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194-009
Pages NO1 Scanned ~n th~s Well H~story h~e XHVZE This page identifies those items that were not scanned during the initial scanning project. They are available in the original file and viewable by direct inspection. J C:~;' ~ --OOC~ File Number of Well History File PAGES TO DELETE RESCAN [] [] Color items - Pages: Grayscale, halftones, pictures, graphs, charts - Pages: Poor Quality Original - Pages: Other - Pages: DIGITAL DATA [] Diskettes, No. Other, No/Type OVERSIZED n Logs of various kinds a Other Complete COMMENTS: Scanned by: Bevedy~ncent Nathan Lowell B TO RE-SCAN Notes: Re-Scanned by: Bevedy Dianna Vincent~'n/~Lowell Date: ~-/~'~ Is~ ~ I)E0-26-96 ?HU 11: 14 DIV~.~ OIL fiND F/iX NO. 9075~P3852 P, 01/02 STATE OF ALASKA, DEPARTMENT OF NATURAL RESOURCES 3601 C Street, Suite 1380, Anchorage, Alaska 99503 Phone 907-269-8784 Fax 907-562-3852 i'o: Fax Number: / / ..... Number of Pages (including cover sheet): ~ Comments: RECEIVED DEC 2 6 1996 Naska 011 & Gas Cons. Commission Anchorage DE0-26-96 THU 11'14 D I V ?~- 01L fiND Grig FFI× NO, 90756_2.~B$2 ?, 02/02 DEPT. OF NATURAL RE~OUI4CES I~IVi$10N OF OIL ANO 6,~$ IONY KNO IVIES. GO VERNOR STATE OF ALASKA DIVISION OF OIL A OAS 3601 C ST STE 1380 ANCHORAGE, AK 99503-5948 December 26, i996 D. W. Johnston, Chairman, AOGCC Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage.. AK 99501-3192 Subject: Release or ARCO Fiord #2 and Bergshrund #1 Dear Commissioner Johnston: On February 28, t996 following a showing by ARCO, I determined that Fiord #2 and Bergshrund #I contained information ,~ignificant to the valuation of acreage included in State Oil and Gas Lcase Sale 86A, I granted extended confidentiality for these wells until 90'days following Sale 86A. This sale was held on October 1, 1996 and tlle affected acreage was offered ;[ur lease at that nme, '11~erefore, Bergshmnd #1 and Fiord #2 no longer qualify for extended confidentiality and the well data should be released on Deem:abet J0, 1.996. By copy of this letter I am noti~d~.g ARCO Alaska Inc, of the upcom lng release of these wells. · Kenneth A. Boyd Director cc: David Sntter, Land Manager, ARCO Alaska Inc. O£C o ~ ~ 1996 Gas ~,$, Comrr~ior~ 94 --', 009 9 4 .... 0 0 9 9A '--009 96. ,--- ['] 0 o 9 ~".', "0 0 9 oa 4 ..... 009 9 a. "--0 09 94'-009 94 .... 009 94--009 9 a.--'- 0 0 8 94 --- 00 9 6 0Sa 6 (iiio a Z~. A 0 '? D A i k ':':/ W E k L. O [3 F ZNAL. '~ ~' ,,/~::: L L. R E Fl T F CI R I"'t A T I O i',.l i r': p S . "D k L DiI../ D i::' R/'G R C.' P F: / G R D S S iL D S S I D S S I ~6 8 0 0 S A H E ~3 6 ga.-'--' 6 7 9 9 ~ ~} 00 .... 7225 '? 2 8 2 ---'? 3 I q. I~'/29 1 '/--- 4 '? 5 ~ ~773~.-4974 5044..-5079 100 ....2°~6~..,,, ~1 0 -' 8 4 0 0 ~10~-8360 246-'-83c 3 PAGE ::: OF 6 P AG E 60 F 6 A [' ', :.i 'I ::!;. ' 'i .! 'l 2/"22/9 "2 '? / 9 ( )/I- ,/' I ) o// <-',, .... ,.;, <:. /t- , "9 -'.'~ I)!.,,. / (.)8,' . "r'l 8 ' l).?l / .. / . 0 .q /08/' 9 0 ~'-I /' 2 '? ,,'"' 0 '~.~../' () 8 / 9 C)/i//08/9 0 fl./' 2 '?/' 9 () ~1./' 08/9 ,".~. r) !.L "0 F", ' ,. , /' /" /16//!)8/ 9 (ii h/' (.'.) 8 / 9 0/4./ Il) 8 ,/' 0-"l/': 08 / 9 04//08 ,/ 9 (.) I!//2 '?//9 -'.'-~. (.)Zl/' 08/9 Oa /' 2 '?/' 9 ,ri.. 4l ;'" 08 ,/" 04/:'~ 8/' !.) t l / () ~} ,,,," 9 9 ~+ .... 009 F h-'i il:. ~ 2800 -.~ 3100 ," 0 !... 0 i:: 0 i".,! L Y 9 L -- 009 F Iff :: ~..~d"~% 500 .-- 5160 C 0 L. 0 F~ 0 I'.J I... './ 94 .... OQ9 FI'4Z .~"6600-'.'7350 COL. OR ONI...Y · 9;~.-'009 FHI '~,,~_ 7650-.-7994- ,SOLOR ,::,NI.Y 94 ~-- 00 '" Z --- a Fbi /GR ~228 7998 0%/'(.3° ,e:l% ,,~ 1! <, 9 a. .... 009 N G T F' D !.. F' L.T 9 4--- 00 9 94--~ 009 :'l o A n d r" e c e '¥ v e d © I, 0 l~/" 0 8/' 9/4 0 ii ,,.' 12! / 9 ,q DEPARTMENT OF NATURAL RESOURCES February 28, 1996 DIVISION OF OIL AND GAS TONY KNOWLES, GOVERNOR 3601 C STREET, SUITE 1380 ANCHORAGE, ALASKA 99503-5948 PHONE: (907) 762-2549 Mark R. Landt District Landman ARCO Alaska Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Subject: Request for extended confidentiality Bergschrund No. 1 and Fiord No. 2 Dear Mr. Landt: In your January, 31 1996 letters you requested extended confidentiality for Bergschrund No. 1 and Fiord No. 2 under the authority of 11AAC 83.153. Under this regulation: The commissioner will, in his or her discretion, extend confidentiality to reports or information required under AS 31.05.035 from a well located more than three miles from any unleased land if the owner of the well from which these reports or information are derived makes a sufficient showing that the reports or information contain significant information relating to the valuation of unleased land beyond the three mile radius. Bergschrund No. 1 lies greater than three miles from unleased acreage which is currently included as part of the State Lease Sale 86A. Fiord No. 2 is located greater than six miles from unleased acreage scheduled to be offered in State Sale 86A. Since granting extended confidentiality for these wells is discretionary and required a "sufficient showing" to demonstrate its relevance to acreage in Sale 86A, I requested that ARCO provide the information necessary to link Sale 86A acreage to these wells. The interpreted well and seismic data that ARCO presented to me on February 27, 1996, was adequate to make a "sufficient showing." Therefore, I am granting your request for extended confidentiality for these wells until 90 days after State Sale 86A, which is currently scheduled for August 1996. By copy of this letter I am requesting that the Alaska Oil and Gas Conservation Commission extend the confidentiality of data from Bergschrund No. 1 and Fiord No. 2 until further notice. Sincerely, ~yd cc: D.W. Johnston, Commissioner, AOC~C /gas~,a Oil & Gas Cons. Anchorage X.~ prm[ed on recycled paper b y C.D. AOGCC Individual Well Geological Materials Inventory Page · i Date' 10/13/95 PERMIT DATA ~.. ~, 6034 9~-009 6094 94 .-009 94-009 407 94-009 94-009 94~009 94-009 94-009 94-009 o4-009~. T DATA_PLUS 94-009 CO~,~ YSIS ~~28-8390, OH-DiTE/SDT/DLL 240-8378 OH/DPR/GR ~0-~00 SS#'~08 ,~OMP DATE' 03/07/94 ~-7794-779q~ & DE~'CRIPTo cORm DEek~PTiON 794-779~ GEN SCHEMATIC DAILY WELL OP LR/~2/Ii/94'-03/08/94 FINAL WELL REPT ~w/02/06-03/07/94 FORMATION ~OPS~ ,~f/i14~-8400~ SURVEY ~0-8400 BAKER HUGHES SURVEY ~R/0-8400 BAKER-HUGHES SWC ANALYSIS ~2855,4828,4945~6678,6722& SWC ANALYSIS .s~oS00 SAHE REPORT AS ABOVE 94 00" %~-009 94-009 e4 00~ 94-~009 94-009 q4-00~ SWC DESCRIPTION ~5694-6799 PAGE 1 OF 6 ' ' ~ ~ T~ ~ -- SWC D .... RIPT~O.~ .~R~6800 7225 PAGE 2 OF 6 ~,~ ....... r ..... 289 7~14 PAGE 3 OF 6 · '~ DESCRIPTION ~917~4 5~ ~ ~, 7 . PAGE . OF 6 SWC DESCRIPTION ~ 4773-4974 PAGE 5 OF 6 SWC DESCRIPTION ~/5044-5079 PAGE 6 OF 6 ASL ~100-2256 COLOR ONLY RUN DATE_RE CVD o4/os/s¢ w/ 04/27/94j o4/¢.2/94~/ 04/03/94/ 04/08/940/, o4/o8/94~/ 04/08/94/ 04/27/94/ 04/08/94 p/ 04/0S/94 /// 04/27/94¢// 04/08/94/// o4/o8/~4/./ 04/08/94{// 04/08/94 (-/ 04108/94/ 04/03/94 L/* 04/08/94 l/ o4/o8/94X/' 04/08/94 ' 94,-~009 94.-009 BHC/DT ~Z/li0~20oo DDL ~It0-8400 ~ ~_-2 o4/os/94 ~-~ 04/27/94 94-009 DiL/DLL f..i~!10-3360 ~ i,-2 04/08/94 9~--0uc¢ uPR/~w. ~/~ 224o-o~53 MD ")¢' 5-11 04/'27/94 ~ 94 ~ 00'::} DPR/GR -~2246-8353 TVD p~.5-11 04/27/94 j~ 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 August 10, 1994 Larry Brown, Environ Coord ;LRCO Alaska Inc. ? O Box 100360 Anchorage, AK 99510-0360 Re: Final Location Clearance two North Slope wells -- Bergschrund #1 and Fiord #2 Dear Mr. Brown: The subject well locations were inspected by yourself and Leon Lynch, Natural Resource Officer with the DNR-DOL, and Denny Timmons of the ADEC on Tuesday, July 19, 1994. Mr. Lynch reports that on the Bergschrund location the helicopter made three passes over the location and no trash or debris was located. "The only manmade feature was the small gravel mound covering the area where the well cellar was." Mr. Lynch reports that on the Fiord #2 location they landed the helicopter and "[t]his site too was free of trash and debris". Mr. Lynch further states: "With elimination of the well stem and thorough cleaning by ARCO there was not muCh to see. I think AOGCC's decision to eliminate the above ground well locator pipe was a good move for both safety reasons and aesthetics." Based on the above information, final location clearance is hereby approved for these ARCO wells: Bergschrund #1 (PTD 94-026) Fiord #2 (PTD 94-009) Chairman ~ -- c: Leon Lynch, NRO DNR-DOL Blair Wondzell bew/llar2nsw 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): 03) Daily Drilling History: 05) Drill Stem Tests: ~ 07) Core Description: . 09) Formation Picks: . Well Name: pages pages 02) Completion Report (407) ' ~~pages 04) Directional Surveys: ~ pages ~' pages pages. ~ 06~ore Analysis Report: . pages 10) Bluelines '~ reels logs (list below) LOG TYPE INTERVAL RUi~ # SCALE TODAY'S DATE' ~ l-~-~ }q,~ The under-signed Dm~/DO~ employee hereby accepts receipt of the above listed confidential Niatmeed: ls~t~i.~(.~°~r n a~ y el~~ ~ ~ Signature: , , I FaCsimile Cover sheet To: Company: Phone: Fax: LARRY GRANT Oil & Gas Conservation Comm. 907-279.1'433 907.276-7542 Fl'om'. Company: Phone: Fax: Date: Pages including this cover page: Lan'y, Timothy J. Ryherd Alaska D,N,R, - Division of Oil & Gas (907)762-2140 (907)562-3862 06/16/94 RECEIVED JUN 16 1994 Oil & Gas (~ons. (~ommtssion _~chorage I request the following well d~la be prepared for ma to pinup aa soon as possible, I=lease call when you have this data I=Ut together or If you hive any questions. Thinks for your tteip. ARCO ..e~utll Cool<; Inlet ~ (mnfidentlal well status)--ill well logs, well history, coml~et~on re.rt. I~orfzon Dtci~, cllra~(3nal surveys, corn clesctlptlons & analyses, & production tests. ARCO South Cook Inlet ~ (confidential well status)--all well logs, well hlato~y, compleUon rel:x3rt, horizon Dicks, clirectlonal surveys, a3re clesc~ptlons & analyses, & production tests, Phlllll~ aunt-mb #2 (c~nftdantl,l wall status)-.mud log. Stewart.West McAl11~ur Rlver ~2 (confi~entlal well status)--ill well logs, well history, completion ~eport, ho~on plc, l~, climc~lonal suweys, ~re des~tptions & annryses, & BP Yuime Gold M (gonfidenflel well statu~)-all well logs, well history, completion report, horizon I~iCk~, clitectlonal surveys, core ~e~rliXlon$ & analya~, & production tests. ARCO Fl~3ml ~2 (mnfidentlal well stetus)-all wail Ioga, wail history, ~mpietion report, horizon picks, climctional surveys, corn descriptions & analysea, & i:~oductlon tests. Amerada Norttlstar ~ (a3~flde~al well statu$)-all well Iog~, well history, ~mpletlon repe~t, tlOl'lZoa DI~, dlmc=ional surveys, corn cles~rl~o~s & analyses, & proclu~tion tests. ~,~.--~7~ · · ARC.,O ~unfish 13 (confklentiai well status)--all well logs, well history, completion report, horizon pic~. climctional surveys, corn clesat~o~ & analyses, & production tests. _ ~,/_..~ · -BP Sou~lough ~ (confidential well status)-all well logs, well history, c.,omptetlon report, /--t horizon ~icks. diraU, lonal surveys, cone desui~lons & analyses, & ~nxluctlon tests. ? ~/.-- 7-~ '- ARCO'Ba~gSCflmnd #1 (confidential well status:)-all wall logs, well' history, ~ompletion report, hm'izoa pl~, dim~lonai ~urveys, core des43rl~ons & analyses, & pm<luctlon teats. · UN~ Amethyst~State ~ (c, onf'~entiat well status)--all well logs, well h~ory, completion c{~"l ~'q"" mpo~. hagen ~(s. dlrectlo,a4 t, urvays, a3~'e ¢leacrlptlons & analyses, & 13nXll~ctiort tests, ~RMIT 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 DATA AOGCC Individual Well Geological Materials Inventory T DATA_PLUS CORE CHIPS ASL C 7772-7807 SS#908 L 100-2256 COLOR ONLY BHC/DT DDL L 110-8320 L 110-8400 DIL/DLL DPR/GR DPR/GR DSSI L 110-8360 L 2246-8353 MD L 2246-8353 TVD L 1240-8020 COLOR ONLY DSSi L 1243-8010 COLOR ONLY DSSI L 2221-8319 COLOR ONLY FMI L 2800-3100 COLOR ONLY FMI L 4500-5160 COLOR ONLY FMI L 6600-7350 COLOR ONLY FMI L 7650-7994 COLOR ONLY FMI/GR MSD DIPS L 2228-7998 L 2234-7994 MUD L 110-8400 MD MUD L 110-8400 TVD NGT L 2228-7910 FIELD LOG PDL L 250-7250 PLT L 2228-7983 FIELD LOG 407 CORE ANALYSIS R COMP DATE: 03/07/94 R 7794-7799 & DESCRIPT CORE DESRIPTION R 7794-7799 GEN SCHEMATIC DAILY WELL OP R 02/11/94-03/08/94 FINAL WELL REPT R 02/06-03/07/94 FORMATION TOPS R 1142-8400 Page: 1 Date: 05/04/94 RUN DATE_RECVD 04/12/94 1 04/08/94 1-2 04/08/94 1 04/27/94 1-2 04/08/94 5-11 04/27/94 5-11 04/27/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 1 04/27/94 1 04/27/94 2 04/08/94 1 04/27/94 1 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/27/94 04/08/94 PERMIT OGCC Individual Well Geological Materials Inventory DATA T DATA_PLUS Page: 2 Date: 05/04/94 RUN DATE_RECVD 94-009 SURVEY R 0-8400 BAKER HUGHES 94-009 SURVEY R 0-8400 BAKER-HUGHES 94-009 94-009 SWC ANALYSIS SWC ANALYSIS R 2855,4828,4945,6678,6722& R 6800 SAME REPORT AS ABOVE 94-009 SWC DESCRIPTION R 2917-4754 PAGE 4 OF 6 94-009 SWC DESCRIPTION R 4773-4974 PAGE 5 OF 6 94 -009 SWC DESCRIPTION R 5044-5079 PAGE 6 OF 6 94-009 SWC DESCRIPTION R 5694-6799 PAGE 1 OF 6 94-009 SWC DESCRIPTION R 6800-7225 PAGE 2 OF 6 94-009 SWC DESCRIPTION R 7282-7314 PAGE 3 OF 6 94-009 DRY DITCH 94-009 6064 94-009 6094 S 120-8400 SS#908 T 28-8390, OH-DITE/SDT/DLL 1-2 T 2240-8378 OH/DPR/GR 3-9 04/08/94 04/27/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/12/94 04/08/94 //' 04/27/94/ Are dry ditch samples required? ~_~P no And received? ~ no Was the well cored? ~e~ no Analysis & description received? f~s~no Are well tests requi . ceived? Well is in compliance Comments PERMIT DATA ~OGCC Individual Well Geological Materials Inventory T DATA_PLUS Page: 1 Date: 04/27/94 RUN DATE_RECVD 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 CORE CHIPS ASL C 7772-7807 SS#908 L 100-2256 COLOR ONLY BHC/DT DDL L 110-8320 L 110-8400 DIL/DLL DPR/GR DPR/GR DSSI L 110-8360 L 2246-8353 L 2246-8353 TVD L 1240-8020 COLOR ONLY DSSI L 1243-8010 COLOR ONLY DSSI L 2221-8319 COLOR ONLY FMI L 2800-3100 COLOR ONLY FMI L 4500-5160 COLOR ONLY FMI L 6600-7350 COLOR ONLY FMI L 7650-7994 COLOR ONLY FMI/GR LITHOLOGY LOG L 2228-7998 L 2228-7983 PORO FILED LOG MSD DIPS L 2234-7994 MUD L 110-8400 MD MUD L 110-8400 TVD NGT PDL L 2228-7910 FIELD LOG L 250-7250 407 CORE ANALYSIS R COMP DATE: 03/07/94 R 7794-7799 & DESCRIPT CORE DESRIPTION R 7794-7799 GEN SCHEMATIC DAILY WELL OP R 02/11/94-03/08/94 FINAL WELL REPT R 02/06-03/07/94 FORMATION TOPS R 1142-8400 04/12/94 1 04/08/94 1-2 04/08/94 1 04/27/94 1-2 04/08/94 5-11 04/27/94 5-11 04/27/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 2 04/08/94 1 04/08/94 2 04/08/94 1 04/27/94 1 04/27/94 2 04/08/94 1 04/27/94 04/08/94 04/08/94 04/08/94 04/08/94 04/27/94 04/08/94 ~OGCC Individual Well Geological Materials Inventory PERMIT DATA T DATA_PLUS Page: 2 Date: 04/27/94 RUN DATE_RECVD 94-009 SURVEY 94-009 SURVEY 94-009 94-009 94-009 94-009 94-009 94-009 94-009 94-009 R 0.00-8400 BAKER HUGHES SWC ANALYSIS SWC ANALYSIS R 0.00-8400 BAKER-HUGHES R 2855,4828,4945,6678,6722& R 6800 SAME REPORT AS ABOVE SWC DESCRIPTION R 2917-4754 PAGE 4 OF 6 SWC DESCRIPTION R 4773-4974 PAGE 5 OF 6 SWC DESCRIPTION R 5044-5079 PAGE 6 OF 6 SWC DESCRIPTION R 5694-6799 PAGE 1 OF 6 SWC DESCRIPTION R 6800-7225 PAGE 2 OF 6 SWC DESCRIPTION R 7282-7314 PAGE 3 OF 6 S 120-8400 SS#908 94-009 6064 T 28.5-8390 OH/EDIT all 94-009 6094 T 2240-8378 OH/DPR/GR MWD 94-009 DRY DITCH 04/08/94 04/27/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/12/94 04/08/94 04/27/94 Are dry ditch samples required? yes no And received? Was the well cored? yes no Analysis & description received? Are well tests required? yes no Received? yes no Well is in compliance Initial yes no yes no Comments TO: DATE: ARCO Alaska, Inc. AtlanticRichfieldCompany Alaska Oil & Gas Consveration Commission Attn.: Robert P. Crandail 3001 Porcupine Dr. Anchorage Alaska 9950 FROM: Ms. Kelli A. Thibodeau-ANO 920A ARCO Alaska, Inc. 700 G. Street Anchorage, Alaska 99510-0360 (907) 265-6240 April 27, 1994 Transmitted herewith is the following data concerning Fiord #2: APl # 50-103-20201-00 I Sepia Copy as Displayed by BAKER HUGHES INTEQ: · DUAL PROPAGATION RESISTIVITY - GAMMA RAY 2 INCH & 5 INCH TIGHT HOLE MEASURED DEPTH FINAL PRINT · DUAL PROPAGATION RESISTIVITY - GAMMA RAY 2 INCH & 5 INCH TIGHT HOLE TRUE VERTICAL DEPTH FINAL PRINT · MUDLOG · DRILLING DATA LOG DDL - 2" = 100' MD · MUDLOG · PRESSURE DATA LOG - 1" = 250' I Blueline Copy as Displayed by BAKER HUGHES INTEQ: · DUAL PROPAGATION RESISTIVITY - GAMMA RAY 2 INCH & 5 INCH TIGHT HOLE MEASURED DEPTH FINAL PRINT · DUAL PROPAGATION RESISTIVITY- GAMMA RAY 2 INCH & 5 INCH TIGHT HOLE TRUE VERTICAL DEPTH FINAL PRINT · MUDLOG · DRILLING DATA LOG DDL - 2" = 100' MD · MUDLOG · PRESSURE DATA LOG - 1" = 250' I Paper Copy "ARCO FIORD #2 SURVEYS" As Displayed by BAKER HUGHES INTEQ I Paper Copy "FINAL WELL REPORT" As Displayed by BAKER HUGHES INTEQ I LIS (LWDG Formatted ) Tape as Displayed by BAKER HUGHES INTEQ I Paper Copy Lis (LWGD) Verification Listings as Displayed by BAKER HUGHES INTEQ Return receipt to: ARCO Alaska, Inc. Attn: Ms. Kelli A. Thibodeau - ANO 920A 700 G. Street Anchorage, AK 99510-0360 (907) 265-624/0 v~k. (907) 265-1398 fax Received by: ¢~/I~-~~i\~ ~ D ~ DATE: ~ .. - -- / ~J d "f ,ka 0i! & 6as 00ns. 00remission Anchorsge Appro, ved for transmittal by: T. L. Hudson Manager, Kuparuk Development and W. Extension Geoscience PERMIT DATA AOGCC Individual Well Geological Materials Inventory T DATA_PLUS 94-009 ASL 94-009 BHC/DT 94-009 DIL/DLL 94-009 DSSI 94-009 DSSI 94-009 DSSI 94-009 FMI L 100-2256 COLOR ONLY L 110-8320 L 110-8360 L 1240-8020 COLOR ONLY L 1243-8010 COLOR ONLY L 2221-8319 COLOR ONLY L 2800-3100 COLOR ONLY 94-009 FMI 94-009 FMI L 4500-5160 COLOR ONLY L 6600-7350 COLOR ONLY 94-009 FMI L 7650-7994 COLOR ONLY 94-009 FMI/GR 94-009~~ LITHOLOGY LOG 94-009 MSD DIPS 94-009 NGT 94-009 407 94-009 CORE ANALYSIS L 2228-7998 L 2228-7983 PORO FILED LOG L 2234-7994 L 2228-7910 FIELD LOG R COMP DATE: 03/07/94 R 7794-7799 & DESCRIPT 94-009 CORE DESRIPTION R 7794-7799 GEN SCHEMATIC 94-009 94-009 DAILY WELL OP FORMATION TOPS R 02/11/94-03/08/94 R 1142-8400 94-009 SURVEY R 0.00-8400 BAKER HUGHES 94-009 94-009 SWC ANALYSIS SWC ANALYSIS R 2855,4828,4945,6678,6722& R 6800 SAME REPORT AS ABOVE 94-009 SWC DESCRIPTION R 2917-4754 PAGE 4 OF 6 94-009 SWC DESCRIPTION R 4773-4974 PAGE 5 OF 6 94-009 SWC DESCRIPTION R 5044-5079 PAGE 6 OF 6 94-009 SWC DESCRIPTION R 5694-6799 PAGE 1 OF 6 94-009 SWC DESCRIPTION R 6800-7225 PAGE 2 OF 6 Page: 1 Date: 04/11/94 RUN DATE_RECVD 1-2 1-2 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 04/08/94 ~OGCC Individual Well Geological Materials Inventory PERMIT DATA T DATA_PLUS 94-009 Page: 2 Date: 04/11/94 RUN DATE_RECVD SWC DESCRIPTION R 7282-7314 PAGE 3 OF 6 94-009 6064 T 28.5-8390 OH/EDIT all 04/08/94 04/08/94 Are dry ditch samples required? yes no And received? Was the well cored? yes no Analysis & description received? Are well tests required? yes no Received? yes no Well is in compliance Initial Comments ~~__ ~:~ .~~-_ _~J~.~+~ ~.~- ~6~./~~ yes no yes no TO: DATE: ARCO Alaska, Inc. AtlanticRichfieldCompany Alaska Oil & Gas Consveration Commission Attn.: Robert P. Crandall 3001 Porcupine Dr. Anchorage Alaska 9950 April 08, 1994 FROM: Ms. Kelli A. ARCO Alaska, Inc. 700 G. Street Anchorage, Alaska 995~10:0~-60 (907) 265-6240 Transmitted herewith is the followinq data concerninq Fiord #2: AP! # 50-103-20201-00 I Sepia Copy as Displayed by Schlumberger: BOREHOLE COMPENSATED DT- RUN 1 AND RUN 2 MERGED (COMPUTER PROCESSED INTERPRETATION) · DUAL INDUCTION / DUAL LATEROLOG - 2" & 5' . · FORMATION MICRO IMAGER GAMMA RAY · MSD DIPS - 2234' TO 7994'- USING FMI GAMMA RAY 4X2X35 MSD DIPS · NATURAL GAMMA RAY LOG - (HNGS) - FIELD LOG · POROSITY- LITHOLOGY LOG - (IPLT) FIELD LOG I Blueline Copy as Displayed by Schlumberger: · BOREHOLE COMPENSATED DT- RUN 1 AND RUN 2 MERGED (COMPUTER PROCESSED INTERPRETATION) · DUAL INDUCTION / DUAL LATEROLOG - 2" & 5" · FORMATION MICRO IMAGER GAMMA RAY . · MSD DIPS - 2234' TO 7994'- USING FMI GAMMA RAY 4X2X35 MSD DIPS · NATURAL GAMMA RAY LOG - (HNGS) - FIELD LOG · POROSITY- LITHOLOGY LOG - (IPLT) FIELD LOG .~-- I Colored Paper Copy Computer Processed Interpretation as Displayed by Schlumberger: · ARRAY SONIC - COMPENSATED DT / PROJECTION PLOT · DIPOLE SHEAR SONIC IMAGER-MPS/UPPER DIPOLE PROJECTION PLOT · DIPOLE SHEAR SONIC IMAGER-MPS/LOWER DIPOLE PROJECTION PLOT · DIPOLE SHEAR SONIC IMAGER - BOREHOLE COMPENSATED DT · FMI IMAGES 2800' TO 3100' · FMI IMAGES 4500' TO 5160' · FMI IMAGES 6600' TO 7350' · FMI IMAGES 7650' TO 7994' Return receipt to: ARCO Alaska, Inc. Attn: Ms. Kelli A. Thibodeau - ANO 920A 700 G. Street Anchorage, AK 99510-0360 (907) 265-6240 wk. (907) 265-1398~{~:qx ~.. ~' ~,.~ Approved for transmittal by: ' '~.--~--, -----X~ ~L' REC£1VE'D I OF2 APR -'8 1994 Aiaska 0ii & 6as Cons. Commission Anchorage T. L. Hudson Manager, Kuparuk Development and ~V~/. Extension Geosc~ience TO: DATE: ARCO Alaska, Inc. AtlanticRichfieldCompany Alaska Oil & Gas Consveration Commission Attn.: Robert P. Crandall 3001 Porcupine Dr. Anchorage Alaska 9950 FROM: Ms. Kelli A. Thibodeau-ANO 920A ARCO Alaska, Inc. 700 G. Street Anchorage, Alaska 99510-0360 (907) 265-6240 April 08, 1994 Transmitted herewith is the following data concerninq Fiord #2' APl # 50-103-20201-00 I LIS (LWDG) Formatted Tape as Displayed by Schlumberger - · DITE - SDT - DLL - DSI - IPLT MERGED 1 Paper Copy Lis (LWGD) list as presented by Schlumberger 1 Sidewall Core Analysis Report as presented by Core Laboratories 1 Sidewall Core Description Report as presented by ARCO Alaska, Inc. 1 Wireline Tops as presented by ARCO Alaska, Inc. 1 Conventional Core Description as presented by ARCO Alaska, Inc. · 1 Conventional Core Plug Analysis as presented by Core Laboratories" ** MUD LOG MWD AND LIBRARY TAPE DATA PRESENTED BY BAKER HUGHES INTEQ WILL FOLLOW AT A LATER DATE. Return receipt to: ARCO Alaska, Inc. Attn: Ms. Kelli A. Thibodeau - ANO 920A 700 G. Street Anchorage, AK 99510-0360 (907) 265-6240 wk. (907) 265-1398 fax App roved~o[~t~t~~ ~[~: APR - 8 i994._'- A!aska 0it & Gas Cons. C0mmissb~ An~ora~ 20F2 T. L. Hudson Managor, Kuparuk Dovolopmont and W. Extonsion Gooscionce ARCO Alaska, Inc. Anchoi'age, Alaska 995=i0-0380 Teisphone 907 276 12!5 TO: STATE of ALASKA OIL/GAS CONSEVATION COMMISSION 3001 PORCUPINE ANCH., AK. 99503 OPERATOR: ARCO SAMPLE TYPE: D/A SAMPLES SENT: 120'-930' 3420'-4320' 6570'-6850' 7770'-8060' DATE: April 8, 1994 AIRBILL: AL646197 AFT#: ABV04-04-11-01 930'-1740' 4320'-4900' 6850'-7140' 8060'-8400' //./"'CHARGE CODE: AX930 .c/~ NAME: n_ i _L_ .i~ ~u 7140'-7480' 7480'-7770' UPON RECEIPT OF THESE SAMPLES PLEASE NOTE ANY DISCREPANCIES AND SEND A SIGNED COPY OF THIS TRANSMITTAL TO: ARCO ALASKA, INC. BAYVIEW GEOLOGIC FACILITY P. O. BOX 100360 RECEIVED ANCHORAGE, ATTN: D. L. AK. 99510-0360 Przywojski ABV-100 AR3B-6003-93 X.';X April 08, 1994 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Attention: Mr. Robert P. Crandall Re: Geological Data and Logs ARC O Fiord //2 Well 2126' FNL 1314' FWL SEC: 24 TWN: 12N RNG: 5E Gentlemen: ARCO Alaska, Inc. (ARCO) hereby submits the following described information for the subject well persuant to 20 AAC 25.071. ARCO requests that the enclosed information be held strictly confidential. Please execute the transmittal/receipt after you verify that all described data and logs are enclosed. Sincerely, U ~ 'hr - ,~mci~orage RECEIVED APR "~ 8 1994 A~,sk~ Oil &aas 6or~s. 6ommission Anchorage STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMi~_.ON WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1 Status of Well Classification of Service Well OIL [~] GAS E~] SUSPENDED E~ ABANDONED [] SERVICE E~ 2 Name of Operator ARCO Alaska, Inc 3 Address P.O. Box 100360, Anchorage, AK 99510-0360 4 Location of well at surface 2126' FNL, 1314' FWL, SEC 24, T 12N, R 5E, UM At Top Producing IntervalNA 934' FSL, 835' FEL, SEC 14, T12N, R5E, UM 5 Elevation in feet (indicate KB, DF, etc.) I 6 Lease Designation and Serial No. RKB 42' I ADL 372106 7 Permit Number 94-09 Permit/94-061 SA 8 APl Number 50-103-20201 9 Unit or Lease Name N/A 10 Well Number FIORD #2 1 Field and Pool WILDCAT 12 Date Spudded 11-Feb-94 17 Total Depth (MD+TVD) 8400' MD, 7214' TVD 13 Date T.D. Reached 02~Mar-94 14 Date Comp., Susp. or Aband. 03/07/94(P & A) 19 Directional Survey 15 Water Depth, if offshore 16 No. of Completions NA feet MSL NA 18 Plug Back Depth (MD+TVD) SURF 20 Depth where SSSV set I 21 Thickness of permafrost I NA feet MDI NA APPROX 22 Type Electric or Other Logs Run DIL/GR, SDT, DIL/MSFL,DSI/GR, FMi/GR, SWC 23 CASING, LINER AND CEMENTING RECORD CASING SIZE WT 16" 62.58# 9.625" 53.5# SETTING DEPTH MD TOP HOLE SIZE CEMENT RECORD SURF 110' 20" 250 SX AS I SURF 2231' 12.25" 259 SX AS III, 447 SX CLASS G 24 Perforations open to Production (MD+TVD of Top and Bottom and interval, size and number) NA 25 TUBING RECORD SIZE DEPTH SET (MD) PACKER SET (MD) NA 26 ACID, FRACTURE, CEMENT SQUEEZE, ETC DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 27 PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) 'ate of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO I I TEST PERIOD ~: wTubing Casing Pressure ICALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAV TY-API (corr) I ts. 124-HOUR RATE I~ CORE DATA lescription of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. 'To be sent under separate cover by Exploration Geology RECEIVED /:,PR - $ 1994 :,~,, bii & Gas Cons. Commission h.!;¢~,~ ' Anchorage CONTINUED ON REVERSE SIDE Submit in duplicate 29. 30. GEOLOGIC MARKERS FORMATION TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS DEPTH TRUEVERT. DEPTH GOR, and time of each phase. * To be sent by Exploration Geology NA · RECEIVED APR -8 1994. AIas~ Oil & Gas Con~. Commission Anchorage 3i. LIST OF A'I-FACHMENTS REPORT OF OPERATIONS, 2 COPIES OF MWD SURVEY, P & A SCHEMATIC, LOCATION SURVEY 32. I hereby certify that the foregoing is true and correct to the best of my knowlege. Signed ~/~~~,~ Title ~--.~- ',~/.,////~ ~"~,~/~ DATE INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 FIORD #2 Wireline Tops APl #50-103-20201 Location: 2126' FNL & 1314' FWL Sec. 24 T12N, R5E lat. 70° 22'51.98" log. 150° 45' 50.84" x= 5,989,563 y= 406,026 KB: 42' All tops are picked from Wireline logs Tops: md Base Permafrost 1142' Top West Sak 1282' Base West Sak 2078' Torok 4940' HRZ 7514' Kuparuk Sand 7774' LCU 7781' Nuiqsut Interval 8072' Total Depth 8400' tvd 1127' 1255' 1868' 4024' 6349' 6603' 6610' 6893' 7213' SS -1085' -1213' -1826' -3982' -6307' -6561' -6568' -6851' -7171' Log Run #1: GR/SP/Induction Gr/Array Sonic 110' - 2255' 110' - 2255' Log Run #2: DLL/MSFL/DSI/GR IPLT FMI SWC Log Run #2 cont'd: MDT Checkshot Survey Rotary SWC 110'-8375' 2231'-7990' 2231'-8000' 2558'-7314' (69 selected shots, 62 recovered) CANCELLED-Hole Conditions CANCELLED CANCELLED ORIGINAL Casing cut and backfilled 3' below ground level P&A Cap Marker 3' below ground level .5.105 (il) 2.58#, PEB RKB) Surface Plug Bridge Plug @ 300' 5.105 (k) 11.2 ppg Mud CONFIDENTIAL TOC @ (2075') ].5#, L-80, BTC ~TD / 2076' TVD) 5.105 (g2) 5.105 (k) .5.105 (f2) 5 (I) waived .5.105 (k) 5.105 (fl,I) 5.105 (k) 11.2 ppg Mud ....... :.:::.:..:: ............. :..: 20 bbls Hi-Vis; 11.2 ppg Mud Cement Retainer @ 2175' Casing Shoe Plug BOC @ (approx. 2331') TOC @ (approx. 2400') Abnormal Pressure C30 (2890'-3200') BOC @ (3300') RECEIVED API-~ '-8 '1994. 0il & Gas Cons. Commission Anchorage ~ TOO @ (7436') iHydrocarbon BOO @ (8044') 20 bbls Hi-Vis 11.2 ppg M u d TD @ 8400' MD Show ARCO FIORD #2 PLUG AND ABANDON SCHEMATIC = Lead Cement = Tail Cement = Cement Plugs = Gravel Fill WLM 4/4/94 LOCATED WITHIN PROTRACTED SEC 24 ~12 N RGE 5 E UMIAT MERIDIAN "~ A~RS~i~/ ~ .// ~/~ Y~ ~' ~" ~' LAT. = 70' 22', 51.981", 0'~ ~ ~ . 2,126' F N L, 1,314' F W L . ELEV.= 9 ~E)~~~.I.~7/ t ~// NO NO SC~ Ot~ ~ Gas ~O~s. ~0D~s$i0~ &~. ICEDA ~PADoF ISSUR~y:ROTA ~D1/31/94.I6' ~ST FROM GRID NOR~, '~t~::- AnchOrage 5. ~VA~ONS SHO~ ARE B.F'.M.S.L. · ~ ~9th ~ ~ ~ A~SKA AND ~A T ~lS PLAT REPRES~TS A SURLY ~~~ DONE BY ME OR UNDER NY DIRECT SUPERZSION AND · ,2~ _~~ ~g~- ~ LO UN SB DRY ARCO Alaska, Inc. Subsidier~ of Atlentic Richfield Compen~ AS-BUILT , CEA-R1XX-601 ~601156 I 1/31, , CORE LABORATORIES ARCO ALASKA, iNC. FIORD #2 EXPLORA~TON NORTH 'SLOPE, ALASKA FILE: BP-3-1525 DATE[: 16-MAR-94 ANALYS'fS:PB,I)$,TR CORE SMPL ] DEPTH · ,~ _1 FT 1 1H 7794'10' 1 2 H 7795.00 1. 3 H 7796.3O I 4 I-~ 7797;!~ l 5 H 779&00 l 6 H 7799.0B HORI ZOhIYAL KA/R, MI) DEAN STARK ANALYSIS HORIZONTAL PLUG SAMPLES PERMEAI~IU TY VERTICAL 0.0t 0.12 5.31 0,00 8.49 0.03 12.29 0,06 34.76 ! I:~RO~ITY J 8ATUP,~IONS 10.7 0.0 t01.8 11.t 0.4 102.6 11.6 19.~ 62.7 7.8 35.0 47.6 31.1 34,9 33.0 GRAIN DEI~SI'rY DESCRIPTION 2 2.71 3.11 3.14 3.03 Mdst-bmgy,hd,wk lam,otc f-vcsd,bm cly,qtz,glau SS-mdkgy,slt-.vfpbl,vpsrtd,sbmd,wcmt,qtz,glau,bm cb] mlx,m lc SS-Itbrngy,f-vcgr~predmg[,mo~tsrtd,sbrr~d,vwcml,c[tz,glau,sid,occ c~lc gr S S - bm gy,f- (;g r,predm g r,wsrtd, rnd,vwcm t, gl au,qtz ,sid,calc,frac NO SAMPLE S S- rib rngy,fs cl- vl=pbt,m od srtd.,sbrn d,wcmt,qtz, glau,sid r .-1 t -I Fiord #2 no-14-12N-$E Date logged: March 1, 1994 Logged by' D.S.Hastings/W.T.Thomason Ground: 0.00 ft KB' 42.00 ft , · ' ~' I" Remarks: Cored with RC412 'low-invasion' core b~t. Coring rate~wa~ above and below the sand; up to 39'/hr in the sand2 ~se'8 k~l"'i:nud mixed for low water loss. ~:) % v'.'i~'::''.,. . . SAND/SANDSTONE LrTHOLOGY ~ SHALE/MUDSTONE Scoured CONTACTS Pebbles/Granules Pyrite LITHOLOGIC ACCESSORIES Siderite Gl Glauconitic GRAIN SIZE cobble B I pebble 0 i granule T / sand U ~, silt R vcmrv IIIIIII Fclay B S R P S 0 00T R U RA T N 0 I I D SN N N I G S T wmv ra Y Mudstone, brownish-gray, with scattered pale brown 'dendritic' lineations. $id-'. '-'- ,Gl' .&~-~ ·. '.-....... Sandstone, f-m gr with scattered c-vc grs and scattered pebbles (mainly dk gry chert); very hard and tight; pervasively cemented with siderite(?); quartz, brown, suband to subrd, 40%; glauconite, pale green, as structural grains, 30%; petroliferous odor when fist samples, but no show. Sandstone, f-c gr w/scattered pebbles (dk gry chert); friable, no cement; quartz, clear, sub ang-sub rd; glauconite, pale green, soft, dominantly as framework grains, but w/20% matrix fill; excellent show: no stain; uniform yel-gold fiuorecence; instant blooming blue-white cut fluor.; very pale straw cut; strong petroliferous odor. Mudstone, brownish-gray, with trace to 1% scattered CltZ grains, and trace to 1% pyrite in f-vfg-sized nodules; with pale brown 'dendritic' lineations. ARCO ALASKA, INC. FIORD #2 EXP LO RAITO N NORTH SLOPE, ALASKA CORE LABORATORIES FILE: BP-3-1547 DATE: 02-APR-94 ANALYSTS: PB ,D S,TR, DA DEAN STARK ANALYSIS SIDEWALL SAMPI FS PERMEABILITY POROSITY SATURATIONS GRAIN SMPL DEPTH HOFIZONTAL (HEUUM)' OIL WATER DENSITY # FT KAIR, MD (%) % Pv % Pv GM/CC DESCRIPTION 1 SW 2885 BROKEN 35.5 2.7 77.8 2.76 SS-mgy,f-mgr, predfgr, wsrtd,sbrnd,pcmt,qtz,dr mafic gr,calc 2 SW 4828 4.08 29.0 13.8 76.0 2.70 SS-Itbrngy,vfgr, vwsrtd,sbrnd,p-mod crnt, qtz,occ calc & dk mafic gr 3 SW 4945 6.22 25.3 2.7 78.9 2.72 SS-Itbrngy,vfgr, vwsrtd,sbmd,p-mod cmt, qtz,occ calc & dk mafic gr 4 SW 6678 BROKEN 25.4 33.3 75.3 2.69 SS-Itgy,vf-fgr, predvfgr,wsrtd,sbrnd,p-modcrnt,qtz,calc 5 SW 6722 89.6 25.2 0.7 72.7 2.69 SS-Itgy,vf-fgr, predvfgr,wsrtd,sbrnd,p-modcmt, qtz,calc 6 SW 6800 6.39 24.0 0.6 64.1 2.69 SS-ltgy,vf-fgr, predvfgr,wsrtd,sbmd,p-modcmt,qtz,calc · .~, · . , ARCO Alaska, In,.. =Sidewall Core Description Operator and Well Name'ARCO FIORD #2 Page I of 6 Location Percussion SWC Date 3/8~94 Shot Recovered FI u o resce n ce Color Depth Rec. % Oil Color Cut Show (ft) (in.) Description Stain Odor % Intensity Color of Cut FI. Sum. 5695 I Mudstone,dk grey 6640 0.5 Interbedded dk. grey Mudstone and Sandstone 0 none none , None grey, v. fine,silty, some blk organic frags. Sharp contact between mudstone and ss 6650 .75 Sandstone, med grey, v. fine-fine, silty. Fine 0 none none none wk Poor ~arallel laminations highlighted with organics, yel- white ' 6660 .5 Mudcake 6678 i 1 Sandstone, grey, v. fine-fine, silty, thin clean 0 none none none wk Poor zone, mostly qtz, w/disemanated carb. frags, yel- !faint parallel laminations white 6692 .5 ~Mudstone, dk. grey, with thin v. fine sandstone 30 faint 100% in~ mod. yellow None wk Fair bed, mod. sorted, qtz with some organics SS white 6696 0 6703 , 0.5 Sandstone, grey, v. fine occ fine, silty, varying 0 none none None concentrations of organics. Fine parallel ~.__ laminations hi.qhli.qhted with or.qanics. 6708 0.5 Mudcake 6715 0 -- 6721 .75 Mudcake 6722 .75 Sandstone, grey, fine-v.fine, mostly qt~/b (,..,[ 10V~ none none wk Poor organics white 6732 I 1 Mudst°ne'dkgrey, withthindisc°ntineq~R 08 ]'034 i ss-mudstone interbed 6786 0.5 Sandstone, grey, fine, mostly- --/~rlo(q'~zr'~'~""¢c~"~"~'u'~' ' Ulr~"[~[;10rl none None ,rage 6 799 0.5 Sandstone, grey, fine, mostly qtz w/organics 0 none none None Remarks: i! Described by: D. Bannan ARCO Alaska, In,.. ' =~idewall Core Description Operator and Well Name-ARCO Fiord #2 Page 2 of 6 Location Percussion SWC Date 3/8/94 Shot Recovered FI u o resce n ce Color Color Cut Show Depth Rec. Description % Oil Odor % Intensity Color of Cut FI Sum. (ft) (in.) Stain ' 6800 ! 0.5 Sandstone, grey, fine, silty, varying 0 none none None ! concentrations of organics. Fine parallel laminations hi.qhl .qhted with organics. 