.5 1142.0 1156.0 1162.5 1173.5 1199.0 1201.5 1224.0 1235.5 1242.0 1276.5 1292.0 1313.0 1329.5 1335.0 1358.0 1362.5 1378.5 1432.5 1457.0 1464.5 1524.0 1087.0 1104.0 1128.5 1156.5 1199.5 1212.5 1227.0 1236.0 1243.0 1277.0 1293.0 1321.0 1337.5 1355.0 1374.5 1384.5 1406.5 1432.5 1444.0 1464.5 1499.5 1541.5 1086.0 1128.5 1227.0 1242.5 1277.0 1293.0 1317.0 1320.5 1335.0 1374.0 1406.5 1463.5 1499.0 1521.0 1525.5 1533.5 1535.0 1538.0 1541.0 1104.0 1127.0 1155.0 1162.0 1172.5 1199.0 1238.5 1242.5 1258.5 1265.0 1275.5 1312.0 1360.0 1379.0 1383.5 1431.0 1457.0 1522.0 1568.5 1569.5 1581.0 1587.0 1587.5 1594.5 1601.0 1604.0 1607.0 1638.5 1650.5 1653.0 1653.5 1659.0 1696.5 1709.5 1724.5 1741.5 1773.5 1793.0 1793.5 1805.5 1806.0 1813.0 1838.5 1839.0 1843.0 1862.5 1920.5 1960.0 1983.5 1986.5 2002.5 2038.5 2039.0 2063.5 2087.0 2087.5 2093.5 2096.0 2100.0 2107.5 2115.5 2119.0 2187.5 2191.5 2194.0 2206.0 2206.5 2211.0 2214.0 2242.0 2273.0 2278.5 2287.5 2296.0 2297.5 2298.0 2317.0 2322.0 1569.0 1581.0 1586.0 1604.0 1639.0 1651.5 1659.0 1726.0 1741.5 1793.5 1805.5 1982.5 1986.0 2088.0 2093.5 2118.5 2188.0 2206.5 2217.0 2273.5 2297.0 1569.5 1587.5 1601.5 1607.0 1638.5 1654.5 1696.5 1742.0 1773.5 1793.5 1806.0 1838.5 1862.5 1960.0 2039.0 2087.5 2093.5 2119.5 2192.0 2195.0 2273.5 1594.5 1638.5 1659.5 1709.5 1794.0 1804.0 1815.0 1839.0 1843.5 1920.0 1960.0 2001.0 2035.0 2061.5 2087.5 2107.5 2119.0 2194.0 2288.0 2317.0 2278.5 2294.5 2296.5 1568.0 1653.0 1793.0 1805.0 2037.5 2087.0 2094.0 2100.0 2115.5 2206.0 2209.0 2242.0 2322.0 2323. 2325. 2326. 2326. 2331. 2334. 2334. 2342. 2342. 2353. 2354. 2354. 2355. 2357. 2361. 2370. 2371. 2372. 2376. 2387. 2387. 2393. 2397. 2405. 2406. 2409. 2412. 2422. 2426. 2430. 2430. 2434. 2435. 2440. 2447. 2454. 2465. 2467. 2471. 2476. 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6226.5 6245.5 6290.5 6338.5 6385.0 6428.0 6431.0 6434.0 6460.5 6471.5 6134.0 6161.5 6163.5 6197.5 6218.0 6228.5 6234.5 6246.0 6276.5 6297.0 6378.0 6388.5 6422.0 6422.5 6427.0 6433.5 6441.5 6469.0 6132.0 6134.0 6197.5 6228.0 6247.5 6277.5 6291.0 6295.5 6375.0 6389.5 6428.0 6436.0 6442.5 6449.0 6455.5 6134.5 6164.5 6229.5 6234.5 6237.0 6241.5 6249.5 6250.5 6252.5 6289.0 6292.0 6293.0 6293.5 6294.0 6295.0 6296.0 6297.0 6362.0 6378.0 6379.0 6423.0 6164.5 6198.0 6229.5 6246.5 6287.0 6295.5 6384.5 6389.5 6429.0 6447.5 6453.5 6457.0 6471.0 6475.5 6476.0 6476.5 6483.0 6484.0 6485.0 6485.5 6487.5 6488.0 6490.0 6494.0 6494.5 6495.0 6525.0 6528.5 6533.0 6560.5 6561.0 6597.5 6599.0 6675.0 6741.0 6768.0 6790.0 6790.5 6797.0 6805.0 6820.5 6863.0 $ BASELINE DEPTH 57.0 65.0 315.5 358.5 375.0 389.0 404.5 416.0 418.0 443.5 447.5 456.0 456.5 468.0 477.5 479.5 484.5 490.0 493.5 494.5 504.0 518.0 525.0 525.5 538.5 549.5 555.0 586.0 590.0 6476.5 6559.5 6597.5 6675.0 6740.5 6767.0 6790.0 6863.0 DTS 57.0 65.0 312.0 355.5 372.5 386.5 402.5 415.5 442.0 447.0 455.5 466.5 479.0 484.0 493.0 494.0 502.0 518.0 522.0 538.0 548.0 552.5 584.5 590.0 6474.5 6475.5 6484.5 6486.5 6493.0 6524.0 6527.0 6533.0 6598.5 6740.5 6789.0 6803.5 6819.0 6863.0 MLL 57.0 6482.5 6489.0 6789.0 6795.0 6863.0 LL3 57.0 6485.5 6487.5 6494.0 6494.5 6789.5 6863.0 LLD 57.0 6484.5 6560.5 6790.5 6863.0 LL8 57.0 418.0 457.0 478.0 490.0 526.0 555.5 590.5 592.5 617.5 623.5 624.0 629.0 630.0 678.5 690.5 691.5 692.5 708.5 712.5 713.0 720.5 724.5 727.5 746.5 749.5 752.5 762.0 771.5 779.0 781.0 781.5 804.5 833.0 833.5 851.5 863.5 867.5 892.0 898.5 901.0 905.0 936.5 937.0 952.0 960.5 963.0 972.0 992.0 1015.0 1020.0 1022.5 1025.0 1025.5 1029.0 1038.0 1041.0 1044.5 1048.0 1060.0 1071.5 1077.0 1078.0 1081.5 1095.5 1098.5 1104.0 594.0 622.5 627.5 676.5 690.5 691.5 692.0 708.5 711.0 719.5 724.0 726.0 746.0 748.5 751.0 761.5 781.0 802.5 833.0 851.0 867.0 889.0 895.0 901.0 905.5 936.0 952.5 960.0 975.0 991.0 1013.0 1019.5 1022.0 1024.5 1027.5 1037.5 1039.0 1047.5 1060.0 1072.5 1076.5 1084.0 1094.0 1103.5 591.0 618.5 624.0 630.0 712.5 749.5 772.0 779.5 781.0 833.5 852.0 864.0 905.5 937.5 952.5 963.0 1015.0 1025.5 1044.5 1078.0 1098.5 1115.5 1116.0 1127.5 1127.0 1128.5 1156.0 1155.5 1157.0 1162.5 1173.5 1173.0 1174.0 1199.5 1199.5 1212.5 1220.5 