6805 0.5 Sandstone, grey, v. fine, silty, qtz with oraganics 0 none none None 6818 .25 Sandstone, grey, v. fine, silty, qtz with oraganics 0 none none none 6895 0.5 Sandstone, grey, fine, silty, varying Tr faint 70 mod yellow None mod Good concentrations of organics. Fine parallel yel- laminations hi.qhl .qhted with or.qanics, white 6909 0.25 Sandstone, grey, v. fine, silty, varying 0 none none None concentrations of organics. Fine parallel laminations highlighted with organics. 6950 .75 Sandstone, grey, fine, silty, varying None concentrations of organics. Fine parallel laminations hi.qhli.qhted with or.qanics. 7018 1 Mudstone, dk. grey 7038 -- 0.5 Sandstone, grey, v. fine, silty, varying 0 faint 10°/,, mod yellow none mod. Fair concentrations of organics. Fine parallel yel- -.__ . laminations hi.qhli,qhted w/or,qanics. 1 band fluor, blue 7059 i 0 71'i0 1 Mudstone, dk grey 712~6' 0.25 Siltstone, med grey, fine parallel laminations thin 0 none none None v. fine sand bed 7152 0.25 Interbedded thin grey sandstones and med grey 0 none 30 wk- mod yellow none V. wk. siltstones, abundt, organics. SS have fluor, white 7181 0.25 Interbedded thin grey sandstones and med grey 0 none none None siltstones, abundt, organics. 7220 1 mudstone dk. grey. 7225 1 mudstone, dk. grey ___ Remarks: Described by: D. Bannan ARCO Alaska, In,.. Sidewall Core Description Operator and Well Name'ARCO Fiord #2 Page 3 of 6 Location Percussion SWC Date 3/8/94 Shot Recovered Fluorescence Color Depth Rec. % Oil Color Cut Show (ft) (in.) Description Stain Odor % Intensity Color of Cut FI. Sum. 7282 I 0.5 Sandstone, grey, v. vine, v. silty. White, 0 faint 80 wk-mod yellow none Strg. Good- ! calcite(?) vein filling runs partially across sample yel- Excel. 7291 J 0.25 I~udcake .white 7300 0.25 §andstone, grey, v. fine, silty, varying 100 0 95 wk yellow amber Strg. Good- concentrations of organics. Fine parallel It.brn yel- Excel. laminations hi.qhli.qhted with orqanics, white ,., 7301 0.25 mudcake I 7302 0.25 Sandstone, grey, v. fine, silty, varying 0 none 70 wk yellow none Strg. Good concentrations of organics. Fine parallel yel- laminations hi(~hli(~hted with orqanics, white 7314 0 .. I .. Remarks: . Described by: D. Bannan ARCO Alaska, In,.. ::iidewall Core Description ~1 Operator and Well Name'ARCO FIORD #2 Page 4of 6 Location Percussion SWC Date 3/8/94 ! Shot Recovered FI u o resce n ce Color Color Cut Show Depth Rec. Description % Oil Odor % Intensity Color of Cut FI. Sum. (ft) (in.) Stain 2917 1 Mudstone, med grey, firm 2898 0 2886 I Sandstone, dk grey, fine, v. silty, qtz w/organics, 0 faint 50 wk yellow none mod. Fair abundt, pyrite, tr glauc, strng white 2885 1 Sandstone, dk gm-grey, fine occ med., ssilty, 0 none 80 wk yellow pale mod. Good qtz, feldspar?, abundt glauc, pyriteblk-brn mica straw strng white 2875 .75 Mudstone, med grey, firm 2672 0.75 Tuff, white to gm-white, firm, waxy,very fractured with minor black hard shale 2664 1 Mudstone, dk grey, firm, weak platey parting 2625 1 Mudstone, dk grey, firm, weak platey parting with tuff white to grn white, hard, fractured 2558 0 : 2937 ~ 1 Laminated grey silty sandstones and med grey, 50 none 70 mod- yellow pale mod. good ~ siltstones with organics highlighting laminations, strong straw strng white 4541 1 Mudstone, dk grey firm 4608 1 Mudstone, dk grey firm 4662 1 Mudstone, dk grey firm w/pyrite 4626 1 Silty mudstone, dkgrey firm wi pyrite. Isolated 0 none 10 wk yellow none weak Poor blebs of silty v. fine sand w. shows white 4754 1 Mudstone, brown- grey firm, slight platey Remarks: Described by: D. Bannan ARCO Alaska, In,.. ~sidewall Core Description Operator and Well Name'ARCO Fiord #2 Page 5 of 6 Location Percussion SWC Date 3/8~94 Shot Recovered Fluorescence Color Depth Rec. % Oil Color Cut Show (ft) (in.) Description Stain Odor % Intensity Color of Cut FI. Sum. 4773 0.75 Mudstone, dk grey, soft 4815 i 1 Silty mudstone, brown- grey, firm 4821 1 Silty mudstone, brown- grey, firm w/isolated 30 It faint 30 wk yellow none v. wk Poor blebs of silty v. fine sand w. shows brown blu- white 4825 1 Sandstone, It brown, v.fine, silty, qtz w/some 100 faint 100 mod yellow- pale weak Poor organics. 1/2 of sample dk grey mudstone, firm of ss of ss gold straw white 4828 0.75 Sandstone, It brown, v.fine, silty, qtz w/some 100 faint 100 mod yellow - pale mod. Good organics. 1/2 of sample dk grey mudstone, firm of ss of ss gold straw strng white 4830 1 mudstone, dk grey, firm w/thin interbeds of It 100 faint 100 wk yellow- pale weak Poor brwn silty sandstone, qtz w/some organics, of ss of ss gold straw white 4838 1 Mudstone, dk grey, firm w/thin interbeds of It 100 faint 100 mod yellow- pale weak Poor brwn silty sandstone, qtz w/some organics, of ss of ss gold straw white 4842 1 Siltstone, brown-grey firm 0 faint 100 v. wk yellow- pale mod. Good gold straw white 4928 1 Mudstone, dk grey, firm 4945 ! 0.75 Siltstone, brown-grey, firm, some orgainics 50 faint 100 v. wk yellow- None weak Poor I laminated with clayey siltstones gold white 1- 4946 0.5 $iltstone, brown-grey, firm, some orgainics 10 none 10 v. wk yellow- None weak Poor , laminated with clayey siltstones gold white 4952 1 iSandstone, It brown, v.fine, silty, qtz w/some 100 of faint 100 v. wk yellow- None mod. Fair organics. 1/2 of sample dk grey mudstone, firm ss of ss gold white 4953 1 Mudstone, dk grey firm w/pyrite. Isolated blebs 100 of none 100 v. wk yellow- None weak Poor , of silty v. fine sand w. shows ss of ss gold white 4958 0 4974 0 Remarks: Described by: D. Bannan ARCO Alaska, In,.. Operator and Well Name'.~RCO Fiord #2 Location Percussion SWC c~idewall Core Description Page 6 of 6 Date 3/8/94 Shot Recovered Fluorescence Color Depth Rec. % Oil ' Color Cut Show (ft) (in.) Description Stain Odor % Intensity Color of Cut FI. Sum. 5044 1 Mudstone, dk grey firm, slightly platey 5066 Mudstone, dk grey firm, pyrite, slightly platey 5079 I I Mudstone, dk grey firm L I I Remarks: . -~ · Described by: D. Bannan ARCO ALASKA INC. DAILY OPERATIONS PAGE: 1 WELL: BOROUGH: UNIT: FIELD: LEASE: API: PERMIT: APPROVAL: FIORD #2 NORTH SLOPE WILDCAT WILDCAT ADL 372106 50-103-20201 94-09 ACCEPT: 02/11/94 12:00 SPUD: 02/11/94 06:00 RELEASE: 03/07/94 06:00 OPERATION: DRLG RIG: ROWAN 33 WO/C RIG: 02/11/94 ( 1) ROWAN 33 TD: 120' ( 120) 02/12/94 ( 2) ROWAN 33 TD: 1761' (1641) 02/13/94 ( 3) ROWAN 33 TD: 2261' ( 500) 02/14/94 ( 4) ROWAN 33 TD: 2261'( 0) 02/15/94 (5) ROWAN 33 TD: 2261'( o) SPUD @ 0600 HRS 16"@ 110' MW: 0.0 VIS: 0 CHANGE BRAKE BANDS ON DRAW-WORKS. INSTALL SHAKER SCREENS. WORK ON GENERATOR. PU KELLY. PREP TO CIRC H20, CLEAN UP RIG FLOOR. CONNECT JETLINE TO FLOWLINE, CUT STOPS OFF "V" DOOR. STRING UP HALLIBURTON WL & MU O/S, WORK ON CENTRIFUGE AUGER, STRING UP GERONOMO LINE, PU KELLY, MU SAVER SUB, TIW VALVE, & SAVER SUB, FILL STACK W/WATER, 16" KNIFE VALVE LEAKING, CHANGE OUT VALVE, CIRC THROUGH FLOWLINE & CHECK F/LEAKS. PRESS TEST KELLY, STANDPIPE, MUD LINE & PUMPS TO 3200 PSI. TEST GOOD. ACCEPT RIG @ 2400 HRS 02/10/94(00:00 HRS 02/11/94). MIX MUD, PREP TO PU BHA. PU BHA, TAG @ 58'. DRILL OUT TO 96', BROKE INTO OPEN HOLE, WASH KELLY DOWN TO 110' SET BACK KELLY, PU MWD, ORIENT MOTOR & MWD TOOL. DRILL & SURVEY 16"@ 110' MW:10.0 VIS: 61 DRILL & MWD SURVEY. CIRC & INCREASE MUD WT F/9.9 PPG TO 10.0 PPG. DRILL & MWD SURVEY. WIRELINE LOGGING 16"@ 110' MW:10.2 VIS: 49 DRILL & SURV TO 2261'. CBU. POH, CLEAN CLAY OFF STAB & BIT. RIH. WORK THROUGH TIGHT SPOT @ 1222', NO FILL ON BTM. CIRC & COND MUD FOR LOGGING. DROP SURV. POH, NO CORRECTIONS. CHAIN OUT. RU SCHLUMBERGER. PU DIL/DSI/GR, DSI FAILED, LD DIL & DSI, PU SDT. RIH W/SDT TO 2261'. LOG TO SURF. BUMP PLUGS 16"@ 110' MW:10.2 VIS: 58 LD DSI TOOL & PU DIL. RUN DIL & GAMMA. RD SCHLUMBERGER. LD MOTOR, SUBS, MWD & 1-MONEL DC. TIH. CIRC & COND HOLE. RU GBR CSG CREW, HOLD SAFETY MEETING. RUN 9-5/8" SURF CSG TO 2180' TIGHT HOLE, MU CIRC SWEDGE, WASH TO 2190' MU HGR & LANDING JT, WASH TO CSG DEPTH @ 2231'. CIRC & COND HOLE & MUD. BREAK CIRC. TEST LINES TO 3000 PSI. CMT W/DOWELL, BMP PLUGS W/2500 PSI. CIP @ 0600 HRS. TESTING BOP 9-5/8"@ 2231' MW:10.2 VIS: 0 PU TWO STRINGS 1" TBG & WASH OUT 9-5/8" X 16" ANN TO 50' LD CSG EQUIP. NU 20" DIVERTER & DOUBLE STUD ADAPTOR. INSTALL FMC JUNK RING, MU FMC 11-3/4" BTC X 11" 3M WELLHEAD, PU KELLY & TORQUE TO 23,000 FT/LBS. NU 13-5/8" BOP. PRESS UP KOOMY LINES & CHECK FOR LEAKS, FUNCTION TEST BOP'S. RU TO TEST BOP'S. TEST 13-5/8-5M STACK TO 250/3000 PSI. RECEIVED WELL: FIORD #2 API: 50-103-20201 PERMIT: 94-09 PAGE: 2 02/16/94 (6) ROWAN 33 TD: 2271' ( 10) 02/17/94 ( 7) ROWAN 33 TD: 2915'( 644) 02/18/94 ( 8) ROWAN 33 TD: 3484'( 569) 02/19/94 (9) ROWAN 33 TD: 4720' (1236) WT UP MUD 9-5/8"@ 2231' MW: 8.8 VIS: 35 TEST BOPE TO 300/3000 PSI. SET WEAR BUSHING & LD TEST JT. INSTALL NEW AIR HOIST SHEAVE IN CROWN. PU 8-1/2 BHA, ORIENT NAVADRILL, ATTEMPT TEST MWD-NOT WORKING. RIH, FUNCTION TEST MWD-NOT WORKING. POOH. CHANGE OUT MWD & REORIENT NAVIDRILL, ATTEMPT TO TEST MWD-STILL NOT WORKING. RIH, TAG FC @ 2140' TEST CSG TO 2500#-OK. DRILL FC, CMT, FS, & 10' NEW FORM TO 2271' DISPLACE SPUD MUD W/25 BBL HI VIS SWEEP, FOLLOW W/KCL POLYMER MUD. WT UP KCL MUD & COND FOR LEAKOFF TEST. ~ -- WT UP MUD 9-5/8"@ 2231' MW: 9.4 VIS: 35 CIRC & WT UP MUD TO 9.2 PPG. PERFORM LOT TO 12.6 EMW. PMP SLUG & POOH. CHANGED BIT & MWD TOOLS, ORIENTATE MOTOR. TIH. TESTED MWD-OK. FIN TIH. DRILL & SURV TO 2915'. WELL FLOWING. SI WELL. WT UP MUD TO 9.7 PPG. CIRC KILL WT MUD. CHECKED WELL FOR FLOW. OK. CIRC & WT UP MUD TO 10 PPG. CBU 9-5/8"@ 2231' MW:ll.2 VIS: 41 CIRC & WT UP MUD TO 10 PPG. DRILL F/2915'-2941'. FLOW INCREASED. SI WELL. NO PRESS. CIRC & WT UP GAS CUT MUD TO 11.2 PPG. DRILL F/2941'-2953'. CHECKED FOR FLOW. NO FLOW. DRILL & SURV F/2953'-3480'. CBU & PMP SLUG. POOH. TIGHT SPOT @ 2935'. DOWNLOAD MWD DATA & CHANGE BIT. TIH. NO TIGHT SPOTS, NO FILL ON BTM. DRILLING 9-5/8"@ 2231' MW:ll.2 VIS: 52 DRILL & SURVEY F/3484'-4720'. 02/20/94 (10) ROWAN 33 TD: 5250' ( 530) 02/21/94 (11) ROWAN 33 TD: 6160' ( 910) DRILLING 9-5/8"@ 2231' MW:ll.2 VIS: 48 DRILL & SURV F/4720'-5154'. CBU & COND MUD. DROP SURV & PMP PILL. POOH F/BIT & WIPER TRIP. RETREIVE SS SURV. CHANGE OUT MUD MOTOR & DOWNLOAD MWD, MU BIT & FUNCTION TEST MWD. RIH. PRECAUTIONARY REAM F/5083'-5154'. CBU. DRILL F/5154'-5250'. DRILLING 9-5/8"@ 2231' MW:ll.1 VIS: 46 DRILL & SURVEY F/5250'-6160'. 02/22/94 (12) ROWAN 33 TD: 6720' ( 560) DRILLING 9-5/8"@ 2231' MW:ll.1 VIS: 47 DRILL & SURV F/6160'-6672' CBU @ DRILLING BREAK LOOKING F/CORE POINT. DRILL F/667~'-6710'. CBU F/SAMPLE. DRILL F/6710'-6720'. CBU F/SAMPLE. RECEIVED _..~.~,,~,,' ;. ,,~,,, Oil & Gas Cons. Commission Anchnra.qe WELL: FIORD %2 API: 50-103-20201 PERMIT: 94-09 PAGE: 3 02/23/94 (13) ROWAN 33 TD: 6905' ( 185) 02/24/94 (14) ROWAN 33 TD: 7471'( 566) DRILLING 9-5/8"@ 2231' MW:ll.1 VIS: 45 CIRC F/SAMPLES @ 6724'. DRILL & SURV TO 6801'. CBU. DROP SS SURV. POOH. RETRIEVE SURV, STAND BACK BHA. PULL WEAR BUSHING, RUN TEST PLUG, TEST ALL BOPE TO 3000 PSI. CHECK OUT PVT SYSTEM AND H2S SYSTEM. TRIP TANK MONITOR FAILED TO TEST, AOGCC INSPECTOR DOUG AMOS WITNESSED TEST & REQUESTED TRIP TANK MONITOR HAD TO BE REPAIRED NO ATER THAN 3 DAYS FROM PRESENT DATE. H2S SYSTEM OK. PULL TEST PLUG & SET WEAR BUSHING. MU NEW BIT. RIH. BREAK CIRC, PRECAUTIONARY REAM. DRILL & SURVEY TO 6905'. DRILLING 9-5/8"@ 2231' MW:ll.1 VIS: 48 DRILL & SURV TO 7471' 02/25/94 (15) ROWAN 33 TD: 7732' ( 261) 02/26/94 (16) ROWAN 33 TD: 7790' ( 58) 02/27/94 (17) ROWAN 33 TD: 7820' ( 30) 02/28/94 (18) ROWAN 33 TD: 7943' ( 123) 03/01/94 (19) ROWAN 33 TD: 8260' ( 317) DRILLING 9-5/8"@ 2231' MW:ll.1 VIS: 48 DRILL & SURVEY TO 7606'. CBU. MIX & PMP SLUG. DROP SS SURVEY, POH F/BIT. RETRIEVE SS SURV @ D.C.'S DOWNLOAD TELECO, CHANGE OUT NAVI-DRIL, MU BIT, ORIENT TOOLS, RUN D.C.'S PMP, TEST MWD-OK. RIH. FILL DP @ 5115', PMP CHECK SHOT FOR TELECO, WASH & REAM 58' TO BTM. NO FILL. DRILL & SURV TO 7732'. CUTTING CORE #1 9-5/8"@ 2231' MW:ll.2 VIS: 53 DRILL & SURV TO 7772' CIRC & COND MUD F/CORE #1. DROP SS SURV. POOH. PU CORE BBL. RIH W/CORE ASSY. CUT CORE #1 F/7772'-7790'. DRILLING 9-5/8"@ 2231' MW:ll.2 VIS: 54 FIN CUTTING CORE #1 TO 7813'. BREAK CORE, BUILD & PMP SLUG. POOH W/CORE #1. LD 2 DC'S, RETRIEVE CORE. LD CORE BBL. MU BIT, MWD TOOLS, RUN BHA, PMP TEST MWD-OK. RIH TO 5115', PU KELLY, FILL PIPE. FIN RIH TO 7750', BREAK CIRC, REAM 7750'-7813'. DRILL & SURV TO 7820'. CIRC F/SAMPLES 9-5/8"@ 2231' MW:ll.2 VIS: 54 DRILL & SS SURV. BIT STOPPED DRILLING, GAINED PMP PRESS, SUSPECT MOTOR BAD. CBU, BUILD & PMP SLUG. POOH F/BHA CHANGE. LD NAVI-DRIL, MU PACKED BHA, PU 6 STEEL DC'S. RIH TO 5115', FILL PIPE, PMP UP CHECK SHOT FOR TELECO. RIH, LD 7 JTS DP. BREAK CIRC, WASH 60' & REAM FOR MWD LOG F/7894'-7904'. DRILL & SURV, ENCOUNTERED DRILLING BREAK @ 7936'. CIRC F/ SAMPLES @ 7943'. DRILL & SURV 9-5/8"@ 2231' MW:ll.2 VIS: 51 DRILL & SURV TO 8260'. RECEIVED APR - 8 1994 0il & ~as Cons. Commission Anchorage WELL: FIORD #2 API: 50-103-20201 PERMIT: 94-09 PAGE: 4 03/02/94 (20) ROWAN 33 TD: 8400' ( 140) 03/03/94 (21) ROWAN 33 TD: 8400'( o) 03/04/94 (22) ROWAN 33 TD: 8400'( o) 03/05/94 (23) ROWAN 33 TD: 8400'( o) 03/06/94 (24) ROWAN 33 TD: 8400'( o) 03/07/94 (25) ROWAN 33 TD: 8400'( 0) RIH 9-5/8"@ 2231' MW:ll.2 VIS: 51 DRILL & SURV F/8260'-8400' CBU. PMP SLUG. POOH TO 9-5/8" CSG SHOE. PULLED 76K OVER OFF BTM. TIGHT SPOT @ 5975'. PU KELLY & REAM THRU. SLIP & CUT DRILLING LINE. RIH. 9-5/8"@ 2231' MW:ll.3 VIS: 62 TIH. PU KELLY & WORK THRU TIGHT SPOT. CIRC & COND MUD F/LOGS. DROP SS & PMP DRY JOB. TOH F/LOGS. NO HOLE PROBLEMS. UNLOAD DATA & LD MWD/LWD TOOLS. PULL WEAR BUSHING. TEST BOP'S TO 250 PSI & 3000 PSI. RU SCHLUMBERGER. LOGGING W/DLL/MSFL/DSI/GR F/8375'-SURF CSG. TOH 9-5/8"@ 2231' MW:ll.3 VIS: 53 LOGGING W/DLL/MSFL/DSI/GR. CHANGE LOGGING TOOL. LOGGED W/LDS/HPS/HNGS F/8375'-CSG. LD LOGGING TOOLS & RD SCHLUMBERGER. LD MONEL DC'S. TIH TO 8320'. PU SINGLES & WASH TO BTM. CBU. TOH TO CONT LOGGING. NO HOLE PROBLEMS. TIH 9-5/8"@ 2231' MW:ll.4 VIS: 53 RU SCHLUMBERGER. RAN FMI/GR LOG F/8000'-SURF CSG. PU SIDEWALL CORE GUNS & RIH. SHOT GUNS #1 & #2. RD SCHLUMBERGER. RIH W/BIT FOR CLEANOUT RUN. TIH. TAG CMT 9-5/8"@ 2231' MW:ll.4 VIS: 49 TIH F/WIPER TRIP TO 8381'. CIRC B/U & PMP SLUG. TOH. LD HWDP & BHA. PU MULE SHOE & TIH TO 7237' PU SINGLES & RIH TO 8320'. CIRC & SPOT HI VISC PILL. TOH TO 8044'. PMP 4 BBLS H20 & PRESS TEST DOWELL CMT LINES TO 2000 PSI MIX & PMP 270 SX CLASS G CMT. CIP @ 2230 HRS 03/05/94. TOH W/10 STDS DP TO 7118'. REVERSE CIRC & CLEAR DP. PMP SLUG. TOH F/BIT. PU BIT & RIH. TAG CMT @ 7436' WITNESSED BY LOU GRIMALDI OF AOGCC. LDDP 9-5/8"@ 2231' MW:ll.3 VIS: 51 CIRC & COND MUD. TOH. LDDP. PU MULE SHOE & TIH. SPOT HI VISC PILL. PMP 4 BBLS H20 & TEST DOWELL LINES TO 2000 PSI. MIX & PMP 390 SX CLASS G CMT. DISPLACED CMT W/40 BBLS MUD. CIP 1630 HRS 03/07/94. TOH. REVERSE CIRC & COND MUD. TOH. PU HOWCO EZSV & RUNNING TOOL. TIH. SET EZSV & SET DOWN 15000# FOR TEST. CLOSED HYDRIL & PRESS ANN TO 500 PSI. ESTAB INJ RATE 3.5 BPM @ 300 PSI. PMP 2 BBLS H20 & TEST LINES TO 2000 PSI. MIX & PMP 115 SX CLASS G CMT. DISPLACED W/30 BBLS MUD. UNSTUNG & SPOTTED 7 BBLS CMT ON TOP OF EZSV. PULLED 5 STDS DP. REVERSE CIRC. PRESS TEST CSG & EZSV TO 500 PSI. LDDP. (:;as Cons. Commission Anchorage WELL: FIORD #2 API: 50-103-20201 PERMIT: 94-09 PAGE: 5 03/08/94 (26) ROWAN 33 TD: 8400'( o) RIG RELEASED 9-5/8"@ 2231' MW: 0.0 VIS: 0 PU HOWCO EZSV & RIH TO 300' & SET SAME. POOH. LD RUNNING TOOL. PU MULE SHOE & RIH TO 300' RU DOWELL, TEST LINES, PMP 17 BBLS ARTIC SET I CMT. POH. PU SINGLE & PMP 2 BBLS CMT. RD DOWELL. LD DP. LD KELLY & MOUSE HOLE. ND BOP'S. CLEAN MUD PITS. RIG RELEASED 1800 HRS 03/07/94. SIGNATURE: DATE: RECEIVED 6as Gons. Commission Anchorage FINAL WELL REPORT ARCO ALASKA INC. FIORD ~2 NORTH SLOPE, ALASKA 06 FEBRUARY, 1994 TO 07 MARCH, 1994 THE INFORMATION, INTERPRETATIONS, RECOMMENDATIONS, OR OPINIONS CONTAINED HEREIN ARE ADVISORY ONLY AND MAY BE REJEGTED. CONSULTANT DOES NOT WARRANT THEIR ACCURACY OR CORRECTNESS. NOTHING CONTAINED HEREIN SHALL BE DEEMED TO BE INCONSISTENT WITH, NOR EXPAND, MODIFY OR ALTER CONSULTANT'S OBLIGATION OF PERFORMANCE AS PROVIDED FOR IN A WRII~YEN AGREEMENT BETWEEN THE PARTIES, OR IF NONE, IN CONSULTANT'S MOST RECENT PRICE LIST. BAKER HUGHES INTEQ OF USA, INC. COMPILED BY: SAM HEWII'r GARY HAMBURG RALPH WINKEY~ APPROVED BY- JOHN MORRIS ORIG INTRODUCTION THE FIORD $ 2 WELL IS A RANK "WILDCAT" WELL THAT WAS DRILLED IN T~{E COLVILLE DELTA REGION ON THE NORTH SLOPE OF ALASKA. COORDINATES FOR THE SURFACE LOCATION OF THE WELL ARE: LATITUDE 70 DEG. 22 MIN. 51.98 SEC NORTH WITH A LONGITUDE OF 150 DEG. 45 MIN 50.84 SEC WEST. FINAL WELL TD WAS 8400' MD AND 7214' TVD. IN ACCORDANCE WITH TIGHT HOLE RESTRICTIONS, THE NATURE OF THE PLAY AND THE FORMATIONS PENETRATED WERE NOT DISCUSSED WITH SERVICE COMPA~ PERSONNEL. NO AI~fEMPT IS MADE TO IDENTIFY FORMATION TOPS OR TIME BOUNDARIES. A DEVIATED HOLE WAS DRILLED TO THE NORTHWEST THROUGH THE USE OF DIRECTONAL DRILLING TOOLS AND TECHNIQUES. THE HOLE WAS KICKED OFF OUT OF SURFACE CONDUCTOR AT 110' MD AND BUILT UP TO ABOUT 42 DEGREES FROM TRUE VERTICAL BY 1900' MD. THE HOLE ANGLE WAS HELD CONSTANT FROM 42 TO 43 DEGREES, UNTIL ABOUT 3800' MD. IT WAS ALI~D TO DROP GRADUALLY TO 12 DEGREES FROM TRUE VERTICAL BY 8300' MD. 12-1/4" HOLE WAS DRIL~,RD FROM 16" SURFACE CONDUCTOR, AT 110', TO 9-5/8" CASING POINT AT 2261' MD. AN 8-1/2" HOLE WAS DRILLED FROM 9-5/8" CASING SHOE AT 2231' TO FINAL WELL TD AT 8400' MD. CLAYSTONE AND SILTSTONE WAS THE PRIMARY LITHOLOGY PENETRATED WITH MINOR SHALE AND SANDSTONE INTERBEDS. THE WELL REPORT IS BROKEN INTO FOOTAGE SECTIONS AND DESCRIBED ACCORDINGLY. -1- SUMMARY OF PERTINENT DATA WELL NAME: API NUMBER: OPERATOR: FIORD $2 50-50-103-2001 ARCO ALASKA INC. LOCATION: ELEVATION: CASING: DATE SPUDDED: DATE TOTAL DEPTH REACHED: FINAL TOTAL DEPTH: CONVENTIONAL CORES: FORMATION TESTS: HYDROCARBON SHOWS: COMPANY GEOLOGISTS: ARCO ALASKA INC. B.H. INTEQ GEOLOGISTS: FINAL WELL STATUS: ROWAN DRILLING RIG ~33 LAT: 70 DEG, 22 MIN, 51.98 SEC LONG: 150 DEG, 45 MIN, 50.84 SEC GROUND LEVEL 10' ABOVE MEAN SEA LEVEL ROTARY KELLY BUSHING 40' ABOVE MSL 16.00" AT 110' RKB 9.625" AT 2231' RKB 11 FEBRUARY 1994 O1 MARCH 1994 8400' MD, 7214' TVD $1, 7772' - 7813' NONE RUN AT THIS TIME SEE SHOW REPORTS - APPENDIX II JIM SALLEE, DAVE BANNON, BILL TOMLINSON, DOUG HASTINGS SAM HEWI%~, GARY HAMBURG RALPH WI NKEI/TAN SET CEMENT PLUGS -2- TABLE OF CONTENTS PAGE INTRODUCTION ............................................ 1 SUMMARY OF DATA ......................................... 2 METHODS OF: ............................................. 4 MUDLOG ........................................... 4 DRILL DATA ACQUISITION ........................... 4 COMMUNI CATIONS ................................... 4 SAMPLING PROCEDURES AND INTERVALS ................ 4 FORMATION EVALUATION SECTION 1 110' - 1294' MD (110' - 1265' TVD) LITHOLOGY ............................... 5 DRILL AND GAS DATA ...................... 5 OIL AND GAS SHOWS ....................... 5 SECTION 2 1294' - 2261' MD (1265' - 2024' TVD) LITHOLOGY ............................... 6 DRILL AND GAS DATA ...................... 6 OIL AND GAS SHOWS ....................... 6 SECTION 3 2261' - 6600' MD (2024' - 5457' TVD) LITHOLOGY ............................... 7 DRILL AND GAS DATA ...................... 7 OIL AND GAS SHOWS ....................... 8 SECTION 4 6600' - 7900' MD (5457' - 6725' TVD) LITHOLOGY ............................... 9 DRILL AND GAS DATA ...................... 9 OIL AND GAS SHOWS ...................... 10 SECTION 5 7900' - 8400' MD (6725' - 7214' TVD) LITHOLOGY .............................. 11 DRILL AND GAS DATA ..................... 11 OIL AND GAS SHOWS ...................... 12 APPENDIX I. SAMPLE DISTRIBUTION II. SHOW REPORTS III. BIT RECORD IV. DAILY DRILLING SUMMARY V. INTEGRATED FORMATION LOG (MD), INTEGRATED FORMATION LOG (TVD), DRILLING DATA LOG, AND PRESSURE DATA LOG ~-~HODS GEOLOGIC AND DRILLING DATA WAS COLLECTED AT THE WEr,M,SITE USING INTEQ'S DRILL MONITOR SYSTEM (DMS). THE SYSTEM IS A COMPUTER BASED DATA COLLECTION UNIT, USED IN THE ACQUISITION, COMPILATION, AND OUTPUT OF DATA. ADDITIONAL LITHOLOGIC AND HYDROC~N EVALUATION WAS PROVIDED BY INTEQ'S ONSITE GEOLOGISTS. METHODS OF ANALYSIS USED FOR EVALUATION ARE PRESENTED IN EXIX)G'S MANUAL "MUDLOGGING: PRINCIPLES AND INTERPRETATIONS" (MS-196). MUDLOG THE MUDLOG FORMAT WAS ESTABLISHED PRIOR TO THE START OF THIS WELL. DATA DISPLAYED ON THE LOG INCLUDED: %LITHOLOGY, INTERPRETED LITHOLOGY, RATE OF PENETRATION, TOTAL GAS, CUTTINGS GAS, CHROMATOGRAPH DATA, AND SHOW QUALITY WHEN PRESENT. A SEPARATE TRACK WAS SET UP TO PRESENT MWD RESISTIVITY EXCLUSIVELY WHILE GAMMA RAY WAS PRESENTED WITH THE RATE OF PENETRATION. TOTAL GAS, RATE OF PENETRATION, CU~INGS GAS AND GAMMA RAY WERE PLO'ITED LINEARLY, WHILE ALL OTHER PARAMETERS WERE PLOWED LOGARITHMICALLY. LOGS WERE PLOTTED AS 2 INCHES PER 100 FEET (1:600), WITH THE EXCEPTION OF THE PRESSURE DATA LOG. DRILL DATA DRILLING DATA MONITORED INCLUDED: RATE OF PENETRATION (ROP) USING THE BLOCK HEIGHT SYSTEM, ROTARY SPEED, HOOKLOAD, WEIGHT ON BIT, TORQUE (MINII'fdM, MAXIMUM, AND AVERAGE), MUD FLOW IN AND OUT, MUD TEMPERATURE IN AND OUT, STANDPIPE PRESSURE, PUMP STROKES, AND ALL THE MUD PITS. THREE H2S STATIONS WERE MONITORED AT ALL TIMES. THIS DATA WAS PLO'ITED ON THE LOGS AS WELL AS BEING DISPLAYED ON THREE REMOTE TERMINALS. COM~ I CAT I ON EXLOG PROVIDED ONSITE REMOTE TERMINALS FOR THE DISPLAY OF Ar,r, DRILLING PARAMETERS. THERE WAS A MODEM CONNECTION WITH A REMOTE TERMINAL IN THE DRILLING OFFICE AND A REMOTE TERMINAL IN THE GEOLOGIST'S OFFICE. AN EXPLOSION PROOF DRILL MONITOR (HADD) WAS PROVIDED FOR THE DRIr,L~R ON THE RIG FIDOR. SAMPLING SAMPLES WERE COLr,RCTED AT 30 FOOT AND 10 FOOT INTERVALS FROM SURFACE CONDUCTOR AT 110' TO FINAL WELL TD. 10 FOOT SAMPLES WERE COLr,RCTED WHEN SPECIFIED. 4 WET SAMPLES AND 5 DRY SAMPLES WERE COLr,¢CTED, AS WELL AS ONE SET OF SAMPLEX TRAYS. 1 GALLON MUD SAMPLES WERE COLlecTED EVERY AT 1000' VERTICAL DEPTH INTERVALS AND AT PERTINENT POINTS AS WELL AS ONE SET OF GEO CHEM SAMPLES. ALL SAMPLES WERE TURNED OVER TO AN ARCO REPRESENTATIVE, AT THE WELL SIGHT, FOR SHIPMENT TO ANCHORAGE. A COMPLETE LISTING OF SAMPLE SHIPMENTS CAN BE FOUND. IN THE APPENDIX. -4- SECTION 1 110' - 1265' MD (110' - 1265' TVD) LITHOLOGY THE TOP HOLE SECTION CONSISTED OF CONGLOMERATES, GRAVELS, PEBBLES, LOOSE SANDS, AND CLAYSTONE. THIN COAL STRINGERS WERE PRESENT THROUGHOUT THE SECTION. MULTICOLORED GRAVELS AND CONGLOMERATES WERE PRIMARILY MAFICS AND CHERT WITH MINOR QUARTZ. OCASSIONAL ROUNDED PEBBLES WERE RECOVERED BUT THE MAJORITY OF THE CUTTINGS WERE BROKEN AND FRACl~ED. THE POORLY SORTED SANDS WERE LOOSELY CONSOLIDATED, ANGULAR, AND COMMONLY COARSE GRAINED. THE CLAYSTONE WAS SOFT AND HYDRATED OCCURING FREQUENTLY WITH THE PRESENCE OF SOFT DARK BROWN TO BLACK COAL STRINGERS. LOC~ TRACES OF PYRITE WERE COMMON IN THE SECTION. DRILL RATE AND GAS DATA THE DRILL RATE VARIED FROM A LOW OF 25 TO A HIGH OF 229 FEET PER HOUR, WITH AND AVERAGE RATE OF ABOUT 160 FEET PER HOUR THROUGH THE SECTION. BACKGROUND GAS WAS VERY LOW, AVERAGING LESS THAN 1 UNIT, DOWN TO 740' MD AND SLOWLY INCREASED TO AVERAGE ABOUT 12 UNITS FOR THE REMAINDER OF THE SECTION. METHANE (C1) WAS THE ONLY COMPONENT PRESENT IN THE DITCH GAS AND RANGED FROM 22 TO 5853 PPM. BLENDER GAS RANGED FROM 1 TO A HIGH OF 8 UNITS FOR THE SECTION. OIL AND GAS SHOWS NO OIL OR GAS SHOWS WERE NOTED OVER THIS SECTION OF HOLE. -5- SECTION 2 1294' - 2261' MD (1265' - 2024' TVD) LITHOLOGY MEDIUM GRAY CLAYSTONE OCCURRED AT FREQUENT INTERVALS, BY 1294' MD ( 1265' TVD), ALONG WITH LOOSE SANDS AND CONGLOMERATES. CLAYSTONE BECAME THE PREDOMINATE LITHOLOGY DRILLED BY 1320' MD (1288' TVD) AS THE LOOSE SANDS AND CONGLOMERATES DECREASED. INTEl{BEDDED MEDIUM GRAY SILTSTONES WERE PRESENT AFTER 1500' MD (1443' TVD) AS THE LITHOLOGY GAVE WAY TO CLAYSTONE AND SILTY CLAYSTONE WITH OCCASIONAL SAND AND CONGLOMERATIC STRINGERS. THE CLAYS AND SILTS WERE VERY HYDRATED IN THE CU~INGS AND TENDED TO WASH AWAY UPON CLEANING FOR EXAMINATION. WOOD FRAGMENTS WERE COMMON AND LOCALLY ABUNDANT SHELL FRAGMENTS WERE NOTED IN THE SAMPLES BY 1420' MD (1376' TVD). THE LITHOLOGY GRADED TO CARBONACEOUS CLAYSTONE AND SILTSTONE, WITH MINOR SAND INTERVALS BY 9-5/8" CASING POINT AT 2261' MD (2024' TVD). DRILL RATE AND GAS DATA THE PENETRATION RATE RANGED FROM 67 TO 823 FEET PER HOUR. THE AVERAGE RATE OF ABOUT 280 FEET PER HOUR REMAINED UNTIL 2030' MD (1854' TVD) WHERE THE AVERAGE DROPPED TO ABOUT 150 FEET PER HOUR AS THE SILTY CLAYSTONES BEGAN TO FIRM UP SLIGHTLY. DITCH GAS AVERAGED ABOUT 80 UNITS BACKGROUND AFTER AN INITIAL SPIKE OF 106 UNITS AT 1292' MD (1263' TVD), AT WHAT APPEARED TO BE THE BASE OF THE PERMAFROST. DITCH GAS WENT OVER 100 UNITS BACKGROUND, FROM 1357' TO 1412' MD (1321' - 1369' TVD), AND REACHED A HIGH OF 704 UNITS AT 1363' MD (1326' TVD). THE GAS COINCIDED WITH THE PRESENCE OF SANDY CLAYSTONE AND FOSSILIFEROUS CONGLOMERATES. A BACKGROUND GAS AVERAGE OF 40 UNITS WAS RECORDED DO~ TO 1578' MD (1507' TVD) AND DROPPED TO AVERAGE ABOUT 20 UNITS OVER THE REMAINDER OF THE INTERVAL. METHANE (C1) WAS THE ONLY C~ENT OF THE TOTAL GAS DETECTED AND RANGED FROM 1949 PPM TO A MAXIMUM OF 29088 PPM. BLENDER GAS RANGED FROM 3 TO 9 UNITS OVER THE INTERVAL. OIL AND GAS SHOWS NO OIL OR GAS SHOWS WERE NOTED OVER THIS INTERVAL. DITCH GAS SHOWED A DRAMATIC INCREASE TO OVER 100 UNITS FROM 1357' - 1412' MD (1321' - 1369' TVD), BUT WAS A[~,METHANE. NO FLUORESCENCE OR STAIN WAS NOTED. -6- SECTION 3 2261' - 6600' MD (2024' - 5457' TVD) LITHOLOGY DRILLED OUT OF THE 9-5/8" CASING SHOE IN TO GRAY BROWN CLAYSTONE AND SILTSTONE. LOgY CARBONACEOUS CLAYSTONES AND SILTY CLAYSTONES WERE THE PREDOMINATE SEDIMENTS OVER THE WHOLE SECTION. INTERMI~ENT COAL STRINGERS WERE NOTED DOWN TO 3500'. THE PRESENCE OF MULTICOLORED TUFFS WAS NOTED AT 2430' MD (2149' TVD), WHICH WERE LOCALLY ABUNDANT DOWN TO 3020' MD (2587' TVD), AND OC_~ED INTERMII~fENTLY OVER THE REMAINDER OF THE SECTION. A SANDY INTERVAL OCCURRED FROM 2868' MD (2475' TVD) TO ABOUT 3100' MD (2646' TVD). THE SAND WAS FELDSPATHIC, FRIABLE TO LOOSELY CONSOLIDATED, ANGULAR, TUFFACEOUS, SLIGHTLY GLAUCONITIC, AND MICACEOUS WITH TRACES OF BIOTITE. THE SAND GAVE WAY TO GRAY BROWN CLAYSTONES AND SILTY CLAYSTONES TYPICAL OF THIS SECTION. CLAYSTONE WAS PREDOMINATE DOWN TO 4700' MD (3838' TVD) AT WHICH THE CLAYS BECAME GRADUALLY SILTIER OVER THE REMAINDER OF THE SECTION. MINOR TUFFACEOUS INTERVALS WERE MOST NOTEABLE AT ABOUT 3480' MD (2923' TVD), 3660' MD (3056' TVD), AND FROM 4500' MD (3685' TVD) TO 4700' MD (3838' TVD). MINOR SANDY INTERVALS WERE PRESENT THROUGHOUT THE SECTION. DRILL RATE AND GAS DATA THE PENETRATION RATE VARIED FROM A TYPICAL AVERAGE OF 100 FEET PER HOUR, AT THE TOP OF THE SECTION, TO A MAXIMUM OF 310 FEET PER HOUR IN THE SAND INTERVAL AND BACK TO 100 FEET PER HOUR DOWN TO ABOUT 3500' MD (2938' TVD). THE DRILL RATE THEN GRADUALLY DECREASED TO ABOUT 50 FEET PER HOUR OVER THE REMAINDER OF THE SEGTION. BACKGROUND GAS AVERAGED 10 TO 15 UNITS DOWN TO 2700' MD (2350' TVD) AND THEN SHOWED A GRADUAL INCREASE TO OVER 100 UNITS AT 2850' MD (2462' TVD) WITH 9.4 PPG MUD IN THE SYSTEM. THE GAS INCREASED TO A MAXIMUM OF 1000 UNITS BACKGROUND AT 2947' MD (2533' TVD), EVEN AS THE MUD WEIGHT WAS INCREASED TO 11.2 PPG, AND REMAINED AT AN AVERAGE OF 150 UNITS BACKGROUND UNTIL A DEPTH OF 3460' MD (2908' TVD). THE DITCH GAS THEN DROPPED GRADUALLY TO AVERAGE ABOUT 25 UNITS BY 4000' MD (3310' TVD). THE AVERAGE REMAINED AT 25 UNITS TO 4500' MD (3685' TVD) WHERE THE GAS SHOWED AN INCREASE TO ABOUT 80 UNITS AVERAGE BACKGROUND BY 4820' MD (3931' TVD). THE GAS REMAINED HIGHER UNTIL ABOUT 5300' MD (4304' TVD) AND THEN SHOWED A GRADUAL DECREASE TO ABOUT 30 UNITS BACKGROUND BY 6600' MD (5457' TVD). BLENDER GAS RANGED FROM 1 TO 7 UNITS DOWN TO 4680' MD (3823' TVD) WITH THE EXCEPTION OF READINGS UP TO 16 UNITS IN THE SANDY INTERVAL PREVIOUSLY MENTIONED. IN THE INTERVAL 4680' MD (3823' TVD) TO 5670' MD (4605' TVD), THE BLENDER GAS READINGS WERE NOTABLY HIGHER RANGING FROM 9 TO 52 UNITS, DUE PROBABLY TO THE HIGHER CARBONACEOUS CONTENT OF THE CLAYS AND SILTS. BLENDER GAS READINGS THEN DROPPED TO VARY FROM 1 TO 10 UNITS OVER THE REMAINDER OF THE SECTION. -7- SECTION 3 DRILL RATE AND GAS DATA (Continued) C1 WAS THE ONLY GAS COMPONENT PRESENT AT THE TOP OF THE INTERVAL DOWN TO 2576' MD (2258' TVD) WHERE ETHANE (C2) WAS NOTED. PROPANE (C3) WAS FIRST NOTED AT 2653' MD (2315' TVD) AND THE BUTANES (iC4 AND nC4) CAME IN AT 2683' MD (2338' TVD). C1 THROUGH C4 WERE PRESENT THROUGHOUT THE REMAINDER OF THE SECTION. C5 WAS FIRST NOTED AT 2916' MD (2511' TVD) DURING THE SANDY INTERVAL PREVIOUSLY NOTED AND SUPPOSEDLY REMAINED TO THE DEP1M OF 3474' MD (2918' TVD) WHERE IT DISAPPEARED FROM THE DITCH GAS ANALYSIS. THE CHROMATOGRAPH MALFUNCTIONED FROM 2935' MD (2525' TVD) TO 3250' MD (2755' TVD); HOWEVER, PENTANE (C5) WAS PRESENT WHEN THE CHROMATOGRAPH QUIT AND STARTED AGAIN. OIL AND GAS SHOWS GOOD STAIN AND FLUORESCENCE WITH HIGH GAS READINGS AND ALL COMPONENTS (C1 THROUGH C5) WERE NOTED OVER THE INTRVAL 2866' MD (2474' TVD) TO 3204' MD (2721' TVD). A SHOW REPORT WAS DONE TO COVER THIS SANDY INTERVAL AND CAN BE FOUND IN THE APPENDIX. TRACES OF DULL GOLD TO YELLOW GOLD FLUORESCENCE WITH A WEAK LIGHT BLUE CUT FLUORESCENCE WAS NOTED OVER THE INTERVAL 3270' MD (2769' TVD) TO 3390' MD (2857' TVD) C5 WAS STILL PRESENT IN THE GAS ANALYSIS OVER THIS INTERVAL. OVER THE INTERVAL 5670' - 5820' MD (4605' - 4734' TVD), A TRACE OF LIGHT TO MEDIUM BROWN STAIN WITH A TRACE OF YELLOW GOLD FLUORESCENCE WAS NOTED. C5 WAS NOT RECORDED, THE BACKGROUND GAS DID NOT CHANGE OVER THE INTERVAL, AND SOLVENT CUTS WERE POOR. TRACES OF YELLOW GOLD TO YELIJDW GOLD FLUORESCENCE WERE NOTED BUT STAINING, POROSITY, AND SOLVENT CUTS WERE POOR. -8- SECTION 4 6600' - 7900' MD (5457' - 6725' TVD) LITHOLOGY THE LITHOLOGY AFTER 6600' MD (5457' TVD) GRADUALLY BECAME MORE SILTY AND ARGILLACEOUS TRANSFORMING FROM THE PREDOMINATE CLAYSTONE ABOVE. A POTENTIAL SAND AND CORE POINT WAS BEING LOOKED FOR BY 6650' MD (5506' TVD), BUT AFTER CIRCULATING BO~S UP AT 6672', 6706', AND 6719' MD (5527', 5560', AND 5573' TVD) IT WAS DECIDED TO DRILL AHEAD FOR LACK OF DESIRED SHOW QUALITY. A LOOSELY CONSOLIDATED SANDIER INTERVAL FROM ABOUT 6690' TO 6730' MD (5545' - 5583' TVD) APPEARED TO BE SILTED OUT. THE LITHOLOGY, FOLLOWING THE ABOVE SAND, CONTINUED TO BE A GRAY BROWN CARBONACEOUS SILTY CLAYSTONE, GRADING SILTSTONE, WITH MINOR SANDY INTEl{BEDS AND RARE TUFFACEOUS SHA~ STRINGERS. THE OVERAIL COLOR OF THE LITHOLOGY TRENDED A DARKER BROWN TO GRAY BROWN WITH DEPTH AS THE CARBONACEOUS CONTENT TENDED TO INCREASE. AT 7530' MD (6364' TVD) THE LITHOLOGY CHANGED RATHER ABRUPTLY TO A DARK GRAY AND BLACK VERY CARBONACEOUS SHALE. THE SHAL~ EXHIBITED FISSILITY AND TENDED TO BE RATHER FLAKEY IN APPEARANCE. MINOR TUFFS, WHITE TO GRAY TO LIGHT BLUE, WERE PRESENT IN THE SAMPLES. THE SHALE BEGAN TO TRANSFORM BACK TO A DARK BROWN AND DARK GRAY BROWN AT 7660' MD (6491' TVD) AS THE CARBONACEOUS CONTENT AND THE RADIOACTIVITY DECREASED. A MINOR TAN TO BUFF LIMESTONE APPEARED AT 7740' MD (6569' TVD) AND A DARK REDDISH BROWN TO BI~ SIDERITE WAS PRESENT AT 7750' MD. LOOSE ROUNDED QUARTZ GRAINS WERE PRESENT IN TRACE AMOUNTS AFTER 7750' MD (6579' TVD). A CORE POINT WAS BEING LOOKED FOR AND IT WAS DECIDED TO PICK UP THE CORE BARREL AT 7772' MD (6600' TVD) AND CORE A SAND INTERVAL. THE CORE WAS CUT FROM 7772' TO 7813' MD (6600' - 6640' TVD). AS IS TYPICAL OF CORED INTERVALS, THE CU~INGS RETURN WAS VERY POOR WITH THE MAJORITY OF THE RETURNS BEING HOLE SLOUGH. SOME VERY FINE TO FINE GLAUCONITIC SAND WITH INTERGRANULAR SIDERITE AND LOOSE PYRITE WAS RECOVERED, BUT THE MAJORITY OF THE CU~INGS WERE SHAL~. THE GEOLOGIST'S REPORT SHOULD BE REFERRED TO, FOR DETAIL, OVER THIS INTERVAL. THE INTERVAL FROM 7813' - 7900' MD (6600' - 6725' TVD) WAS A LIGHT TO MEDIUM BROWN SHALE WITH INTERBEDDED SILTS. DRILL RATE AND GAS DATA THE DRILL RATE, IN THE UPPER SECTION, VARIED FROM A LOW OF 7 FEET PER HOUR TO A HIGH OF 161 FEET PER HOUR, AT 6718' MD (6572' TVD) IN THE SANDIER SECTION. OVER THE REMAINDER OF THE SECTION THE DRILL RATE AVERAGED AT 50 FEET PER HOUR IN THE SANDIER SILT SECTIONS AND WHILE DROPPING TO AN AVERAGE OF 20 TO 30 FEET PER IN THE ARGILLACEOUS SILTS AND SHALE. -9- SECTION 4 DRILL RATE AND GAS DATA (Continued) DITCH GAS RANGED FROM LOWS OF 15 TO 20 UNITS TO LOCAL HIGHS OF 35 TO 40 UNITS IN THE SILTY SANDIER SECTIONS. BACKGROUND GAS TENDED TO RISE AND RANGED FROM 40 TO 70 UNITS IN THE RADIOACTIVE SHALE. OTHER THAN HIGH SWAB GASES AT CONNECTIONS, THE BACKGROUND GAS DID NOT VARY APPRECIABLY OVER THE ENTIRE INTERVAL EXCEPT FOR AN INTERVAL FROM 7296' - 7321' MD (6136' - 6160' TVD), WHERE THE DITCH GAS REACHED A HIGH OF 101 UNITS BEFORE DROPPING BACK. THE HIGHER GAS CAN PROBABLY BE A~YrRIBUTED TO THE HIGH CARBONACEOUS CONTENT OF THE SHALE. C1, C2, C3, AND C4 WERE PRESENT THROUGHOUT THE SECTION WHILE C5 WAS ABSENT, EXCEPT FOR A MINOR READING OF 26 PPM ASSOCIATED WITH THE MAXIMUM GAS OF 101 UNITS. BLENDER GAS RANGED FROM 1 TO 18 UNITS WITH THE HIGHER VALUES BEING ASSOCIATED WITH CABONACEOUS INTERVALS AND SHALE. OIL AND GAS SHOWS A TRACE OF SAMPLE FLUORESCENCE WITH AN ACCOMPANYING WEAK SOLVENT CUT FLUORESCENCE WAS CHARACTERISTIC OF THIS SECTION OF HOLE. THE SECTION STARTED OFF WITH A POTENTIAL CORE POINT THAT COVERED THE SANDIER INTERVAL FROM 6690' - 6730' MD (5545' - 5583' TVD). THE INTERVAL EXHIBITED LESS THAN 5% YELLOW GOLD SAMPLE FLUORESCENCE WITH A WEAK SLOW LIGHT BLUE CUT FLUORESCENCE. TRACES OF MEDIUM BROWN STAIN WERE PRESENT, BUT NO VISIBLE CUT OR VISIBLE RESIDUAL STAIN WAS PRESENT. A FAINT YELLOW BLUE RESIDUAL FLUORESCENCE WAS OBSERVED. THE POTENTIAL CORE POINT APPEARED TO BE POOR HYDROCARBON SHOW FROM CtrITINGS ANALYSIS. A SHOW REPORT WAS COMPLETED TO COVER A SANDIER INTERVAL FROM 7296' - 7321' MD (6136' - 6160' TVD) AND MAY BE FOUND IN THE APPENDIX. SAMPLE FLUORESCENCE WAS DULL YELLOW TO DULL GOLD OVER LESS THAN 5% OF THE SAMPLES. AN INSTANT WEAK LIGHT BLUE WHITE CUT FLUORESCENCE WAS OBSERVED WITH A YELLOW WHITE RESIDUAL RING FLUORESCENCE. NO VISIBLE CUT WAS OBSERVED BUT A TRACE OF LIGHT BROWN RESIDUAL STAIN WAS NOTED. BACKGROUND GAS INCREASED BRIEFLY FROM 25 TO A MAXIMUM OF 101 UNITS OVER THE INTERVAL. C5 OC~ED BRIEFLY OVER THE INTERVAL 7308 - 7313' MD (6148' - 6153' TVD) AND REACHED A HIGH VALUE OF 26 PPM BEFORE DISAPPEARING FROM DITCH GAS ANALYSIS. THE INTERVAL WAS GIVEN A RATING OF POOR TO FAIR. A TRACE OF FLUORESCENCE WITH WEAK SOLVENT CUT FLUORESCENCE WAS NOTED FROM 7210' - 7270' MD (6052' - 6111' TVD), BUT THE LITHOLOGY WAS GENERALLY TIGHT. -10- SECTION 5 7900' - 8400' MD (6725' - 7214' TVD) LITHOLOGY THIS SECTION OF THE WELL WAS COMPRISED OF BROWN TO DARK GRAY SHALES AND SILTSTONES WITH INTERBEDDED SANDS. THE SHALES GRADED FROM LIGHT TO MEDIUM BROWN NEAR THE TOP OF THE INTERVAL TO A CARBONACEOUS DARK GRAY BLACK NEAR FINAL WELL TD. MULTICOLORED TUFFS WERE NOTED WITH THE SHALE NEAR THE BOTTOM AT 8350' MD (7164' TVD) AND THE SHALR WAS PYRITIC THROUGHOUT THE SECTION. LOOSELY CONSOLIDATED FINE TO MEDIUM GRAINED SANDS WERE NOTED OVER THE ENTIRE SECTION. A SAND OF NOTE OCCURRED IN THE INTERVAL 7936' MD - 7943' MD (6760' - 6767' TVD). THE FINE TO MEDIUM GRAIN SAND WAS LOOSELY CONSOLIDATED, ANGULAR, CALC2%REOUS, AND GLAUCONITIC. TRACES OF SIDERITE AND PYRITE WERE NOTED WITH THE SAND. ANOTHER SAND INTERVAL OF NOTE OC_~ED IN THE INTERVAL 8098' - 8191' MD (6918' - 7009' TVD). THIS SAND INTERVAL WAS SIMILAR TO THE PREVIOUS SAND, BUT OC_~ED WITH A CLAY MATRIX, RATHER THAN WITH SILTSTONE. THE SAND WAS CALC~EOUS, SLIGHTLY GLAUCONITIC, FOSSILIFEROUS, AND WITH LOCAL SIDERITE. WELL CEMENTED AND TIGHT SANDY SILTSTONE WAS NOTED IN THE SAMPLES. SAND REMAINED IN THE SAMPLES TO ABOUT 8350' MD (7164'), BECOMING FINER WITH DEPTH, AND THEN GAVE WAY TO DARK GRAY BLACK TUFFACEOUS SH~. DRILL RATE AND GAS DATA THE PENETRATION RATE VARIED AN AVERAGE OF 10 FEET PER HOUR, IN THE SHALE AND SILT SECTIONS, TO AN AVERAGE OF 20 AND 30 FEET PER HOUR IN THE SANDIER INTERVALS. THE DRILL RATE REACHED A MAXIMUM OF 44 FEET PER HOUR IN THE UPPER SAND OF NOTE AND DROPPED BACK TO 30 FEET PER HOUR. DITCH CAS RANGE FROM 8 TO 20 UNITS OVER THE ENTIRE SECTION, EXCEPT WHERE A MAXIMUM OF 115 UNITS BACKGROUND WAS NOTED AT 7938' MD (6762' TVD). BLENDER GAS READINGS VARIED FROM 1 TO 15 UNITS AVERAGING ABOUT 4 UNITS. METHANE (C1), ETHANE (C2), PROPANE (C3), AND BUTANE (C4) WAS PRESENT OVER THE ENTIRE SECTION, BUT PENTANE (C5) WAS ABSENT. -11- SECTION 5 (Continued) OIL AND GAS SHOWS A SHOW REPORT WAS DONE TO COVER THE UPPER SAND OF NOTE FROM 7936' TO 7943' MD (6760' - 6767' TVD) AND CAN BE FOUND IN THE APPENDIX. THE SAND EXHIBITED A DULL GOLD FLUORESCENCE WITH LOCAL TRACES OF YELLOW. SPOTTY MEDIUM TO DARK BROWN STAIN WAS NOTED WITH A WEAK AND SLOW LIGHT BLUE CUT FLUORESCENCE. THE INTERVAL APPEARED TO BE FAIRLY WELL SILTED OUT, BUT A SHOW RATING OF FAIR WAS GIVEN BECAUSE OF THE SAND. THE SANDS IN THE INTERVAL 8098' - 8191' MD (6918' - 7009' TVD) HAD A DULL GOLD WITH AN OCCASIONAL YELLOW SAMPLE FLUORESCENCE THAT PRODUCED A WEAK LIGHT BLUE TO BLUE GREEN FLOURESCENCE. A TRACE OF MEDIUM TO DARK BROWN STAIN WAS NOTED ON THE SAMPLES BUT THE CUTS WERE POOR AND BACKGROUND GAS DID NOT REFLECT HYDROCARBONS. A SHOW REPORT WAS DONE TO COVER THIS INTERVAL AND MAY BE FOUND IN THE APPENDIX. A RATING OF POOR WAS GIVEN THE INTERVAL. -12- APPENDIX I. SAMPLE DISTRIBUTION SAMPLE SHIPMENT FROM ARCO FIORD #2 UNIT 250, ROWAN RIG 33 3/02/94 WET SAMPLES SETS A, B, C, D BOX NO. INTERVAL WlA, W1B, WlC, W1D W2A, W2B, W2C, W2D W3A, W3B, W3C, W3D W4A, W4B, W4C, W4D W5A, W5B, W5C, W5D W6A, W6B, W6C, W6D W7A, W7B, W7C, W7D W8A, W8B, W8C, W8D W9A, W9B, W9C, WgD W10A, W10B, W10C, W10D WllA, WllB, WllC, WllD W12A, W12B, W12C, W12D 120' - 1200' (SHIPPED 2/13/94) 1200' - 2255' (SHIPPED 2/13/94) 2255' - 3060' 3060' - 4050' 4050' - 4810' 4810' - 5160' 5160' - 6090' 6090' - 6800' 6800' - 7200' 7200' - 7600' 7600' - 7900' 7900' - 8400' TOTAL 40 BOXES WET SAMPLES THIS SHIPMENT, 8 BOXES ON 2/13/94 -1- DRY SAMPLES SETS A, B, C, D, E (STATE OF AK SET) BOX NO. (SHIPPING) INTERVAL (CARD BOXES) 1D A,B,C,D E E 120' - 1260' (SHIPPED 2/13/94) 120' - 930' 930' - 1740' 2D A,B,C,D A,B,C,D 1260' - 2490' 2490' - 3420' 3D A,B,C,D 3420' - 4590' E 1740' - 2790' E 2790' - 3420' E 3420' - 4320' E 4320' - 4910' 4D A,B,C,D A,B,C,D 4590' - 5250' 5250' - 6630' 5D A,B,C,D 6630' - 7090' E 4910' - 5640' E 5640' - 6570' E 6570' - 6850' E 6850' - 7140' 6D A,B,C,D A,B,C,D 7090' - 7600' 7600' - 8080' 7D A,B,C,D 8080' - 8400' E 7140' - 7480' E 7480' - 7770' E 7770' - 8060' E 8060' - 8400' TOTAL 6 BOXES DRY SAMPLES THIS SHIPMENT (1 BOX SHIPPED 2/13/94) -2- (~6/gI/g 6addIHS sMXo6 §) 5Na~dlHS SIH$ SNVO MaHOOMO SMXOH I~ 2V~O$ ~00~8 - ~08~8 9§09 ~08C8 - ~0Z88 ,OZC8 - ~09Z8 ~0998 - ~OOZ8 ~gOO ~00g8 - ~0~I8 ~0~I8 - ~0808 IgOg ~0808 - ~0~08 O§Og ~Og08 - ~096Z 6POD ~096~ - ~006£ 8~Og ~006£ - ~0~8£ ~0~8£ - ~08A£ 9~00 ~08££ - ~0~£~ g~OO ~OZAA - ~099£ ~0~ ~099£ - ~009£ ~009~ - ~0~§£ - ~O8~A I~09 ~O8~A - ~Og~£ O~Og ~Og~£ - ~09CA 6COg ~09C~ - ~OOg~ 8~09 ~OOEA - ~0~ AC09 ~O~ZA - ~08I~ 9~09 ~08I~ - ~0gI£ gCO9 ,0gIA - ,090£ PCO9 ,090A - ,000£ ~O00i - ~0~69 ggOD ~0~69 - ~0889 ICg9 ~0889 - ~0g89 OgO9 ~0889 - ~09£9 6Z99 ,09L9 - ~OOL9 8Z09 ,OOL9 - ,0~99 ,0P99 - ,08~9 9ZOO ~08~9 - ~OgI9 ggo9 ~0~I9 - ~O~Ag ~09£g - ~O0~g ~00~g - ~00Ig ~00Ig - ~0c0g IgOO ~0£6P - ~OI6P 6109 ~OI6P - ~0~8~ 8109 ~O~SP - ~06LP iIOO ~06L~ - ~OgL~ 9IDO ~OCLP - ~09§P §I09 ~09~P - ~00~ PI99 ~OOZ~ - ~OPSC CIO0 ~08~C - ~OgIg IIO9 ~OgIC - ~066g OIOO ~066g - ~Og6g 60~ ~Og6g - ~OP9Z ~O~9g - ~08gg ~08gZ - ~Og6I 900 (P6/CI/g ~2ddlHS) ,036I - i09gI gOD (gOD - I09 S2XO8) ,09gI - ~00ZI ,OOgI - ,OP8 C09 ,OP8 - ,08~ ZOD ~08~ - ~OgI IO9 (9NIddIHS) HMSNflN XO8 MUD SAMPLES 1 SET (2 CANS PER BOX) DEPTH FOR EACH CAN M1 1000' TVD ' 2000' TVD M2 2255' KD 3000' TVD M3 4000' TVD 5000' TVD M4 5000' TVD 6122' KD M5 6122' MD 7772' MD M6 7772' MD 7813' MD M7 7000' TVD 8400' MD TOTAL 6 BOXES MUD SAMPLES THIS SHIPMENT (1BOX SHIPPED 2/13/94) TOTAL 103 BOXES SHIPPED (15 BOXES SHIPPED 2/13/94) TO: ARCO ALASKA INC. BAYVIEW GEOLOGIC FACILITY 619 E SHIPCREEK AVE SUITE 14 ANCHORAGE, AK 99510-0360 ATTN: M.V. STANFORD TURNED OVER TO ONSIGHT ARCO GEOLOGIST -4- APPENDIX II. SHOW REPORTS OIL COMPANY: ARCO ALASKA INC SHOW REPORT # 1 WELL#: FIORD #2 LOCATION: NORTH SLOPE, AK DATE: 2/17/94 - 2/18/94 TIME: 23:49 - 20:21 SHOW INTERVAL: 2866' TO 2474' TO 3204' (MD) 2721' (TVD) BIT SIZE: 8.5" BIT TYPE: SEC S82F · BIT DIST: 595 FT HOURS: 6.5 MUD WEIGHT: 9.4 - 11.2 ppg WOB: 15 - 30 klb LOGGING COND: GOOD VISCOSITY: 35 - 45 FILTRATE: 10.8 - 12.0 EST. PORE PRES: 9.6+ - 10.0 ppg RPM: 220 - 350 PUMP PR: 2000 - 2380 PUMP SPM: 105 - 114 SLIDING & ROTATING BEFORE DURING AFTER ROP ft/hr 81 -114 75 -458 81 -92 TOT GAS units 72 -116 35 -1000 115 -340 C1 ppm 3921- 3.9k 3327- -59k llk- 18.6k C2 ppm 219 -240 292 -4614 578 -1024 C3 ppm 112 -183 441 -5778 543 -887 C4 ppm 42 -59 216 -1184 222 -278 C5 ppm 0 -110 107 -117 CHL ppm 33k 30k 30k LITHOLOGY 20% TUFF, 70% CLAYSTONE, 10% SHALE 10% TUFF, 10% CLAYSTONE, 80% SAND 90% CLAYSTONE, 10% SILTSTONE OIL IN MUD: FAINT SPOTTY SHEEN FLUOR: FAINT DULL YELLOW SOLVENT CUT FLUOR: LIGHT BLUE - YELLOW MILKY WHITE INTENSITY: WEAK - MODERATE UNWASHED CUT FLUOR: DULL YELLOW TYPE & SPEED: INSTANT SLOW - FAIR STREAMING & DIFFUSION WASHED CUT FLUOR: DULL YELLOW, YELLOW GOLD NAT COLOR & RESIDUE: NO VISIBLE CUT OR RESIDUAL STAIN: SPOTTY LIGHT BROWN VISUAL POROSITY: LOOSELY CONSOLIDATED CUTTINGS DESCRIPTION: SD/SS: CLR - TRNSL, FRSTD, LSELY CONS, OCC FRIA, F - M GR, ANG - SBANG, MW SRTD, GR SHATTER EASILY, FLDSPR?, TR BIOT, GLAUC, PYR, TR WH TUFF, 70% - EVEN M YEL SMPL FLOR, SPTTY LT BN STN, INST SLO - MOD FLOR CUTS RANGING FROM LT BL - YEL - MLKY BL WH, NO VIS CUT & NO RES STN, DUL YEL - BL WH RES FLOR RNG, STRNG PET ODOR CLYST: LT GY - GY BN, SFT, STKY, HYI), LOC CALC, W SHELL FRAG, TUFF, SLTY & SDY, 70% - EVEN DUL GLD - YEL SMPL FLOR, INST WK - M LT BL - MLKY BL WH CUT FLOR --'~-COMMENTS: BEST INTERVAL APPEARS AT 2866' - 2997' MD (2474' - 2570') TVD WHERE MAXIMUM GAS APPPEARS. CHROMATOGRAPH MALFUNCTION FROM 2934' - 3251' MD. INCR MW TO 10.0 PPG @ 2915' MD & TO 11.0 PPG @ 2941' MD. SWAB GASES AT CNX'S AFTER INITIAL SHOW FOR FOR REMAINDER OF WELL. RATING: GOOD LOGGING GEOLOGIST: SAM HEWITT, GARY HAMBURG I I I I I I '" ~ OIL COMPANY: ARCO ALASKA INC. SHOW REPORT # 2 WELL#: FIORD #2 LOCATION: NORTH SLOPE, AK DATE: 2/23/94 TIME: 21:19 - 23:12 SHOW INTERVAL: 7296' TO 6136' TO 7321' (MD) 6160' (TVD) BIT SIZE: 8.5" BIT TYPE: SEC GS82F MUD WEIGHT: 11.0 ppg VISCOSITY: 48 WOB: 30 klb RPM: 340 LOGGING COND: CK)OD DISTANCE: 495 FT FILTRATE: 10.6 PUMP PR: 2750 HOURS: 16.4 EST. PORE PRES: 9.8 ppg PUMP SPM: 111 BEFORE DURING AFTER ROP ft/hr 23 -29 21 -70 26 -34 TOT GAS units 24 -39 30 -101 27 -30 C1 ppm 2363 -4502 3464 -9172 2608 -3313 C2 ppm 176 -338 258 -645 209 -243 C3 ppm 145 -300 235 -673 191 -315 C4 ppm 157 -215 168 -427 153 -229 OIL IN MUD: NONE VISIBLE C5 ppm 0 -26 CHL ppm 37k 37k 37k LITHOLOGY 50% CLAYSTONE, 20% SHALE, 30% SILTSTONE 20% CLAYSTONE, 20% SHALE 40% SILTSTONE, 20% SANDSTONE 60% CLAYSTONE, 20% SHALE, 20% SILTSTONE SOLVENT CUT FLUOR: LIGHT BLUE - BLUE WHITE FLUOR: NONE VISIBLE INTENSITY: WEAK UNWASHED CUT FLUOR: TRACE DULL YELLOW TYPE & SPEED: INSTANT SLOW STREAMING WASHED CUT FLUOR: DULL YELLOW - DULL GOLD NAT COLOR & RESIDUE: FAINT LIGHT BROWN STAIN: TRACE LIGHT - MEDIUM BROWN VISUAL POROSITY: TIGHT - TRACE CUTTINGS DESCRIPTION: SS: LT GY - GY WH, FRIA, VF GR, SBANG, W SRTD, NON - SL CALC, V SLTY GRDG QTZIC SLTST, TR MIC MICA, SL MIC CARB, GEN TT, TR VIS POR, TR LT - M BN STN, DUL YEL - DUL GLD FLOR < 5% SMPL, INST SLO LT BL - BL WH CUT FLOR, NO VIS CUT, DUL YEL RES FLOR RNG, FNT LT BN RES STN COMMENTS: POOR TO DECENT CUT WITH LIGHT BROWN RESIDUAL STAIN, GOOD BACKGROUND GAS INCREASE OVER INTERVAL. SILTY AND TIGHT WITH POOR VISIBLE POROSITY RATING: POOR - FAIR LOGGING GEOLOGIST: GARY HAMBURG, SAM HEWITT ·-:-'-- O I L COMPANY: ARCO ALASKA I NC DATE: 2/28/94 TIME: 04:30 - 06:51 SHOW REPORT # 3 WELL#: FIORD #2 LOCATION: NORTH SLOPE, AK SHOW INTERVAL: 7936' TO 6760' TO 7943' (MD) 6767' (TVD) BIT SIZE: 8.5" BIT TYPE: SEC GS82F DIsT: 32 FT HOURS: 2.7 MUD WEIGHT: 11.2 ppg VISCOSITY: 54 FILTRATE: 3.0 EST. PORE PRES: 9.9 ppg WOB: 30 - 35 klb LOGGING COND: GOOD RPM: 139 PUMP PR: 2520 PUMP SPM: 101 BEFORE DURING AFTER ROP ft/hr 10 -14 39 -44 12 -22 TOT GAS units 18 -20 66 -115 11 -14 C1 ppm 2766 -3017 9423- 14.5k 1320 -2108 C2 ppm 204 -229 902 -1454 135 -223 C3 ppm 198 -220 901 -1497 154 -250 C4 ppm 44 -108 368 -617 96 -124 C5 ppm CHL ppm 38k 38k 38k LITHOLOGY 40% SHALE, 60% SILTSTONE 20% SHALE, 20% SILTSTONE, 60% SANDSTONE 40% SHALE, 40% SILTSTONE, 20% SAND OIL IN MUD: TRACE SPOTTY SHEEN FLUOR: DULL YELLOW UNWASHED CUT FLUOR: SPOTTY YELLOW WASHED CUT FLUOR: DULL GOLD, TRACE YELLOW STAIN: SPOTTY MEDIUM - DARK BROWN SOLVENT CUT FLUOR: LIGHT BLUE - BLUE GREEN INTENSITY: WEAK TYPE & SPEED: INSTANT SLOW STREAMING NAT COLOR & RESIDUE: FAINT MEDIUM BROWN VISUAL POROSITY: LOOSELY CONSOLIDATED CUTTINGS DESCRIPTION: SD/SS: LT GY - FRSTD, TRNSL, LSELY CONS, F - LM GR, W SRTD, ANG - SBRDD, CALC, GLAUC, TR SID, FREE CALC, TR PYR, BCMG VF - F W/ DEPTH, TR LT BN STN, SPTTY MED - DK BN STN, 25 - 30% DUL GLD SMPL FLOR, V WK SLO LT BL STRMG CHANGING TO BL GN CUT FLOR, NO VIS CUT, DUL YEL RES FLOR RNG, V FNT M BN RES STN COI~ENTS: G(X)D BACKGROUND GAS INCREASE, NO C5'S 'DETECTECTED, POSSIBLE FAIR POROSITY RATING: FAIR LOGGING GEOLOGIST: GARY HAMBURG, RALPH WINKELMAN I I I I I I OIL COMPANY: ARCO ALASKA INC. SHOW REPORT # 4 WELL#: FIORD #2 LOCATION: NORTH SLOPE, AK DATE: 2/28/94 - 3/01/94 TIME: 17:29 - 00:52 SHOW INTERVAL: 8098' TO 6918' TO 8191' (MD) 7009' (TVD) BIT SIZE: 8.5" BIT TYPE: SEC GS82F DIST: 194 FT HOURS: 13.2 MUD WEIGHT: 11.0 - 11.2 ppg WOB: 30 - 34 klb VISCOSITY: 45 - 54 RPM: 130 - 140 FILTRATE: 3.0 PUMP PR: 2900 EST. PORE PRES: 9.9 ppg PUMP SPM: 111 LOGGING COND: GOOD BEFORE DURING AFTER ROP ft/hr 10 -12 13 -31 9 -13 TOT GAS units 9 -11 10 -23 12 -13 Cl pPm 1069 -1083 1180 -4172 1255 -1422 C2 ppm 69 -72 78 -228 71 -88 C3 ppm 65 -71 84 -253 69 -228 OIL IN MUD: NONE VISIBLE FLUOR: NONE DETECTED UNWASHED CUT FLUOR: NONE WASHED CUT FLUOR: DULL GOLD, DULL YELLOW STAIN: MEDIUM - DARK BROWN C4 ppm 55 -73 82 -149 65 -94 C5 CHL ppm ppm 0 38k 0 38k 0 35k LITHOLOGY 40% SHALE 40% SILTSTONE, 20% SAND 20% CLAYSTONE, 10% SHALE, 20% SILTSTONE, 50% SAND 20% CLAYSTONE, 30% SHALE, 30% SILTSTONE, 20% SAND SOLVENT CUT FLUOR: BLUE WHITE - BLUE GREEN INTENSITY: WEAK TYPE & SPEED: SLOW STREAMING NAT COLOR & RESIDUE: MEDIUM BROWN VISUAL POROSITY: LOOSELY CONSOLIDATED CUTTINGS DESCRIPTION: SD/SS: TRNSL LT GY - FRSTD WH, CLR, LT BN, LSELY CONS - OCC FRIA CMT, F - LM GR, SBANG, SBRDD, GRDG QTZIC SLTST IP, LOC BN - TN BN SIDERITE, CALC, TR GLAUC W/ CMT SLTY SS, R FOSS, TR - LOC SPTTY M - DK BN STN, SME SS SAT W/ STN, < 10% DULL GLD SMPL FLOR NEAR TOP OF INTERVAL CHANGING TO < 5% DULL GOLD W/ TR DULL YEL SMPL FLOR NEAR BTM OF INTERVAL, WK SLOW LT BL - BL GN - BL WH CUT FLOR, NO VIS CUT, LOC V FNT M BN RES STN, DUL YEL RES RNG FLOR NEAR TOP OF INTERVAL CHANGING TO BL WH NEAR BTM OF INTERVAL. COMMENTS: TRACES WITH GOOD INTERGRANULAR STAIN, BUT CUTS VERY WEAK AND SLOW THROUGHOUT THE INTERVAL. CUTS AND STAINING INCONSISTENT THROUGHOUT THE INTERVAL. RATING: POOR - FAIR LOGGING GEOLOGIST: GARY HAMBURG, RALPH WINKELMAN ---- ---- APPENDIX III. BIT RECORD BIT DATA RECORD ARCO ALASEA !NC. FIOgD 42 ' DIllLLED ' AVO 'WOB ' RPI{'PUI{P'SPI{/OPI{' BIT CONDITION ',EUN{ Bit,' IFil ', TYPE ,'SIZE ,' NOZZLE ',STAliT, , , , , ' { ' { ,' ,' ,' ,' SIZE ,' DEPTH', FT, ,' HilS ,'ROP ',xlO00 ,' ,' PIlESS', ,'I:0' D: L:B: O :0: il .... + ..... + ....... + ......... + ....... + ............. + ....... + ...... + ...... + ....... + ...... + ...... + ...... + ......... + ....................... 1 ' I ' STC ' NA1HI3 ' 12,25 ' TFA=0,4218 ' 110' 2151 ' 14,6 ' 147 3 ' 25 ' 220 ' 2500 ' 58/246 '4:4: A:NO:E: 1/8:NO:CP I I I I I I I I I ' I I I I I .... + ..... + ....... + ......... + ....... + ............. + ....... + ...... + ...... + ....... + ...... + ...... + ...... + ......... + ....................... ' 1000' 10 ' 330'2000' 105/445 '4'i' D:BT:X: I:CT:TF 2' 2 ' EC ' 84178 ' 8,5 ' TFA=0.5400' 2251{ 10 I O1 , , , , , , I { I I I I .... + ..... + ....... + ......... + ....... + ............. + ....... + ...... + ...... + ....... + ...... + ...... + ...... + ......... + ....................... ' 12 4 ' 97 1 '10-20 ' 350 ' 2300 ' 10~./432 '1:I' A:NO:E: I :NO:HIlH 3' 3 ' SEC ' S82F ' 8,5 'TFA=0,4509' 2261{ I204, , , , , , , I I I I I I , .... + ..... {. ....... + ......... + ....... {. ............. + ....... {. ...... {. ...... + ....... + ...... + ...... + ...... + ......... {. ....................... ' 25 ' 350'2800' 105/445 '1:1' A:NO:E: [ :NO:Hil8 4' 4 ' STC ' NF15DL ' 8,5 ' TFA=0.4509 ' 3475 { 1679', 25 7', 65,3 , , , , , I I i I I I .... {. ..... + ....... + ......... + ....... + ............. + ....... + ...... + ...... + ....... + ...... {. ...... + ...... + ......... {. ....................... ' 5 ' STC ' NF15L ' 8,5 ' TFA=0,4509' 5154' 1647' 40 1' 411 ' 30 ' 350' 2900 ' 110/466 '3:3:CT:I{:F: I :NO:BIZ8 I I I I I I I I ' I ' I I I I I .... + ..... + ....... {- ......... + ....... {. ............. + ....... {- ...... 4- ...... + ....... + ...... + ...... + ...... t- ......... {- ....................... 6', 6 ,' SEC ,' GH82F ,' 8,5 ', TFA-'0,4509,' 680I,' 805, , ,' 303 ' 26,6', 30 ,' 350,' 2900,' 110/466 ,'2'2:FC: A:E: I :NO:Hili .... + ..... + ....... + ......... + ....... + ............. + ....... + ...... + ...... + ....... + ...... + ...... + ...... + ......... + ....................... ' 7 ' HTC ' ATJ-11H' 8,5 ' TFA'0,4509 ' 7806 ' 166 ' 4,4' 37 7 ' 30 ' 350' 2900 ' 110/488 'I:i:FC: A:E: I :NO:CP I I I I I I I I I ' I I I I I .... + ..... + ....... + ......... + ....... + ............. + ....... {. ...... + ...... + ....... + ...... {. ...... + ...... + ......... + ....................... ' 8 ' EC ' ilC-412 ' 8,5 ' TFA=0,8000' 7772 { 41 ' 196 ' 2 1', 24 ' 65 ' I000' 69/292', 10%WOilN I I I I I I I i I ' I I I .... + ..... + ....... + ......... + ....... + ............. + ....... + ...... + ...... + ....... + ...... + ...... + ...... + ......... + ....................... ' 91 { 5 $ ' i6,5 ' 30 ' 330' 3000 ' 106/449 'i:I:FC: A:E: I :NO:BHA 9' 9 'STC 'I{F15DL ' 8,5 {TFA=0,45094 7813, , , , , , , I I I I ' .... + ..... + ....... + ......... + ....... + ............. + ....... + ...... + ...... + ....... + ...... + ...... + ...... + ......... + ....................... ' ' 140' 3000' 110/466 'I:i:FC: A:E: I :NO:BHA I0, 10 ] HEC { 8582F ', 8,5 ,' TFA=0,4509 ,' 7904,' 496', 38,1,' 13,0',34-40, , , , .... + ..... + ....... + ......... + ....... + ............. + ....... {. ...... + ...... + ....... {. ...... + ...... + ...... + ......... + ....................... i1,' RR9 ' STC, ,' }{F1SDL ,' 8,5 ,' BLANK ', 8400', illPEil T}ilP DUIllN8 E-LOOH ,'I:I:FC: A:E: I :NO:BHA .... + ..... + ....... + ......... + .... ,..+ ............. + ....... + ...... + ...... + ....... + ...... + ...... + ...... + ......... + ....................... 12 ,' Ril9 ,' STC ,' I{F15DL ,' 8,5 ,' BLANK ,' 8400 ,' ilPEil TlilP A~E}I E-LOUH ',I'i'FC: A:E: I :NO:BHA APPENDIX IV. DAILY DRILLING SUMMARY DAILY DRILLING SUMMARY FIORD # 1 FEBRUARY 06, 1994 Rig up crew arrived on location and began to run power to the logging unit. FEBRUARY 07, 1994 Continued to rig up unit installing sensors and running lines. FEBRUARY 08, 1994 Continued to rig up unit installing sensors and running lines. FEBRUARY 09, 1994 110' Calibrating and fine tuning equipment. FEBRUARY 10, 1994 110' Making final adjustments and waiting for drilling rig to finish rigging up in preparation for drill out. FEBRUARY 11, 1994 110' - 1201' MD Mixed spud mud and began picking up bottom hole assembly, including a mud motor, and a new 12-1/4" bit #1, (STC MA1SL, 2x15, lxl0). Picked up kelly after tagging cement at 58 feet and drilled ahead through cement inside the 16 inch conductor. Drilled ahead to 16 inch casing shoe at 110 feet. Picked up the MWD tool and oriented with the motor. The kick-off was started just out of the shoe and drilled ahead, sliding, through conglomerates and coarse sands. Drilled out of the shoe with a mud weight of 8.8 ppg and increased the mud weight, while drilling, to 9.8 ppg by 1100' MD. Stopped drilling at 1195' MD to circulate and build mud weight, from 9.9 ppg to 10.0 ppg, before drilling ahead. Background gas was less than 1 unit down to 300' MD and then increased to average less than 10 units down to 945' MD, with a 9.6+ ppg mud system. The background gas then increased to average about 17 units while the mud weight was increased to 9.8 ppg and the lithology became more coarse sandy rather than conglomeratic. Hole angle was increased to 20.4 degrees from true vertical with an azimuth of 326.4 degrees at 1141' MD. -1- DAILY DRILLING SUMMARY (Continued) FEBRUARY 12, 1994 1201' - 2255' MD Continued to drill ahead through predominate coarse sands and claystone with intermittent conglomerates. Background gas averaged less than 15 units down to about 1284' and then increased to average about 50 units down to 1578' MD, with 10.0 ppg mud in the hole. By 1600' MD, the predominate lithology changed to claystone and siltstone with local interbedded sands and conglomerates. Background gas decreased to average less than 25 units with a 10.0 ppg mud system. Drilled ahead to 9-5/8" casing point at 2261', circulated bottoms up while conditioning the mud system, and pulled bit #1 out of the hole after cutting 2145' in 14.6 hours. Ran back in the hole to bottom and circulated bottoms up before pulling out of the hole to run electric logs. Trip gas was 94 units with a mud weight of 10.2 ppg in the mud system. The hole angle increased to 43.5 degrees from true vertical, at 2171', with an azimuth of 326.0 degrees. FEBRUARY 13, 1994 2255' MD Rigged up Schlumberger and ran wireline logs. Rigged down wireline equipment when the electric logs were completed. Laid down the mud motor, the biWD tool, and ran in the hole with bit #1 for a wiper trip. Worked through tight spots, at 1354' to 1854', while running in to bottom. Circulated bottoms up and pulled out of the hole. Maximum trip gas was 42 units. Laid down the 12-1/4" bottom hole assembly and rigged up 9-5/8" casing equipment. 44 joints of casing were in the hole by midnight. FEBRUARY 14, 1994 2255' Continued to run 9-5/8" casing. The hole became sticky at 2023' and the circulating head had to be made up to work the casing from 2180' to 2190'. Landed the casing at 2231' and made up the cement head. Bottoms up from casing circulation was l0 units. The cement lines were tested to 3000 psi and then the casing was cemented. The casing equipment was laid down, nippled down the 20" stack, and began to nipple up the 13-5/8" stack. -2- DAILY DRILLING SUMMARY (Continued) FEBRUARY 15, 1994 2255' MD Continued to nipple up the 13-5/8" stack and test from 300 to 3000 psi. Picked up new bit #2 (EC-R417G, TFA = 0.54), a mud motor, and an MWD tool to run in the hole with the 8-1/2" bottom hole assembly. Two MWD tools did not function so it was decided to run in the hole and drill out the cement while waiting for a back up tool to arrive. Run in the hole and tagged up with the float collar at 2140'. Circulated at 2140' and tested the casing to 2500 psi. FEBRUARY 16, 1994 2255 - 2271' MD Drilled the float collar, cement, the 9-5/8" shoe at 2231', and 10' of new formation before circulating and displacing the hole with KCL mud. Circulated and weighted up the mud system up to 9.2 ppg before performing a leak off test up to an equivalent mud weight of 12.5 ppg. Circulated and pulled out of the hole to change the MWD collar. Bit #2 was worn so new bit #3 (SEC S82F, 3x14) was picked up to run in the hole. Washed the last 45' to bottom but no fill was encountered. Maximum trip gas was 10 units. Drilled ahead through claystone and siltstone with local coal stringers. Background gas averaged at about 12 units with a 9.4 ppg mud system. At 2705' MD, the background gas began a gradual increase to above 100 units by 2817' while drilling through claystone and siltstone. FEBRUARY 17, 1994 2271 - 2885' MD Drilled ahead to 2915 when a flow increase was noted. A flow check was conducted which showed the well to be flowing so the well was shut in to monitor pressure build up. Drill pipe pressure was 0 and casing pressure showed 50 psi. Weighted the surface mud system up to 9.7 ppg and circulated it around at 35 spm. Circulation was then stopped and a flow check showed the well to be static. Loose sand and sandstone was recovered in the samples, which were poor, due to the slow circulation rate. Ditch gas was very low as well due to the slow pump rate. Circulated and weighted up to 10.0 ppg before drilling ahead to 2941' MD and circulating out gas, after showing a flow increase. A flow check was conducted and the well was static. Drilled gas reached a maximum of 347 units. Circulated at 2941' while weighting up to 10.8 ppg. A maximum of 1550 units of gas was recorded while circulating the mud around. Circulated at 2941' while weighting up to 11.2 ppg. -3- DAILY DRILLING SUMMARY (Continued) FEBRUARY 17, 1994 2271' - 2885' MD (Continued) Maximum gas was 1400 units while circulating 11.2 ppg around. Drilled ahead to 2951' and conducted a flow check which showed the well to be static. Drilled ahead through claystone and sandstone with background gas averaging over 150 units with 11.2 ppg mud in the hole. The sand disappeared by 3100', but swab gases were recorded from this section of the hole over the remainder of the well. Drilled ahead through claystone, and siltstone, with minor coal stringers. The background gas remained at an average of above 100 units. Hole angle at 3414' was 42.7 degrees from true vertical with an azimuth of 323.5 degrees. FEBRUARY 18, 1994 3474' - 4414' Circulated bottoms up at 3575' and pulled bit #3 out of the hole after cutting 1204 feet in 12.4 hours. The hole was tight at 2935' but the drill string came out with no other problems. Picked up new bit #4 (STC MF15DL, 3x14) and run in the hole. Washed the last 70 feet to bottom with no fill encountered. Maximum trip gas was 1245 units. Drilled ahead through claystone and siltstone with minor sandstone interbeds and minor volcanic tuffs. Average background gas began to gradually drop from an average of 85 units to less than 25 units average background by 4100' with an 11.2 ppg mud system in the hole. Hole angle at 4353' was 41.0 degrees from true vertical with an azimuth bearing north west at 323.5 degrees. FEBRUARY 19, 1994 4414' - 5155' ~iD Drilled ahead through claystone and siltstone with minor tuffs. The background gas began to gradually increase, from an average of 25 units, at about 4420' to an average of over 50 units after 4700'. The gas continued to increase to an average of over 70 units by 5050' with 11.2 ppg mud. Swab gases from the upper sand tended to mask the true background gas. Bottoms up was circulated at 5154' and bit #4 was pulled out of the hole after cutting 1679' in 25.7 hours. Broke off bit #4 and laid down the mud motor. Hole angle at 5094' dropped to 38.6 degrees from true vertical with an azimuth of 324.6 degrees. -4- DAILY DRILLING SUMMARY (Continued) FEBRUARY 20, 1994 5155' - 5923' MD Picked up a new mud motor and new bit #5 (STC MF15L, 3x14) to run in the hole. Picked up the kelly and washed from 5083' to bottom, while circulating out gas, but no fill was encountered. Maximum trip gas was 1995 units from the upper sand while 1035 units was recorded from bottom. Drilled ahead through claystone and siltstone with an ocassional sand stringer. Background gas averaged above 75 units, with ll.1 ppg mud, down to about 5320' and then gradually dropped to average about 30 units by 5840'. FEBRUARY 21, 1994 5923' - 6623' MD Continued to drill ahead through silty claystone. Hole angle at 5951' dropped to 26.3 degrees from true vertical with an azimuth of 326.0 degrees. Background gas slowly rose to average about 45 units as the mud weight was allowed to gradually drop. Circulated bottoms up at 6192' and pulled a 20 stand short trip to check the hole. The hole was okay so the bit was run back to bottom to drill ahead. Maximum short trip gas was 1425 units. The gas tended to decrease and averaged about 30 units by 6285, even though the mud weight had decreased to 11.0 ppg. The hole angle had decreased to 15.3 degrees by 6498' with an azimuth of 325.3 degrees. FEBRUARY 22, 1994 6623' - 6801' MD Drilled ahead looking for a possible core point. Drilled ahead to 6672' and circulated out for samples. Drilled ahead to 6706' and circulated out for samples. Drilled ahead to 6719 and circulated out for samples. It was decided that the interval lacked sufficient show quality to warrant a core so it was decided to drill ahead. Circulated bottoms up at 6803' and pulled bit #5 out of the hole after cutting 1647 feet in 40.1 hours. Picked up new bit #6 (SEC GS82F, 3x14) and run in the hole. FEBRUARY 23, 1994 6801' - 7360' MD Run in the hole to 6730' where the drilling assembly was washed to bottom while circulating out gas. Trip gas was 190 units from bottom. Drilled ahead through siltstone and claystone with minor sandy intervals. Background gas averaged at about 27 units with ll.0 ppg mud in the hole. Hole angle at 7409' was 12.7 degrees from true vertical with an azimuth 325.5 degrees. -5- DAILY DRILLING SUMMARY (Continued) FEBRUARY 24, 1994 7360' - 7606' MD Drilled ahead through a lithology that was changing to predominate shale and claystone with local interbedded tuffs. Background gas averaged at about 25 to 30 units down to 7475' where it showed a gradual increase to over 100 units at 7560' and then began a gradual decline to average about 40 units by 7600'. Circulated bottoms up at 7606' and pulled bit #6 after cutting 805 feet in 30.3 hours. Changed out the mud motor and picked up new bit #7 (HTC ATJllH, 3x14) to run in the hole. FEBRUARY 25, 1994 7606' - 7779' MD Run in the hole to 7548' and picked up the kelly to wash to bottom while circulating out bottoms up gas. Maximum recorded trip gas was 1025 units from the upper sand while 120 units was noted from bottom. Drilled ahead through shale with minor tuffs. Background gas averaged about 35 units with 11.0 ppg mud in the hole. The gas dropped to about 15 units at 7713' and remained at that level while searching for a core point. Drilled ahead to core point at 7772', circulated bottoms up, and pulled bit #7 out of the hole after cutting 166 feet in 4.4 hours. Stood back the mud motor and MWD tool. Picked up a core barrel and new bit #9 (EC RC-412, TFA = 0.80) to run in the hole. Run in the hole to 7712' and washed 60' to bottom. Circulated bottoms up at 7772', dropped the ball, and began drilling core # 1. Maximum trip gas was 1080 units from the upper sand while 90 units was recorded from bottom. FEBRUARY 26, 1994 7779' - 7813' Continued drilling core #1 to 7813'. Circulated bottoms and pulled out of the hole after cutting 41 feet in 5.5 hours. Laid down the core and picked up new bit #9 (STC MF15DL, 3x14) to run in the hole with the mud motor and the MWD tool. -6- DAILY DRILLING SUMMARY (Continued) FEBRUARY 27, 1994 7813' - 7904' Run in the hole to 5115' and picked up the kelly to test the MWD tool and to circulate out the trip gas from the upper sand. The maximum trip gas recorded from the upper sand was 1080 units. Ran in the hole to 7750' and picked up the kelly to ream and log the MW]) tool to bottom. The trip gas from bottom was 90 units. Drilled ahead through shale with local silt stringers. Background gas averaged about 10 units with 11.2 ppg mud in the hole. Drilled ahead to 7904' and circulated bottoms up. Pulled out of the hole to change bottom hole assembly after bit #9 cut 91 feet in 5.5 hours. Laid down the mud motor and made up a packed assembly to run in the hole with new bit #10 (SEC GS82F). FEBRUARY 28, 1994 7904' - 8192' lV[D Run in the hole and picked up the kelly to wash the last 60' to bottom while circulating bottoms up. Maximum trip gas was 150 units from the upper sand and 54 units from bottom. Drilled ahead through shale and siltstone with background gas averaging 15 units until a drill break was encountered starting at 7935. Drilled ahead to 7943' and circulated out for samples. Maximum gas from the drill break was 115 units and the samples were loose sand. Drilled ahead through siltstone and shale with local sandstone stringers. I~4ARCH 01, 1994 8192' - 8400' Continued to drill ahead through siltstone, shale, sandstones, and local tuffs. Background gas averaged about 12 units with 11.2 ppg mud in the hole. Hole angle at 8247' was 12.1 degrees from true vertical with an azimuth of 336.6 degrees. Drilled ahead to final well depth at 8400' and circulated bottoms up. Bit #10 cut 496 feet in 38.1 hours. Pulled out of the hole for a short trip to the 9-5/8" casing shoe at 2231'. The hole was tight from 8315' to 7915'. -7- DAILY DRILLING SUMMARY (Continued) MARCH 02, 1994 8400' Picked up the kelly to work through tight spots at 5975', 5853', and 5791' and continued the trip out to the shoe. Cut drilling line at the shoe and run back in the hole. Picked up the kelly to work through a tight spot at 7458' and then run to bottom. Circulated and conditioned the drilling mud for logs. Maximum short trip gas was 730 units from the upper sand with 160 units noted from bottom. Pulled out of the hole and stood back the bottom hole assembly. Tested the stack, 250 - 3000 psi, and rigged up to run electric logs. MARCH 03, 1994 8400' MD Made two electric log runs in the hole and laid down the sheaves. Picked up bit #9 to run in the hole for a wiper trip. Run in the hole to 8230' and washed to bottom while circulating out gas. MARCH 04, 1994 8400' MD Maximum trip gas was 1426 units from the upper sand while 195 units was noted from bottom. Pulled out of the hole and rigged up to run logs. Ran one run in the hole and then ran two runs of sidewall cores. MARCH 05, 1994 8400' MD Rigged down wireline logs and picked up bottom hole assembly to run in the hole for a wiper trip. Run in the hole and picked up the kelly to work through a tight spot at 8225'. Run in the hole to 8381' and washed to bottom while circulating out gas. Maximum recorded trip gas was 625 units from the upper sand and 140 units was noted from bottom. Pulled out of the hole and laid down the heavy weight drill pipe and the drill collars. Made up a mule shoe and run in the