1225.0 1225.0 1227.5 1234.0 1237.0 1235.0 1238.0 1239.0 1241.5 1239.5 1243.0 1245.0 1243.5 1245.5 1259.0 1257.5 1265.5 1263.0 1269.0 1268.5 1277.0 1280.0 1279.0 1292.5 1298.5 1297.5 1305.5 1304.0 1309.5 1311.0 1311.0 1321.0 1322.5 1322.0 1323.0 1324.0 1325.0 1334.0 1334.5 1337.0 1362.0 1363.5 1364.0 1375.0 1382.5 1383.0 1383.5 1383.5 1384.5 1384.5 1386.0 1407.0 1431.0 1443.5 1457.0 1523.0 1523.5 1526.5 1533.5 1532.5 1546.0 1568.5 1566.5 1572.5 1573.5 1586.5 1586.5 1587.5 1592.5 1591.5 1604.5 1627.0 1627.0 1703.5 1703.5 1708.0 1707.0 1728.5 1729.0 1738.5 1737.5 1128.5 1157.5 1163.5 1174.0 1199.5 1212.5 1225.5 1228.0 1240.0 1259.5 1277.5 1292.5 1310.5 1337.5 1363.0 1376.0 1384.0 1407.5 1431.5 1444.0 1457.5 1527.0 1546.0 1587.5 1605.0 1754.0 1793.5 1805.5 1813.0 1815.5 1858.5 1964.0 1984.0 2002.5 2012.0 2018.0 2040.5 2046.5 2052.5 2082.5 2083.5 2099.5 2116.5 2146.0 2183.5 2187.0 2189.0 2200.0 2201.5 2206.5 2215.5 2220.5 2244.0 2255.0 2255.5 2256.0 2273.5 2280.5 2284.0 2286.5 2298.5 2306.0 2319.0 2325.5 2326.0 2341.0 2342.0 2342.5 2354.0 2356.5 2393.0 2406.0 2410.0 2421.0 2422.0 2426.5 2430.0 2435.0 2435.5 2438.0 2441.5 2476.0 2483.0 2497.0 2498.0 1752.5 1793.5 1804.0 1812.5 1815.5 1857.0 1963.5 1982.0 2001.0 2010.0 2016.5 2039.0 2045.0 2052.5 2082.0 2083.0 2099.0 2116.0 2144.5 2182.0 2187.5 2189.5 2198.0 2200.0 2205.0 2212.5 2218.5 2244.0 2255.0 2255.5 2256.0 2273.5 2298.0 2318.0 2341.5 2354.5 2357.5 2396.5 2406.5 2411.0 2422.5 2427.5 2435.5 2438.5 2441.5 2483.0 2498.0 2325.0 2342.0 2395.0 2422.0 2429.5 2435.5 2476.0 2483.0 2497.0 2279.5 2282.5 2285.0 2305.0 2324.5 2341.0 2395.0 2514. 2517. 2519. 2530. 2538. 2545. 2546. 2552. 2559. 2577. 2580. 2588. 2599. 2605. 2616. 2621. 2625. 2626. 2654. 2664. 2664. 2665. 2681. 2682. 2701. 2702. 2705. 2705. 2708. 2708. 2710. 2718. 2718. 2729. 2734. 2773. 2780. 2808. 2847. 2871. 2873. 2873. 2881. 2886. 2919. 2920. 2921. 2932. 2944. 2956. 2957. 2957. 2958. 2964. 2971. 2974. 2975. 3003. 3028. 3043. 0 0 0 0 0 5 0 0 0 5 0 0 0 5 0 5 0 0 0 0 5 0 5 0 5 5 0 5 0 5 0 0 5 0 5 0 5 0 0 0 0 5 0 0 5 0 0 5 5 5 0 5 5 5 0 0 5 5 5 5 2515.5 2530.0 2538.0 2545.5 2551.5 2579.0 2587.0 2606.0 2621.0 2625.0 2681.0 2708.5 2709.0 2709.5 2719.5 2731.5 2736.0 2773.0 2781.5 2808.5 2847.5 2872.0 2874.5 2881.5 2886.5 2932.5 2957.0 2958.0 2963.5 2971.0 2974.0 3002.5 3027.5 3043.0 2517.0 2558.5 2605.5 2653.5 2681.0 2718.0 2872.5 2519.0 2545.0 2577.0 2599.0 2616.0 2625.5 2663.5 2664.0 2664.5 2701.0 2701.5 2704.0 2705.0 2919.0 2920.0 2921.0 2944.0 2956.0 2956.5 2975.0 3046.0 3073.5 3074 . 5 3078.5 3079.0 3102.0 3108.0 3121.0 3121.5 3122.0 3176.5 3205.5 3239.5 3273.0 3273.5 3289.0 3289.5 3290.0 3312.0 3334.0 3340.0 3340.5 3361.5 3377.0 3415.5 3416.5 3427.5 3436.5 3457.5 3459.0 3460.0 3484.0 3509.0 3512.0 3512.5 3514.0 3516.5 3521.0 3523.0 3523.5 3528.0 3535.0 3536.5 3537.0 3555.5 3557.0 3558.0 3561.0 3561.5 3563.5 3564.0 3564.5 3568.0 3577.5 3578.0 3578.5 3579.0 3582.5 3583.0 3583.5 3046.0 3101.0 3122.5 3177.5 3206.0 3240.5 3289.5 3341.5 3363.5 3428.0 3510.0 3517.0 3520.5 3537.0 3557.5 3564.5 3567.5 3578.5 3582.0 3583.0 3108.0 3120.5 3289.0 3339.5 3376.5 3483.5 3509.0 3511.5 3536.0 3556.5 3558.5 3562.0 3576.5 3583.0 3121.0 3289.5 3340.0 3361.5 3512.0 3521.0 3534.0 3536.0 3555.5 3558.0 3562.0 3577.0 3073.0 3073.5 3077.5 3078.5 3272.5 3273.0 3288.5 3311.5 3334.0 3415.5 3416.0 3436.0 3457.5 3459.0 3459.5 3513.5 3523.0 3523.5 3527.5 3554.5 3558.0 3562.0 3577.0 3584. 3591. 3601. 3603. 3615. 3649. 3650. 3650. 3662. 3679. 3685. 3701. 3707. 3720. 3726. 3735. 3747. 3765. 3766. 3767. 3799. 3814. 3834. 3848. 3852. 3852. 3860. 3871. 3872. 3906. 3918. 3919. 3919. 3962. 3964. 3989. 4023. 4043. 4061. 4065. 4068. 4120. 4164. 4173. 4203. 4243. 4297. 4330. 4331. 4331. 4375. 4376. 4416. 4426. 4431. 4434. 4453. 4465. 4475. 4477. 