hole to 8320'. Circulated gas out of the hole and the maximum recorded trip gas was 120 units from the upper sand. Spotted a high vis pill on bottom and pulled out of the hole up to 8044' slowly. Pumped 4 barrels of water, tested the cement lines to 2000 psi, and pumped 55 barrels of class C cement followed by 129 barrels of mud. Pulled out of the hole to 7118' and reverse circulated. -8- DAILY DRILLING SUMMARY (Continued) MARCH 06, 1994 8400' Continued to reverse circulate and then pulled out of the hole. Laid down the mule shoe and picked up a bit to run in the hole. Tagged cement at 7433'. Circulated and conditioned the mud and pulled out of the hole 29 stands. Maximum trip gas was 84 units from the upper sand. Rigged up the lay down machine and laid down 5" drill pipe. Picked up the mule shoe and run in the hole to 3§61'. Circulated the gas out of the hole'with the maximum trip gas recorded as 89 units from the upper. Pumped a high viscosity pill and pulled out to 3285'. Pumped 4 barrels of water, tested cement lines to 2000 pounds, and pumped 80 barrels of class C cement. Pulled out of the hole to 2231' and reverse circulated before pulling out to surface. Pulled wear bushing and picked up a 9-5/8" retainer and running tool. Run in the hole and set the retainer. Pressured up the annulus to 500 psi and established and injection rate of 3.6 barrels per minute with the rig pumps. Pumped 2 barrels of water and tested lines to 2000 psi. Pumped 24 barrels of class C cement and displaced with 30 barrels of mud. Pulled out of retainer and pumped 4 barrels of cement on top of the retainer. Pulled out of the hole to 1720' and reverse circulated. MARCH 07, 1994 8400' MD Completed the reverse circulation and pulled out of the hole laying down 5" drill pipe. The mud logging unit was released to begin rig down. -9- APPENDIX V. LOGS BAKER HUGHES INTEQ ARCO FIORD # 2 SURVEYS 0.00 - 8400' PROJECTED DATA (NO SURVEYS) ORIGINAL ARCO ALASKA, Inc. Fiord #2 Fiord #2 slot #1 Exploration North Slope, ALaska SURVEY LISTING by Baker Hughes INTEQ Your ref : PMSS <0-8400'> Our ref : svy4232 License : Date printed : 13-Apr-94 Date created : 23-Mar-94 Last revised : 24-Mar-94 Field is centred on n70 28 24.450,w148 49 2.487 Structure is centred on n70 23 12.884,w150 46 29.345 Slot Location is n70 22 51.974,w150 45 50.886 Slot Grid coordinates are N 5989562.295, E 406024.059 Slot local coordinates are 2126.00 S 1314.00 E Reference North is True North ARCO ALASKA, Inc. Fjord #2,Fiord #2 Exploration,North SLope, Alaska Measured Inclin. Azimuth True Vert. Depth Degrees Degrees Depth 0.00 0.00 0.00 0.00 335.00 0.30 138.60 335.00 428.00 0.40 306.00 428.00 517.00 2.60 321.40 516.96 607.00 4.70 325.70 606.77 698.00 7.20 325.70 697.28 787.00 9.80 324.60 785.29 877.00 12.60 325.30 873.57 967.00 16.50 324.90 960.67 1057.00 17.90 324.90 1046.64 SURVEY LISTING Page 1 Your ref : PMSS <0-8400'> Last revised : 24-Mar-94 R E C T A N G U L A R Dogleg Vert C 0 0 R D I N A T E S Deg/lOOFt Sect 0.00 N 0.00 E 0.00 0.00 0.66 S 0.58 E 0.09 -0.87 0.65 S 0.48 E 0.75 -0.81 1.11 N 1.03 I~ 2.49 1.50 5.75 N 4.38 I~ 2.35 7.23 13.54 N 9.70 W 2.75 16.66 24.33 N 17.23 W 2.93 29.81 38.64 N 27.26 ~ 3.11 47.29 57.18 N 40.20 ~ 4.33 69.90 78.95 N 55.50 ~ 1.56 96.51 1146.00 20.40 326.40 1130.71 1236.00 24.30 324.60 1213.93 1329.00 27.70 324.20 1297.51 1423.00 31.60 324.90 1379.18 1517.00 34.50 321.80 1457.97 103.07 N 71.96 W 2.86 125.70 131.24 N 91.37 W 4.40 159.91 164.38 N 115.11 W 3.66 200.67 202.26 N 142.06 ~ 4.16 247.16 243.34 N 172.69 ~ 3.57 298.39 1611.00 36.00 325.70 1534.74 1706.00 38.40 327.40 1610.41 1800.00 41.20 327.40 1682.62 1893.00 41.80 325.70 1752.28 1985.00 41.60 323.50 1820.97 287.09 N 204.73 ~ 2.88 352.61 335.02 N 236.36 ~ 2.75 410.00 385.70 N 268.78 W 2.98 470.10 437.11 N 302.74 W 1.37 531.69 487.00 N 338.19 ~ 1.60 592.88 2171.00 43.50 326.00 1958.00 2392.00 42.10 327.80 2120.16 2580.00 41.00 327.40 2260.85 2704.00 42.40 324.20 2353.44 2860.00 41.50 324.20 2469.46 589.72 N 410.73 ~ 1.37 718.64 715.48 N 492.75 ~ 0.84 868.67 820.76 N 559.56 ~ 0.60 993.20 888.95 N 605.93 W 2.05 1075.65 973.53 N 666.93 ~ 0.58 1179.93 3107.00 43.90 325.70 2650.98 3292.00 43.20 327.10 2785.06 3414.00 42.70 323.50 2874.37 3604.00 42.40 324.90 3014.34 3790.00 41.20 324.20 3153.00 1110.67 N 763.08 ~ 1.06 1347.41 1216.82 N 833.62 ~ 0.64 1474.82 1285.15 N 880.91 ~ 2.05 1557.91 1389.35 N 956.07 ~ 0.52 1686.38 1490.34 N 1027.97 W 0.69 1810.35 3977.00 42.20 327.80 3292.64 4165.00 41.40 324.60 3432.81 4353.00 41.00 326.70 3574.27 4537.00 40.70 323.50 3713.46 4722.00 39.60 324.20 3854.87 1593.46 N 1097.47 ~ 1.39 1934.67 1697.57 N 1167.14 W 1.21 2059.90 1799.79 N 1237.01 W 0.76 2183.70 1898.48 N 1305.84 ~ 1.15 2304.02 1994.79 N 1376.21 ~ 0.64 2423.29 4909.00 39.20 325.30 3999.37 5094.00 38.60 324.60 4143.35 5309.00 39.10 325.30 4310.79 5402.00 36.30 324.20 4384.36 5495.00 35.10 321.40 4459.89 2091.71 N 1444.72 ~ 0.43 2541.98 2186.82 N 1511.43 W 0.40 2658.15 2297.23 N 1588.88 ~ 0.31 2793.01 2343.68 N 1621.68 W 3.10 2849.88 2386.90 N 1654.47 ~ 2.18 2904.10 5585.00 34.20 321.40 4533.93 5678.00 31.60 322.50 4612.01 5770.00 30.70 320.70 4690.74 5859.00 28.70 322.50 4768.05 5951.00 26.30 326.00 4849.65 6043.00 25.00 322.80 4932.59 6133.00 22.90 320.40 5014.84 6224.00 21.80 324.60 5099.01 6315.00 19.40 326.00 5184.18 6407.00 17.70 324.20 5271.40 2426.90 N 1686.39 ~ 1.00 2955.19 2466.66 N 1717.54 ~ 2.87 3005.64 2503.96 N 1747.09 ~ 1.41 3053.15 2538.50 N 1774.49 ~ 2.46 3097.17 2572.93 N 1799.34 W 3.14 3139.63 2605.31 N 1822.49 ~ 2.06 3179.44 2633.96 N 1845.16 ~ 2.57 3215.91 2661.37 N 1866.23 ~ 2.13 3250.47 2687.68 N 1884.48 ~ 2.69 3282.48 2711.69 N 1901.20 W 1.95 3311.74 All data is in feet unless otherwise stated Coordinates from slot #1 and TVD from RKB (40.00 Ft above Mean Sea Level). Vertical section is from wellhead on azimuth 324.72 degrees. Declination is 0.00 degrees, Convergence is -0.73 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ ARCO ALASKA, Inc. Fiord #2,Fiord #2 Exploration,North Slope, Alaska SURVEY LISTING Page 2 Your ref : PMSS <0-8400'> Last revised : 24-Mar-94 Measured Inclin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C 0 0 R D I N A T E S Deg/lOOFt Sect 6498,00 15.30 325.30 5358.65 2732.79 N 1916.13 W 2.66 3337.58 6588,00 14.60 322.50 5445.60 2751.55 N 1929.80 W 1.12 3360.79 6680.00 13.10 321.10 5534.92 2768.86 N 1943.40 W 1.67 3382.79 6740,00 12.70 320.00 5593.41 2779,21 N 1951.91 W 0.78 3396.15 6831,00 11.50 320.00 5682.39 2793.82 N 1964.17 W 1.32 3415.16 6923,00 12.00 325.70 5772.46 2808.74 N 1975.46 W 1.37 3433.86 7014,00 12.70 326.70 5861.35 2824.92 N 1986.28 W 0.80 3453.32 7104,00 13.10 324.60 5949.08 2841.50 N 1997.62 W 0.68 3473.40 7195,00 13.10 321.80 6037.72 2858.01 N 2009.97 W 0.70 3494.01 7287,00 12.80 322.50 6127.38 2874.29 N 2022.62 W 0.37 3514.61 7409.00 12.70 323.50 6246.37 2895.79 N 2038.83 W 0.20 3541.52 7530,00 13.30 319.00 6364.27 2916.99 N 2055.87 W 0.97 3568.67 7651,00 12.50 326.40 6482.22 2938,40 N 2072.25 W 1.52 3595.61 7709,00 12.40 328.10 6538.86 2948.92 N 2079.01 W 0.65 3608.10 7804,00 13.10 324.60 6631.52 2966,35 N 2090.64 W 1.10 3629.05 7843,00 13.30 325.30 6669.49 2973.64 N 2095.76 W 0.66 3637.95 7971,00 12.90 328.10 6794.16 2997.88 N 2111.69 W 0.58 3666.94 8064.00 12.20 332.00 6884.94 3015.37 N 2121.79 W 1.18 3687.05 8095,00 12.10 332.70 6915.24 3021.15 N 2124.81 W 0.57 3693.52 8155.00 12.30 334.10 6973.89 3032.49 N 2130.49 W 0.60 3706.05 8247.00 12.10 336.60 7063.81 3050.15 N 2138.60 W 0.61 3725.16 8326,00 11.70 341.80 7141.11 3065.36 N 2144.39 W 1.45 3740.92 8400,00 11.70 341.80 7213.58 3079.62 N 2149.08 W 0.00 3755.26 All data is in feet unless otherwise stated Coordinates from slot #1 and TVD from RKB (40.00 Ft above Mean Sea Level). Vertical section is from wellhead on azimuth 324.72 degrees. Declination is 0.00 degrees, Convergence is -0.73 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ ARCO ALASKA, Inc. Fiord #2,Fiord #2 Exploration,North Slope, Alaska SURVEY LISTING Page 3 Your ref : PMSS <0-8400'> Last revised : 24-Mar-94 Targets associated with this wellpath Target name Position T.V.D. Local rectangular coords. Date revised Neve Revised not specified 5580.00 2776.00N 1964.00W 23-Dec-93 All data is in feet unless otherwise stated Coordinates from slot #1 and TVD from RKB (40.00 Ft above Mean Sea Level). Bottom hole distance is 3755.34 on azimuth 325.09 degrees from wellhead. Vertical section is from wellhead on azimuth 324.72 degrees. Declination is 0.00 degrees, Convergence is -0.73 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ ARCO Alaska, Inc. Post O?fice Box 100360 Anchorage, Alaska 99510"036r0 Telephone 907' 276 i215 TO: STATE of ALASKA OIL/GAS CONSEVATION COMMISSION 3001 PORCUPINE ANCH., AK. 99503 OPERATOR: ARCO SAMPLE TYPE: CCC SAMPLES SENT: DATE: MARCH 28, 1994 AIRBILL: AL646228 AFT#: ABV04-03-28-01 CHARGE CODE: AX9301 NAME: FIORD #2 NUMBER OF BOXES: I CORE CHIPS FROM ALL CORE (ONE CHIP EVERY FOOT) 7772'-7807' UPON RECEIPT OF THESE SAMPLES PLEASE NOTE ANY DISCREPANCIES AND SEND A SIGNED COPY OF THIS TRANSMITTAL TO: ARCO ALASKA, INC. BAYVIEW GEOLOGIC FACILITY P. O. BOX 100360 ANCHORAGE, AK. 99510-0360 ATTN: D. L. Przywojski ABV-100 RECEIVED BY: DATE: AR3B-6003-93 2,!2 2603 MEMORANDUM State o, Alaska Alaska Oil and Gas Conservation Commission TO: . David Johns~ ChairmaW~ DATE: March 13, 1994 THRU: Blair Wondzell, ~ P.I. Supervisor FILE NO: FROM: DougAmos, ~,.~ ~~ SUB,I-ECT: Petroleum Inspector ib9hcmbd.doc Abandonment Marker Inspt. Arco Fiord No. 2 Exploratory PTD No. 94-09 Sunday, March 13, 1994: I traveled to Arco Fiord No. 2 Exploratory Well to inspect the Well Abandonment Marker Plate. The 9 5/8" casing was cut off approximately 6 ft below the pad level. I estimated there to be approximately 2 ft of ice on the tundra, this would make the marker plate 4 ft. below final grade, c,P--. ! The marker plate was 1/2'" thick and had the following information bead welded on it: Arco Alaska Inc. Fiord #2 ADL #372106 APl #50-103-20201 2126' FNL, 1314' FWL, SEC. 24, T12N, RSE After my inspection the hole and marker plate were covered with gravel and a 3' mount placed over the plate to allow for settling after break up. The location was clean and level. Attached please find a photo of the marker plate and cut off casing. Summary: I inspected the well abandonment marker plate at Arco's Fiord No. 2 Exploratory Well. The plate was in compliance. I~t'f~ ct,:, 1oco.4co,,- C),~o.,o.~,:e. Attachment Photo AOGCC COMPLIANCE REVIEW & REPORT PTD # OPERATOR WELL NAME CO~NTACT b~AME COMP. DATE PHONE # INITIAL CONTACT DATE INTE~ ~N~ FINAL CO/N~PLL~NCE// COMMENTS MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David Joh..b..l:~~/, Chairman,-"- DATE: March 6, 1994 THRU: Blair Wondzell, P. I. Supervisor FROM: '~ou Grimaldi, SUBJECT: Petroleum Inspector FILE NO: N92JCFBD.DOC Open hole cement plug Arco Fiord #2 Sec 24, T 12N, R 5E, Umiat PTD # 94-09 Saturday, March 5, 1994: I traveled to Arco's exploratory well Fiord #2 to verify placement of the open hole cement plug. When I arrived the rig was running in open ended to lay the bottom plug. A 20 bbl high vis pill was spotted at 8044', then 55 bbls (270 sacks) of class G cement. The rig pulled out of the hole and picked up a bit and tripped back in to tag the plug. They hung off above the plug and stood by until the cement thickened. Sunday, March 6, 1994: The top of cement was tagged at 7437' and 15,000 was set down with the plug appearing solid, I observed no sticking when they picked up off of the plug. Summary: I verified the placement of the open hole cement plug in Arco's exploratory well Fiord #2. Attachments: N92JCFBD.XLS FIORD2SC.XLS FIORD2SC.XLS ARCO Fiord #2 PTD # 94-09 3/5/94 SHOWS top 7794' bott.7994 11.2 ppg · ~--- 9 5/8"11~2231 Top of cement at 7437'(LRG 3-5-94) 270 sx's 55 bbrs class "g" cement plug laid from 8044' 20 bbl's high vis pill 8 1/2" hole to 8400' Page 1 STATE OF ALASKA ALASKA OIL AND GAS CONSER VA TION COMMISSION Plug And Abandonment Report Operator: Arco Alaska Operator Rep.: John Rail Lease No.: Well No.: Total Depth: Well Name: Fiord #2 PTD No.: 94-09 Sec. T-R 24, 12N, 5E 8400 Elevation: Date: 3/5/94 Meridian: Umiat Mud Wt.: 11.2 ppg. CASING DATA: Drive Pipe: Conductor: Intermediate: 16 O.D." Set @: O.D." Set @: O.D." Set @: ft. With 110 ft. Surface: ft. Prodctn: PLUGGING DATA: 9 5/8 Penetration O.D." Set @: O.D." Set @: 2231 1. Open Hole Plugs: 270 sacks, 55 bbls class G 8044 to 7437. Tagged with 15 k down 2. Open Hole Isolation Plugs: 3. Perforation Plugs: 4. Annulus Plugs: 5. Casing Stub Plugs: 6. Surface Plug: Casing Removal: REMARKS: " Casing Cut @ Feet " Casing Cut@ Feet " Casing Cut @ Feet " Casing Cut @ Feet Distribution: orig - Well File c - Operator c- DNPJDOG c- Database c- Rpt File c- Inspector FI-000 (Rev. 3/93) Inspector (s): Louis R Grimaldi N92JCFBD.XLS ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907-276-1215 March 2, 1994 David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: Sundry Notice to plug and abandon ARCO Fiord #2 Dear Commissioner Johnston, ARCO Alaska, Inc. hereby applies for sundry approval with variances to plug and abandon the ARCO Fiord #2, permit number 94-09. A detailed plug and abandonment procedure is enclosed. ARCO requests a variance to the requirements of 20 AAC 25.105 (1) for cement plug #2 placed from 2790' to 3300'. ARCO proposes to place this plug per 20 AAC 25.105 (g2) using 100% excess cement volume without recording the actual location or integrity. ARCO considers cement plug #3 downsqueezed through a retainer at the 9-5/8" shoe as adequate top isolation in the event that the top of cement plug #2 falls within 100' of the top of the zone. See attached schematic for cement placement and volumes. ARCO also requests a variance to the requirements of 20 AAC 25.120 Well Abandonment Marker. Rather than place an above ground marker over the wellbore, ARCO proposes to weld a cover plate to the casing stub 3' below ground level with the information required in 20 AAC 25.120 (b) bead welded to the top. The location will then be backfilled with gravel. If you have questions or require additional information, please contact Bill Mathews at 263-4607 or myself at 263-4962 in our Anchorage office. Sincerely, A. Wayne McBride Area Drilling Engineer Gas gons. f.;0mmissi0n AnChorage STATE OF ALASKA "~ ,, ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon ~ Suspend _ Operation Shutdown Re-enter suspended well "~,~' Alter casing _ Repair well _ Plugging _ Change approved program _ Pull tubing _ Time extension Variance Stimulate Perforate Other 2. Name of Operator ARCO Alaska, Ipc. 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development Exploratory Stratigraphic Service 4. Location of well at surface 2126' FNL, 1314' FWL, Sec. 24, T12N, R5E, UM At top of productive interval At effective depth At total depth 969' FSL, 875' FEL, Sec. 14, T12N, R5E, UM 6. Datum elevation (DF or KB) RKB 42 7. Unit or Property name N/A 8. Well number Fiord #2 9. Permit number 94-09 10. APl number $o-103-20201 11. Field/Pool Wildcat feet 12. Present well condition summary Total Depth: measured true vertical Effective depth: measured true vertical Casing L e n g t h Structural Conductor 8 0' Surface 2 2 0 0' Intermediate P rod uction Liner Perforation depth: measured 8400' 7213' Size 16" 9 5/8" feet feet feet feet Cemented 250 Sx AS I 259 Sx AS III & 447 Sx Class G Measureddepth True vertical depth 110' 110' 2231' 2186' RECEIVED true vertical Tubing (size, grade, and measured depth Packers and SSSV (type and measured depth) r¢/'d-i -' ~. i994 Gas Cons. Commission Anchorage 13. Attachments P&A wellbore. Description summary of proposal Detailed operation program X~ BOP sketch 14. Estimated date for commencing operation March 5, 1994 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil Gas Service Suspended 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ~,~~'y~ ~ Title Area Drillin~ Engineer v vv - FOR COMMISSION USE ONLY Date Conditions of approval: Notify Commission so representative may witness/,,/ Plug integrity ~ BOP Test_ Location clearance ~ Mechanical Integrity Test _ Subsequent form require ~..'.~'~ginal Signed By 0avid W. Johnston Approved by the order of the Commission Commissioner IApproval No. Date ~,,.,¢ ~_,-, ~.~2 Form 10-403 Rev 06/15/88 Approved Copy Returned SUBMIT IN TRIPLICATE F FIORD #2 PLUG AND ABANDONMENT PROCEDURE Notify AOGCC 24 hrs. prior to beginning any P&A activity (907) 279-1433 1. Make a cleanout trip to TD with an 8-1/2" bit. ...' 3. / ,, ! 4. . . . 10. 11. 13. 14. 15. 16. 17. 18. RIH with open-ended drill pipe and spot a 20 bbl hi-vis pill from 8044'-8294'. Pull up to 8044' and lay a 55 bbl (270 sx) balanced cement plug, as specified in the attached Cement Calculations from 7694'-8044'. Pull up ten stands and circulate out DP. WOC 6 hrs. Tag cement and weight test by setting down 10,000 lbs on it. TOC must be at 7694' or shallower. Document plug location and integrity for AOGCC. POH to 3550' laying down drill pipe. Spot a 20 bbl hi-vis pill from 3550'-3300'. Pull up to 3300' and lay an 80 bbl (390 sx) balanced cement plug, as specified in the attached Cement Calculations from 2790'-3300' Note: ARCO has requested the AOGCC waive the requirement per 20 AAC 25.105 (I) to test this plugs location and integrity. ~,,~ ~"--'~" ~ .... ....... ~. ,...-x- .... -~ ..... :,._ ~ , r-~_ ~.~ ~ _ ~ POH laying down all but 2175' of drill pipe. RIH with 9-5/8" cement retainer on drill pipe and set at 2175'. Weight test with 15,000 lbs. Without stinging out of cement retainer, pressure up the 5" DP X 9-5/8" annulus to 500 psi with the rig pumps and monitor. With the pressure trapped on the backside, mix & pump 24 bbls (115 sx) of cement as specified in the attached Cement Calculations. Follow the cement with a 20 bbls freshwater spacer. Displace and squeeze 17 bbls of cement through cement retainer. Sting out of cement retainer and place remaining 7 bbls of cement on top. Minimum height for cement above retainer is 50'. POH five stands and pressure test plug by closing pipe rams and pressuring up to 500 psi for 10 minutes. Record pressure test on chart recorder and submit to AOGCC. POH, laying down all but 300' of drill pipe. RIH with 9-5/8" bridge plug and set at 300'. Weight test by slacking off all drill pipe weight on it. Place 125 sacks (21 bbls) of Arctic Set I cement as specified in the attached Cement Calculations on top of the bridge plug. With drill pipe at 37', reverse out excess cement (Note: TOC must not be shallower than 37' to allow casing cut and pull operations.) POH. N/D BOP stack. !~ E C E IV Rig down and move rig to Bergschrund #1. Cons. Commission Anchorafle 19. 20. 21. Cut all casing strings off at or below 3' below ground level. Remove cellar. Back fill all casing strings with gravel as needed. Send casing head with stub to Materials for repair/redressing. Weld cover plate over all casing strings with the following information bead welded into the top: ARCO ALASKA, INC FIORD #2 ADL 372106 APl# 50-103-20201 2126' FNL, 1314' FWL, S24-T12N-R5E,UM Note: ARCO has requested the AOGCC waive the requirement for an above ground P&A marker per 20 AAC 25.120. Back fill remaining hole to ground level with gravel. Clean up location. By: Concur: Drilling Engineer A. W. McBride Area Drilling Engineer DBSt Drilling Superintendent R. F. Morgan~ Regional Drilling Engineer D.f/J.//Ruckel' Drilling Manager ECE!VED 0il & Gas Co,is. Corr~rnissioP, Anchorage Casing cut and backfilled 3' below ground level P&A Cap per 20 AAC 25.105 (il) ; 16", 62.58#, PEB (110' RKB) Marker 3' below ground level Surface Plug Bridge Plug @ 300' per 20 AAC 25.105 (k) 11.2 ppg Mud 9-5/8", 53.5#, L-80, BTC ( 2231'PBTD /2076' TVD) per 20 AAC 25.105 (92) per 20 AAC 25.105 (k) per 20 AAC 25.105 (f2) 20 AAC 25.105 (I) waived per 20 AAC 25.105 (k) per 20 AAC 25.105 (fl,I) per 20 AAC 25.105 (k) 11.2 ppg Mud 20 bbls Hi-Vis 11.2 ppg Mud 20 bbls Hi-Vis 11.2 ppg Mud TOC @ (< 2125') Cement Retainer @ 2175' Casing Shoe Plug BOC @ (> 2331') TOC @ (< 2790') Abnormal Pressure IC30 (2890'-3200') BOC @ (>_ 3300') TOO @ (_< 7694') Hydrocarbon Kuparuk/J4 (7794'-7994') BOC @ (_> 8044') Show TD @ 8400' MD RECEIVED NOTE: See attached P&A Procedure, Cement Volume Calcuations, and Slurry Designs. Depths in () are minimum requirements NOTIFY AOGCC 24 HRS. PRIOR TO P&A OPERATIONS (907) 279-1433 ARCO FIORD #2 PLUG AND ABANDON SCHEMATIC = Lead Cement = Tail Cement E~] = Cement Plugs r'~ = Gravel Fill WLM 2/28/94 FIORD #2 Cement Calculations Capacities Plug #1 9" Hole 0.4418 cu ft/ft 0.0787 bbl/ft 9-5/8" Casing 0.3973 cu ft/ft 0.0707 bbl/ft Isolate Hydrocarbon Shows 20 AAC 25.105 (fl) Kuparuk 7794'-7800' J4 7937'-7994' Hi-vis pill 8044'-8294' Pill height Pill volume 250' 250' * .0787 bbl/ft = 20 bbls Cement plug 7694'-8044' Cement Blend: Neat Class G w/.2% D800 retarder 15.8 ppg 1.15 cu ft/sk 3.5-4 hr thickening time at 130°F BHCT Calculations: Plug height Plug volume 8044-7694 = 350' 350' * .0787 bbl/ft = 27.5 bbls I100% excess Product 27.5 bbls * 2 = 55 bbls 55'5.615/1.15 = 270 sacks Plug #2 Isolate Abnormal Geo-Pressure 20 AAC 25.105 (f2) C30 2890'-3200' Hi-vis pill 3300'-3550' Pill height Pill volume 250' 250' * .0787 bbl/ft = 20 bbls Cementplug 2790'-3300' Cement Blend: Calculations: Neat Class G w/1.75% CaCL2 15.8 ppg 1.16 cu ft/sk 3.5-4 hr thickening time at 70°F BHCT Plug height Plug volume 3300'-2790' = 510' 510' * .0787 bbl/ft = 40 bbls RECEIVED Gas Cons. Commission Anchorage I100% excess Product 40 bbls * 2 = 80 bbls 80'5.615/1.16 = 390 sacks Page 1 Plug #3 Isolate Casing Shoe FIORD #2 Cement Calculations 20 AAC 25.105 (g2) 9-5/8" shoe at 2231' Cement retainer set at 2175' Cement Blend: Neat Class G w/1.75% CaCL2 15.8 ppg 1.16 cu ft/sk 3.5-4 hr thickening time at 60°F BHCT Calculations: Below Retainer Plug height CH Plug volume OH Plug volume 2231'-2175'+100' : 156' 100' * .0787 bbl/ft = 8 bbls 56'* .0707 bbl/ft = 4 bbls Above Retainer Plug height 50' CH Plug volume 50'* .0707 bbl/ft -- 4 bbls 50% excess Product 16 bbls * 1.5 = 24 bbls 24'5.615/1.16 - 115 sacks Plug #4 Surface 20 AAC 25.105 (il) Bridge plug set at 300' Cement Blend: Arctic Set I 15.7 ppg 0.93 cu ft/ft 5-6 hr thickening time at 40°F BHCT Calculations: Plug height Plug volume 295' 295' * .0707 bbl/ft - 21 bbls lNo Excess Product 21 bbls 21 '5.615/.93 - 125 sacks Page 2 i_,,i~51~,~ !.)ii &. Gas Cons. Comrn. issior: ' ,- ,h A,~c.,oru.o, .. MEMORANDUm., State o, Alaska Alaska Oil and Gas Conservation Commission TO: David Johns,t~n, Chairma~b DATE: March 2, 1994 THRU: Blair Wondzell, ~~ FILE NO: P. I. Supervisor s/et?~ A92LCBBD.doc FROM: John Spaulding, ,L~,¢~.~.A~~- SUBJECT: Petroleum Inspector BOP Test Rowan 33 Arco Fjord No. 2 Exploratory PTD No. 94-09 Wednesday March 2, 1994: I traveled to Arco's Fjord No. 2 Exploratory Well to witness the weekly BOP Test on Rowan Rig No. 33. As the attached AOGCC BOP Test Report indicates, there was one failure. A leak was noted at a flange on the choke manifold, the leak was repaired and retested during the course of the test. The well has been drilled to TD and is being tested and logged prior to moving to the next well. As noted on a previous test dated Feb. 22, 1994 file no. A92HBVBD there was a lack of operational methane gas detectors on the rig. Since that date Rowan has attempted to repair the existing gas detectors. The control card is shorting out leaving 2 operational methane gas detectors operational, one at the flow line and one at the mud pits. I talked to John Rail about the lack of operational gas detectors and informed him that before Rowan Rig 33 started drilling on the next exploratory well/the methane gas detectors would need to be operational. Mr. Rail informed me before I left location that a new methane gas detection system was ordered and would arrive at the rig the next day and that it would be installed and tested immediately. Summary: I witnessed the BOPE Test at Arco Fjord No. 2 Exploratory Well on Rowan Rig 33, test time 5 hours, I failure. Attachment: aa921cbbd STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: XXX Workover: Drlg Contractor: ROWAN Rig No. 33 PTD # Operator: ARCO Rep.: Well Name: FJORD # 2 Rig Rep.: Casing Size: 9 5/8" Set @ 2231 Location: Sec. Test: Initial Weekly XXX Other DATE: 3/2/94 94-09 Rig Ph.# 263-3161 JOHN RALL JOHN PIPER 24 T. 1 2N R. 5E Meridian UMIAT MISC. INSPECq'IONS: FLOOR SAFETY VALVES: Location Gen.: OK Well Sign OK Upper Kelly / IBOP Housekeeping: OK (Gert) Drl. Rig OK Lower Kelly / IBOP Reserve Pit NA Ball Type Inside BOP BOP STACK: Quan. Annular Preventer Pipe Rams 1 Pipe Rams Blind Rams Choke Ln. Valves HCR Valves 2 Kill Line Valves Check Valve Test Pressure P/F 250/3000 P 250/3000 P 250/3000 250/3000 250/3000 P 250/3000 P 1 250/3000 P NA P p' MUD SYSTEM: Visual Alarm Trip Tank OK OK Pit Level Indicators OK OK Flow Indicator OK OK Gas Detectors OK OK Test Ouan. Pressure P/F 1 250/3000 P 1 250/3000 P 1 250/3000 P 1 250/3000 P CHOKE MANIFOLD: No. Valves No. Flanges Manual Chokes Hydraulic Chokes Test Pressure P/F 15 250/3000 P 32 250/3000 P 2 P Functioned Functioned ACCUMULATOR SYSTEM: System Pressure Pressure After Closure 200 psi Attained After Closure System Pressure Attained Blind Switch Covers: 2,890 I P 1300 P Master: minutes 38 sec. 3 minutes 53 sec. · XXX Remote: XXX Nitgn. Btl's: 1@2500, 2@2300, 1@1700 Psig. Number of Failures: I ,Test Time: 5 Hours. Number of valves tested 23 Repair or Replacement of Failed Equipment will be made within 0 days. Notify the Insl~ector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax No. 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: 1 FI_21NGE LEAK ON CHOKE MANIFOLD, REPAIRED AND CONTINUED TESTING 1 NITROGEN BOTTLE AT 1700 PSI IS BEING REPLACED A NEW GAS DETECTOR SYSTEM HAS BEEN ORDERED AND IS TO BE INSTALLED WITHIN THE COMING WEEK Distribution: orig-Well File c - Oper./P, ig c - Database e - Trip Rpt File c - Inspector STATE WITNESS REQUIRED7 YES XXX NO 24 HOUR NOTICE GIVEN YES XXX NO Waived By: Witnessed By: John H. SpauM~g FI-021L (Rev. 2/93) A92LCBBD.XLS MEMORANDU State o, Alaska Alaska Oil and Gas Conservation Commission TO: THRU: David JohnsOn, DATE: Chairmarf~,~- Blair Wondzeli, ~~- FH, E NO: P. !. Supervisor February 22, 1994 a92hbvbd.doc FROM: Doug Amos, ~ SUBJECT: Petroleum Inspector BOPE Test Rowan 33 Arco Exp. Fiord No.2 Exploratory PTD # 94-09 Sec. 14, T12N, RSE, UM Monday February. 21, 1994: I traveled to Arco's Fiord No. 2 Exploratory Well to stand by for the weekly BOPE Test on Rowan Rig No. 33. The initial BOPE Test was waived due to severe weather condition. Tuesday February 22, 1994: The testing commenced at 3:30 P.M. and was concluded at 9:30 P.M.. As the attached AOGCC BOPE Test Report indicates there were three failures. The Lower Pipe Rams Door seal was replaced and retested during the course of the test. The Trip Tank Level Indicator Panel was repaired and the retest witnessed by Arco representative G. W. Graig on the evening of 2/23/94. G. W. contacted me by phone and informed me that he would not have a date for the installation of the Methane Gas Detection System until 2/24//94. He could not find the system on the North Slope and was having to get the system from Eagle Ent. in Anchorage. I left change out notes for Bobby Foster to keep checking with Rowan 33 to ensure that the system gets installed. The rig and all other related BOPE equipment was in good condition. The drilling personnel were well trained and familiar with the test procedure and operation of their equipment. Summary- I witnessed the BOPE test at Arco Fiord #2 Exploratory Well on Rowan Rig 33, test time 6 hours, 3 failures, 2 repaired and retested. Attachment A92HBVBD.XLS STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: X Workover: Drlg Contractor: Rowan Drilling Co. Rig No. Operator: Arco Alaska inc Well Name: Fiord No. 2 Casing Size: g 5/8" Set @ 2,231 Test: Initial Weekly X Other 33 PTD # Rep.: Rig Rep.: Location: Sec. 94-09 DATE: 2_./22_./94 Rig Ph.# 263-3 f61 Bufford Berry Shorty Allen ~4 T. i2 N R. 5 E. Meridian Um/at , MISC. INSPECTIONS: Location Gen.: OK Housekeeping: OK (Gen) Reserve Pit N/A Well Sign OK Dri. Rig OK BOP STACK: Annular Preventer Pipe Rams Pipe Rams Blind Rams Choke Ln. Valves HCR Valves Kill Line Valves Check Valve 'Test FLOOR SAFETY VALVES: Upper Kelly / IBOP Lower Kelly / IBOP Ball Type Inside BOP Quan. Pressure I 300/3,000 1 300 / 3, 000 I 300/3,000 I 300 / 3, 000 Test Quan. Pressure P/F Test I 300/3,000 P Pressure P 300 / 3, 000 300/3,000 300/3,000 F 300/3,000 P 300/3,000 P 300/3,000 P 300/3,000 PIP P/F P P CHOKE MANIFOLD: No. Valves ~6 No. Flanges Manual Chokes 2 Hydraulic Chokes '/ 34 300 / 3, 000 Functioned Functioned P/F ACCUMULATOR SYSTEM: System Pressure 3,000 P Pressure After Closure 1,350 P MUD SYSTEM: Visual Alarm 200 psi Attained After Closure minutes 30 sec. Tdp Tank Fail OK System Pressure Attained 3 minutes 15 sec. Pit Level Indicators OK ' OK Blind Switch Covers: Maste'r: Yes Remote: Yes Flow Indicator OK OK Nitgn. Btl's: 4 ~ 2250. (Avg.) . Gas Detectors See Remarks See Remarks Psig. . , , Number of Failures: 3 ,Test Time: 6.00 Hours. Number of valves tested 24 Repair or Replacement of Failed Equipment will be made within days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: I~ax N 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: 1.) Lower Pipe Rams Door Seal Failed. The Seal was replaced and the Rams successfully retested. 2.) The Trip Tank Panel at the Drillers Console Failed. The Panel was repaired and ~tti rep G.W. Craig witnessed the rete'~t on 2/'23~4. There is no Methane Gas Detection System on the Rig other than the Mud Loggers Unit. Methane Gas Detectors Shall Be installed at the Bell Nipple, Cellar, Mud Pits and on the Rig Floor. A strobe for visual and an audible alarm shall be installed on the Rig Floor to alert the driller. Distribution: odg-Well File c - Oper./Rig c- Database c - Tdp Rpt File c- Inspector sTATE WITNESS REQUIRED.~ YES Yes NO 24 HOUR NOTICE GIVEN YES Yes NO Waived By: vt. rrtnessed By: Doug Amos FI-021L (Rev. 2293) A92HBVBD.XLS MEMORANDUM State of ,i ,aska Alaska Oil and Gas Conservation Commission TO: David Joh ~.~.n~~, Chairm~~ DATE: 2- 9- 94 THRU: Blair Wondzell, '~J~ FILE NO: P. I. Supervisor FROM: Bobby Foster,(2~)-~-- SUBJECT: Petroleum Inspector EB21BIBD.doc Diverter Test- Rowan 33 ARCO - Fiord # 2 - Exploratory PTD # 94 - 09 Wednesday, February 9, 1994: I traveled to ARCO's exploratory well Fiord #2 and witnessed the diverter system function test and inspected the installation of the system. As the attached Diverter Inspection Report shows the system worked properly and was installed in accordance with AOGCC regulations. The rig is on an ice pad and even though the crews were still rigging up/the rig was fairly clean and had good access to all areas. The location was very clean and orderly. Two roads leading to the location gives access to the rig if there happens to be a divert situation. Summary: I witnessed the function test and inspected the installation of the diverter system on Rowan rig 33 preparing to drill ARCO's exploratory well Fiord # 2. Attachment · EB21BIBD.XLS STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Diverter Systems Inspection Report Ddg Contractor: ROWAN Operator: ARCO Well Name: FIORD # 2 Location: Sec. 24 T.12N R. Date: Operation: Development Exploratory: Rig No. 33 PTD # 94-09 Rig Ph. # Oper. Rep.: BUFORD BERRY 2/9/94 X 263 - 3161 Rig ~ 5E Merdian J. W. WEATHERLY MISC. INSPECTIONS: Location Gen.: OK Well Sign: OK Housekeeping: OK (Gen.) Ddg. Rig: OK Reserve Pit: N / A Flare Pit: N / A DIVERTER SYSTEM INSPECTION: Diverter Size: 20 Divert Valve(s) Full Opening: YES Valve(s) Auto & Simultaneous: YES Vent Line(s) Size: 16 Vent Line(s) Length: 100 Line(s) Bifurcated: NO Line(s) Down Wind: YES Line(s) Anchored: YES Turns Targeted / Long Radius: N / A in. in, ACCUMULATOR SYSTEM: Systems Pressure: Pressure After Closure: 200 psi Attained After Closure: Systems Pressure Attained: Nitrogen Bottles: 3000 1250 min. 3 min. 4 (~ 2450'~ psig psig 38 sec. 55 sec. MUD SYSTEM INSPECTION: Trip Tank: Mud Pits: Flow Monitor: ' GAS OET~c-TC~I~ Methane Hydrogen Sulfide: psig Light YES YES YES Light YES N/A Alarm YES YES YES Alarm YES Non Compliance Items REMARK Repair Items Within 1 Day (s) And contact the Inspector @ 659-3607 Remarks: Gas monitors are to be calibrated and an inspector notified Distribution orig. - Well File c - Oper/Rep c- Database c - Trip Rpt File c - Inspector AOGCC REP.: OPERATOR REP.: EB21BIBD.XLS DVTRINSP,XLT (REV. 1/94) ALASKA OIL AND GAS CONSERVATIO~ COMMISSION January 27, 1994 WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 A. W. McBride Area Drilling Engineer ARCO Alaska, Inc. P O Box 100360 Anchorage, AK 99510-0360 Re: Fiord #2 ARCO Alaska, Inc. Permit No: 94-09 Sur. Loc. 2126'FNL, 1314'FWL, Sec. 24, T12N, R5E, UM Btmhole Loc. 969'FSL, 875'FEL, Sec. 14, T12N, R5E, UM Dear Mr. McBride: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. 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 and is exclusively for the Commission's internal use. 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. 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KB ht above sea level:40 f~et Wildcat 3. Address 6. Property Designation P. O. Box 100360, Anchorage, AK 99510-0360 ADL-372106 4. Location of well at surface 7. Unit or property Name 11. Type Bond (see 20 AAC 25.025) 2126' FNL, 1314' FWL, Sec. 24, T12N, R5E, UM N/A Statewide At top of productive interval 8. Well number Number 650' FSL, 650'FEL, Sec. 14, T12N, R5E, UM Fiord #2 #U30610 At total depth 9. Approximate spud date Amount 969' FSL, 875' FEL, Sec. 14, T12N, R5E, UM 2-1-94 $500,000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MD and TVD) property line 650 feet 2.5 Miles 1929 Lease Acres 7,340' TVD, 8546'TVD feet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 AAC 25.035(e)(2)) kickoff depth 5 00 feet Maximum hole an~le 42° Maximum surface 1318 psig At total depth (TVD) 396 9 psig 18. Casing program Setting Depth size Specification Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stave data/ 2 0' 16" 62.58# B PEB 8 0' 3 0' 3 0' 110' 110' Permafrost cement 12.25" 9.625" 53.5# L-80 BTC 2211' 30' 30' 2241' 2030' 170 sx permafrost, 450 sx G 8.5" 7" 29.0# L-80 BTC 8416' 30' 30' 8546' 7340' 400 sx G 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Conductor Surface Intermediate Production Liner Perforation depth: measured true vertical 20. Attachments Filing fee ~ Property plat Drilling fluid program ~ Time vs depth plot ~ Refraction analysis _ Seabed report __ 21. I hereby certify that the foregoing is true and correct to the best of my knowledge Commission Use Only Permit Number I APlnumber I Approval date I See cover letter for ~ ~_~ ~ ~' 50- /~ ~ .~ ~..O ~ ~ / ,/-.~ 7--/,~ other requirements Conditions of approval Samples required .zY,.Y e s N o Mud log required .~ Y e s__ N o Hydrogen sulfide measures ~ Y e s ~ N-'~- Directional survey required ~'Yes__ N o Required working pressure forBOPE __2M; __ 3M' ~ 5M · __ 10M' __ 1 5 M Other: Original Signed Byby order of Approved by David W. Johnston Commissioner the commission Date //' ~L -7/~' '"/ Form 10-401 Rev. 7-24-89 '~;ubmit 'in triplicate ARCO Alaska, Inc. Post Office Bo× 100360 Anchora§e, Alaska 99510-0360 Telephone 907 276 1215 January 13, 1994 ALL AFFECTED OWNERS Re: Notice of Intentionally Deviated Well REGI~;TERED MAIL Application for a Permit to Drill Return Receipt Requested Fiord No. 2 Well Colville Delta Area, Alaska ALK-4557, AR-101752 Ladies and Gentlemen, Attached is a copy of ARCO's January 7, 1994, letter giving notice of its application to the Alaska Oil and Gas Conservation Commission for a permit to ddll the Fiord No. 2 well as an intentionally deviated well. ARCO's letter stated that if the application is approved, it will permit the well to be located within 250' of a surface location of 1200' FWL, 2000' FNL of Sec. 24, T12N, RSE, U.M. The plat attached to the notice letter depicted the surface location for the well to be 2126' FNL, 1314' FWL of Section 24. The location depicted on the plat is within 250' of the location stated in the letter. The two different locations, however, have created some confusion. Please be advised that ARCO's intended surface location is 2126' FNL, 1314' FWL of Section 24. We apologize for any inconvenience this may have caused. Please call. me at (907) 265-6115 if you need any additional information. Sincerely, Brad L. Dowdell Senior Landman :jls Attachment Mr. Robert P. Crandall Alaska Oil and Gas Conservation Commission 30001 Porcupine Dr. Anchorage, AK 99501 RECEIVED JAN 1 4 1994 0il & Gas Cons. Commission Anchorage ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Company .',.:,, ~! r, ; ~ r Union Texas Petroleum Alaska 1330 Post Oak Blvd. Houston, Texas 77056 Attn: Mr. Bruce Hamilton Amerada Hess Corporation 1201 Louisiana, Suite 700 Houston, Texas 77002 Attn: Mr. Skip Bacon Arctic Slope Regional~,o,po, at,on"' - "'" P.O. Box 129 Barrow, Alaska 99723 Attn: Mr. Jacob Adams, President Hunt Petroleum Corporation 2800 Thanksgiving Tower Dallas, Texas 75201 Attn: Mr. Steve Brooks Kuukpik Village Corporation P.O. Box 187 Nuiqsut, Alaska 99789-0187 Attn: Mr. Joe Nukapigek, President Lamar Hunt Trust Estate 1601 Elm Street, Lock Box 5 Dallas, Texas 75201 Attn: Mr. Peter Arnett State of Alaska Department of Natural Resources Division of Oil and Gas P.O. Box 10703 Anchorage, AK 99516 Attn: Mr. James E. Eason, Director Texaco Inc. 4800 Fournace Place, Ste. E700 Bellaire, Texas 77401 Attn: Mr. Ewing Clemons, Jr. Chevron U.S.A., Inc. 1301 McKinney St. Houston, Texas 77010 Attn: Mr. Paul Walker Rosewood Resources, Inc. 200 Crescent Ct., Ste. 300 Dallas, Texas 75201 Attn: Mr. Chris Kidd William Herbert Hunt Trust Estate 1601 Elm Street, Suite 3500 Dallas, Texas 75201 Attn: Mr. J. W. Beavers, Jr. Nelson Bunker Hunt Trust Estate 1601 Elm Street, Lock Box 5 Dallas, Texas 75201 Attn: Mr. Peter Arnett RECEIVED ,.]AN 1 4- 1994 un & Gas Cons. Commission Anchorage ARCO Alaska, Inc. 7OO "G" St. Anchorage, Alaska 99510 Attn: Gerry L. Arnold Amerada Hess Corporation 1201 Louisiana, Suite 700 Houston, Texas 77002 Attn: Mr. Skip Bacon Arctic Slope Regional Corporation P.O. Box 129 Barrow, Alaska 99723 Attn: Mr. Jacob Adams, President Hunt Petroleum Corporation 2800 Thanksgiving Tower Dallas, Texas 75201 Attn: Mr. Steve Brooks Kuukpik Village Corporation P.O. Box 187 Nuiqsut, Alaska 99789-0187 Attn: Mr. Joe Nukapigek, President Lamar Hunt Trust Estate 1601 Elm Street, Lock Box 5 Dallas, Texas 75201 Attn: Mr. Peter Arnett Nelson Bunker Hunt Trust Estate 1601 Elm Street, Lock BOx 5 Dallas, Texas 75201 Attn: Mr. Peter Arnett William Herbert Hunt Trust Estate 1601 Elm Street, Suite 3500 Dallas, Texas 75201 Attn: Mr. J.W. Beavers, Jr. Rosewood Resources, Inc. 200 Crescent Ct., Ste. 300 Dallas, Texas 75201 Attn: Mr. Chris Kidd Texaco Inc. 4800 Fournace Place, Ste. E700 Bellaire, Texas 77401 Attn: Mr. Ewing Clemons, Jr. Union Texas Petroleum Alaska 1330 Post Oak Blvd. Houston, Texas 77056 Attn: Mr. Bruce Hamilton State of Alaska Department of Natural Resources Division of Oil and Gas P.O. Box 107034 Anchorage, AK 99516 Attn: Mr. James E. Eason, Director Chevron U.S.A., Inc. 1301 McKinney St. Houston, Texas 77010 Attn: Mr. Paul Walker RECEIVED JAN '1 4 199/.,,. oil & 6as [';or~s. 6o~r~mission Anchoragr: ARCO Alaska, Inc. Post Office Box 100360 Anchorage Alaska 99510-0360 Telephone 907 276 1215 January 7, 1994 ALL AFFECTED OWNERS REGISTERED MAIL RE' Notice of Intentionally Deviated Well Application for a Permit to Drill Fiord No. 2 Well Colville Delta Area, Alaska ARCO Alaska, Inc. hereby gives notice of an application to the Alaska Oil and Gas Conservation Commission (AOGCC) for a permit to drill ARCO's Fiord No. 2 well (the "Well"), an intentionally deviated well. ARCO's application if approved, will permit the drilling and completion of the Well as a directional hole within 250' of the following locations: · Surface Location' 1200'FWL, 2000'FNL of Sec. 24, T12N, R5E, U.M. · Bottom Hole: 969'FSL, 875'FEL of Sec. 14, T12N, R5E, U.M. A plat showing the location of the subject well, leasehold ownership, and all other completed and ddlling wells in the area is attached as Exhibit 1. District Landman ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Compeny ,, R6E AD 37210 ,_ AD~ ADL i5557// ,, I AS 7~/'1(5"'56005 ~1, BPX, UTP AR~4. ~98/13 / 18 11-11-0~k 17 ...~ 16 ~ _ _ Exhibi~ "1" ~ 23 ~t4/~ ~ 24 19 Fiord ~2 ~ell 2 ~ ~ ApplieaMon for Permit ~o Drill ~ ~ ~ ~ ALK4557 ~I,BPX, UTP, 2 ~ ~ ~ ~DL ~ In~enMon~ly Deviated ~ell E 8 ~ ~ A ~72106 AMERADA WHHTE S~face Loc.= ~1~6' FNL, I~14' ~ ~ ' ~ ' See ~4, TI~N, ~ ~m ~ ~, ~PX Bottom Loc.: 000' FSL, ~. ~ AM~A~A .. See 1~, TlgN, R~ = ~0-3~--03 1"=2040' AK04 010001 A00 SHALLOW GAS POTENTIAL Fiord #2 A geophysicai analysg ~or the Fiord #2 well was performed using s~te specific seismic data and cffsct well information from ~e F~ord #1, K~ubik #1, Kuukpik #3, Colv~lle River #1, and Till #1, well~ in the vicinity of ~he proposed wdl location. The~ is no evidence of shallow ga,~ down to the expected surface casing point of 2030' TVD. RECEIVED dAN 1 Alaska Oil & Gas (Jons. finchorage January 11, 1994 David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: Application for Permit to Drill ARCO Fiord #2 Dear Commissioner Johnston, ARCO Alaska, Inc. hereby applies for a Permit to Drill an onshore exploratory well, the ARCO Fiord #2, 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 2-1/2 miles southeast of the ARCO Fiord #1. The wellsite will be accessed via ice road originating at KRU 2M Pad. ARCO plans to use Rowan Drilling Company's Rig 33 to drill this well from an ice pad during the winter of 1993-94. Attached find the information required by 20 AAC 25.005(c), 20AAC 25.050 and 20 AAC 25.061. All waste drilling mud and cuttings generated during the drilling of Fiord #2 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 m--m-fi~, cgre~-~'~rd_grmtllr~d fluids exiting the wellbore will be monitored for det't ctable leve-l~ 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 RECEIVED JAN q 2 ~994 Alaska Oil & Gas Cons. Commission Anchora.r],,~ Application for Permit to DdL Fiord #2 January 7, 1994 Finally, the following are ARCO's designated contacts for reporting responsibilities to the Commission: 1) Weekly Status Report Bill Mathews, Drilling Engineer 263-4607 2) Completion Report (20 AAC 25.070) Bill Mathews, Drilling Engineer 263-4607 3) Geologic Data and Logs Doug Hastings, Area Explorationist (20 AAC 25.071) 265-6967 If you have questions or require additional information, please contact Bill Mathews at 263-4607 or myself at 263-4962 in our Anchorage office. Sincerely, A. Wayne McBride Area Drilling Engineer RECEIVED JAN ] ?. 1994 Oil & Gas (';rms. Cornmission ARCO Alaska, Inc. Post Office Box 100360 Anchorage Alaska 99510=0360 Telephone 907 276 1215 January 7, 1994 Mr. David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 30001 Porcupine Dr. Anchorage, AK 99501 RE: Intentionally Deviated Well Application for a Permit to Drill Provisions of 20 AAC 25.050 Fiord No. 2 Well Colville Delta Area, Alaska Dear Chairman Johnston' ARCO Alaska, Inc. ("ARCO") hereby applies for a permit to drill an intentionally deviated well pursuant to the provisions of 20 AAC 25.050 for the drilling and completion of ARCO's Fiord No. 2 well (the "Well"). The Well will be drilled as a directional hole within 250' of the following locations' · Surface Location' 1-2,gO'FWL, 2eOO'FNL of Sec.24, T12N, R5E, U.M. · Bottom Hole' 969'FSL, 875'FEL of Sec. 14, T12N, R5E, U.M. A plat showing the location of the well, leasehold ownership, and all other completed and drilling wells in the area is attached as Exhibit 1. The names and addresses of all affected owners of the governmental quarter sections directly and diagonally offsetting the proposed drilling unit for the well are set forth in Exhibit 2. Included in Exhibit 3 is the verification required by the referenced provisions, a copy of the notice sent to the affected owners listed in Exhibit 2, and the date such notice was mailed. If you have any questions or require any additional information, please contact the undersigned at (907) 265-1579. ~~Mark R.'~ndt District Landman ,JAbl 3 0 1994- 0il & Gas Cons. Commission Anchorage ARCO Alaska, Inc. is a Subsidiary of Atlantic Richfield Company Surface Owners Working Interest Owners Royalty Owners Exhibit 2 Fiord No. 2 well Notice of Intentionally Deviated Well Surface Location. Kuukpik Village Corp. P.O. Box 187 Nuiqsut, Alaska 99789 Attn: Mr. Joe Nukapigek, President ARCO Alaska, Inc. 700 "G" Street Anchorage, AK 99510 Attn: Gerry L. Arnold Land Manager Amerada Hess Corp. 1201 Louisiana, Suite 700 Houston, Texas 77002 Attn:. Mr. Skip Bacon Union Texas Petroleum 1330 Post Oak Blvd. Houston, Texas 77056 Attn: Mr. Bruce Hamilton W. H. Hunt Trust Estate 1 601 Elm St., Ste. 3500 Dallas, Texas 75201 Attn: Mr. J. W. Beavers, Jr. State of Alaska Dept. of Natural Resources Division of Oil & Gas P.O. Box 107034 Anchorage, AK 9951 6 Attn: Mr. James E. Eason Bottom Hole Location State of Alaska Dept. of Natural Resources Division of Oil & Gas P.O. Box 107034 Anchorage, AK 99516 Attn: Mr. James E. Eason Director ARCO Alaska, Inc. 700 "G" Street Anchorage, AK 99510 Attn: Gerry L. Arnold Land Manager Amerada Hess Corp. 1201 Louisiana, Suite 700 Houston, Texas 77002 Attn: Mr. Skip Bacon Union Texas Petroleum 1330 Post Oak Blvd. Houston, Texas 77056 Attn: Mr. Bruce Hamilton State of Alaska Dept. of Natural Resources Division of Oil & Gas P.O. Box 107034 Anchorage, AK 99516 Attn: Mr. James E. Eason Arctic Slope Regional Corp. P.O. Box 129 Barrow, Alaska 99723 Attn: Mr. Jacob Adams, President RECEIVED dkN 1 0 t994 p,!sska ~fl & Gas 6ons. 6ommissior~ Anchorage Jverriding Royalty Owners Kuukpik Village Corp. P.O. Box 187 Nuiqsut, Alaska 99789 Attn: Mr. Joe Nukapigek Chevron U.S.A., Inc. 1301 McKinney St. Houston, Texas 77010 Attn: Mr. Paul Walker Hunt Petroleum 2800 Thanksgiving Tower Dallas, Texas 75201 Attn: Mr. Steve Brooks Lamar Hunt Trust Estate 1 601 Elm St. Lock Box 5 Dallas, Texas 75201 Attn: Mr. Peter Arnett Nelson Bunker Hunt Trust 1 601 Elm St. Lock Box 5 Dallas, Texas 75201 Attn: Mr. Peter Arnett W.H. Hunt Trust Estate 1 601 Elm St. Suite 3500 Dallas, Texas 75201 Attn: Mr. J. W. Beaver, Jr. Rosewood Resources Inc. 200 Crescent Ct., Ste. 300 Dallas, Texas 75201 Attn: Mr. Chris Kidd Texaco Inc. 4800 Fournace PI. Ste. E700 Bellaire, Texas 77401 Attn: Mr. Ewing Clemons, Jr. RECEIVED JAN 1 0 t994 A!~ska Uli & 6as Cons. Commissior; Anchorage ALK2595 N ~ Rxhibit "1" ~3 -~14'n E4 1~ Piord ~ Well / lppliea~on for Permit to Drill ALK4557 AAI,~PX, UTP, 2 ~ Intention~ly Deviated Well ADL ~721 06 AMERADA WHNTE Surface Loc · 2126' - ' See ~4, TI2N, AO0 EXHIBIT 3 ~ TO THE ALASKA OIL AND GAS CONSERVATION COMMISSION Before the Commissioners of the ) Alaska Oil and Gas Conservation ) Commission in the Matter of the ) Request of ARCO Alaska, Inc. for ) the Application for a Permit to Drill the ) Fiord No. 2 well as an intentionally ) deviated well pursuant to ) 20 AAC 25.055 ) ) ) VERIFICATION OF FACTS AND AFFIDAVIT OF MARK R. LANDT STATE OF ALASKA THIRD JUDICIAL DISTRICT SS. Mark R. Landt, being first duly sworn, upon oath, deposes and states as follows: 1. My name is Mark R. Landt. I am over 19 years old and have personal knowledge of the matters set forth herein. 2. I am a District Landman for the well operator, ARCO Alaska, Inc. 3. I am acquainted with the facts associated with the drilling of Fiord No. 2 well. 4. I have reviewed the application submitted pursuant to 20 ACC 25.050 for the permit to drill an intentionally deviated well. To the best of my knowledge and belief all facts therein are true and accurate. 5. I have reviewed the plat attached as Exhibit I and it correctly portrays pertinent and required data. 6. Pursuant to 20 AAC 25.050, ARCO Alaska, Inc. ("ARCO"), the well operator, prepared a Notice of Intentionally Deviated Well. A copy of this notice is attached hereto. 7. On January 7, 1994, pursuant to 20 AAC 25.050., ARCO sent a copy of said notice by registered mail to the last known address of all affected owners of governmental quarter sections directly and diagonally offsetting the governmental quarter section of the proposed locations of ARCO's Fiord No. 2 well. These names and addresses are set forth on Exhibit 2 attached to ARCO's application for a permit to drill an intentionally deviated well dated January 7, 1994. STATE OF ALASKA THIRD JUDICIAL DISTRICT Subscribed and sworn to on January 7, 1994. Mark Ri~.~ ) ) SS. ) The foregoing instrument was acknowledged before me on January 7, 1994, by Mark R. Landt. Notary Public, State of Ala~,~O~/0_.~~ ~. /,~ ~..~. j~,N 'l 0 199~~ My Commission Expires: ~ ~,~t~s[~ 0ii & Gas Cons. Commission Anchorage SUPPORT DOCUMENTS FOR REQUEST FOR EXCEPTION TO 20 AAC25.035(b)(1) (Bifurcation of Diverter Line) 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 1992 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. NORTH · ' : ' Pipe and Equipment Storage Distance to edge of pad - .: · ' · . 150' 250' ' ' 20~ Minimum ' ' During Testing Operations i......:.' .... -.~'.".~... -'. Stage Equipment in Cuttings ".': ',::-: ~-"i:.-.-.:-'._-.-'-":.:'.~i: '-i :_ ::!"- '._i::i.'-'' Storage Area. Fuel & Water Tanks Distance to edge of pad 150' 300' 750' Pad Entrance I J .._1 WLM 1/10/94 Ice Thickness Requirements Minimum 6"'~ Minimum 1' ~ 250' X 150' Minimum 2' ~ 180' X 100' Proposed Ice Pad Layout Colville Delta Projects NORTH SLOPE ALASKA Drawing not to scale ARCO ALASKA, INC. Date: OCT. '93 WIND WIND SPEED (MI/HR) AVG DIRECTION <- 3.5 <- 7.5' <-12.1 <-19.0 <-24.2 >24.2 TOTAL SPEED N 6.25 NNE 0.05 1.41 1.79 0.00 0.00 0.00 :3.25 7.84 NE 0.00 2.92 8.80 2.21 0.00 0.00 13.93 9.67 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 0.00 3.39 11.18 ESE 0.00 0.52 1.08 0.85 0,00 0.00 2.45 11.03 SE 0.00 0.66 1.51 0.56 0.00 0.00 2.73 9.. 19 SSE 0.09 1.51 0.56 O. 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 0.00 3.44 9.28 SW 0.85 2.12 2.54 1,60 1,04 0.14 8,28 10.70 WSW 1.93 9,41 6,07 7.53 2,16 5,04 32.14 13.69 W 1.60 2.73 2,12 2,40 1,04 2,26 12,14 13.44 WNW 0.71 0.80 0.8'47 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 CALM O. 00 0.00 TOTAL 7.34 30.16 30.64 19.81 4.52 7.53 100.00 N 9 3 IZ X F:': l .... V 0 L L. O'w' [ f'q j "" 41~1. 3lB. 21~1. liB. D,3~N~/LND OI'.3IANCF ,~t-'~:[1'1 ',,/'[ND I:I[I"IEC-I-ION ==:- PAS~UI LI_ S1AB[LITY ',,,'IND SPEE D- · I-~ILEATIViZ HUHI£~ITI' O. 5. 2.:-~ PERCENt ':, . 3 PI: I~Ci:.NI' 4 ~5 PERCi:'NI 93 I~:-"XP L__V~':~l_. t--IV,I ]i ND 20. 10. -45 . -4la . - :35 . - 3la . - 25 . - 2la. - '1 ~:;. - I f~ . --9,. 1,4 . DOWNWIND DISTANCE WIND OIRECTION ==> PA~6tUILL s'rAst'l I FY . , ;-' WIND ~PEEO.~ . , 14 RELATIVE HUMIDITY , 71~1 7' I Ft=E'f/SE.(; I PERCENF MOMENTI. JM .JET F"J'[ SI-':)ERS [ ON. ~c.. ] [.!t:'; ",/! i.'!.',,,.,' Ill. ;; ;4 PERi;ENI' ':,J. ,'3 PERCENT 4 *.. PERCENT :? 100. 9:3 E: ;×':: F-' ~i VOl ...... 1 ..... CI W [ i",J [3 -- [ I ~ 'l I ....... [ .......... -1 ........ 1 .......... ] .......... 1 ............ I ......... -I ............. I .......... '1' ........ - 1 61~ . - 1 41Zl . -- '12 0. WINO DIRECIIODd PAB~UILL SIAB[LIIY , F WI ND SP LED , 1 RELA T I VL- H~.IH Il ~I '1' T , -. 1 00. -- 80. -60. DOWNWIND DI§I'ANCE (FEE:fl P E FIC [~.l'Tl 20. 2 .. 3 PERYJENI' 2 :.~ PERCENI' a ~ H(.)ME.r'q i'1 Jr"1 .,it' 1 [.,I ':'J;PERS '[ ('..'if,] . .(;, '1 I:ll" ',," l t: W BB. 70 4~ 2~1 g 3 E XP HVOL. HW I NE) -8~1. -7~. -6~1. -51~ . --4~1. -3~ . -2¢. --1 0. 0 DOWNWIND DISTANCE (FEE1 I WIND DIREC]ION ==> PAS~IUI LL s'rAB[I_ l T¥ W]ND SPEED.. R Ft..,& T I V E HUH l L) I 'f 'Y ., F . , 14 7 I FI:'E'T/t:';tC J , 7¢ PERCENI' 10. ;;.;¢ PERCENT 2 3 PEEOENT 4.f., PERc. ENr PROPOSED DRILLING PROGRAM FIORD #2 (Per 20 AAC 25.005(c)(10)) 1) 2) 3) 4) 5) 6) 7) 8) 9) lO) 11) 12) 13) 14) 15) 16) 17) 18) 19) 2O) 21) FIORD #2 - General Procedure Application for Permit to Drill December 20, 1993 Move in and rig up over pre-installed 16" conductor and cellar. Nipple up and function test 20" diverter. Rig up mudloggers. ~ Make up 12-1/4" bottom-hole assembly and drill surface hole to 200' MD below base of West Sak (+2250' MD). Run open hole logs from surface to 2250' MD. Run and cement 9-5/8" surface casing. Nipple down diverter, make up casing head, nipple up and test BOPE. Pressure test 9-5/8" casing to 3500 psi. Drill out and perform leak-off test. Drill and core zones of interest to TD (+8520' MD). Run open hole logs from 8520' to 9-5/8" surface shoe. If log results are favorable, run and cement 7" casing. Nipple down BOPE, nipple up tubing head, nipple up and test BOPE. Run cased hole logs Pressure test 7" casing to 3500 psi. Freeze protect 9-5/8" x 7" annulus. Run in hole with test string, space out and land tubing hanger. Nipple up and pressure test 5000 psi tree, tool string and manifold. Perforate well underbalance using tubing conveyed guns. Flow up the tubing and through surface testing facilities. Test liquids will be stored in tanks on location and pumped back into the reservoir or hauled back to Kuparuk and processed through Kuparuk facilities. Gas will be flared. Testing will involve alternating flow periods and shut-in periods. Individual intervals may be tested separately or concurrently. Kill well and pull test string. P&A well. Rig down and move out drilling rig. Clean and abandon location and access road. ARCO FIORD #2 - Drilling Time Curve IOO0 2000 3000 4000 5000 6000 7000 8OOO 16" conductor (pre-set) % _-_~~re--~q:arErk sands / FiunT~-ca~:in¢ ...... 0 5 10 15 20 25 30 35 Days PRESSURE ANALYSIS FIORD #2 (Per 20 AAC 25.005(c)(7), as required in 20 AAC 25.033(e)) PRESSURE ANALYSIS Fiord 92 A geopressure analysis for the Fiord g2 well was performed using site specific seismic data and offset well information from the Fiord gl 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 (ITT) both in time (Figure 10) and in depth (Figure 20), and then converted to mud weight equivalents using the same coefficients derived from the offset well data. Figures 40 and 40 detail this mud weight equivalent data both in time and in depth. For this well the seismic line used was WKE93-25 and the well location is at SP 1275 CDP 2550. The proposed well is a planned directional well so seismic velocities were calculated along the planned wellbore path (across CDPs 2530 to 2570). There is no sign of abnormal geopressure down to the expected TD of 7340' TVD. The plots show a permafrost effect and a velocity uncertainty effect in the shallow data. This is not geopressure, but a velocity problem caused by picking up a permafrost velocity shallow in the section. Deeper in the section there is no indication of abnormal geopressure. 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 two years in the ARCO Fiord gl, Kalubik gl, Kuukpik g3 and Till gl wells as well as pressure integrity tests conducted in wells drilled by other operators in the Colville Delta area. Compaction Trend APPENDIX The compaction trend is expressed as a linear function: y=a+bz For this project the coefficients are: a = 2.13557 b = -2.7618e-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 = 0.5 a2 = 6.03e-04 a3 = 6.0e-05 a4 = 0.0 ARC°'. 'FILE' 'SELECT' DIsPLAY:~,"CoMPUTE PLOT Fiord #2 Input Data from Fiord #1 ,. .-. . 1000. 2000. 3000. 4000. 5000. 6000. 7000. 8000. 9000. 10000. GAMMA RAY SPONTANEOUS POT~WN~C TRANSIT TIME MUD WEIGHT .... 0. US 0. 8. PPG 14. Figure I · ::.'.: 20: GRAPHICS CONTROL i ' '": 59: COLOR PALETTE D Fiord #2 Well Calibration from Fiord gl SUPPRESS AVG SOI:'IIC (I;ROFRRSS GRAf) - CALC: AVG SONIC 1 - SHAI,E DERIVF, D MUD WRIGHT SONIC TRANSIT TIME MUD WEIGHT 0. 1000. 2000. 3000. 4000. 5000. 6000. 7000. 8000. 9000. 10000. i Iil ~~ - 40. US FT 200. 8. PPG '4. 40. 40. 40. US FT 200. 8. US FT 200. US/FT 200. Figure 2 GRAPHICS CONTROL '" PPG 14. PPG 8.00 8.26 8.52 8.78 9.04 9.30 9.57 9.83, 10.09 10.35 10.61 10.87 11.13 11.39 11.65 11.91 12.17 12.43 12.70 12.96 13.22 13.48 13.74 14.00 59: . COLOR PALETTE Fiord 2 New Location WKE 93-25 ITT vs Time 2530 0. 300. 600. 900, 1200. 1500. 1800. 2100. 2400. 2VO0. 2540 2550 2560 3000. Figure 10 2570 u~s/FT 40.00 42.90 46.01 49.34 52.92 56.76 60.87 65.28 70.01 75.09 80.53 86.37 92.63 99.34 106.54 114.26 122,55 131.43 140.95 151.17 162.13 173.88 186.48 200. O0 Fiord 2 New Location WKE 93-25 ITT vs Depth 2530 2540 255{3 2560 O. 2000. 4000. 6000. 8000. 10000. lzO00. Figure 20 2570 US/FT 40 O0 42 90 46 O1 49 34 52 92 56 76 60 87 65 28 70.01 75.09 80.53 86.37 92.63 99.34 106.54 114 26 122 55 131 43 140 95 151 17 162 13 173 88 186.48 200.00 Fiord 2 New Location WKE 93-25 PPG vs Time T I M E 253O 0. 300. 600. 900. 1200. 1500. 1800. 2100. 2400. 2700. 3000. 2540 2550 2560 2570 PPG 8.00 8,26 8.52 8.78 9,04 9.30 9.57 9.83 10,09 10,35 10. 61 10.87 11.13 11.39 11. 6,5 11.91 12.17 12.43 12,70 12.96 13.22 13.48 13.74 14. O0 Figure 30 Fiord 2 New Location WKE 93-25 PPG vs Depth D 2000 4000. 6000. 8000. 10000. 12000. 2530 2540 2550 2560 2570 PPG 8.00 8.26 8.52 8.78 9.04 9.30 9.57 9,83 10.09 10,35 10. 61 10. 87 11.13 11.39 11.65 11.91 12.17 12.43 12.70 12.96 13.22 13.48 13.74 14.00 Figure 40 D Fiord 2 ITT & PPG at well site SP 1275 CDP 2550 2000. 4000. 6000. 8000. 10000. 12000. ~-,E:,,'PREa;S GR~aX} - C'AL- 2 E EN:.I vEE I',,g_lD WE IGHT .=~ 9NIC TN:z~N;: IT TIME I"4UD ,/~E I ~_~H ] ITT 10 S$ISMIC ~3D WEIGHT Figure 50 Iii , '~. .... !IIII FIORD #2 111111 I1~1 ....... It Itl ~,.. AND FRACTURE GRADIENT.. -1000 -2ooo -3000 Iil , III III III ' ~.. ' .... Ill " I IXI~ ,, !x, , :500o II III ~~ " FRACTURE GRADIENT~ III -sooo I I. I III III III III -7oo0 III III III II1 I!1 -8ooo I!1 .... 8 9 10 11 12 13 14 15 16 17 18 '-' -4000 EQUIVALENT MUD WEIGHT (PPG) DIAGRAM AND DESCRIPTION OF DIVERTER SYSTEM TO BE USED FIORD #2 (Per 20 AAC 25.005(c)(5)) DIVERTER SCHEMATIC FIORD #2 HYDRIL MSP 21 -1/4" 2000 psi hAnnular Preventer? 21-1/4" 2000 psi Spool Flowline 16" Outlet I I 16", 200 psi Hydraulic Knife Valve ,/ C) 1611~ 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 Revision #1 Dated 1/11/94 PRESSURES (As required in 20 AAC 25.035(d)(2)) BOP SCHEMATIC FIORD #2 13-5/8", 5000 PSI I 7 I See listing of individual components on following page FIORD #2 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: 9. 4", 5000 psi WP Cameron Model HCR hydraulic valve. 10. 3", 5000 psi WP Demco Model FC manual valve. Kill Valve: 1 1. 3", 5000 psi WP Demco Model TC manual valve. Check Valve: 1 2. 3", 5000 psi WP Demco Model TC manual valve. PRESSURE INFORMATION ' FIORD #2 The following presents data used for calculation of anticipated surface pressures (ASP) during drilling for the Fiord #2 well' Casing Pore Casing Setting Fracture Pressure Pore ASP Size Depth Gradient Gradient Pressure Drilling (in.) (ft. TVD) (lbs/gal) (lbs/gal) (psi) (psi) 1 6 110 11.2 8.8 69 52 9-5/8 2020 14.5 9.0 945 1318 7 7340 16.2 10.4 3969 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 [(11.2 x 0.052) - 0.11] x 110 52 psi ASP = FPP - (0.11 x D) 945 - (0.11 x 2020) 723 psi . Drilling below surface casing (9-5/8") ASP = [(FG x 0.052) - 0.11]D = [(14.6 x 0.052) - 0.11] x 2030 = 1318 psi ASP= FPP - (0.11 x D) = 3969 - (0.11 x 7340) = 3162 psi Casing Performance Properties Size Weight Grade (in) (Ib/ft) I 6 62.58 B Cnxn PEB 9-5/8" 53.5 L-80 BTC 7 29 L-80 Internal Collapse Tensil Strength Yield Resistance Joint Body (psi) (psi) (1000 lbs) Conductor Casing 7930 6620 1329 1244 BTC 8160 7020 746 676 Casing Setting Depth Rationale 16" 110' RKB 9-5/8" 2241' RKB 7" 7340' 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 Revision #1 Dated 1/11/94 FIORD #2 (Per 20 AAC 25.005(c)(4)) ARCO ALASKA, INC FIORD #2 CASING SCHEMATIC Revised 1/11/94 16", 62.58#, PEB CONDUCTOR @ 110' RKB Cemented to surface 9-5/8", 53.5#, L-80, BTC INTERMEDIATE CASING @ 2241'MD, 2030'TVD Cemented to surface 7", 29#, L-80, BTC PRODUCTION LINER @ 8546'MD, 7340'TVD Cemented to 500' above Neve' sands @ 6240'MD, 5100'TVD Cementing Program 9-5/8" Surface Casing Casing Size: 9-5/8", 53.5#, Hole Size: 1 2- 1 /4" Depth: 2250' MD, RKB Top of Cement: Surface Excess Calculated: 1 5 % BHT (Static): 64© F BHT (Circ): 49°F L-80 Slurry Components and Properties: Lead: Arcticset III w/ 0.27% D29 (cellophane flakes) (1750' to surface) Slurry Weight Slurry Yield Thickening time 12.07 ppg 1.94 cu. ft./sk 6+ hours @ 60© F BHT Tail: Class G with 2.0% CaCI2 + 0.27% D29 (cellophane flakes) + 0.2% D46 (defoamer) + 1.0% S-1 (calcium chloride) (2250' to 1750') Slurry Weight Slurry Yield Thickening Time 15.8 ppg 1.14 cu. ft./sk 4 hours at 60© F BHT Cement Volume Calculations: Top West Sak, TMD = Design lead bottom 500 ft above the Top of West Sak = Annular area = Lead length * Annulus area = Excess factor = Cement volume required = Yield for Permafrost Cmt = Lead Cement volume required =[ 1,415 ft 915ft 0.3132 cf/If 287 cf 15% 330 cf 1.94 170 sx TMD shoe (surface TD - 500' above West Sak) * (Annulus area) Length of cmt inside csg Internal csg volume Cmt required in casing Total cmt Excess factor Cement volume required Yield for Class G cmt Tail Cement volume required 2,241 ft 415 cf 80 ft 0.3973 cf/If 32 cf 447 cf 15% 514 cf 1.14 Cementing Program 9-5/8" surface casing Casing Size: 9-5/8", ,,53.5#, Hole Size: 1 2- 1 /4 Depth: 2250' MD, RKB Top of Cement: Surface Excess Calculated: 1 5 % BHT (Static): 64°F BHT (Circ): 49°F L-80 Slurry Components and Properties' Lead: Arcticset III w/ 0.27% D29 (cellophane flakes) (1750' to surface) Slurry Weight Slurry Yield Thickening time 12.O7 ppg 1.94 cu. ft./sk 6+ hours @ 60© F BHT Tail: Class G with 2.0% CaCI2 + 0.27% D29 (cellophane flakes) + 0.2% D46 (defoamer) + 1.0% S-1 (calcium chloride) (2250' to 1750') Slurry Weight Slurry Yield Thickening Time 15.8 ppg 1.14 cu. ft./sk 4 hours at 60° F BHT Cement Volume Calculations: Top West Sak, TMD Design lead bottom 500 ft above the Top of West Sak Annular area Lead length * Annulus area Excess factor Cement volume required Yield for Permafrost Cmt Lead Cement volume required 1,415 ft 915ft 0.3132 cf/If 287 cf 15% 330 cf 1.94 170 sxJ TMD shoe (surface TD - 500' above West Sak) * (Annulus area) Length of cmt inside csg Internal csg volume Cmt required in casing Total cmt Excess factor Cement volume required Yield for Class G cmt Tail Cement volume required 2,241 ft 415 cf 8O ft 0.3973 cf/If 32 cf 447 cf 15% 514 cf 1.14 450 sxJ Cementing Program-cont. 7" Production Casing Casing Size: Hole Size: Depth: Top of Cement: Excess Calculated: BHT (Static): BHT (Circ): 7", 29#, L-80 8-1/2" 8546' MD, RKB 500' MD above top of Neve' target (6243' MD) 15% 140°F 115°F Slurry Components and Properties: Preflush' 50 bbls ARCO Spacer Slurry: Class G with 0.15 gps D47 (defoamer) +3.0% D53 (gypsum) + 0.65% D65 (dispersant) +0.1gps D135 (latex stabilizer) + 1.0 gps D600 (latex) + 0.07% D800 (retarder) Slurry Weight Slurry Yield Thickening Time 15.8 ppg 1.19 cu. ft./sk +4 hours at 130© F BHT Cement Volume Calculations' TMD Top of Target, TMD Want TOC 500' above top of Neve' target Annulus area (9" Hole) (TD-TOO)*Annulus area Length of cmt wanted in csg Internal csg volume Cmt required in casing Total cmt Excess factor Cement volume required Yield for Class G cmt Cement volume required 8,546 ft 6,743 ft 6,243 ft 0.1745 402 cf 80 ft 0.2085 17 cf 419 cf 15% 481 cf 1.19 400 sxI PROPOSED DRILLING FLUID PROGRAM and DRILLING FLUID SYSTEM DESCRIPTION FIORD #2 (Per 20 AAC 25.005(c)(6)) ARCO Alaska, Inc. Recommended Mud Program Fi~d #2 (Colville Exploration) Sec 24-12N-5E January 4, 1994 General Well Plan: This will be a Kuparuk type test with three potential core points and an S-Shape directional program. The KOP will be at 500' building to 42 degrees by 2250'. The well then begins to drop at 4200' to a final angle of 14 degrees. A standard Kuparuk type spud mud will be taken to the 9 5/8" casing point at 2250'. From there to TD at @8545', a KC1-Polymer Mud/Core Fluid will be taken to TD. There are no plans to displace the well at the #1 core point to a new core fluid as has been the case the last two drilling seasons. The KCl-Polymer mud will require some reconditioning prior to each core. To enhance the success potential of this mud program, two mud engineers are recommended to maintain the system(s) from spud to TD. Also, as discussed below, a higher mud salinity range in the 30-35K mg/1 with KC1 will provide a more durable mud system and improved well bore stability. Casing Program: Hole Size Casing Size TMD 12 1/4" 9 5/8" 2250' 8 1/2" 7" 8545' I. Surface Hole: [12 1/4" Hole to @2250' - 9 5/8" Casing) 1.) Treat out the excess calcium in the make up water with Soda Ash mix adequate spud mud surface volume with Aquagel/X-Tend II to a funnel viscosity of 90 - 150 sec/qt with a yield point of 40 to 50 lbs/100SF. Add caustic soda to adjust the pH to the 9 to 10 range for maximum bentonite yield. Maintain the viscosity at initial levels to the base of the permafrost (1400'-1600') then reduce the viscosity as allowed based upon actual hole cleaning requirements. A funnel viscosity of 50 - 80 sec/qt may be suitable by the 12 1/4' TD. It should be noted that the actual mud viscosity requirements will vary from location to location based upon the actual amount of surface gravel present. 2.) Spud the well with a 9.0 ppg mud weight then increase to 10.0 ppg by'the base of the permafrost at 1400'-1600'. From the base of the permafrost to TD for the 12 1/4" hole, hold the 10.0 ppg density or increase as dictated by actual drilling conditions. Note: This mud weight trend will be consistent with current Kuparuk procedures. !., ~., ~. ~.-~ Page - 1 3.) PAC treatments can be initiated toward the 12 1/4" TD for improved well bore stabilization by reducing the API filtrate to 6-8 c6's. 4.) Circulate and short trip the hole prior to running the 9 5/8" casing. A light Desco-CF treatment prior to cementing the 9 5/8" will be useful to reduce the gel strengths of the mud prior to running the casing and cementing. Note: There should be adequate chemical treatment of the mud to insure rheological stabilization of the system prior to TOH to run the surface casing. 