3584.5 3602.0 3616.0 3663.5 3679.5 3707.5 3765.5 3799.0 3835.0 3850.5 3854.0 3862.5 3873.5 3964.5 4044.0 4061.0 4065.0 4121.0 4166.0 4206.5 4376.5 3591.5 3614.0 3685.0 3766.0 3813.5 3851.0 3906.0 4066.0 4375.0 4464.5 3603.0 3614.5 3685.0 3726.0 3767.0 3852.0 3871.0 4023.5 4068.0 4173.5 4375.5 3603.0 3614.5 3649.0 3649.5 3650.0 3701.0 3720.0 3735.0 3747.0 3918.0 3918.5 3919.0 3961.5 3989.5 4243.0 4297.0 4330.0 4330.5 4331.0 4415.5 4425.5 4430.0 4433.5 4452.5 4474.0 4476.0 4483.0 4484.5 4488.5 4493.0 4493.5 4501.5 4509.5 4568.5 4642.0 4642.5 4660.0 4686.5 4703.0 4703.5 4704.0 4709.5 4807.0 4820.0 4893.0 4896.0 4953.5 4954.0 4977.0 4996.0 4998.0 4999.0 5004.5 5008.0 5127.0 5162.0 5182.0 5183.0 5184.0 5192.5 5221.5 5223.0 5227.5 5228.0 5244.0 5244.5 5245.0 5266.5 5267.0 5271.0 5271.5 5279.0 5287.0 5289.5 5290.0 5292.5 5293.0 5296.0 5311.5 5316.5 5319.5 5322.5 5351.0 5353.0 5359.0 5401.0 4569.5 4644.0 4711.5 4809.0 4821.0 4894.5 4955.5 4998.0 5000.0 5000.5 5006.0 5162.5 5182.5 5183.0 5183.5 5222.5 5224.0 5268.5 5269.0 5272.5 5273.0 5291.0 5312.5 5317.5 5321.0 4641.0 4703.5 4896.5 4954.5 4976.5 5192.5 5226.0 5286.5 5400.5 4641.5 4703.5 5225.5 4482.5 4484.0 4487.5 4492.0 4493.0 4501.0 4508.5 4659.0 4686.0 4702.5 4703.0 4703.5 5007.5 5127.0 5226.0 5244.0 5244.5 5245.0 5279.0 5289.5 5292.0 5293.0 5296.0 5322.0 5350.5 5353.0 5358.5 5420.5 5439.0 5460.5 5463.5 5464.5 5466.5 5467.5 5470.5 5479.0 5480.5 5482.0 5483.0 5486.5 5488.0 5495.5 5496.5 5500.0 5506.0 5507.0 5509.0 5513.5 5518.0 5524.0 5524.5 5525.0 5549.5 5561.0 5599.5 5600.5 5607.0 5630.0 5632.0 5671.5 5678.0 5680.0 5685.0 5688.5 5689.5 5697.0 5711.5 5713.5 5714.0 5717.0 5734.5 5762.5 5769.5 5773.0 5774.0 5775.0 5778.0 5786.5 5791.0 5791.5 5794.0 5798.5 5801.0 5804.5 5805.5 5807.5 5820.5 5465.0 5465.5 5467.5 5468.0 5471.0 5480.5 5483.5 5484.0 5487.5 5496.0 5497.0 5500.0 5506.0 5506.5 5508.5 5519.5 5525.5 5526.5 5527.0 5600.5 5601.5 5630.5 5632.5 5672.5 5679.0 5686.5 5690.0 5690.5 5698.0 5713.0 5715.0 5716.0 5719.0 5774.5 5775.5 5776.0 5779.0 5791.0 5793.5 5799.5 5805.5 5806.0 5808.0 5420.0 5488.0 5561.0 5697.0 5734.5 5791.5 5803.0 5807.0 5438.5 5561.5 5769.5 5807.0 5460.0 5480.5 5513.5 5550.0 5607.5 5680.0 5762.5 5786.0 5820.0 5821 5821 5823 5826 5827 5829 5830 5846 5857 5869 5870 5871 5872 5881 5882 5888 5907 5934 5937 5956 5957 5961 5974 5984 5985 5987 5990 5990 5994 5996 6003 6003 6004 6007 6073 6135 6161 6162 6182 6183 6184 6184 6185 6197 6198 6202 6205 6206 6211 6214 6215 6218 6221 6228 6228 6229 6230 6233 6234 6235 .0 .5 .0 .5 .0 .0 .0 .5 .5 .0 .5 .0 .5 .5 .0 .0 .0 .5 .5 .5 .5 .5 .5 .0 .0 .0 .0 .5 .0 .5 .0 .5 .5 .5 .0 .0 .5 .0 .0 .5 .0 .5 .0 .5 .0 .5 .0 .5 .5 .0 .0 .5 .5 .0 .5 .5 .5 .0 .0 .0 5825.5 5829.0 5830.O 5832.0 5832.5 5869.5 5871.0 5872.0 5873.5 5883.0 5883.5 5908.0 5938.0 5957.0 5957.5 5961.5 5975.5 5985.0 5985.5 5990.5 5997.5 6004.0 6004.5 6005.0 6008.0 6074.5 6162.0 6183.0 6211.5 6214.5 6215.0 6221.5 6227.5 6232.5 6233.0 5846.0 5934.5 5990.0 5994.0 6135.0 6162.0 6181.0 6196.5 6204.5 6218.0 6228.0 6234.5 5989.5 5993.5 6197.0 6211.5 5820.5 5821.0 5857.0 5887.0 5986.0 5996.0 6183.5 6184.0 6184.5 6202.0 6206.5 6229.5 6230.0 6237. 6247. 6247. 6277. 6278. 6281. 6281. 6287. 6291. 6296. 6300. 6338. 6369. 6381. 6381. 6385. 6387. 6390. 6393. 6425. 6429. 6430. 6434. 6436. 6449. 6450. 6456. 6463. 6464. 6465. 6465. 6466. 6466. 6470. 6476. 6478. 6479. 6479. 6483. 6489. 6492. 6493. 6494. 6549. 6558. 6565. 6566. 6572. 6628. 6638. 6684. 6684. 6687. 6688. 6691. 6703. 6703. 6704. 6719. 6740. 6236.5 6247.0 6277.5 6280.5 6281.5 6287.5 6291.0 6300.0 6338.5 6381.0 6382.0 6385.5 6393.5 6425.0 6429.5 6437.0 6450.5 6464.5 6465.5 6467.0 6467.5 6477.0 6480.0 6480.5 6481.5 6494.0 6494.5 6495.5 6550.0 6559.0 6567.0 6567.5 6629.0 6638.5 6686.0 6687.0 6688.5 6689.0 6720.0 6247.5 6276.5 6287.5 6369.5 6384.5 6389.5 6430.5 6433.5 6456.5 6470.0 6483.0 6558.5 6572.0 6690.5 6247.0 6295.5 6387.0 6389.5 6430.0 6435.5 6449.5 6456.0 6489.0 6740.0 6464.5 6465.0 6465.5 6702.5 6703.0 6703.5 6741.0 6751.0 6752.0 6764.0 6771.5 6772.0 6772.5 6790.5 6792.0 6795.0 6819.5 6820.5 6823.5 6833.0 6833.5 6841.0 6843.0 6844.0 6844.5 6845.5 6850.5 68 68 $ BAS 53.0 63.0 ELINE DEPTH 57.0 149.5 173.0 187.5 190.0 190.5 193.5 270.5 309.5 330.0 330.5 331.0 332.0 335.5 346.0 346.5 347.5 348.5 349.0 350.0 350.5 351.5 352.0 353.0 354.0 354.5 355.0 355.5 357.0 375.0 398.0 398.5 399.0 399.5 401.5 6751.5 6752.0 6765.5 6773.0 6774.0 6774.5 6793.0 6796.0 6823.5 6839.5 6851.0 6853.5 6863.0 ILM 57.0 149.5 189.0 192.5 270.0 330.5 331.0 346.0 346.5 347.0 347.5 348.0 348.5 350.0 351.0 353.5 354.0 355.5 397.5 398.0 398.5 400.5 6741.0 6790.0 6863.0 ILD 57.0 173.0 186.5 189.0 190.0 309.0 329.0 329.5 330.5 335.0 348.5 351.5 352.0 352.5 353.5 354.0 374.0 398.0 398.5 400.0 6863.0 6819.0 6819.5 6832.0 6833.5 6843.0 6843.5 6844.0 6844.5 6863.0 6863.0 421.0 437.5 438.0 442.5 456.0 463.5 472.0 476.0 480.5 481.5 489.0 494.5 496.0 505.0 507.5 508.5 509.0 510.0 512.0 513.0 525.0 527.5 529.0 529.5 530.5 531.5 532.0 549.5 550.5 551.0 554 · 0 555.5 582.0 594.5 618.0 622.5 624.5 633.5 634.5 645.5 648.0 649.0 651.0 652.5 653.5 659.5 660.0 660.5 661.0 661.5 662.5 663.0 664.0 665.0 678.0 712.0 712.5 730.5 731.0 749.5 437.5 438.0 456.0 464.0 476.5 481.0 488.5 493.5 495.0 505.5 508.0 508.5 509.0 509.5 510.0 511.5 525.0 549.5 550.0 553.5 582.5 623.0 632.5 659.5 661.0 677.0 711.5 730.5 749.0 421.5 442.5 456.0 463.5 471.5 480.0 527.5 529.0 530.0 531.0 531.5 532.0 548.5 549.5 551.5 556.0 594.5 618.0 624.5 633.0 634.0 643.0 644.5 645.5 649.0 650.5 651.0 657.0 658.0 658.5 660.0 660.5 661.0 663.0 712.5 730.5 752.0 786.5 787.0 806.5 834.0 852.0 856.0 867.5 937.0 971.5 1026.0 1032.0 1033.5 1041.5 1044.5 1051.0 1051.5 1077.5 1101.0 1128.0 1128.5 1160.5 1200.0 1200.5 1207.5 1211.5 1219.0 1220.0 1228.0 1239.0 1242.5 12 54.0 1254.5 1265.5 1297.5 1310.0 1310.5 1327.5 1330.0 1337.0 1340.5 1348.0 1348.5 1349.0 1349.5 1350.0 1350.5 1353.0 1357.0 1365.5 1366.0 1367.0 1367.5 1371.5 1372.0 1373.0 1374.0 1374.5 1375.0 1378.5 786.5 833 .5 856.0 867.5 937.0 1026.5 1033.5 1044.0 1050.5 1051.0 1077.5 1100.5 1128.5 1160.5 1200.0 1207.0 1211.0 1220.0 1228.5 1239.5 1254.0 1254.5 1265.0 1309.5 1330.0 1340.5 1348.5 1349.0 1349.5 1350.5 1353.5 1357.5 1366.5 1367.0 1367.5 1379.0 752.0 786.5 806.5 833.5 852.0 937.0 972.0 1032.0 1041.0 1077.0 1128.0 1199.5 1219.0 1228.5 1243.0 1266.5 1297.0 1309.5 1327.0 1337.0 1349.5 1350.5 1368.0 1369.0 1372.0 1373.0 1374.0 1374.5 1375.5 1376.0 1386.0 1407.0 1410.0 1412.0 1414.5 1415.5 1416.5 1419.0 1420.0 1420.5 1421.0 1425.0 1426.0 1426.5 1427.0 1436.5 1457.0 1467.5 1473.0 1485.0 1500.0 1502.0 1502.5 1504.0 1516.0 1523.5 1537.0 1551.5 1552.0 1552.5 1563.5 1564.0 1569.0 1571.5 1572.5 1594.0 1626.5 1627.0 1631.0 1631.5 1632.0 1632.5 1638.5 1671.5 1692.0 1696.0 1712.0 1712.5 1713.5 1747.5 1793.0 1813.0 1815.5 1817.5 1818.0 1819.0 1820.0 1930.0 1969.0 1982.0 1384.0 1407.5 1419.0 1419.5 1420.0 1425.5 1426.5 1427.0 1457.5 1502.5 1536.5 1552.0 1562.5 1571.0 1572.0 1626.5 1631.5 1632.0 1638.0 1793.0 1813.0 1384.0 1407.5 1410.0 1412.0 1415.0 1416.0 1416.5 1421.0 1424.5 1425.5 1426.5 1436.5 1468.0 1473.5 1485.0 1500.0 1502.5 1504.5 1515.5 1523.5 1551.0 1552.0 1562.5 1568.5 1593.5 1626.0 1627.0 1631.0 1632.0 1632.5 1673.0 1691.5 1695.5 1712.5 1713.5 1714.5 1747.5 1813.0 1816.0 1818.0 1819.0 1820.0 1820.5 1930.0 1969.0 1981.5 1985.5 1986.0 1990.5 2031.5 2033.0 2033.5 2035.0 2035.5 2036.0 2037.0 2042.5 2055.0 2055.5 2042.5 2055.5 2056.0 2056.5 2056.0 2057.0 2056.5 2066.0 2066.5 2066.5 2067.0 2067.0 2086.5 2086.0 2129.0 2129.5 2130.0 2132.0 2133.5 2137.5 2138.0 2160.0 2161.0 2162.0 2164.0 2187.0 2215.0 2218.5 2228.5 2229.5 2232.0 2232.5 2240.0 2246.0 2248.5 2290.0 6863.0 $ MERGED DATA SOURCE PBU TOOL CODE GRI GRI DIL DLL GRZ GRZ SDN SDN 2435 2435 GRM GRM MAC 2160.0 2160.5 2161.5 2215.0 2228.5 2229.0 2231.5 2232.5 2248.5 2290.5 6863.0 RUN NO. 1 2 1 2 1 2 1 2 1 2 1 2 1 1985.0 1986.0 1990.5 2031.0 2032.5 2033.5 2035.0 2036.0 2036.5 2037.0 2055.0 2056.0 2056.5 2066.0 2129.0 2130.0 2131.0 2132.0 2133.0 2137.0 2138.0 2164.0 2186.0 2218.5 2240.0 2246.0 6863.0 PASS NO. 1 2 1 2 3 8 3 8 3 8 1 5 1 MERGE TOP 97.0 2273.5 145.0 2275.0 139.0 2267.0 139.0 2275.0 139.0 2273.0 97.0 2273.0 70.0 MERGE BASE 2273.5 6824.5 2296.0 6839.0 2267.0 6824.5 2275.0 6849.5 2273.0 6832.5 2273.0 6834.0 2243.0 REMARKS: CN WN FN COUN STAT 2 5 2243.0 6856.0 MERGED MAIN PASS, CASED HOLE PORTIONS INCLUDED. GRI REFERS TO THE GR FROM THE INDUCTION TOOL STRINGS. GRZ REFERS TO THE GR FROM THE CN/ZDL TOOL STRINGS. GRM REFERS TO THE GR FROM THE MAC TOOL STRING. GRM FROM SURFACE TO 2273' IS IDENTICAL TO GRI FROM THE DIL TOOL STRING SINCE