5.) Maximum utilization of solids control equipment is recommended throughout surface hole drilling operations to keep the sand content less than 1% by volume and improve overall drilling conditions. II. Intermediate Hole: (8 1/2" Hole f/Surface Casing to ~op of #1 Core Point (2250' - @5540') 1.) Thoroughly clean the mixing pits and all surface equipment and mud-up adequate volume (@500 bbls) of new KC1- Polymer mud for drilling ahead in the 8 1/2" hole. The mud should be formulated as indicated below assuming a 9.0 ppg drill-out mud density and 18,000 mg/1 chlorides: Water - .897 bbls Aquagel - 7.0 ppb X-Tend II - .03 ppb Therma-Thin - .5 ppb Caustic or KOH - .1 ppb Drispac-SL - .5 ppb KCl - 12.1 ppb Baracarb-5 - 32.0 ppb Aldacide-G - .2 ppb The important initial properties for the initial 8 1/2" hole would include a pH in the 9.0 to 9.5 range, yield point in the 5-10 lbs/100 SF range and an API filtrate in the 8 to 10 cc range. The initial funnel viscosity should be in the 35 to 45 sec/qt range or as dictated by actual well bore conditions. The initial mud weight requirements (currently designated for a 9.0 ppg drill-out mud density) will be achieved with Baracarb-5 treatments (@32 ppb). As drilling begins in the 8 1/2" hole, the mud weight should be increased on an as needed basis with Baracarb-5 insuring the calcium carbonate stays in the 30-60 ppb range as confirmed by the field calcium carbonate test. If and when the calcium carbonate exceeds 60 ppb, barite can be used for additional weight-ups as it will be more cost effective. Current pore pressure Page- 2 estimates indicate a mud weight requirement of 9.8 ppg by the #1 core point.at @5500'. To reduce the mud weight while drilling ahead, use dilution with KCl water and/or the centrifuge in a "solids stripping" mode. Some rig site solids analysis will be required to identify the best mechanism for mud density reduction at any given time. 2.) To avoid excessive cement contamination to the new mud while drilling out of the 9 5/8" surface casing, it is suggested to clean-out the casing and rat hole and drill 10' of new hole with a "watered" back spud mud from the preceding interval of the well. The new mud can then be displaced into the well prior to running the LOT and the initial drillin9 operations. 3.) The viscosity of the mud in the 8 1/2" hole can be sustained with additions of Aquagel and extender or Drispac. These treatments should be based upon actual hole cleaning requirements. 4.) Maximize all solids control efforts. Run as fine as screens possible on the shale shakers. Do not run the desander or desilter as the valuable liquid phase and calcium carbonate will be lost. Run the mud cleaner with fine screens from the beginning of this interval. The centrifuge can be used to cut the mud weight from time to time, however, rig site solids analysis will be required for specific application. 5.) Treatments with Drispac polymers should be used throughout this section of the hole to control the API filtrate in the 6 to 10 cc range or as required based upon actual well bore conditions. Low viscosity or regular viscosity PAC products are available for use. 6.) Control excessive rheological conditions with additional Therma-Thin treatments on an as needed basis. Therma-Thin is an effective polymer deflocculant designed to provide effective rheological stabilization. .By maintaining a .25-.5 ppb concentration of Therma-Thin in all make-up additions, better rheological stability will be observed. 7.) The commercial bentonite (Aquagel) concentration should be kept at 4 - 8 ppb minimum through this intermediate section of hole. Prehydration of the bentonite will be required. 8.) Maintain the salinity in the 18-20K range with KCl. All water added to the system should contain adequate KC1 to provide the minimum 18-20K mg/1. There should be no fresh water additions tO this system. Page - 3 /-'~s j,~,, ~ ~l ~.b , Note: While this program is written for mud salinity in the 18-20K mg/1 range,, it is suggested to consider higher salinity (in the 30-35K mg/1 range) to provide better well bore stability and improve the durability of the mud system in general. We have seen this increased salinity to be very beneficial on our sidetrack support for PBD at Prudhoe Bay as well as on other North Slope work in years past. This increased salinity should improve our ability to take the KC1 mud from the surface casing shoe, through the various coring work, to TD. 9.) Maintain the pH in the 9.0 - 9.5 range with KOH or caustic soda. Note: Toward the top of the #1 core point, KOH and/or caustic treatments will be discontinued and the pH will be allowed to drift back to core fluid specs in the 7.5-8.5 range. III. Cored Interval: 8 1/2" Hole f/@5540' to TD 1.) Prior to the #1 core, the mud will be reconditioned as follows to insure compliance with core fluid specifications. One should expect a minimum dilution of 15% with KC1 water to re-adjust total solids and to make the system receptive to the following treatments: A. The pH should be allowed to drift back to the 7.5-8.5 range and all caustic and/or KOH treatments discontinued. B. The field calcium carbonate test should be run to confirm a minimum of 30 ppb calcium carbonate. C. The HTPH filtrate (200 degrees/500 PSI) should be reduced to the 7-8 cc range with Dextrid LT and Drispac- SL at a 4 : 1 ratio. This will probably require approximately 4 ppb Dextrid LT and 1 ppb Drispac-SL. D. Add 1.0 ppb Sodium Bromide as a filtrate tracer and maintain. As there are no plans to maintain the sodium bromide concentration between cores, plans should be made to re-spike the system with 1.0 ppb (NaBr) prior to each core. E. Be aggressive with biocide (Aldacide-G) treatments to reduce/minimize bacterial degradation. A field kit is available to monitor the residual biocide concentration. RECEIVED F. Adjust the salinity as require to 18-20K mg/1 with KC1. G. Adjust the mud weight as required. Use calcium carbonate (Baracarb-5) when concentrations are close to the 30 ppb minimum or barite (Baroid) if calcium Anchorag9 Page- 4 carbonate concentrations are considered adequate (>60 ppb). Anticipate a 9.8 ppg mud weight requirement by the first core point. 2.) No thinners, surfactants or alkali material is to be used while coring unless otherwise authorized. "Light" Therma-Thin treatments will be allowed, however, dilution with KC1 water is the preferred method of thinning the mud. 3.) While coring, do not make any fresh water additions. All volume maintenance should be done via additions of KC1 water or pre-mixed whole mud. 4.) When drilling between cores, treat mud consistent with only approved coring fluid maintenance procedures, i.e. approved core fluid additives. When the next core point is topped, reconditioning as outlined above will be required. 5.) After the final core has been cut and the hole is being conditioned for logs and possibly a 7" casing job, focus on rheological stabilization with caustic and/or KOH and Desco- CF and/or Enviro-Thin. IV. Suggested Mud Properties Surface Intermediate Density 9.0-10.0 9.0-9.8 PV 15-50 5-15 YP 15-35 5-10 Viscosity 90-150(Initial)35-45 50-80 (final) Ini. Gel 5-15 2-4 10min. Gel 15-40 4-8 API Filtrate 10-12(Initial) 6-10 8-10(Final) pH 9-10 (NaOH) 9.0-9.5 (KOH) %Solids 4-12 <6% LGDS Production 9.8-10.8 15-25 15-20 40-60 2-4 5-10 <4 (7-8 on HTHP) 7.5-8.5 < 6% LGDS Page - 5 ROWAN DRILLING CO. RIG #33 DRILLING FLUID SYSTEM Mud System Data and Specifications Numl~r of Mud Pi~: , 4 V olum~ of em~ mud pit: # of ,%~'zior~ ia each mud pit: Doe~ rig have trip tank7: Doe~ fig have pill tank?: Number of surface guns on pits: Derrick Flowline Cleaner~: Shale Shakers: Yes~ yes ,xxx, , To~d Volume:_ 12oo bbl. _ ~nn Bbl. ~nn Bbl. ~nn BbL 300 2 2 2 2 ' 'm~m,mm.mm. No.. _ Volume:.. . dbL No _ Volume:. BbL NO.: , 3 Make: Derric~odei:L-48-96F Single:,, _ Dual:, No.: Make: Model: Single:__ Dual: Demnder: Make:, Demco Model: 12 3 i · iii I Cones: Number. -~ Size: mesalld~ Pum~: M~: Demco Model: 60 hp · Raed Throughput:. :'200 GPM - 2~ pp~ Ma~ufactm~s tared volumetnc capacity at ~ven flu~ denmt~ D~lt~' Of Mud C~aller: Make: memco Dem~e~ Pum~: M~e: Semco Cone~: Number: 14 Size: 4 Rind ~~hpu~. looo GPM ~ DO ~ I~d ~~ have ~ ~U~l~ otl ~.: _yes m. s~e: 6xs MOI~[: 414 .qiltr~ t~= 60 hp SizeE 6x8 ~l.mounted over 3'X6' shaker GPM: 200 NOT~ Please furnish a schematic of the pits showing location of equipmem, partitions and ~rte~ rig up, including a~imiee. Cellar J~ ~tllllp: 3" pr~ssweld VOI~: variable ~ ~ T~~ ~mp: M~: ?/~_ M~I: ~~ ~g ~~: M~~ ~ E~~ of ~u~ ~mp ~ GPM H~. _=_ PROPOSED DIRECTIONAL PROGRAM FIORD #2 (Per 20 AAC 25.050) ***CONFIDENTIAL*** I I V ?mated by : jones For: )dATH[~$ / P~XI~OSE iDote plot~ecl : 24--~-g~ ~PIo~ Re~erence is ~ord ~2 Version ~ord~tes are in feet reference ~ Corner of S~. 24. T12N, RS~ T~e Ve~com ~s are referen~ RKB. --- Beker Hughes INTEQ --- 60O 900 t 1200. 1500. 1 2to,3. 2400_ 2'700 ~ . .5300 4200 ~ 4800~ ~ 5100_ 5400 $700, RK8 ELEVATION: 40' TD LOCATION: 96g' FSL, 875' FEL SEC. 14, T12N, RSE ARCO ALASKA, Inc. Siructure : Fiord #2 · Field : Exploration Scole 1 : 100.00 1000800 600 400 200 I II I I I I I \ KOP TVD=500 TMD=500 DEP=O 650' FSL, 650' FEL 12.00 Bump 30E¢ / lO0' SEC. 14, 'r12N, RSE 18.00 i B/ PERMAFROST %/D=1220 TMD=1238 DEP=141 24.00 T/ W SAN $NDS 30.00 TVD=1580 TMD=1415 DEP=215 ,x.56'00 42.00 EOC TVD=!784 TMD=1908 DEP=496 B/ w SAK SNDS l'Y'D=1850 TMD=1970 DEP=538 g ,5/8" CSG PT TVD=2050 TMD=2241 DEP=719 MAXIMUM ANGLE 42.25 DEG lor)oo 800 " K-3 TVD=3920 TMD=4794 DEP=2436 ~ l"'"'J'"~%"~;-- K-2 TVD=4070 TMD=4996 DEP=2573 00',, . X 26.00 '~ 22.00 1 8.00 ~ 14.00 Well : Fiord #2 Location : North Slope, Alaska TARGET ANGLE 12.5 DEG Easi' --> 0 200 400 600 ~ lOOO 12043 N 35.28 DEG W 3791' (TO TD) 1400 DROP 2 DEG / 10O' %\ 2126' FNL. 1314' F~'IL SEC. 24, T12N, RSE END ANGLE DROP TVD=5531 TMD=6693 DEP=3390 TARGET #1 / NEVE SNDS 'I'A,'D=5580 TMD=6743 DEr=3401 TARGET #2 / KUPARUK C SNDS TVD=6590 TMD=7778 DEP=3624 6goo 75c~/-J i , , i i , , , , i i i J J J J J J i i i J ~ i i i i 2700 2400 21oo 1Ed30 1500 1200 9C~ 600 .3CO 0 ..xO0 600 900 1200 Scoie 1 : 150.00 Vertical Section on 324.72 ozimuth with reference 0.00 N, 0.00 E from NW Corner of Sec. 24, TI2N, RSE 200 0 1600 1800 2000 TD / 7" CSG PT TVD=7340 TMD=8546 DEP=3791 E C E D : ~;;i &, L:',.$ Cons. ./--, ...... 9, RF., ** CHECK LIST FOR NEW WELL PERMITS ** ITEM APPROVE pAT6 ~'2 thr~ 8] ~ 3. 4. 5. 6. [9 thru '13] 10. [10 ~ 13} '~ " ' 12. Casg ~ 1~, [1~ ~hru 22 15, [23 thru (5) BOPE 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. (6) Other ~:'~;~.~.:_ Z//Z,~":"~:-/ 29. '~_~2~' th~ ~1]': '/ 30. .~ ~ 31. (7) Contact ~,~[32 ]/~;''~'~7~ 32. (8) Addl 33. geology: engineering: -- rev 6/93 jo/6.011 Company ~ YES NO Is permit fee attached ............................................... ./~, Is well to be located in a defined pool .............................. / Is well located proper distance from property line ................... /~ Is well located proper distance from other wells ..................... Is sufficient und~.dicated acreage available in this pool ............. ~ Lease & Well fr ,//~ F__ ,~? ~._/cp.~..,)' ,,Z'~'~J .~__.. REMARKS Is well to be deviated g is wellbore plat included ................... Is operator the only affected party .................................. Can permit be approved before 15-day wait ............................ Does operator have a bond in force ................................... ~ Is a conservation order needed ....................................... X Is administrative approval needed .................................... ~ Is 1 ease nLrnber appropriate .......................................... ~_ Does well have a unique name & nLrnber ................................ Is conductor string provided ......................................... ~ Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water .................. ~/- Is enough cement used to circulate on conductor & surface ............ -~ / / / Will cement tie in surface & intermediate or production strings ...... Will cement cover all known productive horizons ..................... Will all casing give adequate safety in collapse, tension, and burst. Is well to be kicked off from an existing wellbore ................... Is old wellbore abandonment procedure included on 10-403 ............. Is adequate wellbore separation proposed ............................. Is a diverter system required ........................................ Is drilling fluid program schematic & list of equipment adequate ..... Are necessary diagrams & descriptions of diverter & BOPE attached .... Does BOPE have sufficient pressure rating -- test to .._~~ psig ..... Does choke manifold comply w/API RP-53 (May 84) ...................... Is presence of H2S gas probable ...................................... FOR EXPLORATORY & STRATIGRAPHIC WELLS: Are data presented on potential overpressure zones ................... Are seismic analysis data presented on shallow gas zones ............. 0 ~0 ~m m g If offshore loc, are survey results of seabed conditions presented... Name and phone ntrnber of contact to supply weekly progress data ...... ~ "' ' Additional requirements ............................................. INITIAL GEOL UNIT ON/OFF POOL CLASS STATUS AREA ~ SHORE ....... ,, , Add i tional remarks' UM MERIDIAN' SM WELL TYPE' ~X~ Dev2< I nj ill....... ' Rev Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organiZe this category of information. FIORD #2 EXPLORATION (WILDCAT) CADE CPDE DCCM GRAM PDEM PDIM RADE ROPA ROPS RPDE TCDM Note' BELOW ARE THE MNEMONICS THAT CAN BE FOUND ON THE LIS TAPE GENERATED FOR ARCO ALASKA FIORD #2 Conductivity (AT) Corrected for Dielectric Effect [RWD] Conductivity (PD) Corrected for Dielectric Effect [RWD] Calculated Dielectric Constant Gamma Ray Memory (APl) [RWD] Phase Difference Elapsed Time [RWD] Phase Difference Data Density Integrated [RWD] Resistivity (AT) Corrected Dielectric Effect [RWD] Rate of Penetration Averaged Rate of Penetration Resistivity (PD) Corrected for Dielectric Effect [RWD] CDS Temperature [RWD] AT is Attenuation PD is Phase Difference RWD is Recorded While Drilling mmho/m mmho/m MWD-API mins pts ohm-m ft/hr fi/hr ohm-m deg F Copyright 1987,1988,1989,1990,1991 By WESTERN ATLAS INTERNATIONAL, INC. All rights reserved. PROGRAM: TAPESCAN REVISION: 2.64 Start of execution: Fri 15 APR 94 3:05p != = ECHOING INPUT PARAMETERS= INPUT PARAMETER FILE: TAPESCAN.INP I 2 3 4 5 6 7 123456789012345678901234567890123456789012345678.901234567890123456789012 1 AUTOCURV = 0 , ! Automatic Curve renaming: 0=OFF, I=ON 2 AUTOFILE = 0 , ! Automatic FILE= generation: 0=OFF, I=ON 3 COMMENTS = 1 , ! Decode LIS Comment records: 0=OFF, I=ON 4 INFORECS = 1 , ! Decode US Information records: 0=NO, I=YES 5 LISTMETHOD = 0 , ! Listing Method: 0=depth units 1=tape units 6 LISTFREQ = 100, ! Listing Frequency: Every n units 7 LISTMAX = 0 , ! Listing Maximum (0=no limit, value=list limit) 8 STATS = 0 , ! Statistics generation: 0 = OFF, 1 = ON 9 FORCETYP = 0 , ! (I=BIT,2=LIS ... thru 35=Array Accoustic) (see table) 10 WRITEASCll = 0 , ! If 1, all ascii files will be written (file0001.dat, etc.) 11 WRITETAP = 1 , ! Write Tape-Image File: 0=NO, I=YES 12 SPLITLIS = 1 , ! If 1 and WRITETAP on, split LiS logical files to physical 13 SUBFILES = /0/, ! Tape Subtile write selection (WRITETAP must be on) 14 INTERPOLATE ='YES' ! Set up for TAPE2WDS to interpolate datums ('YES'or'NO') 15 END USER INPUT PARAMETERS AUTOCURV = 0 , AUTOFILE = 0 , COMMENTS = 1 , INFORECS = 1 , LISTMETHOD = 0 , LISTFREQ = 100, LISTMAX = 0, STATS = 0, FORCETYP = 0 , WRITEASCII = 0 , WRITETAP = 1 , SPLITMS = 1 , 8UBFILES = /01, INTERPOLATE = ~ES' END !-- PROCESSING INTERVAL FROM 0.000 TO 0.000 !-- CONSTANT PARAMETERS ,! AUTOCURV= 0.000000E+00 AUTOFILE-- 0.000000E+00 COMMENTS= 1.00000 FORCETYP= 0.O00000E+O0 INFORECS= 1.00000 LISTFREQ= 100.000 LISTMAX = 0.000000E+00 LISTMETH= 0.O00000E+00 SELFTEST= 0.000000E+00 SPLITLIS= 1.00000 STATS = 0.000000E+00 WRITEASC= 0.000000E+00 WRITETAP= 1.00000 dpcoef = 1.00000 dpcte = 1.00000 ddength= 0.000000E+00 listwave= 0. 000000 E + 00 maxrecln= 0.000000E+00 minrecln= 0.O00000E+00 nsamples= 0.000000E+00 numcurvs= 0.000000E+00 numdatar= 0.000000E+00 numrec-'fl= 0.O00000E+00 ffendep = 0.000000E+00 tflevsp = 0.000000E +00 ffstdep = 0.000000E + 00 wcrbot = 0.000000E +00 wcdevsp= 0.000000E +00 wcrtop = 0.000000E +00 !-- ARRAY PARAMETERS .............................................. SUBFILES(1) = O.O00000E+O0 SUBFILES(3) =-9999.00 SUBFILES(5) =-9999,00 SUBFILES(7) =-9999.00 SUBFILES(9) =-9999.00 SUBFILES(11) = -9999.00 SUBFILES(13) = -9999.00 SUBFILES(15) = -9999.00 SUBFILES(17) = -9999.00 SUBFILES(19) = -9999.00 SUBFILES(21) = -9999.00 SUBFILES(23) = -9999.00 SUBFILES(25) = -9999.00 SUBFILES(27) = -9999.00 SUBFILES(29) = -9999.00 SUBFILES(31) = -9999.00 SUBFILES(33) = -9999.00 SUBFILE$(35) = -9999.00 SUBFILES(37) = -9999.00 SUBFILES(39) = -9999.00 SUBFILES(41) = -9999.00 SUBFILES(43) = -9999.00 SUBFILES(45) = -9999,00 SUBFILES(47) = -9999.00 SUBFILES(49) = -9999.00 SUBFILES(51) = -9999.00 SUBFILES(53) = -9999.00 SUBFILES(55) = -9999.00 SUBFILES(57) = -9999.00 SUBFILES(59) = -9999.00 SUBFILES(61) = -9999.00 SUBFILES(63) = -9999.00 SUBFILES(65) = -9999.00 SUBFILES(67) = -9999.00 SUBFILES(69) = -9999.00 SUBFILES(71) = -9999.00 SUBFILES(73) = -9999.00 SUBFILES(75) = -9999.00 SUBFILES(77) = -9999.00 SUBFILES(79) = -9999.00 SUBFILES(81) = -9999.00 SUBFILES(83) = -9999.00 SUBFILES(85) = -9999.00 SUBFILES(87) = -9999.00 SUBFILES(89) = -9999.00 SUBFILES(91) = -9999.00 SUBFILES(2) =-9999.00 SUBFILES(4) =-9999.00 SUBFILES(6) =-9999.00 SUBFILES(8) =-9999,00 SUBFILES(10) = -9999.00 SUBFILES(12) = -9999.00 SUBFILES(14) = -9999.00 SUBFILES(16) = -9999.00 SUBFILES(18) = -9999.00 SUBFILES(20) = -9999,00 SUBFILES(22) = -9999.00 SUBFILES(24) = -9999.00 SUBFILES(26) = -9999.00 SUBFILES(28) = -9999.00 SUBFILES(30) = -9999,00 SUBFILES(32) = -9999.00 SUBFILES(34) = -9999,00 SUBFILES(36) = -9999,00 SUBFILES(38) = -9999.00 SUBFILES(40) = -9999,00 SUBFILES(42) = -9999.00 SUBFILES(44) = -9999.00 SUBFILES(46) = -9999,00 SUBFILES(48) = -9999.00 SUBFILES(50) = -9999.00 SUBFILES(52) - -9999,00 SUBFILES(54) = -9999.00 SUBFILES(56) = -9999.00 SUBFILES(58) = -9999,00 SUBFILES(60) = -9999.00 SUBFILES(62) = -9999.00 SUBFILES(64) = -9999,00 SUBFILES(66) -- -9999.00 SUBFILES(68) = -9999.00 SUBFILES(70) = -9999.00 SUBFILES(72) = -9999.00 SUBFILES(74) = -9999.00 SUBFILES(76) = -9999.00 SUBFILES(78) = -9999.00 SUBFILES(80) = -9999.00 SUBFILES(82) = -9999.00 SUBFILES(84) = -9999.00 SUBFILES(86) = -9999.00 SUBFILES(88) = -9999,00 SUBFILES(90) = -9999.00 SUBFILES(92) = -9999.00 SUBFILES(93) = -9999.00 SUBFILES(95) = -9999.00 SUBFILES(97) = -9999.00 SUBFILES(99) = -9999.00 SUBFILES(IO 1) = -9999.00 SUBFILES(103) = -9999.00 SUBFILES(105) = -9999.00 SUBFILES(107) = -99cJ9.00 SUBFILES(109) -- -9999.00 SUBFILES(111) = -9999.00 SUBFILES(113) = -9999.00 SUBFILES(115) = -9999.00 SUBFILES(117) - -9999.00 SUBFILES(119) = -9999.00 SUBFILES(121) - -9999.00 SUBFILES(123) - -9999.00 SUBFILES(125) - -9999.00 SUBFILES(127) = -9999.00 !-- STRING PARAMETERS SUBFILES(94) = -9999.00 SUBFILES(96) = -9999.00 SUBFILES(98) = -99(:J9.00 SUBFILES(IO0) = -9999.00 SUBFILES(102) = SUBFILES(104) = SUBFILES(106) = SUBFILES(108) = SUBFILES(110) = SUBFILES(112) = SUBFILES(114) = SUBFILES(116) = SUBFILES(118) = SUBFILES(120) = SUBFILES(122) = SUBFILES(124) = SUBFILES(126) = SUBFILES(128) -- ' ~ INTERPOL-- YES Input Tape Device, LU (1) is: TAPEC: Output Tape-Image file, LU (2) is: J:\1315\1315.TAP (Output Tape-Image file will be created) Listing Method ("LISTMETH") = 0, Depth Unit oriented listing. Listing Frequency ("LISTFREQ") is every ( 100) units of Depth. Listing output limiting (LISTMAX) not enabled... (to enable list limiting set LISTMAX positive) Data Statistics reporting ("STATS") has not been enabled. (Specify STATS = 1 to enable this feature) Automatic curve renaming has been disabled by user input (AUTOCURV=0). Automatic "FILE=n" card generation is disabled. (This is the program default, AUTOFILE=0) (Specify AUTOFILE = 1 to enable this feature) LIS comment record decoding (COMMENTS= 1) has been enabled by user input. LIS information record decoding (INFORECS= 1) has been enabled by user input. The WRITEASC option has not been enabled... (to write ASCII subfiles specify WRITEASC= 1) Tape Subfile I is type: LIS **** REEL HEADER **** MWD 94/4/15 1315 01 **** TAPE HEADER **** MWD 94/4/15 1315 01 Tape Subtile: 1 Minimum record length: Maximum record length: 2 records... 132 bytes 132 bytes Tape Subtile 2 is type: LIS LIS COMMENT RECORD(s): 123456789012345678,901234567890123456789012345678,°0123456789012345678,9012345678,.90 TAPE HEADER PRUDHOE BAY UNIT MWD/MAD LOGS # WELL NAME: AP! NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB DATA BIT RUN1 BIT RUN2 JOB NUMBER: 1315 1315 LOGGING ENGINEER: T. FOSTER OPERATOR WITNESS: R. SPRINGR BIT RUN4 BIT RUN5 JOB NUMBER: 1315 1315 LOGGING ENGINEER: R. MCCARTHY OPERATOR WITNESS: J. RAULE SURFACE LOCATION SECTION: 14 TOWNSHIP: 12N RANGE: 5E FNL: 2126 FSL: FEL: FWL: Fiord #2 50-103-20201 Arco Alaska Inc. BAKER HUGHES INTEQ 15-APR-94 BIT RUN3 1315 R. MCCARTHY T. FOSTER J. RAULE R.SPRINGER BIT RUN6 1315 T. FOSTER R. MCCARTHY C. CRAIG B. BERRY 1314 ELEVATION(FT FROM MSL 0) KELLY BUSHING: 42.00 DERRICK FLOOR: 41.00 GROUND LEVEL: 9.00 WELL CASING RECORD OPEN HOLE CASING DRILLERS BIT SIZE (IN) SIZE (IN) DEPTH (FT) 1ST STRING 12.250 9.625 2231.0 2ND STRING 8.500 3RD STRING PRODUCTION STRING REMARKS: ALL DATA ON THIS LIS TAPE WAS DEPTH SHIFTED TO SCHLUMBERGER WIRELINE GAMMA RAY DATA AS REQUESTED BY ARCO. $ **** FILE HEADER **** MWD .001 1024 LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678901234567890 FILE HEADER FILE NUMBER: 1 EDITED MERGED MWD Depth shifted and clipped curves; all bit runs merged. DEPTH INCREMENT: 0.5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH MWD 2240.0 8378.0 $ BASELINE CURVE FOR SHIFTS: GR CURVE SHIFT DATA (MEASURED DEPTH) ......... EQUIVALENT UNSHIFTED DEPTH ........ BASELINE DEPTH GRAM GRCM PDEM PDIM 220710 2200.0 2200.0 2200.0 2200.0 2200.0 2258.0 2251.0 2251.0 2251.0 2251.0 2251.0 2258.2 2251.2 2251.2 2251.2 2251.2 2251.2 2259.0 2251.7 2251.7 2251.7 2251.7 2251.7 2259.2 2252.0 2252.0 2252.0 2252.0 2252.0 2259.7 2252.2 2252.2 2252.2 2252.2 2252.2 2260.2 2252.7 2252.7 2252.7 2252.7 2252.7 2260.7 2253.0 2253.0 2253.0 2253.0 2253.0 2262.7 2255.0 2255.0 2255.0 2255.0 2255.0 2263.0 2255.5 2255.5 2255.5 2255.5 2255.5 2264.5 2257.0 2257.0 2257.0 2257.0 2257.0 2264.7 2257.5 2257.5 2257.5 2257.5 2257.5 2265.0 2258.0 2258.0 2258.0 2258.0 2258.0 2272.5 2265.7 2265.7 2265.7 2265.7 2265.7 2274.2 2267.5 2267.5 2267.5 2267.5 2267.5 2274.5 2268.0 2268.0 2268.0 2268.0 2268.0 2276.7 2270.2 2270.2 2270.2 2270.2 2270.2 2277.0 2270.7 2270.7 2270.7 2270.7 2270.7 2277.2 2271.0 2271.0 2271.0 2271.0 2271.0 2277.5 2271.5 2271.5 2271.5 2271.5 2271.5 2277.7 2272.0 2272.0 2272.0 2272.0 2272.0 2278.0 2272.5 2272.5 2272.5 2272.5 2272.5 2278.2 2273.0 2273.0 2273.0 2273.0 2273.0 2278.7 2273.2 2273.2 2273.2 2273.2 2273.2 2279.0 2273.5 2273.5 2273.5 2273.5 2273.5 2279.2 2274.0 2274.0 2274.0 2274.0 2274.0 2288.7 2282.2 2282.2 2282.2 2282.2 2282.2 2289.2 2282.7 2282.7 2282.7 2282.7 2282.7 2289.5 2283.5 2263.5 2283.5 2263.5 2283.5 2293.7 2287.7 2287.7 2287.7 2287.7 2287.7 2294.2 2268.0 2288.0 2268.0 2288.0 2268.0 2296.7 2290.5 2290.5 2290.5 2290.5 2290.5 2297.0 2291.0 2291.0 2291.0 2291.0 2291.0 2299.2 2293.2 2293.2 2293.2 2293.2 2293.2 2299.5 2293.7 2293.7 2293.7 2293.7 2293.7 2300.0 2294.2 2294.2 2294.2 2294.2 2294.2 2300.2 2294.7 2294.7 2294.7 2294.7 2294.7 2300.5 2295.0 2295.0 2295.0 2295.0 2295.0 2300.7 2295.5 2295.5 2295.5 2295.5 2295.5 RADE 2301.0 2301.2 2301.7 2328,5 2328.7 2329.2 2330,0 233O,2 2338.7 2339,O 2339.5 2339,7 2340.0 2347.O 2347,5 2349.2 2354,2 2354,7 2355,0 2355,2 2356.0 2356.5 2357.0 2358,5 2358.7 2359.7 2360,0 2361.5 2362,0 2363,2 2384,2 2385,O 2385.5 2385.7 2386.2 2386,5 2386,7 2387,2 2387.5 2388,5 2389,0 2389.2 2389.5 2393.2 2393.5 2394.2 2394.5 2396,0 2396.5 2397.O 2397.7 2420.5 2435.2 2464.0 2465,2 2465.7 2467.0 2467.2 2467.5 2470.2 2295.7 2296.2 2296.7 2322.5 2322.7 2323.0 2323,7 2324.2 2332.7 2333,2 2333.7 2334.5 2334.7 2340.7 2341.2 2343.2 2348.2 2348,5 2348.7 2349,2 2350.0 2350,2 2350.5 2352.O 2352,5 2353,5 2354.O 2355.5 2355,7 2357.0 2377.5 2378.2 2378.5 2378,7 2379.O 2379.2 2379.7 2380.2 2380,7 2381,7 2382.O 2382.2 2382.7 2386.5 2387.0 2387.7 2388,5 2390.0 239O,2 239O.5 2391.2 2414.2 2429,O 2458.O 2459.2 2459,5 2460.7 2461.0 2461.2 2464,O 2295.7 2296,2 2296,7 2322.5 2322.7 2323.0 2323.7 2324,2 2332,7 2333.2 2333.7 2334.5 2334,7 2340,7 2341.2 2343.2 2348.2 2348.5 2348,7 2349,2 2350,0 2350,2 2350.5 2352,O 2352.5 2353,5 2354.0 2355.5 2355.7 2357,0 2377,5 2378.2 2378,5 2378.7 2379.O 2379.2 2379.7 238O.2 238O,7 2381.7 2382.O 2382.2 2382,7 2386.5 2387.0 2387.7 2388.5 2390.0 239O.2 2390.5 2391.2 2414.2 2429.O 2458.0 2459.2 2459.5 2460.7 2461.0 2461.2 2464.0 2295.7 2296,2 2296.7 2322.5 2322.7 2323,0 2323,7 2324,2 2332.7 2333.2 2333,7 2334.5 2334.7 2340.7 2341.2 2343.2 2348.2 2348.5 2348,7 2349,2 2350.0 235O.2 2350.5 2352.0 2352.5 2353,5 2354. O 2355,5 2355.7 2357.O 2377.5 2378.2 2378.5 2378,7 2379,O 2379,2 2379,7 2380.2 2380.7 2381.7 2382.0 2382.2 2382.7 2386,5 2387.0 2387,7 2388,5 2390,0 2390.2 2390.5 2391,2 2414.2 2429.0 2458,0 2459.2 2459.5 2460.7 2461,0 2461,2 2464.0 2295.7 2296,2 2296.7 2322.5 2322,7 2323,0 2323,7 2324.2 2332,7 2333,2 2333.7 2334.5 2334.7 2340.7 2341.2 2343.2 2348.2 2348,5 2348.7 2349.2 235O.O 235O.2 235O.5 2352.O 2352.5 2353,5 2354.0 2355,5 2355.7 2357.0 2377.5 2378.2 2378.5 2378,7 2379,0 2379.2 2379.7 2380.2 2380,7 2381.7 2382.0 2382.2 2382.7 2386.5 2387,0 2387.7 2388,5 239O,O 239O.2 2390.5 2391,2 2414.2 2429.0 2458.0 2459.2 2459.5 2460.7 2461.0 2461,2 2464.0 2295,7 2296.2 2296.7 2322.5 2322.7 2323,0 2323,7 2324,2 2332.7 2333.2 2333,7 2334.5 2334.7 2340,7 2341.2 2343.2 2348.2 2348.5 2348,7 2349.2 2350.0 2350.2 235O,5 2352.0 2352.5 2353.5 2354.0 2355.5 2355,7 2357.0 2377.5 2378.2 2378,5 2378,7 2379,O 2379.2 2379,7 2380.2 2380.7 2381,7 2382,O 2382,2 2382.7 2386.5 2387.O 2387.7 2388.5 239O,O 2390,2 2390.5 2391,2 2414,2 2429.0 2458,0 2459.2 2459.5 246O.7 2461.0 2461,2 2464,0 2470.5 2472.0 2473.5 2479.2 2479.7 2480.2 2480.5 2481.0 2495.7 2498.7 2499.2 2500.2 2500.5 2514.7 2516.5 2520.7 2521.0 2521.2 2521.7 2525.7 2526.2 2531.0 2531.2 2531.5 2588.0 2603.7 2606.5 2606.7 2609,5 2613.0 2616.7 2620.0 2622.0 2632.0 2632.5 2661.0 2663.0 2663.7 2664.2 2672.7 2676.5 2680.7 2687.7 2688.0 2692.0 2742.2 2742.7 2743.0 2745,0 2759.2 2759.7 2760.0 2762.2 2762.7 2763.7 2764.2 2765.5 2816.5 2819.7 282O.O 2464.5 2466.0 2467.7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2496.5 2496.7 2507.7 2509.5 2513.5 2513.7 2514.2 2514.5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 2594.5 2597.2 2597.7 2601.7 2605,0 2609.0 2613.0 2614.0 2624.2 2624.5 2653.0 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2736.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2464.5 2466,0 2467.7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2496.5 2496.7 2507.7 2509.5 2513.5 2513.7 2514.2 2514.5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 2594.5 2597.2 2597.7 2601.7 2605.0 2609.0 2613.0 2614.0 2624.2 2624.5 2653.0 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2735.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2464.5 2466.0 2467.7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2496.5 2496.7 2507.7 2509.5 2513.5 2513.7 2514.2 2514.5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 2594.5 2597.2 2597.7 2601.7 2605.0 2609.0 2613.0 2614.0 2624.2 2624.5 2653.0 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2736.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2464.5 2466.0 2467.7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2498.5 2496.7 2507.7 2509.5 2513.5 2513.7 2514.2 2514.5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 2594.5 2597.2 2597.7 2601.7 2605.0 2609.0 2613.0 2614.0 2624.2 2624.5 2653.0 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2736.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2464.5 2466.0 2467,7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2496.5 2496.7 2507.7 2509.5 2513.5 2513.7 2514.2 2514.5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 2594.5 2597.2 2597.7 2601.7 26O5.0 26O9.0 2613.0 2614.0 2624.2 2624.5 2653.0 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2736.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2825.2 2825.5 2834.5 2834.7 2836,0 2836.2 2837.7 2838.0 2839.7 2840.0 2840.2 2841.0 2851,7 2852.5 2896.5 2898.5 2898.7 2899.0 2901.5 2901.7 2903.0 2904,0 2904,5 2904.7 3186.0 3186.5 3187.0 3208.2 3208,7 3209.0 3269,2 3270.2 3308.0 3308.2 3312.2 3348.5 3350,0 3350.5 3352.0 3352.2 3400.5 3400.7 3401,0 3401,5 3401.7 3402.0 3403.5 3426.5 3426.7 3427.0 3427.2 3427,5 3427.7 3428.2 3446.5 3448.7 3452.5 3454.7 3466.2 3517.0 2816.0 2816.5 2825.5 2826.0 2827.2 2827,7 2829.2 2829.7 2831.5 2831.7 2832.2 2833.O 2843.5 2844.2 2887.5 2889.5 2890.0 2890.5 2893.0 2893.5 2894.7 2895.0 2895,5 2896.0 3178,0 3178.5 3178,7 3200.0 3200.2 3200.5 3259.5 3260.5 3299.5 3300.0 3304.0 3339.2 3340.7 3341,0 3342.5 3343.0 3391.2 3391,7 3392.0 3392.2 3392.5 3393.0 3394.5 3419.5 3420.0 342O.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443.2 3445.7 3457.2 3507.7 2816,0 2816.5 2825,5 2826.0 2827,2 2827,7 2829,2 2829.7 2831.5 2831.7 2832.2 2833.0 2843.5 2844.2 2887.5 2889.5 2890.0 2890.5 2893.0 2893.5 2894.7 2895.0 2895.5 2896.0 3178.0 3178.5 3178.7 3200.0 3200.2 3200.5 3259.5 3260.5 3299.5 3300.0 3304.0 3339.2 3340.7 3341.0 3342.5 3343.0 3391.2 3391.7 3392.0 3392.2 3392.5 3393.0 3394.5 3419.5 3420.0 3420.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443.2 3445.7 3457.2 3507.7 2816.0 2816,5 2825.5 2826.0 2827.2 2827.7 2829,2 2829.7 2831.5 2831.7 2832.2 2833.0 2843.5 2844.2 2887.5 2889.5 2890.0 2890,5 2893.0 2893.5 2894.7 2895,0 2895.5 2896,0 3178.0 3178.5 3178.7 3200.0 3200.2 3200.5 3259.5 3260.5 3299.5 3300.0 3304.0 3339.2 3340.7 3341.0 3342.5 3343.0 3391.2 3391.7 3392,0 3392.2 3392.5 3393.0 3394.5 3419.5 3420,0 3420.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443,2 3445.7 3457.2 3507.7 2816.0 2816.5 2825.5 2826.0 2827.2 2827.7 2829.2 2829.7 2831.5 2831.7 2832.2 2833.0 2843.5 2844.2 2887.5 2889.5 2890.0 2890.5 2893.O 2893.5 2894.7 2895.0 28,95.5 2896.0 3178.0 3178.5 3178.7 3200.0 3200.2 3200.5 3259.5 3260.5 3299.5 3300.0 3304.0 3339.2 3340,7 3341.0 3342.5 3343.0 3391.2 3391.7 3392.O 3392.2 3392.5 3393.0 3394.5 3419.5 3420.0 3420.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443.2 3445.7 3457.2 3507.7 2816.0 2816.5 2825.5 2826.0 2827.2 2827.7 2829,2 2829.7 2831.5 2831.7 2832.2 2833.0 2843.5 2844.2 2887.5 2889.5 2890.0 2890.5 2893.0 2893.5 2894.7 2895.0 2895.5 2896.0 3178.0 3178.5 3178.7 3200.0 3200.2 3200.5 3259.5 326O.5 3299.5 3300.0 3304.0 3339.2 3340.7 3341.0 3342.5 3343.0 3391.2 3391.7 3392.0 3392.2 3392.5 3393.0 3394.5 3419.5 3420.0 3420.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443.2 3445.7 3457.2 3507.7 3621.7 3683.2 3685.0 3687.5 3857.2 3915.0 3925.5 3925.7 3995.0 3995.7 3996.0 3996.2 3996.7 3999.5 4048.0 4055.0 4177.0 4177.2 4275.5 4278.5 4278.7 4279.0 4280.2 4296.2 4299.0 4306.7 4316.0 4316.2 4318.0 4319.5 4322.7 4352.0 4391.7 4394.2 4439.5 4461.5 4489.0 4597.7 4600.7 4603.0 4613.7 4619.5 4694.5 4708.7 4785.7 4792.2 4827.0 4951.2 4957.2 5008.5 5060.5 5082.2 5094.7 5097.7 5171.5 5498.5 5657.2 5664.2 5666.5 5821.2 3613.0 3674.5 3676.0 3679.5 3848.0 3906.0 3918.0 3918.2 3987.7 3988.5 3989.0 3989.2 3989.5 3989.7 4036.0 4044.5 4167.2 4168.2 4265.7 4268.7 4269.0 4269.2 4270.5 4288.0 4290.7 4297.0 4306.2 4306.7 4308.5 4310.2 4313.5 4341.2 4381.7 4384.7 4429.5 4450.5 4478.5 4585.7 4589.7 4592.2 4602.7 4607.2 4682.5 4699.0 4774.0 4780.7 4816.2 4940.0 4945.5 4998.7 5048.7 5071.0 5083.5 5085.5 5161,5 5486.2 5643.5 5651.2 5653.0 5807.0 3613.0 3674.5 3676.0 3679,5 3848.0 3906.0 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4310.2 4313.5 4341.2 4381.7 4384.7 4429.5 4450.5 4478.5 4585.7 4589.7 4592.2 4602.7 4607.2 4682.5 4699.0 4774.0 4780.7 4816.2 4940.0 4945.5 4998.7 5048.7 5071.0 5083.5 5085.5 5161.5 5486.2 5643.5 5651.2 5653.0 5807.0 3613.0 3674.5 3676.0 3679.5 3848.0 3906.0 3918.0 3918.2 3987.7 3988,5 3989.0 3989.2 3989.5 3989.7 4036.0 4044,5 4167.2 4168.2 4265.7 4268.7 4269.0 4269.2 4270.5 4288.0 4290.7 4297.0 4306.2 4306.7 4308.5 4310.2 4313.5 4341.2 4381.7 4384.7 4429.5 4450.5 4478.5 4585.7 4589.7 4592.2 4602.7 4607.2 4682.5 4699.0 4774.0 4780.7 4816.2 4940.0 4945.5 4998.7 5048.7 5071.0 5083.5 5085.5 5161.5 5486.2 5643.5 5651.2 5653.0 5807.0 6647,2 6648.5 6662.0 6665,2 6670.5 6692,0 6714.0 6735.5 6739,2 6741,7 6746.2 6797.5 6800,5 6813,7 6817.5 6819.7 6830.2 6833.5 6839,2 6854,5 6857.7 6879.2 6924,2 6929,7 6933,5 6937.5 6941,5 6978,0 70O7.0 7010.7 7034,5 7050,5 7054.0 7057.7 7062.7 7064.2 7074.7 7086.7 7107,0 7108.0 7115.2 7117.O 7131,5 7215,0 7228.0 7268.2 7284.5 7296,2 7304.0 7310.2 7313.2 7316.7 7322,2 7337.O 7394.5 7406.2 7429.2 7434,0 7437.0 7443.2 6631.0 6632.5 6646.5 6649,5 6654.5 6677.2 6699,0 6720.0 6723.7 6725.7 6731.2 6781.7 6784.5 6798.5 6801.7 6805,0 6814.2 6817.7 6823.0 6839.0 6842,0 6863,0 6908.2 6914.0 6917.0 6921.5 6924.7 6982.0 6990.0 6995.2 7017.7 7034.2 7037.5 7041,5 7044.5 7047.5 7059.0 7070.2 7091.7 7093.5 7099.7 7102.2 7117.2 7199.7 7212.0 7253.0 7268.0 7280.2 7288.0 7293.7 7297.2 7300.0 7306.0 7320.7 7378.2 7389.7 7414.0 7419.2 7420,5 7426.5 6631.0 6632.5 6646.5 6649.5 6654.5 6677.2 6699.0 6720.0 6723.7 6725.7 6731.2 6781,7 6784.5 6798.5 6801.7 6805.0 6814.2 6817,7 6823.0 6839.0 6842.0 6863.0 6908.2 6914.0 6917.0 6921,5 6924.7 6962,0 6990,0 6995,2 7017.7 7034,2 7037.5 7041.5 7044.5 7047.5 7059,0 7070,2 7091.7 7093,5 7099,7 7102.2 7117.2 7199.7 7212,O 7253.0 7268.0 7280.2 7288.0 7293,7 7297,2 7300,0 7306.0 732O.7 7378.2 7389,7 7414.0 7419.2 742O.5 7426.5 6631.0 6632.5 6646.5 6649,5 6654.5 6677,2 6699.0 6720.0 6723.7 6725.7 6731.2 6781,7 6784.5 6798.5 6801,7 6805.0 6814.2 6817.7 6823.0 6839.0 6842.0 6863.0 6908.2 6914.0 6917,0 6921.5 6924.7 6962,0 6990.0 6995.2 7017.7 7034.2 7037,5 7041.5 7044.5 7047.5 7O59.0 7070.2 7091.7 7093.5 7099.7 7102.2 7117.2 7199.7 7212.0 7253.0 7268,0 7280,2 7288.0 7293.7 7297,2 7300.0 7306,0 7320,7 7378,2 7389.7 7414.0 7419,2 7420.5 7426.5 6631.0 6632.5 6646.5 6649.5 6654.5 6677.2 6699.0 6720.0 6723.7 6725.7 6731.2 6781,7 6784.5 6798.5 6801.7 6805,0 6814,2 6817,7 6823.0 6839.0 6842.0 6863.0 6908.2 6914,0 6917.0 6921.5 6924.7 6962.0 6990.0 6995.2 7017,7 7O34,2 7037.5 7041.5 7044,5 7047.5 7059,0 7070.2 7091.7 7093.5 7099.7 7102.2 7117.2 7199.7 7212.0 7253.0 7268.0 7280.2 7288.0 7293,7 7297,2 7300,0 7306.0 7320.7 7378.2 7389.7 7414.0 7419,2 7420.5 7426,5 6631,0 6632,5 6646.5 6649.5 6654.5 6677.2 6699.0 6720.0 6723.7 6725.7 6731.2 6781.7 6784,5 6798.5 6801.7 6805.0 6814.2 6817.7 6823,0 6839.0 6842.0 6863.0 6908.2 6914.0 6917.0 6921.5 6924.7 6962.0 6990.0 6995,2 7017,7 7034.2 7037.5 7041.5 7044,5 7047.5 7059,0 7070.2 7091,7 7093.5 7099.7 7102.2 7117.2 7199,7 7212.0 7253,0 7268.0 7280.2 7268.0 7293.7 7297,2 7300.0 7306.0 7320,7 7378.2 7389,7 7414.0 7419,2 742O.5 7426.5 7471.2 7453.7 7453.7 7453.7 7453,7 7453.7 7492.7 7475.2 7475.2 7475.2 7475.2 7475.2 7495.7 7478.2 7478.2 7478.2 7478.2 7478.2 7497.7 7481.0 7481.0 7481.0 7481.0 7481.0 7500.7 7483.5 7483.5 7483.5 7483.5 7483.5 7503.5 7485.7 7485.7 7485.7 7485.7 7485.7 7506.0 7487.2 7487.2 7487.2 7487.2 7487.2 7513.0 7496.2 7496.2 7496.2 7496.2 7496.2 7519.7 7502.0 7502.0 7502.0 7502.0 7502.0 7531.2 7514.0 7514.0 7514.0 7514.0 7514.0 7543.5 7526.7 7526.7 7526.7 7526.7 7526.7 7544.7 7528.7 7528.7 7528.7 7528.7 7528.7 7548.0 7531.0 7531.0 7531.0 7531.0 7531.0 7549.0 7532.5 7532.5 7532.5 7532.5 7532.5 7551.0 7534.7 7534.7 7534.7 7534.7 7534.7 7554.2 7537.5 7537.5 7537.5 7537.5 7537.5 7556.0 7538.7 7538.7 7538.7 7538.7 7538.7 7558.0 7541,0 7541.0 7541.0 7541.0 7541.0 7565.7 7548.2 7548.2 7548.2 7548.2 7548.2 7567.0 7550.0 7550.0 7550.0 7550.0 7550.0 7572.2 7554.0 7554.0 7554.0 7554.0 7554.0 7584.7 7566.0 7566.0 7566.0 7566.0 7566.0 7588.0 7569.5 7569.5 7569.5 7569.5 7569.5 7595.7 7577.0 7577.0 7577.0 7577.0 7577.0 7599.2 7581.0 7581.0 7581.0 7581.0 7581.0 7603.5 7585.2 7585.2 7585.2 7585.2 7585.2 7607.2 7589.2 7589.2 7589.2 7589.2 7589.2 7624.5 7606.5 7606.5 7606.5 7606.5 7606.5 7635.2 7618.0 7618.0 7618.0 7618.0 7618.0 7665.7 7647.0 7647.0 7647.0 7647.0 7647.0 7690.2 7672.0 7672.0 7672.0 7672.0 7672.0 7697.7 7677.7 7677.7 7677.7 7677.7 7677.7 7736.5 7718.5 7718.5 7718.5 7718.5 7718.5 7739.0 7720.2 7720.2 7720.2 7720.2 7720.2 7794.2 7776.0 7776.0 7776.0 7776.0 7776.0 7800.2 7781.5 7781.5 7781.5 7781.5 7781.5 7842.7 7823.2 7823.2 7823.2 7823.2 7823.2 7914.7 7891.5 7891.5 7891.5 7891.5 7891.5 7930.7 7907.5 7907.5 7907.5 7907.5 7907.5 7935.5 7912.7 7912.7 7912.7 7912.7 7912.7 7944.0 7921.2 7921.2 7921.2 7921.2 7921.2 8067.5 8047.0 8047.0 8047.0 8047.0 8047.0 8083.7 8062.7 8062.7 8062.7 8062.7 8062.7 8099.2 8078.2 8078.2 8078.2 8078.2 8078.2 8115.2 8094.0 8094.0 8094.0 8094.0 8094.0 8118.5 8097.5 8097.5 8097.5 8097.5 8097.5 8173.5 8154.0 8154.0 8154.0 8154.0 8154.0 8204.5 8186.2 8186.2 8186.2 8186.2 8186.2 8206.2 8187.2 8187.2 8187.2 8187.2 8187.2 8210.5 8192.7 8192.7 8192.7 8192.7 8192.7 8214.2 8195.5 8195.5 8195.5 8195.5 8195.5 8225.5 8207.2 8207.2 8207.2 8207.2 8207.2 8271.7 8249.2 8249.2 8249.2 8249.2 8249.2 9000.0 8977.5 8977.5 8977.5 8977.5 8977.5 $ BASELINE DEPTH ROPS RPDE TCDM 2207.0 2200.0 2200.0 2200.0 2200.0 2258.0 2251.0 2251.0 2251.0 2251.0 2258.2 2251.2 2251.2 2251.2 2251.2 2259.0 2251.7 2251.7 2251.7 2251.7 DCCM 2259.2 2259.7 2260.2 2260.7 2262.7 2263.0 2264.5 2264.7 2265.0 2272.5 2274.2 2274.5 2276.7 2277.0 2277.2 2277.5 2277.7 2278.0 2278.2 2278.7 2279.0 2279.2 2288.7 2289.2 2289.5 2293.7 2294.2 2296.7 2297.O 2299.2 2299.5 2300.0 23OO.2 23OO.5 2300.7 2301.0 2301.2 2301.7 2328.5 2328.7 2329.2 233O.O 233O.2 2338.7 2339.0 2339.5 2339.7 2340.0 2347.0 2347.5 2349.2 2354.2 2354.7 2355.0 2355.2 2356.0 2356.5 2357.0 2358.5 2358.7 2252.0 2252.2 2252.7 2253.0 2255.0 2255.5 2257.0 2257.5 2258.0 2265.7 2267.5 2268.0 2270.2 2270.7 2271.0 2271.5 2272.0 2272.5 2273.0 2273.2 2273.5 2274.0 2282.2 2282.7 2283.5 2287.7 2288.0 2290.5 2291.0 2293.2 2293.7 2294.2 2294.7 2295.0 2295.5 2295.7 2296.2 2296.7 2322.5 2322.7 2323.O 2323.7 2324.2 2332.7 23,.33.2 2333.7 2334.5 2334.7 2340.7 2341.2 2343.2 2348.2 2348.5 2348.7 2349.2 2350.0 2350.2 2350.5 2352.0 2352.5 2252.0 2252.2 2252.7 2253,0 2255.0 2255.5 2257.0 2257.5 2258.0 2265.7 2267.5 2268.0 2270.2 2270.7 2271.0 2271.5 2272.0 2272.5 2273.0 2273.2 2273.5 2274.0 2282.2 2282.7 2283.5 2287.7 2288.0 2290.5 2291.0 2293.2 2293.7 2294.2 2294.7 2295.0 2295.5 2295.7 2296.2 2296.7 2322.5 2322.7 2323.0 2323.7 2324.2 2332.7 2333.2 2333.7 2334.5 2334.7 2340.7 2341.2 2343.2 2348.2 2348.5 2348.7 2349.2 2350.0 2350.2 2350.5 2352.0 2352.5 2252.0 2252.2 2252.7 2253.0 2265.0 2255.5 2257.0 2257.5 2258.0 2265.7 2267.5 2268.0 2270.2 2270.7 2271.0 2271,5 2272.0 2272.5 2273.0 2273.2 2273.5 2274.0 2282.2 2282.7 2283.5 2287.7 2268.0 2290.5 2291.0 2293.2 2293.7 2294.2 2294.7 2295.0 2295.5 2295.7 2296.2 2296.7 2322.5 2322.7 2323.0 2323.7 2324.2 2332.7 2333.2 2333.7 2334.5 2334.7 2340.7 2341.2 2343.2 2348.2 2348.5 2348.7 2349.2 2350.0 2350.2 2350.5 2352.0 2352.5 2252.0 2252.2 2252.7 2253.0 2255.0 2255.5 2257.0 2257.5 2258.0 2265.7 2267.5 2268.0 2270.2 2270.7 2271.0 2271.5 2272.0 2272.5 2273.0 2273.2 2273.5 2274.0 2282.2 2282.7 2283,5 2287.7 2268.0 2290.5 2291,0 2293.2 2293.7 2294.2 2294.7 2295.0 2295.5 2295.7 2296.2 2296.7 2322.5 2322.7 2323.0 2323.7 2324.2 2332.7 2333.2 2333.7 2334.5 2334.7 2340.7 2341.2 2343,2 2348.2 2348.5 2348.7 2349.2 2350.0 2350.2 2350.5 2352.0 2352.5 2359.7 2360.0 2361.5 2362.0 2363.2 2384.2 2385.0 2385.5 2385.7 2386.2 2386.5 2386.7 2387.2 2387.5 2388.5 2389.O 2389.2 2389.5 2393.2 2393.5 2394.2 2394.5 2396.0 2396.5 2397.0 2397.7 2420.5 2435.2 2464.0 2465.2 2465.7 2467.0 2467.2 2467.5 2470.2 2470.5 2472.0 2473.5 2479.2 2479.7 2480.2 2480.5 2481.0 2495.7 2498.7 2499.2 2500.2 2500.5 2514.7 2516.5 2520.7 2521.0 2521.2 2521.7 2525.7 2526.2 2531.0 2531.2 2531.5 2588.0 2353.5 2354.0 2355.5 2355.7 2357.0 2377.5 2378.2 2378.5 2378.7 2379.O 2379.2 2379,7 238O.2 238O.7 2381.7 2382.O 2382.2 2382.7 2386.5 2387.O 2387.7 2388.5 2390.O 2390.2 2390.5 2391.2 2414.2 2429.0 2458.O 2459.2 2459.5 2460.7 2461.0 2461,2 2464.0 2464.5 2466.0 2467.7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2496.5 2495.7 2507.7 2509,5 2513.5 2513.7 2514.2 2514,5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 2353.5 2354.0 2355.5 2355.7 2357.0 2377.5 2378.2 2378.5 2378.7 2379.0 2379.2 2379.7 238O.2 2380.7 2381.7 2382.0 2382.2 2382.7 2386.5 2387.0 2387.7 2388.5 2390.0 239O.2 239O.5 2391.2 2414,2 2429.0 2458.0 2459.2 2459.5 2460.7 2461.0 2461.2 2464.0 2464.5 2466.0 2467.7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2496.5 2495.7 2507.7 25O9.5 2513.5 2513.7 2514.2 2514.5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 2353.5 2354.0 2355.5 2355.7 2357.0 2377.5 2378.2 2378.5 2378.7 2379.0 2379.2 2379.7 2380.2 2380.7 2381.7 2382.0 2382.2 2382.7 2386.5 2387.0 2387.7 2388.5 2390.0 2390.2 2390.5 2391.2 2414.2 2429.0 2458.0 2459.2 2459.5 2460.7 2461.0 2461.2 2464.0 2464.5 2466.0 2467.7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2495.5 2495.7 2507.7 2509.5 2513.5 2513.7 2514.2 2514.5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 2353.5 2354.0 2355.5 2355.7 2357.0 2377.5 2378.2 2378.5 2378.7 2379.0 2379.2 2379.7 2380.2 2380.7 2381.7 2382.0 2382.2 2382.7 2386.5 2387.0 2387.7 2388.5 2390.0 2390.2 2390.5 2391.2 2414.2 2429.0 2458.0 2459.2 2459.5 2460.7 2461.0 2461.2 2464.0 2464.5 2466.0 2467.7 2473.5 2473.7 2474.2 2474.7 2475.2 2492.2 2495.2 2495.5 2495.5 2495.7 2507.7 2509.5 2513.5 2513.7 2514.2 2514.5 2518.5 2518.7 2523.5 2524.0 2524.5 2578.7 26O3.7 2606.5 2606.7 26O9.5 2613.0 2616.7 2620.0 2622.0 2632.O 2632.5 2661.0 2663.0 2663.7 2664.2 2672.7 2676.5 2680.7 2687.7 2688.0 2692.0 2742.2 2742.7 2743.0 2745.0 2759.2 2759.7 2760.0 2762.2 2762.7 2763.7 2764.2 2765.5 2816.5 2819.7 2820.0 2825.2 2825.5 2834.5 2634.7 2836.0 2836.2 2837.7 2838.0 2839,7 2840,0 2840.2 2841.0 2851.7 2852.5 2896.5 2898,5 2898.7 2899.0 2901,5 2901.7 2903.0 2904.0 2904.5 2904,7 3186.0 2594.5 2597.2 2597.7 2601.7 2605.0 26O9.0 2613.0 2614.0 2624.2 2624.5 2653.O 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2736.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2816.0 2816.5 2825.5 2826.0 2827.2 2827.7 2829.2 2829.7 2831.5 2831.7 2832.2 28,33.0 2843.5 2844.2 2887.5 2889.5 2890.0 2890.5 2893.0 2893.5 2894.7 2895.0 2895.5 2898.0 3178.0 2594.5 2597.2 2597.7 2601.7 26O5.0 26O9.0 2613.0 2614.0 2624.2 2624.5 2653.O 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2736.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2816.0 2816.5 2825.5 2826.0 2827.2 2827.7 2829.2 2829.7 2831.5 2831.7 2832.2 2833.0 2843.5 2844.2 2887.5 2889.5 2890.0 2890.5 2893.0 2893.5 2894.7 2895.0 2895.5 2896.0 3178.O 2594.5 2597.2 2597.7 2601.7 26O5.0 2609.0 2613.0 2614.0 2624.2 2624.5 2653.O 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2736.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2816.0 2816.5 2825.5 2826.0 2827.2 2827.7 2829.2 2829.7 2831.5 2831.7 2832.2 2833.0 2843.5 2844.2 2887.5 2889.5 2890.0 289O.5 2893.0 2893.5 2894.7 2895.0 2895.5 2896.0 3178.O 2594.5 2597.2 2597.7 2601.7 2605.0 2609.0 2613.0 2614.0 2624.2 2624.5 2653.0 2654.7 2655.5 2655.7 2664.2 2669.7 2673.7 2680.7 2681.2 2685.2 2735.2 2735.7 2736.2 2738.2 2751.7 2752.2 2752.7 2755.0 2755.2 2756.2 2756.5 2757.7 2807.0 2810.2 2810.7 2816.0 2816.5 2825.5 2826.0 2827.2 2827.7 2829.2 2829.7 2831.5 2831.7 2832.2 2833.0 2843.5 2844.2 2887.5 2889.5 2890.0 289O.5 2893.0 2893.5 2894.7 2895.0 2895.5 2896.0 3178.O 3186.5 3187.0 3208.2 3208.7 3209.0 3269.2 3270.2 3308.0 3308.2 3312,2 3348.5 3350.0 3350.5 3352.O 3352.2 3400.5 3400.7 3401.0 3401.5 3401.7 3402.0 3403.5 3426.5 3426.7 3427.0 3427.2 3427.5 3427.7 3428.2 3446.5 3448.7 3452.5 3454.7 3466.2 3517.0 3621.7 3683.2 3685.0 3687.5 3857.2 3915.0 3925.5 3925.7 3995.0 3995.7 3996.0 3996.2 3996.7 3999.5 4048.0 4055.0 4177.0 4177.2 4275.5 4278.5 4278.7 4279.0 4280.2 4296.2 4299.0 3178.5 3178.7 3200.0 3200.2 3200.5 3259.5 3260.5 3299.5 3300.0 3304.0 3339.2 3340.7 3341.0 3342.5 3343.0 3391.2 3391.7 3392.0 3392.2 3392.5 3393.0 3394.5 3419.5 3420.0 3420.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443.2 3445.7 3457.2 3507.7 3613.0 3674.5 3676.0 3679.5 3848.0 3906.0 3918.0 3918.2 3987.7 3988.5 3989.0 3989.2 3989.5 3989.7 4036.0 4044.5 4167.2 4168.2 4265.7 4268.7 4269.0 4269.2 4270.5 4268.0 4290.7 3178.5 3178.7 3200.0 3200.2 3200.5 3259.5 3260.5 3299.5 3300.0 3304.0 3339.2 3340.7 3341.0 3342.5 3343.0 3391.2 3391.7 3392.0 3392.2 3392.5 3393.0 3394.5 3419.5 3420.0 3420.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443.2 3445.7 3457.2 3507.7 3613.0 3674.5 3676.0 3679.5 3848.0 3906.0 3918.0 3918.2 3987.7 3988.5 3989.0 3989.2 3989.5 3989.7 4036.0 4044.5 4167.2 4168.2 4265.7 4268.7 4269.0 4269.2 4270.5 4288.0 4290.7 3178.5 3178,7 3200.0 3200.2 3200.5 3259.5 3260.5 3299.5 3300.0 3304.0 3339.2 3340.7 3341.0 3342.5 3343.0 3391.2 3391.7 3392.0 3392.2 3392.5 3393.0 3394.5 3419.5 3420.0 3420.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443.2 3445.7 3457.2 3507.7 3613.0 3674.5 3676.0 3679.5 3848.0 3906.0 3918.0 3918.2 3987.7 3988.5 3989.0 3989.2 3989.5 3989.7 4036.0 4044.5 4167.2 4168.2 4265.7 4268.7 4269.0 4269.2 4270.5 4268.0 4290.7 3178.5 3178.7 3200.0 3200.2 3200.5 3259.5 3260.5 3299.5 3300.0 3304.0 3339.2 3340.7 3341.0 3342.5 3343.0 3391.2 3391.7 3392.0 3392.2 3392.5 3393.0 3394.5 3419.5 3420.0 3420.5 3421.0 3421.2 3422.2 3422.7 3437.7 3439.7 3443.2 3445.7 3457.2 3507.7 3613.0 3674.5 3676.0 3679.5 3848.0 3906.0 3918.0 3918.2 3987.7 3988.5 3989.0 3989.2 3989.5 3989.7 4036.0 4044.5 4167.2 4168.2 4265.7 4268.7 4269.0 4269.2 4270.5 4288.0 4290.7 4306.7 4316,0 4316,2 4318.0 4319,5 4322,7 4352.0 4391.7 4394.2 4439.5 4461,5 4489.0 4597.7 4600.7 4603,0 4613.7 4619,5 4694,5 4708,7 4785.7 4792.2 4827.0 4951,2 4957.2 5008.5 5060.5 5082.2 5094.7 5097.7 5171.5 5498.5 5657,2 5664.2 5666.5 5821,2 6647.2 6648.5 6662.0 6665.2 6670.5 6692.O 6714.0 6735.5 6739.2 6741.7 6746.2 6797,5 6800,5 6813.7 6817.5 6819.7 6830.2 6833.5 6839,2 6854.5 6857,7 6879.2 6924,2 6929.7 6933.5 4297.0 4306.2 4306.7 4308.5 4310.2 4313.5 4341.2 4381,7 4384,7 4429.5 4450.5 4478,5 4585.7 4589,7 4592.2 46O2.7 46O7.2 4682.5 4699.0 4774,0 4780.7 4816,2 4940.0 4945.5 4998.7 5048.7 5071.0 5083.5 5085.5 5161,5 5486.2 5643.5 5651,2 5653.0 5807,0 6631.0 6632.5 6646,5 6649,5 6654,5 6677.2 6699.0 672O.O 6723.7 6725,7 6731.2 6781.7 6784.5 6798.5 6801.7 6805,0 6814.2 6817,7 6823,O 6839.0 6842.0 6863.0 6908.2 6914.O 6917.O 4297.0 4306.2 4306,7 4308.5 4310,2 4313.5 4341,2 4381.7 4384.7 4429.5 4450.5 4478,5 4585.7 4589.7 4592.2 4602.7 4607.2 4682.5 4699,0 4774.0 4780,7 4816.2 4940,0 4945.5 4998.7 5048,7 5071.0 5083.5 5085,5 5161.5 5486.2 5643.5 5651.2 5653.0 5807.0 6631.0 6632.5 6646.5 6649.5 6654,5 6677.2 6699.0 672O.0 6723.7 6725.7 6731.2 6781.7 6784.5 6798.5 6801.7 6805,0 6814.2 6817,7 6823.0 6839.0 6842.0 6863.0 69O8,2 6914.0 6917.0 4297.O 4306.2 4306.7 4308.5 4310,2 4313.5 4341,2 4381.7 4384,7 4429.5 4450.5 4478,5 4585.7 4589.7 4592.2 4602.7 4607,2 4682.5 4699,0 4774,0 4780,7 4816.2 4940.0 4945.5 4998.7 5048.7 5071.0 5083.5 5085.5 5161.5 5486.2 5643.5 5651.2 5653.0 58O7.0 6631.0 6632,5 6646,5 6649.5 6654.5 6677.2 6699.0 6720.0 6723.7 6725.7 6731,2 6781.7 6784,5 6798,5 6801,7 6805.0 6814.2 6817.7 6823.0 6839.0 6842.0 6863.0 69O8.2 6914.0 6917,0 4297,0 4306.2 4306.7 4308.5 4310.2 4313.5 4341.2 4381.7 4384.7 4429.5 445(3.5 4478.5 4585.7 4589.7 4592.2 4602,7 4607.2 4682.5 4699,0 4774.0 4780.7 4816.2 4940.0 4945.5 4998.7 5048,7 5071.0 5083.5 5085,5 5161,5 5486.2 5643,5 5651.2 5653,0 5807.0 6631.0 6632.5 6646.5 6649.5 6654.5 6677,2 6699.0 6720.O 6723,7 6725.7 6731,2 6781,7 6784.5 6798.5 6801,7 6805,0 6814.2 6817.7 6823.0 6839.0 6842.0 6863.0 6908.2 6914,0 6917.0 o--'937.5 6941.5 6978,0 7007.0 7010.7 7034.5 7050.5 7O54.0 7057.7 7O62,7 7064,2 7074.7 7086.7 7107.0 7108.0 7115.2 7117.O 7131.5 7215.0 7228.0 7268.2 7284.5 7296.2 73O4,0 7310.2 7313.2 7316.7 7322.2 7337.0 7394.5 7406.2 7429.2 7434.0 7437.0 7443.2 7471.2 7492.7 7495.7 7497.7 7500.7 75O3.5 7506.0 7513.0 7519.7 7531.2 7543.5 7544.7 7548.0 7549. O 7551.0 7554,2 7556.0 7558.O 7565.7 7567.0 7572.2 7584.7 7588.0 7595.7 7599.2 6921.5 6924.7 6962.0 6990.0 6995.2 7017.7 7034.2 7037.5 7041.5 7044.5 7047.5 7059.0 7070.2 7091.7 7093.5 7099.7 7102.2 7117,2 7199.7 7212.0 7253.0 7268.0 7280,2 7268.0 7293.7 7297.2 7300.0 7306.0 7320.7 7378,2 7389.7 7414.0 7419.2 7420.5 7426.5 7453.7 7475.2 7478.2 7481.0 7483.5 7485.7 7487.2 7496.2 7502.0 7514.0 7526.7 7528.7 7531.0 7532.5 7534.7 7537.5 7538.7 7541.0 7548.2 7550.0 7554.0 7566.0 7569.5 7577.0 7581.0 6921.5 6924.7 6962.0 6990.0 6995.2 7017.7 7034.2 7037.5 7041.5 7044.5 7047.5 7059.0 7070.2 7091.7 7093.5 7099.7 7102.2 7117.2 7199.7 7212.0 7253.0 7268.0 7280.2 7288.0 7293.7 7297.2 7300.0 7306.0 7320.7 7378.2 7389.7 7414.0 7419.2 7420.5 7426.5 7453.7 7475.2 7478.2 7481.0 7483.5 7485.7 7487.2 7496.2 7502.0 7514.0 7526.7 7528.7 7531.0 7532.5 7534.7 7537.5 7538.7 7541.0 7548.2 7550.0 7554.0 7566.0 7569.5 7577.0 7581.0 6921.5 6924.7 6962.0 6990.0 6995.2 7017.7 7O34.2 7037.5 7041.5 7044.5 7047.5 7059.0 7070.2 7091.7 7093.5 7099.7 7102.2 7117.2 7199.7 7212.0 7253.0 7268.0 7280.2 7288.0 7293.7 7297.2 7300.0 7306.0 7320.7 7378.2 7389.7 7414.0 7419.2 7420.5 7426.5 7453.7 7475.2 7478.2 7481.0 7483.5 7485.7 7487.2 7496.2 7502.0 7514.0 7526.7 7528.7 7531.0 7532.5 7534.7 7537.5 7538.7 7541.0 7548.2 7550.0 7554.0 7566,0 7569.5 7577.0 7581.0 6921.5 6924.7 6962.0 6990.0 6995.2 7017.7 7034.2 7037.5 7041.5 7044.5 7047.5 7059.0 7070.2 7091.7 7093.5 7099.7 7102.2 7117.2 7199.7 7212.0 7253.0 7268.0 7280.2 7288.0 7293.7 7297.2 7300.0 7306.0 7320.7 7378.2 7389.7 7414.0 7419.2 7420.5 7426.5 7453.7 7475.2 7478.2 7481.0 7483.5 7485.7 7487.2 7496.2 7502.0 7514.0 7526.7 7528.7 7531.0 7532.5 7534.7 7537.5 7538.7 7541.0 7548.2 7550.0 7554.0 7566.0 7569.5 7577.0 7581.0 7603.5 7585,2 7585,2 7585,2 7585.2 7607.2 7589,2 7589.2 7589,2 7589.2 7624.5 7606.5 7606,5 7606.5 7606.5 7635.2 7618.0 7618,0 7618,0 7618.0 7665,7 7647,0 7647.0 7647.0 7647.0 7690.2 7672.0 7672.0 7672,0 7672,0 7697.7 7677.7 7677,7 7677.7 7877.7 7736.5 7718,5 7718.5 7718,5 7718.5 7739.0 7720,2 7720.2 7720,2 7720,2 7794,2 7776.0 7776,0 7776,0 7776,0 7800.2 7781.5 7781.5 7781,5 7781.5 7842.7 7823.2 7823,2 7823,2 7823.2 7914.7 7891.5 7891,5 7891.5 7891,5 7930.7 7907.5 7907.5 7907.5 7907.5 7935.5 7912.7 7912.7 7912.7 7912.7 7944.0 7921,2 7921.2 7921.2 7921.2 8067,5 8047.0 8047,0 8047,0 8047,0 8083.7 8062.7 8062.7 8062.7 8062.7 8099,2 8078,2 8078,2 8078.2 8078,2 8115.2 8094.0 8094.0 8094.0 8094.0 8118.5 8097.5 8097.5 8097,5 8097.5 8173.5 8154.0 8154,0 8154.0 8154.0 8204.5 8186.2 8186.2 8186.2 8186.2 8206.2 8187.2 8187.2 8187.2 8187.2 8210,5 8192.7 8192.7 8192.7 8192.7 8214.2 8195.5 8195.5 8195.5 8195.5 8225.5 8207.2 8207.2 8207.2 8207.2 8271.7 8249.2 8249.2 8249.2 8249.2 9000,0 8977.5 8977.5 8977.5 8977.5 $ MERGED DATA SOURCE PBU TOOL CODE MWD 3 MWD 4 MWD 5 MWD 6 MWD 7 MWD 8 MWD 9 $ # REMARKS: $ CN WN FN COUN STAT : Arco Alaska Inc. : Fiord #2 : Wildcat Exploration : North Slope :Alaska BIT RUN NO MERGE TOP 2240.0 3435.0 3435.0 5113.0 5113.0 6752.0 6752.0 7554,0 7554.0 7719.0 7719.0 7850.0 7850,0 8378.0 MERGE BASE LIS COMMENT RECORD(s): 1234567890123456789012345678901234567890123456789012345678901234567~ 1234567890 THIS FILE CONTAINS EDITED MERGED MWD DATA THAT HAS BEEN DEPTH SHIFTED. * FORMAT RECORD (TYPE# 64) Entry Type(4) Size(1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size(4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size(1) Repcode(66) Datum Specification Block Sub-type is: Entry Block terminator. Summary of entry types encountered: 1 2 3 4 5 6 7 8 91011 1213141516 000 1 0000000 1 000 1 Rep Code Count Bytes 68 5 20 Sum: 5 20 20 fndun a [F ] 1.00000000 3 ONE DEPTH PER !=RAME Tape depth ID: F 5 Curves: APl APl APl APl Log Crv Crv Name Tool Code Samples Units Size Length Typ Typ CIs Mod 1 GR MWD 68 1 GAPI 4 4 98 660 71 6 2 RA MWD 68 1OHMM 4 4 98 660 71 6 3 ROP MWD 68 1 FPHR 4 4 98 660 71 6 4 RP MWD 68 1OHMM 4 4 98 660 71 6 5 TCDM Mwr) 68 1 DEGF 4 4 98 660 71 6 20 ** Routine LEVONE detects data discrepancy: DSB indicates: 1 FRAMES Data Record Length indicates: 42 FRAMES * DATA RECORD (TYPE# O) 1014 BYTES * Total Data Records: 293 Tape File Start Depth = 2240.000000 Tape File End Depth = 8378.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 14058 datums Tape Subfile: 2 1162 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subtile 3 is type: LIS **** FILE HEADER **** MWD .002 1 O24 LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678901234567890 FILE HEADER FILE NUMBER: 2 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NO: 3 DEPTH INCREMENT: 0.2500 # FILE SUMMARY VENDOR TOOL CODE START DEPTH MWD 2240.0 3435.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME)' TD DRILLER (FT): TOP LOG INTERVAL (FT): BO'I-I'OM LOG INTERVAL (F'0: BIT ROTATING SPEED (RPM)' HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: STOP DEPTH 18 FEB 94 P2.10 P2.10 MEMORY 0.0 2240.0 3435.0 0 41.0 43.9 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE MWD DUAL PROPAGATION $ TOOL NUMBER 1678-16 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): 8.500 0.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G)' MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C,3): KCL POLY 11.20 0,0 0.0 32000 0.0 RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): 0.000 MUD AT MAX CIRCULATING TEMPERATURE: 0.120 MUD FILTRATE AT MT: 0.089 98.0 MUD CAKE AT MT: 0.000 0.0 0.0 98.0 NEUTRON TOOL MATRIX: SANDSTONE MATRIX DENSITY: 2.65 HOLE CORRECTION (IN): 8.500 TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 0.0 0 REMARKS: INTERVAL FROM 2246 TO 2279 FT MD (2013 TO 2037 FT TVD) WAS LOGGED 4.1 DAYS AFTER DRILLED DUE TO MWD FAILURE, BIT TRIP AND SE'ri'lNG 9 5/8 INCH CASING. INTERVAL FROM 2875 TO 2935 FT MD (2481 TO 2524 FT TVD) WAS LOGGED 14.0 HOURS AFTER DRILLED DUE TO CIRCULATING 1400 UNITS MAX GAS AND RAISING THE MUD WEIGHT. $ CN : Arco Alaska Inc. WN : Fiord #2 FN : Wildcat Exploration COUN : North Slope STAT :Alaska LIS COMMENT RECORD(s): 12345678901234567890123456789012345678.9012345678.90123456789012345678901234567890 THIS FILE CONTAINS RAW MWD DATA FROM BIT RUN 3 THAT HAS BEEN DEPTH SHIFTED AS REQUESTED BY ARCO. * FORMAT RECORD (TYPE# 64) Entry Type(4) Size(1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size(4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size(1) Repcode(66) Datum Specification Block Sub-type is: Entry Block terminator. Summary of entry types encountered: 1 2 3 4 5 6 7 8 91011 1213141516 000 1 00000001 0001 Rep Code Count Bytes 68 11 44 Sum: 11 44 44 fndun a [F ] 1.00000000 ONE DEPTH PIER FRAMIE Tape depth ID: F 11 Curves: Name Tool Code Samples Units 1 CADE MWD 68 1 MMHO 2 CPDE MWD 68 1 MMHO 3 DCCM MWD 68 1 4 GRAM MWD 68 1 GAPI 5 PDEM MWD 68 1 MINS 6 PDIM MWD 68 1 PTS 7 RADE MWD 68 1 MMHO 8 ROPA MWD 68 1 FPHR 9 ROPS MWD 68 1 FPHR 10 RPDE MWD 68 1 MMHO 11 TCDM MWD 68 1 DEGF APl APl APl APl Log Crv Crv Size Length Typ Typ CIs Mod 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 ** Routine LEVONE detects data discrepancy: DSB indicates: 1 FRAMES Data Record Length indicates: 21 FRAMES * DATA RECORD (TYPE# O) 1014 BYTES * Total Data Records: 230 Tape File Start Depth = 2230.000000 Tape File End Depth = 3435.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** US representation code decoding summary: Rep Code: 68 7506 datums Tape Subtile: 3 300 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 4 is type: LIS **** FILE HEADER **** MWD .003 1024 LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678901234567890 FILE HEADER FILE NUMBER: 3 RAW MWD Curves and log header data for each bit run in separate files, BIT RUN NO: 4 DEPTH INCREMENT: 0,2500 # FILE SUMMARY VENDOR TOOL CODE START DEPTH MWD 3435.0 5113.0 $ LOG HEADER DATA DATE LOGGED: SOF1'WARE SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME): TD DRILLER (FT): TOP LOG INTERVAL (FT): BOq=I'OM LOG INTERVAL (FT): BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: STOP DEPTH 19 FEB 94 P2,10 P2.10 MEMORY 0.0 3435,0 5113,0 0 38,6 42,4 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE MWD DUAL PROPAGATION $ TOOL NUMBER 1678-16 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): 8.500 0.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): KCL POLY 11.20 0.0 0.0 32000 0.0 RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): 0.000 MUD AT MAX CIRCULATING TEMPERATURE: 0.095 MUD FILTRATE AT MT: 0.095 110.0 MUD CAKE AT MT: 0.000 0.0 0.0 110.0 NEUTRON TOOL MATRIX: SANDSTONE MATRIX DENSITY: 2.65 HOLE CORRECTION (IN): 8.500 TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 0.0 0 REMARKS: INTERVAL FROM 3435 TO 3466 FT MD (2890 TO 2913 FT TVD) WAS LOGGED 6.0 HOURS AFTER DRILLED DUE TO BIT TRIP. $ CN : Arco Alaska Inc. WN : Fiord #2 FN : Wildcat Exploration COUN : North Slope STAT :Alaska LIS COMMENT RECORD(s): 12345678,901234567890123456789012345678901234567890123456789012345678901234567890 THIS FILE CONTAINS RAW MWD DATA FROM BIT RUN 4 THAT HAS BEEN DEPTH SHIFTED AS REQUESTED BY ARCO. * FORMAT RECORD O'YPE# 64) Entry Type(4) Size(1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size(4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size(1) Repcode(66) Datum Specification Block Sub-type is: Entry Block terminator. Summary of entry types encountered: 1 2 3 4 5 6 7 8 91011 12 13 14 15 16 0 0 0 1 0 0 0 0 O0 0 1 0 O0 1 Rep Code Count Bytes 68 11 44 Sum: 11 44 44 fndun a [F ] 1.00000000 g I./.. 09986 1;, t~ g I.Z 09986 1;, 1;, g I.Z ogg86 1;, t g I.Z ogg86 1;, 1;, g I./ 09986 1;, 1;, g i./.. ogg86 t, t 9 I.Z 09986 1~ 1:, 9 ~Z 099B6 t, 1~ 9 ~Z 099S6 t, 1~ 9 ~Z 099B6 t, t, 9 i.Z 09986 1, t;' ..19:la i. 89 QMI/,,i I/,,laoJ. OHI/',tl/',I I. 89 QM~ :Iaaa J:lHd-I i. 8g CIMI,N SdOl:l I:lHd_-I I. 8g QM~ OH~ ~ 89 aMV',I :lavl::l 8J. cl ~ e9 aM~ ~lacl 8NII61 I. 89 OM~ ~=lad I. 89 aMI/',l I/,,looa OH~ I. e9 aMi/,,iaa, lo OHI/',ll/',l i. 89 aM~ ':1a¥0 OL 6 8 Z 9 g 1:, 13o161 slO d,~.L d,~.L qi~ue-! ez!S AJO/uO 6o-! Id¥ Id¥ id¥ Id¥ s~,.n selduJeS epoo IOO.L eUJeN :se/uno :al qldep ed~.L :~1/~¥1:1_-I I:l]d H.Ld~IQ ~]NO ** Routine LEVONE detects data discrepancy: DSB indicates: 1 FRAMES Data Record Length indicates: 21 FRAMES * DATA RECORD (TYPE# O) 1014 BYTES * Total Data Records: 320 Tape File Start Depth = 3435.000000 Tape File End Depth = 5113.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 24490 datums Tape Subtile: 4 385 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 5 is type: LIS **** FILE HEADER **** MWD .004 1024 LIS COMMENT RECORD(s): 1234567890123456789012345678.9012345678901234567890123456789012345678901234567890 FILE HEADER FILE NUMBER: 4 RAW MWD Curves and Icg header data for each bit run in separate files. BIT RUN NO: 5 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH MWD 5113.0 6752.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME): TD DRILLER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (F'r): BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: STOP DEPTH 22 FEB 94 P2.10 P2.10 MEMORY 0.0 5113.0 6752.0 0 12.7 38.7 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE MWD DUAL PROPAGATION $ TOOL NUMBER 1678-16 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): 8.500 0.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): KCL POLY 11.20 0.0 0.0 35000 0,0 RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) ONE DEPTH PER FRAME Tape depth ID: F 1 1 Curves: Name Tool Code Samples Units 1 CADE MWD 68 1 MMHO 2 CPDE MWD 68 1 MMHO 3 DCCM MWD 68 1 4 GRAM MWD 68 1 GAPI 5 PDEM MWD 68 1 MINS 6 PDIM MWD 68 1 PTS 7 RADE MWD 68 1 MMHO 8 ROPA MWD 68 1 FPHR 9 ROPS MWD 68 1 FPHR 10 RPDEMWD 68 1 MMHO 11 TCDM MWD 68 1 DEGF APl APl APl APl Log Crv Crv Size Length Typ Typ CIs Mod 4 498660 71 6 4 498660 71 6 4 4 98660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 4 98660 71 6 4 498660 71 6 4 498660 71 6 MUD AT MEASURED TEMPERATURE (MT): 0.000 MUD AT MAX CIRCULATING TEMPERATURE: 0.081 MUD FILTRATE AT MT: 0.000 0.0 MUD CAKE AT MT: 0.000 0.0 0.0 116,0 NEUTRON TOOL MATRIX: SANDSTONE MATRIX DENSITY: 2.65 HOLE CORRECTION (IN): 8.500 TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 0.0 0 REMARKS: INTERVAL FROM 5113 TO 5146 FT MD (4158 TO 4184 FT TVD) WAS LOGGED 12.0 HOURS AFTER DRILLED DUE TO BIT TRIP. $ CN : Arco Alaska Inc. WN : Fiord #2 FN :Wildcat Exploration COUN : North Slope STAT :Alaska LIS COMMENT RECORD(s): 123456789012345678,90123456789012345678901234567890123456789012345678901234567890 THIS FILE CONTAINS RAW MWD DATA FROM BIT RUN 5 THAT HAS BEEN DEPTH SHIFTED AS REQUESTED BY ARCO. * FORMAT RECORD (TYPE# 64) Entry Type(4) Size(1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size(4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size(1) Repcode(66) Datum Specification Block Sub-type is: Entry Block terminator, Summary of entry types encountered: 1 2 3 4 5 6 7 8 91011 1213141516 000 1 0000000 1 000 1 Rep Code Count Bytes 68 11 44 Sum: 11 44 44 fndun a [F ] 1,00000000 ** Routine LEVONE detects data discrepancy: DSB indicates: 1 FRAMES Data Record Length indicates: 21 FRAMES * DATA RECORD (TYPE# O) 1014 BYTES * Total Data Records: 313 Tape File Start Depth = 5113.000000 Tape File End Depth = 6752.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 17694 datums Tape Subfile: 5 378 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subtile 6 is type: LIS **** FILE HEADER **** MWD .OO5 1024 LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678901234567890 FILE HEADER FILE NUMBER: 5 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NO: 6 DEPTH INCREMENT: 0.2500 # FILE SUMMARY VENDOR TOOL CODE START DEPTH MWD 6752.0 7554.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME): TD DRILLER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: STOP DEPTH 24 FEB 94 P2.10 P2.10 MEMORY 0,0 6752.0 7554.0 0 11.5 13.3 TOO1 STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE MWD DUAL PROPAGATION $ TOOL NUMBER 1678-16 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): 8.500 0.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): KCL POLY 11.20 50.0 8.5 35000 0.0 RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): 0.000 MUD AT MAX CIRCULATING TEMPERATURE: 0.081 MUD FILTRATE AT MT: 0.000 0.0 MUD CAKE AT MT: 0.000 0.0 0.0 116.0 NEUTRON TOOL MATRIX: SANDSTONE MATRIX DENSITY: 2.65 HOLE CORRECTION (IN): 8.500 TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 0.0 0 REMARKS: INTERVAL FROM 6752 TO 6786 FT MD (5605 TO 5638 FT TVD) WAS LOGGED 12.8 HOURS AFTER DRILLED DUE TO BIT TRIP. $ CN : Arco Alaska Inc. WN : Fiord #2 FN : Wildcat Exploration COUN : North Slope STAT :Alaska LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678.901234567890 THIS FILE CONTAINS RAW MWD DATA FROM BIT RUN 6 THAT HAS BEEN DEPTH SHIFTED AS REQUESTED BY ARCO. * FORMAT RECORD (TYPE# 64) Entry Type(4) Size(1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size(4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size(1) Repcode(68) Datum Specification Block Sub-type is: Entry Block terminator. Summary of entry types encountered: 1 2 3 4 5 6 7 8 91011 12 13 14 15 16 0 0 0 1 0 0 0 0 000 1 0 00 I Rep Code Count Bytes 68 11 44 Sum: fndun a [F 11 44 44 ] 1.00000000 ONE DEPTH PER FRAME Tape depth ID' F 11 Curves: Name Tool Code Samples Units AP! APl APl APl Log Crv Crv Size Length Typ Typ CIs Mod 1 CADE MWD 68 1 MMHO 2 CPDE MWD 68 1 MMHO 3 DCCM MWD 68 1 4 GRAM MWD 68 1 GAPI 5 PDEM MWD 68 1 MINS 6 PDIM MWD 68 1 PTS 7 RADE MWD 68 1 MMHO 8 ROPA MWD 68 1 FPHR 9 ROPS MWD 68 1 FPHR 10 RPDE MWD 68 1 MMHO 11 TCDM MWD 68 1 DEGF 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 4 98660 71 6 4 4 98660 71 6 4 4 98660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 ** Routine LEVONE detects data discrepancy: DSB indicates: 1 FRAMES Data Record Length indicates: 21 FRAMES * DATA RECORD (TYPE# O) 1014 BYTES * Total Data Records: 153 Tape File Start Depth = 6752.000000 Tape File End Depth = 7554.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 29493 datums Tape Subtile: 6 218 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subtile 7 is type: LIS **** FILE HEADER **** MWD .006 1024 LIS COMMENT RECORD(s): 1234567890123456789012345678.9012345678901234567890123456789012345678901234567890 FILE HEADER FILE NUMBER: 6 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NO: 7 DEPTH INCREMENT: 0.2500 # FILE SUMMARY VENDOR TOOL CODE START DEPTH MWD 7554.0 7719.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME): TD DRILLER (FT): TOP LOG INTERVAL (FT): BOq-rOM LOG INTERVAL (FT): BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: STOP DEPTH 25 FEB 94 P2.10 P2.10 MEMORY 0.0 7554.0 7719,0 0 12.4 13.3 TOOL STRING (TOP TO BOTT'OM) VENDOR TOOL CODE TOOL TYPE MWD DUAL PROPAGATION $ TOOL NUMBER 1678-16 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): 8.500 0.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): KCL POLY 11.00 50.0 8,5 39000 0.0 RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT)' 0.000 MUD AT MAX CIRCULATING TEMPERATURE: 0.000 MUD FILTRATE AT MT: 0.000 0.0 MUD CAKE AT MT: 0.000 0.0 0.0 0.0 NEUTRON TOOL MATRIX: SANDSTONE MATRIX DENSITY: 2.65 HOLE CORRECTION (IN): 8.500 TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 0.0 0 REMARKS: INTERVAL FROM 7554 TO 7588 FT MD (6388 TO 6419 FT TVD) WAS LOGGED 24.5 HOURS AFTER DRILLED DUE TO BIT TRIP. $ CN : Arco Alaska Inc. WN : Fiord #2 FN : Wildcat Exploration COUN : North Slope STAT :Alaska LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678901234567890 THIS FILE CONTAINS RAW MWD DATA FROM BIT RUN 7 THAT HAS BEEN DEPTH SHIFTED AS REQUESTED BY ARCO. * FORMAT RECORD (TYPE# 64) Entry Type(4) Size(1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size(4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size(1) Repcode(66) Datum Specification Block Sub-type is: Entry Block terminator. Summary of entry types encountered: 1 2 3 4 5 6 7 8 91011 1213141516 0001 00000001 0001 Rep Code Count Bytes 68 11 44 Sum: 11 44 44 fndun a [F ] 1.00000000 ONE DEPTH PER FRAME Tape depth ID' F 11 Curves: Name Tool Code Samples Units AP! APl APl APl Log Crv Crv Size Length Typ Typ CIs Mod 1 CADE MWD 68 1 MMHO 2 CPDE MWD 68 1 MMHO 3 DCCM MWD 68 1 4 GRAM MWD 68 1 GAPI 5 PDEM MWD 68 1 MINS 6 PDIM MWD 68 1 PTS 7 RADE MWD 68 1 MMHO 8 ROPA MWD 68 1 FPHR 9 ROPS MWD 68 1 FPHR 10 RPDE MWD 68 1 MMHO 11 TCDM MWD 68 1 DEGF 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 49866O 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 49866O 71 6 4 4 98660 71 6 4 498660 71 6 ** Routine LEVONE detects data discrepancy: DSB indicates: 1 FRAMES Data Record Length indicates: 21 FRAMES * DATA RECORD (TYPE# O) 1014 BYTES * Total Data Records: 32 Tape File Start Depth = 7554.000000 Tape File End Depth = 7719.