ON RUN 1 THE DIL & MAC TOOLS WERE RUN IN COMBINATION. SPLICE DEPTHS WERE CHOSEN TO MAXIMIZE AMOUNT OF OPEN HOLE FOOTAGE & MINIMIZE CASED HOLE COVERAGE. ATTEMPTS WERE MADE TO MAKE SMOOTH SPLICES WHEN POSSIBLE. DATA SPIKE AT 2275 ON GRI & GRM IS RUN 2 CASING POINT. SECTION FROM 2266 - 2275 ON GRZ WAS RECORDED IN CASING. NEUTRON WAS CALIPER CORRECTED FOR BOTH RUN 1 & 2. MTEM & CALl FROM RUN 2 DLL TOOL STRING WERE SHIFTED WITH MLL CURVE. TENS, TEND, & SP FROM DIL & DLL TOOL STRINGS WERE SHIFTED WITH LL8 CURVE IN THE RUN 1 PORTION OF HOLE & WITH LL3 CURVE IN THE RUN 2 PORTION OF THE HOLE. CALl FROM DENSITY RUNS WAS SHIFTED WITH GRZ. DRHO, PEF, MTEM, TENS, & TEND WERE SHIFTED WITH RHOB. FUCT & NUCT WERE SHIFTED WITH NPHI. $ : ARCO ALASKA INCORPORATED : KUUKPIK NO. 3 : WILDCAT : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 27 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR DIL 68 2 LL8 DIL 68 3 ILM DIL 68 4 ILD DIL 68 5 MLL DLL 68 6 LL3 DLL 68 7 LLD DLL 68 8 SP DLL 68 9 MTEM DLL 68 10 CALl DLL 68 11 TEND DLL 68 12 TENS DLL 68 13 GR SDN 68 14 RHOB SDN 68 1 GAPI 1 OHMM 1 OHMM 1 OHMM 1 OHMM 1 OHMM 1 OHMM 1 MV 1 DEGF 1 IN 1 LB 1 LB 1 GAPI 1 G/C3 4 4 55 965 57 0 4 4 50 746 76 1 4 4 50 746 76 1 4 4 50 746 76 1 4 4 30 739 95 0 4 4 30 739 95 0 4 4 30 739 95 0 4 4 30 739 95 0 4 4 30 739 95 0 4 4 30 739 95 0 4 4 30 739 95 0 4 4 30 739 95 0 4 4 22 779 91 0 4 4 22 779 91 0 15 DRHO SDN 68 1 G/C3 4 16 PEF SDN 68 1 BN/E 4 17 CALl SDN 68 1 IN 4 18 MTEM SDN 68 1 DEGF 4 19 TEND SDN 68 1 LB 4 20 TENS SDN 68 1 LB 4 21 NPHI 2435 68 1 PU-S 4 22 FUCT 2435 68 1 CPS 4 23 NUCT 2435 68 1 CPS 4 24 GR MAC 68 1 GAPI 4 25 DTC MAC 68 1 US/F 4 26 DTS MAC 68 1 US/F 4 27 SCRA MAC 68 1 4 * DATA RECORD (TYPE# 0) 1014 BYTES * Total Data Records: 1513 108 4 22 779 91 4 22 779 91 4 22 779 91 4 22 779 91 4 22 779 91 4 22 779 91 4 98 211 23 4 98 211 23 4 98 211 23 4 41 695 68 4 41 695 68 4 41 695 68 4 41 695 68 Tape File Start Depth = 6863.000000 Tape File End Depth = 57.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 381165 datums Tape Subfile: 2 3281 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 3 is type: LIS FILE HEADER FILE NUMBER: 2 RAW OPEN HOLE MAIN PASS Composite of all curves and log header data from all tool strings for a single run; Run #1 presented first followed by separate files for any other subsequent runs. RUN NUMBER: 1 TOOL STRING NUMBER: 1 PASS NUMBER: 1 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH GRI 97.0 DIL 112.0 GRZ 139.0 ZDL 139.0 2435 139.0 GRM 97.0 MAC 70.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME CIRCULATION ENDED: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE CHT MIS COMR ACOM MACR ISO MACT SADP TEMP GR DIFL CABLEHEAD TENSION MASS ISOLATION SUB COMMON REMOTE ACOUSTIC COMMON MAC RECEIVER MAC ISOLATOR MAC TRANSMITTER SLAM ADAPTER TEMPERATURE GAMMA RAY DUAL INDUCTION STOP DEPTH 2274.0 2298.0 2272.0 2296.0 2279.0 2273.0 2243.0 19-FEB-93 FSYS REV. J001 VER. 1.1 1430 19-FEB-93 1916 19-FEB-93 2300.0 2300.0 145.0 2297.0 1200.0 TOOL NUMBER 3974XA 3967XA 3510XA 1667EA 1668MA 1668PA 1668BA/1668FA 3516XA 2806XA 1309XA 1503XA CHT MODL GR CN ZDL TEMP PCM $ CABLEHEAD TENSION MODAL SUB GAMMA RAY COMPENSATED NEUTRON Z-DENSITY TEMPERATURE PULSE CODE MODULATOR BOREHOLE AND CASING DATA 3974XA 3517NA 1309XA 2435XA 2222EA/2222MA 2806XA 3506XA OPEN HOLE BIT SIZE(IN): DRILLER'S CASING DEPTH (FT) : LOGGER'S CASING DEPTH (FT) : 12.250 150.0 145.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: FLUID LOSS (C3): MAXIMUM RECORDED TEMPERATURE (DEGF): RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): MUD AT BOTTOM HOLE TEMPERATURE (BHT): MUD FILTRATE AT MT: MUD FILTRATE AT BHT: MUD CAKE AT MT: MUD CAKE AT BHT: SPUD MUD 10.10 55.0 8.5 7.8 70.6 4.300 4.200 3.600 0.000 2.900 0.000 NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): THERMAL SANDSTONE 2.65 0.000 1.5 REMARKS: RUN 1 MAIN PASS. NEUTRON IS CALIPER CORRECTED. HEADING INFORMATION IS FROM DIFL LOG. $ CN WN FN COUN STAT : ARCO ALASKA INCORPORATED : KUUKPIK NO. 3 : WILDCAT : NORTH SLOPE : ALASKA 69.0 70.6 69.0 0.0 69.0 0.0 * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 29 Curves: 1 2 3 4 5 6 7 8 9 10 Name Tool Code Samples Units GR DIFL 68 1 GAPI RFOC DIFL 68 1 OHMM RILM DIFL 68 1 OHMM RILD DIFL 68 1 OHMM CFOC DIFL 68 1 MMHO CILM DIFL 68 1 MMHO CILD DIFL 68 1 MMHO SP DIFL 68 1 MV SPD DIFL 68 1 F/MN CHT DIFL 68 1 LB API API API API Log Crv Crv Size Length Typ Typ Cls Mod 4 67 456 14 5 4 27 515 24 6 4 06 213 78 0 4 04 903 06 0 4 72 155 24 6 4 33 393 51 6 4 34 704 23 6 4 53 419 67 0 4 13 331 34 0 4 78 867 34 0 11 TTEN DIFL 68 1 12 GR ZDL 68 1 13 ZDEN ZDL 68 1 14 ZCOR ZDL 68 1 15 PE ZDL 68 1 16 CAL ZDL 68 1 17 TEMP ZDL 68 1 18 CHT ZDL 68 1 19 TTEN ZDL 68 1 20 SPD ZDL 68 1 21 CNCF 2435 68 1 22 CNC 2435 68 1 23 CN 2435 68 1 24 LSN 2435 68 1 25 SSN 2435 68 1 26 GR MAC 68 1 27 DTC MAC 68 1 28 DTS MAC 68 1 29 SCRA MAC 68 1 * DATA RECORD (TYPE# 0) Total Data Records: 1129 LB 4 GAPI 4 G/C3 4 G/C3 4 BN/E 4 IN 4 DEGF 4 LB 4 LB 4 F/MN 4 PU-S 4 PU-S 4 PU-L 4 CPS 4 CPS 4 GAPI 4 US/F 4 US/F 4 4 966 BYTES * 4 78 867 34 4 37 715 66 4 52 443 33 4 09 884 61 4 76 731 33 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 98 211 23 4 98 211 23 4 52 326 75 4 84 023 70 4 83 368 34 4 41 695 68 4 41 695 68 4 41 695 68 4 41 695 68 116 Tape File Start Depth = 2313.000000 Tape File End Depth = 57.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 270751 datums Tape Subfile: 3 1223 records... Minimum record length: 62 bytes Maximum record length: 966 bytes Tape Subfile 4 is type' LIS TOOL STRING NUMBER: PASS NUMBER: DEPTH INCREMENT: FILE SUMMARY FILE HEADER FILE NUMBER: 3 RAW OPEN HOLE MAIN PASS Composite of all curves and log header data from all tool strings for a single run; Run #1 presented first followed by separate files for any other subsequent runs. RUN NUMBER: 2 1 2 0.2500 VENDOR TOOL CODE START DEPTH STOP DEPTH GRI 2101.0 6825.0 DLL 2272.0 6839.0 GRZ 2160.0 6831.0 ZDL 2189.0 6850.0 2435 2189.0 6833.0 GRM 2273.0 6824.0 MAC 2243.0 6856.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME CIRCULATION ENDED: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE CHT TEMP PCM MIS DLL GR MIS MLL CABLEHEAD TENSION TEMPERATURE PULSE CODE MODULATOR MASS ISOLATION SUB DUAL LATEROLOG GAMMA RAY MASS ISOLATION SUB MICRO LATEROLOG 04-MAR-93 FSYS REV. J001 VER. 1.1 1930 03-MAR-93 1517 04-MAR-93 6880.0 0.0 2275.0 6840.0 1800.0 TOOL NUMBER 3974XA 2806XA 3506XA 3967XA 1229EA/1229MA 1309XA 3967XA 1233XA CHT MODL GR CN ZDL TEMP PCM $ CABLEHEAD TENSION MODAL SUB GAMMA RAY COMPENSATED NEUTRON Z-DENSITY TEMPERATURE PULSE CODE MODULATOR BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE(IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): 3974XA 3517XA 1309XA 2435XA 2222EA 2806XA 3506XA 8.500 2278.0 2275.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: FLUID LOSS (C3): MAXIMUM RECORDED TEMPERATURE (DEGF): RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): MUD AT BOTTOM HOLE TEMPERATURE (BHT): MUD FILTRATE AT MT: MUD FILTRATE AT BHT: MUD CAKE AT MT: MUD CAKE AT BHT: NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN) : REMARKS: RUN 2 MAIN PASS. NEUTRON IS CALIPER CORRECTED. HEADING INFORMATION IS FROM DLL. $ CN WN FN COUN STAT : ARCO ALASKA INCORPORATED : KUUKPIK NO. 3 : WILDCAT : NORTH SLOPE : ALASKA KCL CORING FLUID 10.40 57.0 7.2 3.8 166.0 0.208 68.0 0.085 166.0 0.162 68.0 0.000 0.0 0.296 68.0 0.000 0.0 THERMAL SANDSTONE 2.65 0.000 2.0 * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 38 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 2 3 4 5 6 7 8 9 10 11 12 13 GR MLL 68 1 GAPI RMLL MLL 68 1 OHMM CAL MLL 68 1 IN RS DLL 68 1 OHMM RD DLL 68 1 OHMM ED DLL 68 1 MV ES DLL 68 1 MV ID DLL 68 1 A IS DLL 68 1 A SP DLL 68 1 MV TEMP DLL 68 1 DEGF SPD DLL 68 1 F/MN CHT DLL 68 1 LB 4 02 980 55 5 4 71 857 46 1 4 90 132 02 1 4 40 514 81 0 4 39 859 45 0 4 30 739 95 0 4 30 739 95 0 4 30 739 95 0 4 30 739 95 0 4 23 415 80 5 4 84 503 82 1. 4 11 639 82 1 4 46 103 82 1 14 TTEN DLL 68 1 15 TEN DLL 68 1 16 GR ZDL 68 1 17 ZDEN ZDL 68 1 18 ZCOR ZDL 68 1 19 PE ZDL 68 1 20 PORZ ZDL 68 1 21 HRD1 ZDL 68 1 22 HRD2 ZDL 68 1 23 SFT2 ZDL 68 1 24 SHR ZDL 68 1 25 CAL ZDL 68 1 26 TEMP ZDL 68 1 27 CHT ZDL 68 1 28 TTEN ZDL 68 1 29 SPD ZDL 68 1 30 CNCF 2435 68 1 31 CNC 2435 68 1 32 CN 2435 68 1 33 LSN 2435 68 1 34 SSN 2435 68 1 35 GR MAC 68 1 36 DTC MAC 68 1 37 DTS MAC 68 1 38 SCRA MAC 68 1 * DATA RECORD (TYPE# 0) Total Data Records: 3205 LB 4 LB 4 GAPI 4 G/C3 4 G/C3 4 BN/E 4 PU-S 4 CPS 4 CPS 4 CPS 4 4 IN 4 DEGF 4 LB 4 LB 4 F/MN 4 PU-S 4 PU-S 4 PU-L 4 CPS 4 CPS 4 GAPI 4 US/F 4 US/F 4 4 942 BYTES * 4 46 103 82 4 46 103 82 4 37 715 66 4 52 443 33 4 09 884 61 4 76 731 33 4 46 370 25 4 15 242 69 4 14 587 33 4 78 812 61 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 98 211 23 4 98 211 23 4 52 326 75 4 84 023 70 4 83 368 34 4 41 695 68 4 41 695 68 4 41 695 68 4 41 695 68 152 Tape File Start Depth = 6863.000000 Tape File End Depth = 2056.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 1131097 datums Tape Subfile: 4 3296 records... Minimum record length: 62 bytes Maximum record length: 942 bytes Tape Subfile 5 is type: LIS TOOL STRING NUMBER: PASS NUMBER: DEPTH INCREMENT: FILE SUMMARY FILE HEADER FILE NUMBER: 5 RAW OPEN HOLE REPEAT PASSES Composite of all curves and log header data from all tool strings for a single run; Multiple repeat passes for individual tool strings, if they exist, follow in a separate file. Run #1 presented first followed by separate files for any other subsequent runs. RUN NUMBER: 1 1 2 0.2500 VENDOR TOOL CODE START DEPTH STOP DEPTH GRI 1598.0 1871.0 DIFL 1598.0 1895.0 GRZ 1595.0 1892.0 ZDL 1595.0 1916.0 2435 1595.0 1899.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME CIRCULATION ENDED: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT) : LOGGING SPEED (FPHR) : TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE CHT CABLEHEAD TENSION MIS MASS ISOLATION SUB COMR COMMON REMOTE ACOM ACOUSTIC COMMON MACR MAC RECEIVER ISO MAC ISOLATOR MACT MAC TRANSMITTER SADP SLAM ADAPTER TEMP TEMPERATURE GR GAMMA RAY DIFL DUAL INDUCTION 19-FEB-93 FSYS REV. J001 VER. 1.1 1430 19-FEB-93 2143 19-FEB-93 2300.0 2300.0 145.0 2297.0 1200.0 TOOL NUMBER 3974XA 3967XA 3510XA 1667EA 1668MA 1668PA 1668BA/1668FA 3516XA 2806XA 1309XA 1503XA CHT MODL GR CN ZDL TEMP PCM $ CABLEHEAD TENSION MODAL SUB GAMMA RAY COMPENSATED NEUTRON Z-DENSITY TEMPERATURE PULSE CODE MODULATOR BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE(IN): 3974XA 3517NA 1309XA 2435XA 2222EA/2222MA 2806XA 3506XA 12.250 DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: FLUID LOSS (C3): MAXIMUM RECORDED TEMPERATURE (DEGF): RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): MUD AT BOTTOM HOLE TEMPERATURE (BHT): MUD FILTRATE AT MT: MUD FILTRATE AT BHT: MUD CAKE AT MT: MUD CAKE AT BHT: NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN) : TOOL STANDOFF (IN): REMARKS: RUN 1 REPEAT PASS. NEUTRON IS CALIPER CORRECTED. $ CN WN FN COUN STAT : ARCO ALASKA INCORPORATED : KUUKPIK NO. 3 : WILDCAT : NORTH SLOPE : ALASKA 150.0 145.0 SPUD MUD 10.10 55.0 8.5 7.8 70.6 4.300 4.200 3.600 0.000 2.900 0.000 THERMAL SANDSTONE 2.65 0.000 1.5 69.0 70.6 69.0 0.0 69.0 0.0 * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 25 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 2 3 4 5 6 7 8 9 10 11 12 GR DIFL 68 1 GAPI RFOC DIFL 68 1 OHMM RILM DIFL 68 1 OHMM RILD DIFL 68 1 OHMM CFOC DIFL 68 1 MMHO CILM DIFL 68 1 MMHO CILD DIFL 68 1 MMHO SP DIFL 68 1 MV SPD DIFL 68 1 F/MN CHT DIFL 68 1 LB TTEN DIFL 68 1 LB GR ZDL 68 1 GAPI 4 67 456 14 5 4 27 515 24 6 4 06 213 78 0 4 04 903 06 0 4 72 155 24 6 4 33 393 51 6 4 34 704 23 6 4 53 419 67 0 4 13 331 34 0 4 78 867 34 0 4 78 867 34 0 4 37 715 66 1 13 ZDEN ZDL 68 1 14 ZCOR ZDL 68 1 15 PE ZDL 68 1 16 CAL ZDL 68 1 17 TEMP ZDL 68 1 18 CHT ZDL 68 1 19 TTEN ZDL 68 1 20 SPD ZDL 68 1 21 CNCF 2435 68 1 22 CNC 2435 68 1 23 CN 2435 68 1 24 LSN 2435 68 1 25 SSN 2435 68 1 * DATA RECORD (TYPE# 0) Total Data Records: 150 G/C3 4 G/C3 4 BN/E 4 IN 4 DEGF 4 LB 4 LB 4 F/MN 4 PU-S 4 PU-S 4 PU-L 4 CPS 4 CPS 4 942 BYTES * 4 52 443 33 4 09 884 61 4 76 731 33 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 98 211 23 4 98 211 23 4 52 326 75 4 84 023 70 4 83 368 34 100 Tape File Start Depth = 1921.000000 Tape File End Depth = 1585.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 305722 datums Tape Subfile: 5 242 records... Minimum record length: Maximum record length: 62 bytes 942 bytes Tape Subfile 6 is type: LIS FILE HEADER FILE NUMBER: 5 RAW OPEN HOLE REPEAT PASSES Composite of all curves and log header data from all tool strings for a single run; Multiple repeat passes for individual tool strings, if they exist, follow in a separate file. Run #1 presented first followed by separate files for any other subsequent runs. RUN NUMBER: 2 TOOL STRING NUMBER: 1 PASS NUMBER: 1 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH GRI 6173.0 6505.0 DLL 6162.0 6520.0 GRZ 6198.0 6504.0 ZDL 6198.0 6522.0 2435 6198.0 6506.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE VERSION: TIME CIRCULATION ENDED: TIME LOGGER ON BOTTOM: TD DRILLER (FT): TD LOGGER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): LOGGING SPEED (FPHR): TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE CABLEHEAD TENSION TEMPERATURE PULSE CODE MODULATOR MASS ISOLATION SUB DUAL LATEROLOG GAMMA RAY MASS ISOLATION SUB MICRO LATEROLOG CHT TEMP PCM MIS DLL GR MIS MLL 04-MAR-93 FSYS REV. J001 VER. 1.1 1930 03-MAR-93 1501 04-MAR-93 6880.0 0.0 2275.0 6840.0 1800.0 TOOL NUMBER 3974XA 2806XA 3506XA 3967XA 1229EA/1229MA 1309XA 3967XA 1233XA CHT MODL GR CN ZDL TEMP PCM $ CABLEHEAD TENSION MODAL SUB GAMMA RAY COMPENSATED NEUTRON Z-DENSITY TEMPERATURE PULSE CODE MODULATOR BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE(IN): DRILLER'S CASING DEPTH (FT): LOGGER'S CASING DEPTH (FT): 3974XA 3517XA 1309XA 2435XA 2222EA 2806XA 3506XA 8.500 2278.0 2275.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: FLUID LOSS (C3) : MAXIMUM RECORDED TEMPERATURE (DEGF) : RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): MUD AT BOTTOM HOLE TEMPERATURE (BHT): MUD FILTRATE AT MT: MUD FILTRATE AT BHT: MUD CAKE AT MT: MUD CAKE AT BHT: NEUTRON TOOL TOOL TYPE (EPITHERMAL OR THERMAL): MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN) : REMARKS: RUN 2 REPEAT PASS. NEUTRON IS CALIPER CORRECTED. $ CN WN FN COUN STAT : ARCO ALASKA INCORPORATED : KUUKPIK NO. 3 : WILDCAT : NORTH SLOPE : ALASKA KCL CORING FLUID 10.40 57.0 7.2 3.8 166.0 0.208 68.0 0.085 166.0 0.162 68.0 0.000 0.0 0.296 68.0 0.000 0.0 THERMAL SANDSTONE 2.65 0.000 2.0 * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 34 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR MLL 68 2 RMLL MLL 68 3 CAL MLL 68 4 RS DLL 68 5 RD DLL 68 6 ED DLL 68 7 ES DLL 68 8 ID DLL 68 9 IS DLL 68 10 SP DLL 68 11 TEMP DLL 68 12 SPD DLL 68 13 CHT DLL 68 14 TTEN DLL 68 15 TEN DLL 68 1 GAPI 1 OHMM 1 IN 1 OHMM 1 OHMM 1 MV 1 MV 1 A 1 A 1 MV 1 DEGF 1 F/MN 1 LB 1 LB 1 LB 4 02 980 55 5 4 71 857 46 1 4 90 132 02 1 4 40 514 81 0 4 39 859 45 0 4 30 739 95 0 4 30 739 95 0 4 30 739 95 0 4 30 739 95 0 4 23 415 80 5 4 84 503 82 1 4 11 639 82 1 4 46 103 82 1 4 46 103 82 1 4 46 103 82 1 16, GR' ZDL 68 1 17 ZDEN ZDL 68 1 18 ZCOR ZDL 68 1 19 PE ZDL 68 1 20 PORZ ZDL 68 1 21 HRD1 ZDL 68 1 22 HRD2 ZDL 68 1 23 SFT2 ZDL 68 1 24 SHR ZDL 68 1 25 CAL ZDL 68 1 26 TEMP ZDL 68 1 27 CHT ZDL 68 1 28 TTEN ZDL 68 1 29 SPD ZDL 68 1 30 CNCF 2435 68 1 31 CNC 2435 68 1 32 CN 2435 68 1 33 LSN 2435 68 1 34 SSN 2435 68 1 * DATA RECORD (TYPE# 0) Total Data Records: 237 GAPI 4 G/C3 4 G/C3 4 BN/E 4 PU-S 4 CPS 4 CPS 4 CPS 4 4 IN 4 DEGF 4 LB 4 LB 4 F/MN 4 PU-S 4 PU-S 4 PU-L 4 CPS 4 CPS 4 986 BYTES * 4 37 715 66 4 52 443 33 4 09 884 61 4 76 731 33 4 46 370 25 4 15 242 69 4 14 587 33 4 78 812 61 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 37 715 66 4 98 211 23 4 98 211 23 4 52 326 75 4 84 023 70 4 83 368 34 136 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 5 1 1 Tape File Start Depth = 6536.000000 Tape File End Depth = 6123.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep code: 68 1188953 datums Tape Subfile: 6 326 records... Minimum record length: Maximum record length: 62 bytes 986 bytes Tape Subfile 7 is type: LIS 93/ 3/ 9 01 **** REEL TRAILER **** 93/ 5/24 01 Tape Subfile: 7 2 records... Minimum record length: 132 bytes Maximum record length: 132 bytes End of execution: Mon 24 MAY 93 1:33p Elapsed execution time = 5 minutes, 19.7 seconds. SYSTEM RETURN CODE = 0