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 18752 datums Tape Subtile: 7 97 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 8 is type: LIS **** FILE HEADER **** MWD .OO7 1024 LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678,901234567890 FILE HEADER FILE NUMBER: 7 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NO: 8 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH MWD 7719.0 7850.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE SURFACE SOF'rWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME): TD DRILLER (FT): TOP LOG INTERVAL (FT): BO'FI'OM LOG INTERVAL (FT): BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: STOP DEPTH 27 FEB 94 P2.10 P2.10 MEMORY 0.0 7719.0 7850.0 0 13.1 13.3 TOOL STRING (TOP TO Boq-rOM) VENDOR TOOL CODE TOOL TYPE MWD DUAL PROPAGATION $ TOOL NUMBER 1678-16 BOREHOLE AND CASING DATA OPEn HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): 8.500 0.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): KCL POLY 11.20 48.0 8.5 39O00 0.0 RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): 0.000 MUD AT MAX CIRCULATING TEMPERATURE: 0.000 MUD FILTRATE AT MT: 0.000 0.0 MUD CAKE AT MT: 0.000 0.0 0.0 0.0 NEUTRON TOOL MATRIX: SANDSTONE MATRIX DENSITY: 2.65 HOLE CORRECTION (IN): 8.500 TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 0.0 0 REMARKS: INTERVAL FROM 7719 TO 7792 FT MD (6548 TO 6620 FT TVD) WAS LOGGED 45.0 HOURS AFTER DRILLED DUE TO CORING. $ CN : Arco Alaska Inc. WN : Fiord #2 FN : Wildcat Exploration COUN : North Slope STAT :AlaSka LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678901234567890 THIS FILE CONTAINS RAW MWD DATA FROM BIT RUN 8 THAT HAS BEEN DEPTH SHIFTED AS REQUESTED BY ARCO. * FORMAT RECORD (TYPE# 64) Entry Type(4) Size(1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size(4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size(1) Repcode(68) Datum Specification Block Sub-type is: Entry Block terminator. Summary of entry types encountered: 1 2 3 4 5 6 7 8 91011 1213 141516 000 1 0000000 I 000 1 Rep Code Count Bytes 68 11 44 Sum: 11 44 44 fndun a [F ] 1.00000000 ** Routine LEVONE detects data discrepancy: DSB indicates: 1 FRAMES Data Record Length indicates: 21 FRAMES * DATA RECORD (TYPE# O) 1014 BYTES * Total Data Records: 25 Tape File Start Depth = 7719.000000 Tape File End Depth = 7850.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 30327 datums Tape Subfile: 8 90 records.,. Minimum record length: 62 bytes Maximum record length: 1014 bytes ONE DEPTH PER FRAME Tape depth ID: F 1 1 Curves: Name Tool Code Samples Units APl APl APl APl Log Crv Crv Size Length Typ Typ CIs Mod 1 CADE MWD 68 1 MMHO 2 CPDE MWD 68 1 MMHO 3 DCCM MWD 68 1 4 GRAM MWD 68 1 GAPI 5 PDEM MWD 68 1 MINS 6 PDIM MWD 68 1 PTS 7 RADE MWD 68 1 MMHO 8 ROPA MWD 68 1 FPHR 9 ROPS MWD 68 1 FPHR 10 RPDEMWD 68 1 MMHO 11 TCDM MWD 68 1 DEGF 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 4 98660 71 6 4 498660 71 6 Tape Subtile 9 is type: LIS **** FILE HEADER **** MWD .008 1024 LIS COMMENT RECORD(s)' 12345678901234567890123456789012345678901234567890123456789012345678901234567890 FILE HEADER FILE NUMBER: 8 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NO: 9 DEPTH INCREMENT: 0.2500 FILE SUMMARY VENDOR TOOL CODE START DEPTH MWD 7850.0 8378.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME): TD DRILLER (FT): TOP LOG INTERVAL (FT): BO'FI'OM LOG INTERVAL (FT)' BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: STOP DEPTH 01 MAR 94 P2.10 P2.10 MEMORY 0.0 7850.0 8378,0 0 11,7 12,9 TOOL STRING (TOP TO BO'I-TOM) VENDOR TOOL CODE TOOL TYPE MWD DUAL PROPAGATION $ TOOL NUMBER 1678-16 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN)' DRILLER'S CASING DEPTH (FT'): 8.500 0.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): KCL POLY 11.20 46.0 8,6 33000 0.0 RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): 0.000 MUD AT MAX CIRCULATING TEMPERATURE: 0.000 MUD FILTRATE AT MT: 0.000 0.0 MUD CAKE AT MT: 0.000 0.0 0.0 0.0 NEUTRON TOOL MATRIX: SANDSTONE MATRIX DENSITY: 2.65 HOLE CORRECTION (IN): 8.500 TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 0.0 0 REMARKS: INTERVAL FROM 7850 TO 7882 FT MD (6676 TO 6707 ~ TVD) WAS LOGGED 14.0 HOURS AFTER DRILLED DUE TO TRIP TO CHANGE OUT MUD MOTOR. INTERVAL FROM 8353 TO 8378 FT MD (7168 TO 7193 FT TVD) WAS NOT LOGGED DUE TO BIT TO SENSOR OFFSETS. $ CN : Arco Alaska Inc. WN : Fiord #2 FN : Wildcat Exploration COUN : North Slope STAT :Alaska LIS COMMENT RECORD(s): 12345678901234567890123456789012345678901234567890123456789012345678901234567890 THIS FILE CONTAINS RAW MWD DATA FROM BIT RUN 9 THAT HAS BEEN DEPTH SHIFTED AS REQUESTED BY ARCO. * FORMAT RECORD (TYPE# 64) Entry Type(4) Size(1) Repcode(66) Logging direction is down (value= 255) Entry Type(12) Size(4) Repcode(68) Null data value is: -999.250000 Entry Type(16) Size(1) Repcode(66) Datum Specification Block Sub-type is: Entry Block terminator. Summary of emry types encountered: 1 2 3 4 5 6 7 8 91011 1213141516 O0 0 1 00000001 0001 Rep Code Count Bytes 68 11 44 Sum: 11 44 44 fndun a [F ] 1.00000000 3 ONE DEPTH PER FRAME Tape depth ID: F 11 Curves: Name Tool Code Samples Units APl APl AP! APl Log Crv Crv Size Length Typ Typ CIs Mod 1 CADE MWD 68 1 MMHO 2 CPDE MWD 68 1 MMHO 3 DCCM MWD 68 1 4 GRAM MWD 68 1 GAPI 5 PDEM MWD 68 1 MINS 6 PDIM MWD 68 1 PTS 7 RADE MWD 68 1 MMHO 8 ROPA MWD 68 1 FPHR 9 ROPS MWD 68 1 FPHR 10 RPDE MWD 68 1 MMHO 11 TCDM MWD 68 1 DEGF 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 49866O 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 4 498660 71 6 ** Routine LEVONE detects data discrepancy: DSB indicates: 1 FRAMES Data Record Length indicates: 21 FRAMES * DATA RECORD O'YPE# O) 1014 BY'rES * Total Data Records: 101 Tape File Start Depth = 7850.000000 Tape File End Depth = 8378.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 22054 datums Tape Subtile: 9 170 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subtile 10 is type: LIS **** TAPE TRAILER MWD 94/4/15 1315 01 **** REEL TRAILER MWD 94/4/15 1315 01 Tape Subtile: 10 2 records... Minimum record length: 132 bytes Maximum record length: 132 bytes End of execution: Fri 15 APR 94 3:07p Elapsed execution time = 1 minute, 56.3 seconds. SYSTEM RETURN CODE = 0 Tape Subtile 1 is type: LIS Tape Subtile 2 is type: LIS DEPTH GR TCDM 2240.0000 59.1859 -999.2500 2240.5000 65.3252 -999.2500 2300.0000 91.1217 59.6160 2400.0000 123.1427 66.8820 2500.0000 154.4499 71.9938 2600.0000 132.1301 77.1242 2700.0000 147.4062 76.9954 2800.0000 152.8049 79.4750 2900.0000 67.4636 80.9937 3000.0000 87.9823 89.4564 3100.0000 92.2774 91.6357 3200.0000 135.8209 92.2438 3300.0000 92.9490 94.2125 3400.0000 164.0824 95.0135 3500.0000 69.0295 87.1409 3600.0000 105.6722 92.4125 3700.0000 114.1322 95.3375 3800.0000 132.0378 98.6000 -999.2500 -999.2500 3.3079 3.7822 3.6408 5.2436 3.3108 5.3191 13.5844 5.4984 4.5495 1.7813 3.9275 6.2798 4.7117 3.3999 4.0364 5.2543 ROP -999.2500 -999.2500 147.6198 149.5395 88.8069 98.2268 90.3931 123.0685 225.2974 115.5527 108.6586 91.7391 95.5745 70.3525 57.7414 87.9917 75.5115 132.3051 RP -999.2500 -999.2500 2.8313 3.5126 3.4095 4.4952 5.0219 37.2142 4.7529 4.5247 2.8370 4.1110 5.8793 4.1122 3.2771 3.9309 5.0886 DEPTH TCDM 3900.0000 99.0500 4000.0000 103.4375 4100.0000 105.2375 420O.00OO 106.2500 4300.0000 107.4875 440O.0000 108.1625 4500.0000 106.8125 4600.0000 104.6750 470O.O000 106.4750 4800.0000 109.6250 4900.0000 110.8625 5000.0000 110.8625 5100.0000 113.9000 5200.0000 97.8125 5300.0000 102.6826 5400.0000 104.9906 5500.0000 110.2409 5600.0000 113.6750 5700.0000 112.6530 GR 105.5440 108.1736 124.5364 137.2806 91.5099 118.2016 129.8134 117.2315 111.2736 105.7102 100.8750 85.7548 64.9856 81.8068 90.5089 99.8244 94.2360 112.7471 RA 3.1998 3.2755 2.6870 3.5806 3.3604 4.0045 3.3469 2.9015 5.5684 4.7873 4.9602 7.1144 9.2401 5.6806 6.0572 5.4981 5.7468 4.0620 ROP 111.0232 94.3131 100.8336 92.2534 77.9379 53.1124 75.7988 81.9371 43.9243 38.6673 41.0978 82.1093 75.3936 47.2683 61.6801 48.2822 57.2345 RP 3.0166 3.1763 2.8176 3.3033 3.5420 3.3468 5.7775 4.7947 5.1751 6.9080 8.8323 7.8746 5.4958 5.5516 5.2979 5.6225 3.9898 DEPTH TCDM 5800.0000 115.2500 5900.0000 118.5125 6000.0000 120.4250 6100.0000 118.1750 6200.0000 113.8793 6300.0000 115.9250 6400.0000 118.4000 6500.0000 119.9445 6600.0000 124.0250 6700.0000 121.7750 6800.0000 110.9209 6900.0000 110.9750 7000.0000 115.9314 7100.0000 120.9875 7200.0000 123.0125 7300.0000 127.2875 7400.0000 126.3249 7500.0000 127.2875 7600.0000 118.8500 GR 109.0482 82.7238 101.7828 93.7614 91.9849 93.1677 98.6789 99.0003 94.7494 68.3728 105.5925 128.8408 89.7108 74.3881 54.5893 118.2748 165.4877 241.0674 RA 4.6047 5.9814 4.8804 5,3086 5.6085 4.9357 4.7O08 5.0866 5.2992 4.8026 5.1285 4.7714 3.8536 4.8396 5.1762 8.4611 3.6920 2.7071 1.8785 ROP 42.8688 71.9140 47.1228 49.0871 42.0214 35.6507 45.1930 29.0170 29.7576 120.0622 100.5351 29.0466 39.5952 31.9794 42.9081 48.0757 20.8837 31.5045 33.9084 RP 4.3374 5.7814 4.3695 5.1098 5.4536 4.7186 4.5078 4.8515 5.4492 4.2091 5.2970 4.6537 3.6887 5.0252 5.0179 11.8539 3.5848 2.7340 1.7311 DEPTH GR RA TCDM 7700.0000 126.5542 1.4128 117.6125 7800.0000 113.2124 2.3024 113.3375 7900.0000 126.8117 1.8956 116.9375 8000.0000 101.5970 2.5522 128.3000 8100.0000 63.8827 3.8604 136.7375 8200.0000 101.3737 2.1.871 141.7073 8300.0000 107.0919 2.0362 144.8375 8378.0000 -999.2500 -999.2500 -999.2500 Tape File Start Depth = 2240.000000 Tape File End Depth = 8378.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet ROP 47.9159 17.7920 14.8196 13.5495 19.5551 11.1454 10.7308 -999.2500 RP 1.3574 2.2414 1.9142 2.5675 4.1520 2.1998 2.1212 -999.2500 Tape Subtile 3 is type: LIS DEPTH CADE PDEM PDIM RPDE TCDM 2230.0000 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 CPDE RADE -999.2500 -999.250O DCCM ROPA -999.2500 -999.2500 GRAM ROPS -999.2500 -999,2500 2230,2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 2300.0000 302.3111 29,0000 263.5049 2.8313 59,6160 353.1960 3.3079 137.2222 151.2125 91.1217 147.6198 2400.0000 264.3932 264.6904 19.0000 808.4287 3.7822 3.5126 66.8820 2500.0000 274.6625 22.0000 1364.6408 3.4095 71.9938 2600.0000 190.7098 26.0000 1946.2812 4.4952 77.1242 293.2975 3.6408 222.4583 5.2436 124.0776 153.4832 125.8298 87.0267 110.6904 101.3997 123.1427 149.5395 154.4499 88.8069 132.1301 98.2268 2700.0000 302.0449 20.2949 2519.2949 2.9446 76.9954 339.6050 3.3108 134.7239 90.1147 147.4062 90.3931 2800.0000 168.0001 25.0000 3091.0049 5.0219 79.4750 199.1298 5.3191 105.1852 118.6723 152.8049 123.0685 2900.0000 73.6137 489,0000 3584.9580 37.2142 80.9937 26.8714 13.5844 43.9759 203.0017 67.4636 225.2974 3000.0000 181.8715 31.0000 4129.8398 4.7529 89.4564 3100.0000 219.8048 25.6992 4651.7451 4.5247 91.6357 210.3966 5.4984 221.0106 4.5495 107.8750 98.4792 110.3439 91.6348 87.9823 115.5527 92.2774 108.6586 3200.0000 561.3820 30.0000 5217.5000 2.6370 92.2438 352.4875 1.7813 137.0947 89.2828 135.8209 91.7391 3300.0000 254.6129 24.0000 5806.0000 4.1110 94.2125 243.2506 3.9275 115.3435 94.4078 92.9490 95.5745 DEPTH CADE CPDE PDEM PDIM RADE RPDE TCDM 3400.0000 159.2408 170.0893 26.0000 6447.2402 6.2798 5.8793 95.0135 3435.0000 283.8514 283.7334 242.2969 6649.8477 3.5230 3.5244 96.0125 DCCM ROPA 97.8298 67.2125 125.2159 110.4404 GRAM ROPS 164.0824 70.3525 89.7571 110.8638 Tape File Start Depth = 2230.000000 Tape File End Depth = 3435.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet Tape Subfile 4 is type: LIS DEPTH CADE PDEM PDIM RPDE TCDM 3435.0000 283.8514 242.2969 6649.8477 3.5244 96.0125 3435.2500 275.8730 390.7461 6649.9834 3.4587 96.0125 3500.0000 212.2386 35.1533 7062.1934 4.1122 87.1409 3600.0000 294.1259 41.0000 7758.3701 3.2771 92.4125 3700.0000 247.7461 39.6084 8438.9121 3.9309 95.3375 3800.0000 190.3200 29.0000 9086.6504 5.0886 98.6000 3900.0000 312.5179 31.0000 9785.7070 3.0166 99.0500 4000.0000 305.3003 32.0527 10460.9902 3.1763 103.4375 4100.0000 372.1671 30.0000 11114.7891 2.8176 105.2375 4200.0000 279.2842 46.0234 11809.9648 3.3033 106.2500 4300.0000 297.5650 41.0000 12486.5000 3.6384 107.4875 4400.0000 249.7193 52.0000 13158.8594 3.5420 108.1625 4500.0000 298.7845 30.7969 13835.0078 3.3468 106.8125 CPDE RADE 283.7334 3.5230 289.1287 3.6249 243.1759 4.7117 305.1449 3.3999 254.3945 4.0364 196.5162 5.2543 331.5029 3.1998 314.8312 3.2755 354.9139 2.6870 302.7240 3.5806 274.8441 3.3604 282.3278 4.0045 298.7~9 3.3469 DCCM ROPA 125.2159 110.4404 127.4040 110.4404 115.3483 55.4242 128.1727 65.0266 117.7925 75.8601 1 O4.5478 138.2091 133.2260 112.3768 130.0606 106.5303 137.5357 105.1290 127.6942 94.7654 122.O87O 79.4189 123.6400 50.8856 126.91 43 76.0357 GRAM ROPS 89.7571 110.8638 68.5676 110.7348 69.0295 57.7414 105.6722 87.9917 114.1322 75.5115 132.0378 132.3051 105.5440 111.0232 108.1736 94.3131 124.5364 100.8336 137.2806 92.2534 91.5099 77.9379 118.2016 53.1124 129.8134 75.7988 DEPTH CADE CPDE PDEM PDIM RADE RPDE TCDM 4600.0000 344.6514 333.7227 37.0000 14499.9766 2.9015 2.9965 104.6750 4700.0000 179.5834 173.0852 43.0000 15177.7109 5.5684 5.7775 106.4750 4800,0000 208.8852 208.5624 53.6270 15908.2461 4.7873 4.7947 109.6250 4900.0000 201.6029 193.2332 55.8789 16652.5312 4.9602 5.1751 110.8625 5000.0000 140.5595 1 44.7589 43.8008 17330.7969 7.1144 6.9080 110.8625 5100.0000 108.2245 113.2210 31.71 68 18039.5664 9.2401 8.8323 113.9000 5113.0000 102.5350 105.5465 280.3656 18108.7344 9.7528 9.4745 114.2375 DCCM ROPA 133.6827 84.4430 98.6503 46.5577 107.4588 44.6743 103.7524 42.8490 90.9469 47.1986 81.6188 81.5432 81.3712 73.5304 GRAM ROPS 117.2315 81.9371 111.2736 48.8657 105.7102 43.9243 100.8750 38.6673 85.7548 41.0978 84.9856 82.1093 74.4598 73.8216 Tape File Start Depth = 3435.000000 Tape File End Depth = 5113.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet Tape Subfile 5 is type: LIS DEPTH CADE PDEM PDIM RPDE TCDM 5113.0000 102.5350 280.3656 18108.7344 9.4745 114.2375 CPDE RADE 105.5465 9.7528 DCCM ROPA 81.3712 73.5304 GRAM ROPS 74.4598 73.8216 5113.2500 101.1751 418.3156 18108.8164 9.8413 114.2375 101.6129 9.8839 81.3157 73.5304 75.7792 72.9439 5200.0000 127.4125 38.0000 18701.6367 7.8746 97.8125 126.9909 7.8485 85.7997 75.3499 81.8068 75.3936 5300.0000 176.0388 38.0000 19391.1797 5.4958 102.6826 '181.9583 5.6806 101.0172 49.2688 96.0663 47.2683 5400.0000 165.0934 47.6113 20132.7227 5.5516 104.9906 5500.0000 181.8816 53.0000 20862.5508 5.2979 110.2409 180.1280 6.0572 188.7538 5.4981 100.5388 61.3661 102.7505 47.7199 90.5089 61.8801 99.8244 48.2822 5600.0000 174.0085 49.0000 21589.1836 5.6225 113.6750 177.8557 5.7468 100.0030 40.3910 94.2360 40.8480 5700.0000 246.1826 59.0000 22318.3750 3.9898 112.6530 250.6374 4.0620 117.1102 61.9999 112.7471 57.2345 5800.0000 217.1706 70.1348 23068.2969 4.3374 115.2500 230.5552 4.6047 112. 7022 39.7801 109.0482 42.8688 5900.0000 167.1848 50.0000 23768.3555 5.7814 118.5125 6000.0000 204.9028 68.0000 24481.2500 4.3695 120.4250 6100.0000 188.3732 58.6457 25201.1914 5.1098 118.1750 172.9685 5.9814 228.8568 4.8804 195.7025 5.3086 98.7601 70.5585 112.2982 45.9171 104.4856 51.0737 82.7238 71.9140 101.7828 47.1228 93.7614 49.0871 6200.0000 178.3016 47.1836 25912.1328 5.4536 113.8793 183.3657 5.6085 101.4193 43.5194 91.9649 42.0214 DEPTH CADE CPDE PDEM PDIM RADE RPDE TCDM 6300.0000 202.6053 211.9257 76.0000 26686.0742 4.9357 4.7186 115.9250 6400.0000 212.7276 221.8400 54.7578 27450.3945 4.7008 4.5078 118.4000 6500.0000 196.5968 206.1228 66.0000 28229.9570 5.0866 4.8515 119.9445 6600.0000 188.7061 183.5132 74.0000 29016.5469 5.2992 5.4492 124.0250 6700.0000 208.2197 237.5804 119.9043 29727.6914 4.8026 4.2091 121.7750 6752.0000 178.5480 179.6237 292.3926 30126.0586 5.6007 5.5672 120.6500 DCCM ROPA 108.3733 30.2655 110.6871 43.6427 107.0041 30.2644 101.4563 33.1970 114.6844 88,6011 100.9813 27.1877 GRAM ROPS 93.1677 35.6507 98.6789 45.1930 99.0003 29.0170 94.7494 29.7576 65.0944 120.0622 92.3819 25.0193 Tape File Start Depth = 5113.000000 Tape File End Depth = 6752.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet Tape Subtile 6 is type: LIS DEPTH CADE CPDE PDEM PDIM RADE RPDE TCDM 6752.0000 178.5480 179.6237 292.3926 30126.0586 5.6007 5,5672 120.6500 6752.2500 179.3564 186.5132 486.0039 30126.3125 5.5755 5.3615 120.6500 6800.0000 194.9877 188.7855 69.0000 30476.3437 5.1285 5.2970 110.9209 6900.0000 209.5839 214.8832 71.6367 31277.8633 4.7714 4.6537 110.9750 7000.0000 259.4973 271.0970 69.0000 32058.5659 3.6536 3.6887 115.9314 7100.0000 206.6267 198.9981 70.0000 32783.5469 4.8396 5.0252 120.9875 7200.0000 193.1928 199.2874 78.0000 33514.6172 5.1762 5.0179 123.0125 7300.0000 118.1881 64.3606 92.0000 34302.5000 8.4611 11.8539 127.2875 7400.0000 270.8571 278.9575 93.8867 35113.2734 3.6920 3.5848 126.3249 7500.0000 369.3958 365.7662 153.0000 35930,7109 2.7071 2.7340 127.2875 7554.0000 725.6648 742.9492 361.3333 36358.0000 1.3780 1.3460 132.0125 DCCM ROPA 100.9813 27.1877 102.8827 27.1877 103.2382 98.8872 109.5116 26.9902 121.8531 40.4006 105.8783 35.1528 105.9380 48.4306 72.2411 56.5204 123.6618 22.1082 140.2144 31.5511 184.1856 29.9491 GRAM ROPS 92.3819 25.0193 90.7086 26.5742 68.3728 100.5351 105.5925 29.0466 128.8408 39.5952 89.7108 31.9794 74.3881 42,9081 54.5893 48.0757 118.2748 20.8837 1 65.4877 31.5045 310.9230 31.5915 Tape File Start Depth = 6752.000000 Tape File End Depth = 7554.000000 Tape File Level Spacing = 0,250000 Tape File Depth Units = Feet Tape Subtile 7 is type: LIS DEPTH CADE CPDE PDEM PDIM RADE RPDE TCDM 7554.0000 725.6648 742.9492 361.3333 36358.0000 1.3780 1.3460 132.0125 7554.2500 712.9152 756.2189 624.0162 36358.5156 1.4027 1.3224 132.0125 7600.0000 532.3326 577.6835 96.0000 36696.5000 1.8785 1.7311 118.8500 7700.0000 707.8119 736.7037 68.6309 37412.7578 1.4128 1.3574 117.6125 7719.0000 688.7841 778.2599 2380.1406 37563.1484 1.4518 1.2849 116.7125 DCCM ROPA 184.1856 29.9491 175.4708 29.9491 173.6707 36.623O 194.8437 48.3625 200.7125 41.2210 GRAM ROPS 310.9230 31.5915 304.5394 30.4671 241.0674 33.9084 126.5542 47.9159 127.6213 33.1476 Tape File Start Depth = 7554.000000 Tape File End Depth = 7719.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet Tape Subtile 8 is type: LIS DEPTH CADE PDEM PDIM RPDE TCDM CPDE RADE 7719.0000 688.7841 778.2599 2380.1406 37563.1484 1.4518 1.2849 116.7125 DCCM ROPA 200.7125 41.2210 GRAM ROPS 127.6213 33.1476 7719.2500 706.0302 1108.5576 2758.0000 37565.9297 1.4164 0.9021 116.6401 236.9774 41.2210 122.0649 39.5594 7800.0000 434.3343 446.1548 107.6699 38197.1562 2.3024 2.2414 113.3375 153.8008 20.9991 113.2124 17.7920 7850.0000 442.8063 424.9086 715.9712 38591.5703 2.2583 2.3534 119.4058 Tape File Start Depth = 7719.000000 Tape File End Depth = 7850.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet 151.2525 26.5000 122.1003 31.0650 Tape Subfile 9 is type: LIS DEPTH CADE PDEM PDIM RPDE TCDM CPDE RADE 7850.0000 442.8063 424.9086 715.9712 38591.5703 2.2583 2.3534 119.4058 7850.2500 441.5425 422.0620 860.8149 38591.7812 2.2648 2.3693 119.4125 7900.0000 527.5422 522.4000 166.0000 38974.5000 1.8956 1.9142 116.9375 8000.0000 391.8229 389.4772 117.3633 39809.4062 2.5522 2.5675 128.3000 8100.0000 259.0389 240.8483 96.7344 40678.9687 3.8604 4.1520 136.7375 8200.0000 457.2325 454,5932 127.2344 41538.5859 2.1871 2.1998 141.7073 8300.0000 491.1215 471.4265 148.0000 42476.0000 2.0362 2.1212 144.8375 8378.0000 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 DCCM ROPA 151.2525 26.5OOO 151.0523 26.5000 165.6313 13.4731 144.3403 13.6734 115.5822 19.5077 155.2004 10.9305 157.8248 10.1354 -999.2500 -999.2500 GRAM ROPS 122.1003 31.0850 121.8678 28.3253 126.8117 14.8196 101.5970 13.5495 63.8827 19.5551 101.3737 11.1454 107.0919 10.7308 -999.2500 -999.2500 Tape File Start Depth = 7850.000000 Tape File End Depth = 8378.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet Tape Subtile 10 is type: LIS e~lt~mber'oer A,I~sK~ Computi, n,.q, Center $ ~':'C'~ I [)~": T rt ~.~ ~.> S M T P: FSi..,: F'FL~ ET;EVATIqi~ C[:'~ ~qRTC~ FL:nOR: 9411.1 1 ,ST ST~ I FIOr~i) #2, WIt,[)CAT, ,~PI 50-103-'202nl-00 F!OPD ~2, ~! I t,,DCAT, /~.PI FIORD ~ 2 5u 1.03202ni. ~kC© aT.,,ASK~o .laC,, 2-.A~fi-94 24 212.6 1314 4 2. (, 0 ~1 q,o0 P~GE: IS'Taee Verificar,.t.o.n !,.i. sti~O chl. umberqer A]..aska Comp,]ti. no Center 2255 bOGGEP, ?D= ~257 AGE: Depth Shi~:,:ted anO clipped curves: $"iOP DEPTH 11.[ llO,O 2229.0 2229.~ 7777.0 7756.5 ti .~ $ H .! P T E b h ff., 7°1n.5 782~..5 7~0a.5 7777.0 777~.5 7753 .g 77b-~., 5 775~,0 7756.5 772~ .5 al!. runs merq'ed; no cased hole data, DEPTh .......... 7777.0 775,r-.. q .... 98~8 7910.5 789?.5 7824.5 7753.5 7675~,5 7721..5 ;chlumber(:~er A.~asKa ComPuti...n.~ Cent:er 4-/kPR-t 994 PAGE: 752g,5 743 .% 6696. 5647.5 506~.o 4937,0 477!'0 4449,O 4~95.0 4043.0 3~73,5 3436.5 2~81o0 2~77.5 2~97,~ 2!35,5 2r)7~,a !95A.~ 196~,5 173~ 1.69~.a 16OC,e !434.0 l?2n.~ 117~.~ ~45.0 ~6.5 573.0 ~3n.5 ~57,0 190,~ 221~.5 2!,9o,5 2~84,5 2o77,5 186~.5 1.73~.~ 159~,5 1433.5 !.17~.5 103].0 ~4q,O 573.~ 4b].~ 752~ 0 :S 7281,5 7094.~ 6909.5 6724.5 6700.0 6650.5 580g.0 5652. O S169.5 4°4 !, o 4774. ~ 4.590,5 4~97.5 40,45,5 3907,0 3~{77.0 344:1.0 3.'332,5 2~07.0 2579,5 2465,o 2323.5 225 :~. 5 10 '2..5 99.5 752a 0 7281.5 7094.5 69<)9.5 672 "~... 5 6700,0 6650.5 59O9, O 565~.n 5162.5 5O72,0 aO41,n 4774. 4590.5 4.451.5 4297,5 40.45,5 3907.0 3677,0 344~.0 3,339.5 28~3.5 2~07,0 2603,0 257o,5 7465,0 2323,5 2~53.5 .!00.5 cb],t,~mberc)~r A~!ask, a Computt. nO Center ~ 1 z, 1. ,0 2 2 0 ~AS 2 3 2~40.0 3032.0 nAS ~ 2 3032.0 8 ] 1 O. 0 ~AF, ~ 3 2222'0 2403 n oAS 2 3 2502.0 2840. O ~AS 2 2 28.4o, 0 83'1 g, 0 ~A~ ~ 2 !~0,0 2221 ,0 ~F~,~ 2 2 2221.0 828~.0 nt;;~g 2 2 2229.0 7700.0 u ~,.,~, ('~ ? 1 7700.0 7924. O ~PS 7 2 2229.0 7805,0 hFS ~ ! 7805.0 7959.0 l,b,:, ~ .,~ .., · [,!)S 2 !, 7823.0 7081 '0 S "i~1,,I~!':: ,P,./xbF T,It'¥[< C{~RV[,,', FOR !.'M}! DEPTH tSmTH ,FHB~ HNG Af',i~D Tt-~F: Ags. THB: FIPST C(.)[.,[jMN IS FO~ THE OW THU DAS od[~ 2, ~'~D a 6LOC5 5MIFT OP +0.5 .FT WAS APpi.,!F[) TO T!.t~ I:p~EP RE'.:P~;':AT OF TH~.' PaS RU 'I~5~: ~'..l~'}~cErJ DATA St?dP. CF:, THE'; FIR.ST ':['M~.WF: i)~S M~RGF: P~S Tr~.; C)~RVE DAT~ ~[;}P TH~7 uSPL }..~S B~E:N DE;CI~ATED 7'O .5 PT Cllk'V~: [.>~:F!N~TT(J?.tS ~rJR ~!~(~,S, APS, AND !.,DS dni.-iK - ~qr,~GS ;3C',F:~i'-i{.Jl,~ [.]NFP - APg b:~:Sgl~/F'5~ R~TIL:, r>l:;A[L)q'I.',~E: CORPECTF. P .c.hlumberqer A~.~aska Computin~ Center' 4-APP-!, 99~ 15:0~ ,STGF' - APS FUR~AT~O~,.~ C,!~,P'.!"t.~R~ CROSS-SECTiON A~SC - APS cgRRFCTE9 NE~RtA~:~AY $.A~,.~F~STONE POROSITY ~;:FI,- LDS C(...tPREL~TE9 I,O~:iG-bPACEI~ PEF PAGE: 5 T t..! !;',~ ?' V i I, U ,D E F i CM ArcCn .aLaSKA, linC. F '~ %'~ I b n C A T A~ l', ~,~ 50-1 03-2020! -OG FL 2t26' F~'I,, & 13.t. 4' F~,~U SFCT 2 4 N~TT [iSA PDA? k~AN SEA I..,EVET.. I.,~ ~' A m t) F' T ,42. E w [:3 ~ ':[' 42. EOF ~'I~ 4 1. .iel. d Name Well Name ~PI Serial. t~umber ~ield Loca:tion Section TOW[%S~i~ ~anqe Co!lnt¥ State or Province Permanent datum gleva[ioD o~ Permanent Datu~ l...o~ ~eas!?r'ed From Aoove Permanent Datum Klevat. tom o~ Kelly Elevation oi [')erric~ Floor m!~vat!en ~ (;round I, evel m m ~ m m m m~ emem~eeeemm~emmem~emmemsmeem~emm~seemememem~mmmm m # e m ! mm mmmmmmmemmmmemsemmmmmmemmmmmeemmmmme! chlumberqer A],::~SKa Comp,]t,~,nq Centei' 4-~P[R-,! 994 15:08 PAGE I ~, D !.) e e ]' .B d u c t ~ o n $ t. a n ~ a. d ~';:" r o c e s $ e ¢! ~ $ t' i V i t. V ',~edi~..!t~, ind!.]ct, ion Star, de, rd Processed Pesi. sttvl, ty $[>hericallV FoctlsSec~ ~eesjsti.,vitY Phasor [.':eer~ Pesi. sti'vitv ~hasor ~<'~eC~j. ut~ 'PesistJ, v.ity g~:ont aneot!s Potent:ia! hP'!'-Corrected (;aroma Pav ,~ur face ~ens~On 1") own h 0 1. e T e r) s 1, o n r~uo Temperature t, atero-,{.,oq i::)ee~ (~es.i..sti. vl. tv) Lat. erol',o~ Shal. low Resistivity Shallow ~i. cro-~ocused Pesist!v(t:v One-Pac~ Ca]l.~er S~ontaneous Pot'e~t J,,al ~P!-Correct:ed Ga~ma Pay gut ~'.ace Tet, s J. on r)ownhol e T~ns i. on ~UU PesistJv~t,V ~,:~::~8 Standard <;aroma RaV MNC8 Com~uted Gamma ~aV ~'~{'~G8 Thorium Concentrat.ion ~'~:G8 l.~ra~i,~m Cor~centration qt:,~g FormatioB Potassium Concentr~ttion ~'~',~C8 ~:)or"ehole Potassium Concent rat ,l om ,~PS ~:'e~I ~:~,,itl.'~ermal ~etec'Lor Countrate aPS t=..:,r F',pitberrea], Pet:ect'or Cour, trate gPS [I'raV-] Ue~r gr>ithormal netector Count. rate ~P'S 8tray-9 ':ear ~:~.~>ither.,al uetector Countrata ~PS Dead-Ttr~:e Correct:e,~ ~,"ear/Far nos r)ead-Tj.n~e Correc*.e~ ~'~ear/~rray Ratio ~PS ~atrtx OJifere~tial ~tan.~of~: Porosity APg Kp(therm~l Array ooros(.tV l, imest, or;o [~ncorrect. e~ ~PS VpJt~er~at Array Porosity bimest, one Correcte~ apg ~oJ.t~ertt~al ~rrav Poros~.tV 8anOstone Correctea ~PS =o!t~er,'t. al ~rray PorosttV Dolomite Correctod !,DS Ca !.i ~,er uWCS 8tar, d~rd Gamri,~ t~av u:,'CS Cor~,~.uted Ca~ma Pay .qur !.aco q'ens Jori %,~S ~ulK Density Surface Tensio- ~ehlt]mberqe~ A. la~.Ka e()l~pt]~tnq c..e~ter r') k f"' [:'.; R .F.'203~ 1 62 e 3 2 1 ~:,2n.391 62o371 A2e371 ;.: 2 r, 32 '1., ~1.2n371 62 f'., ._~ 2.1.. ~2n321 62o371 62_,n32! A2r, 371 ~2037! 62n32.1.. 620321 ~52n39! K - CHAN ** .. C, !F A P 1 ~, P l A P l B N 1,,1 t4 [4 S I '7, fg R F:P l',~ P (.,3 C .... ;; .... T' 'TI' ' ;' ' ; O0 n O0 O 1 68 00000 000 O0 000 90 0 I ! 1 4 68 OOOOnO~()O0 On eon 0() r': 1 1 ! ~ 68 nO000000OO (.., 0 n (;, 0 () o (-.'. 1 ~ ~. ~ 68 0 0 r) 0 n 00000 0¢ ()L)O On 0 ! ! ~ 4 &g o(?0000o000 00 (' 0 ~ O C ~.." ! 1 ! ~ 68 0 e '~ (.) 000 003 90 r', u 0 00 0 ! ! ~ a 6 8 0 O (') 0 o 000 n 0 r~o cO0 OO G I 1 ~. 4 68 oOnOe ooono r) o r~uO O0 (; I ! I ~ 68 O00C, O O00nO (')¢ Ot}O O0 C t 1 1 4 68 0 CO 0 n 000 O0 O0 9()0 O0 t' ! ~ t a 68 noo00 O0 O00 9n ot, O On 0 1 i t a 69 OOOOOOOO00 9 O 0,~0 0 0 t' 1 I J, 4 68 0 )no n U n 000 0 n ¢~ C'O 0 n O 1 !. 1 4 6 8 o (; n 0 n t, 0 O o 0 90 OUO O0 0 ! ]. J. 4 68 nOoO00oO00 On o00 O0 {: I J. ! a 68 nC:nO0000OO U 0 tq () 0 00 C, I ! ! 4 A ~ t) 0 0 U 00 n 0 n 0 [) 0 o u ~ 1) n (" t ! ~ 4 68 n C, O u 000000 On r:.O0 O0 C 1 ~ ! 4 68 Ognc, noouO0 :IlS ~pe verlficati, or, f.,istinq chlt~mberq~r A]..as~a romp.It, inc~ Center 4-hPP-~99.4 1,~[08 fj ~.~ F,~ ~ 620 3 21 0 0 O 00 00 G ,~ P I' F, 2 n .32 1 00 C (> 0 00 L[~ ~"'~n 321 0n oo0 Oa G~PI e, 20321 O0 000 0 F P ~'a 6.203 21 00 0 (:' 0 0 p T, a '2 (') 3 21 () n n ('> 0 0 P ~' ~, 20321 00 0 O c~ .. 2 .... L, P, 620.3 21 00 000 00 C ~ 5 6 2 n 3 ~ !, () 0 000 00 ~ ~ ~? ....... C, o ~203~1, go nCn OO C TM ~ 62 o 3 ~ 1 00 000 0 ~ 20 3 ? 1 0 n O 00 O ~20321 on '~00 O0 P~ ~ 20321 O0 O00 On I ':~ 62039! ¢..~0 0 0 O0 P ~ J ~ '2 o 321 0 t) o (~ 0 0 O C'~ 6~0321 00 OOn 0n p l) - I,,62 n 321 (.) O t) C, 0 0 O ~t~-L 62n321 On 0(:0 O0 DT;-g 620,~! OO ('00 O0 .pT~-p ~2~391 On oon on I ~; 62n321 On nO0 GaP[ 620321, O0 000 O0 G~P! 62n321 On nuO O0 .b g ~ 2 '~ 32 ], 0 n n 0 n 0 n G/C3 ~2t~! O0 non 0n GIC3 620321 OO o(.;0 O0 ~,20321 OO CC, O O0 I ~ 62 O 32 ! () n (~ (') O 00 (;APT ~;2032 J. O0 nog G.a[.'I a2eL~2! (;0 eon 0 b~ 620321 c)n a('O OO IIIII IllIIltl ~1 ImlmmmlmIImIIIllIlllIlIIIIllI ;chlu~beroor At. ask,~ Compact!no ¢Ter~tor -909.250 . u,., c,, 9... 25 O, -999.250 SeRa.gAS -999.250 IL ~.!~TE -9C9. 250 .5 ~ . ~ T~ . o 6.00 MSF~,. DbL -9o9, ~5{; T~'~ g. P 1,,,I, ' , '. ~ . . , ~' *~ ~ . · ,,. ST(;~. ,aps -9q9. · 4-A. PR-!994. 1,5:08 9 250 n T S i"!. [,).~ S ~'250 C,,R ID.AS -o99.250 -999.250 l [')PFi, DTE -~99,250 TE.:NS, DTE - '~ 99.250 !, !., [). t.) l, h -999. 250 $'P. DLL -999,250 A2EP,ADS -999,~$0 STOF,AP5 -999.250 A'PLC. APS -999.~50 ~{6GR:, AP5 ~.{ 5.077 D T S H. D A 8 -o99. 250 GR. 2. 944. -qga.250 !DPi.~. DTE J. 4, ~)4 TEqS,DTE -999,250 SP, -o9~,950 PTwO. -999. 250 TE~?8. -090.250 a 2~7P. A'r'8 -99o.~59 STOF.ADS - 99 o. 250 -~90.250 wSGR.APS -099, ~50 -99o. ~50 !aCG~ . LDS -999.250 -999.250 -999. -999 25O ,990'25© -9991 s0 -999,~50 -999.~50 -999 250 -999~50 -999.~50 -999,250 -999.?50 -999.~50 -999.~50 -999.250 16.570 57.~74 -999.250 745.000 -999.950 -999o~50 -999.~50 -999.~50 -99~.250 -099.750 -999.~50 P A (;E: -999,250 -999.250 1999 250 999]2~0 -999.250 -999.250 -999.250 -999.250 -999.250 -909.250 -999.250 -999,250 -999,250 -999,250 -999.250 -909.~50 -999.250 900.000 -999.250 -999,250 519.532 -999.250 -999,250 -999.250 -999.250 -999,~50 -999.250 -999.250 -9~9.250 -999,250 -999.250 IS TaPe Verl!.Ication t, istin..q chl~mherc~er Alas.k:~ Cor~g:~.tina Center 10 ~ePth Shifted and ¢liDPed curves for open hole loqS run Into casinq. 7a.O I ,A ~w5I~,[.,~ ('~' TH~:; bAST T~-Br E q'YPW -. C(]?.$ C~1 &qCO AI.,AiKA, T~'.JC. ComoanV ~ame w~? F!U~D ~2 Well ~me Am].~, 5r~-l. 03-2O?o!-no ~P! Serial Number Et. 2!26' ~'~b ~ 1314' FWb Field Location S~CT 24 Section TOw'! ]o~.~ Towns~fp R~:~C 5~ ~ano~ COUa; [;NRTH S[,(,)P~ County 8TAT nt, ASKA stat~ or Province N~TI i.;$~ ~ation [sD A ~'h E ",/F, T c]a't F2~'D WT 0 ~levation of Permanent Oaturr~ .A~r,~.., V~ ..... ~..2, ,a~ovo ~';~erma. nent.. Dat~ EK~ rT 42, E:!evat~.on of Kelly Bushinq EDE" rT '~i,, Elevation o~ Oerric~ F],..oor FcL vT q ~levat,ion of Grot~nd l',evel ,..~ .... . ,~ ~ Dt~.P D? ?'~.P?'; - 6~{::',;F ** ~ 6 7 6 16 6 n 3 3~ 6 I$ Tane 'Ver'~.f~.ca.,tion [,istlnc~ chltl~',herc~er Alaska Comgut~,aC tempter .4-~PP-~ 994 !,5:o8 0000000000 0000O00000 0000000000 0000000000 0000000000 0000000000 0O0O000O00 ~2 1 8 o 51 n T 1!',' ¢,'!8 . i.J ? g 57. 359 Ii)f'.[)aS 745.000 85.077 T E i,,t B. D ',1:" f,', -99~; 250 7.'E !~¢S. P~AS 518.532 9o0.000 632.594 -~9.250 **'~* F T I.,F'.}~ [5, f, 1'.'., F !,{ DaT~' : 04/0'~/ (4 ~,,laX [crc STZ~ -" FThr *t'PE : f_,~'~ F T 15 ~ ~--! 6 ~ ii) P' [,: Curves and 1.o.('~ hea4er data for' each rtin and tool st:ri, nO In separate ~.i,]es: Too] 8trinq ~! fo Sad.loroch.i,t 7'~an ml'eser~te.r'] first. [grJ, mary dept:b control str.l:nq tlsed to .de~'t.h shift the Sadler Interval) fo.!.l..ow'ed bV fi].es for other ma.if)DaEs too1 st.r~rlos Der rt]n, S T 0 P DE PTH 82,0 13-FE5-94 5C0-423 2200 12-FEB-94 415 13-FEB-94 2255. n 2255.0 ~10o0 2244., 0 1 2. 250 SPUD !0.0°, 6! .0 9 · (.; 62.0 2.730 1 · 9at.: 3.5t~0 68.0 68.0 IS T,,s~e Vertf:!catJon c~l,,umb, erq'er ~,!a~Ka Computir~ Cer~ter P R - . 3,0 P~E: 14 Field t,:~a me ~PI Serial. Pield l,..,oeat Ion Secti, o~ Township Ranqe ~ount V State or Province ~.~a t. i on ~ermsnent ~levat~on of Permanent Datum Uoo ~easured From A~3ove Peri, anent Datt~m Elev~t.ton o~ Ke].l~ ~3ushin~ Elevat~en o~ Derric~ Floor EJ..evst~cn o~ Ground Level mmllm ,lIm! mm i I! Ill ~lm~ mm II~ iii m II m m m ,II m, mm mm' II~ # Il' m m # II m ~ m m m ~ m ~ m m ~ m m m m mmmm~m~mmmmmmmmmmmmm! lmimmmim mlmmmmm Ii~ ill m D q"' [)"" b 1_) m L., s; G~ Depth nelta-s compresslona] nE!,Tn-~' l,["~;C, &oaCl.',~G ,ead ~ensJ. en "UP nesist:~vitv ~UO ~e~merature ~P7-Corr~cte~ Gamma icl~lnmbero'er A]...~.:~sK,? Co~pntir,~,~ Cent..el:? ,4 -/', ,P P ,. ~. 9 ~ 4 1, 5; 0 a 15 D*L SI.)* US/r 620321 DTL~? g[.'~ US/v ~2032i ...... ~ .,. . , .. HTR~' SbT t,t~ 6 2 t'~ 3'.2 [ ~E~ S[~T DPlG~ 62n37! 0(~ G~ SDT GAPT a2o32! 90 DTCO P'I~ US/f' 62o371 D*C~ TTP t.lS/r ~20391 O~Co Rb~ dS/? 62~321 ,IS Tape 'Ver!.,f!,cetion List,J, nO ',chlt.~mberqer A],asKa Computino (,'enter 1¸6 C!4CP REC 620321 oO 000 O0 0 3 I I 4 68 0000000000 C~Cr." TR~ 62o321 OO OOt? O0 0 3 1, 1 4 68 OoOnO00~O0 ** b.;~4L,. OF DATA -999.250 DTL.$DT -999.259 M~ES.SDT -999. 250 .OTC0. I'IJP ().32~ C~.lC~. TR-h 11.7.400 2.4~5 -999.250 -999.250 -999.250 -999.250 -999.250 -999.250 Curves ~,-d loa t~eaaer data Lot each run and tool st'rIn~ J.n se[,arate files; ~.I-oo1 gtrinq gl fo ~ad~'r~ehit run ~res~nted Pi. tst [pTJm~ty d~pth c~troZ strin~ ~lSed to depth sh~it the Sadder interval) foll. owod bv f~les for other ,~ai.n ~,ass tool strJnos Der rt, ln. lis Tar, e Veri~fcatior, ListJ:no chlun~ber~i~r A].asKa Comput, Ino PAGE 17 FIL~' VE~,~OOR TnO~, CODE START DEPT~.~ .... 22b0. r~ T F'. 2260.5 LOG HF'I:~DEP DATA ~ A T E b 0 b (., L ,,,,, = ~m '-, ,, , ~'F, bO(';G'ER( I): P (,i T T n N l,,, O G l ~'' T [:7", P V A !', ( F:T ): 20.5 T 0 L V G 3- FE B '- 94! 5C0-423 P. 200 12-FEB-94 41 5 13-~EB-94 22 "-' ~ 0 ~,,~ ,.. I i.O.0 2244.0 4320.0 1. 2.2,50 1 !, r, 't 1. ¢; 10.00 61 ,O 9, :3 62 . (' 1,gRo 3. 6~.0 6~.0 ~iS wade. YerificatIon Listina chlur'~berq~.r Alask'.~ ~'omput~.n~ .... erst. er I'," U ?~ I V g I L! O E F T , ..... ,, Co..mpan .v ~.la me Wield ~ame ~iqe 1. 1 Ne~me ~p! Serial Field T, oCot ioB SectIoD Townsh ~ r~ ,State or Province Permanent dattlm F, levatJor~ of. Permanent Datum LoO ~easured From A~ove Per~anent. Datum ~levot].on o~ KelJ. g ~!lshiDq Elevation o~ OorricK Floor ~l,vat~on of Ground [) E F ? Surface ,tens i on noe~ [nd~]ct:ioa keal. Tnt'.errr, ediate CopductJvttv ~edI,~n Induct inn Pea] Tpterc'ed~.ate Cond~]ct~ v~ ty uediur,~ lnC,~ctin~ ~,]ad 7nttern, ea~ate Conductive. tV 'fbDlJCTIL.I~ PEFP PHASi,];~ CL'NUI.JCTIVITY r~ff.~P l~,:Ol~C'rlO[~ V~J~Y-[r~i'A~,:C~D ¢I~]SOLUI'IL~% PHhSOl:( c~e~OUCTIV!'rY Chaser r>oer, ~esi, st. ivitv neap !~()!~Cq'I.p~. VWPV-b',/n~.7'~C~[; RE~PI..,ItX!(lN uHAfS~R RFSTST[VITY IhDUCT!(3~'~ ~gm.[t.!l,4 ~'~H~FC.?P C{]~DUC~IVITY ~¢j¢i~1>t i~'D~jCTIO~ ~'~,{.,CFr~ ~EFUI,UTiO~,~ PHASOP C;.ib:{)~.~C~IVITY ,chl~mberq~r AlasKa Comr)ut.:.in.o. Cent:er 4-aP~-1994 15:08 !uV[~ u'[;Blr~i I~J[)UCTiON 'V~lPY-FN~'~AMC~'D RESOI.,UTIO~,~ DI.:!~.S~R RESISTiX/ITY I~(~' !nductfoe Dee¢, ~'~,.Ja!..itV Foctor IUO~' ~nauction ~edi. um euality Factor CThp' ConO,~ctivity Ir, Deep Standard erocessed I*~[~ ~een :Induct~,~.on Standard Processed Resist:ivitv CTL~ Cor~uct. ivity Jib ~'~ed:i. um Standard Processed I!..,~q ~.~edi~m 'I~duction St'.andord Processed Peslst. iv~ty M ~,[!~$ ~ t.~ D Reslst.l. vj t.V G~ ~,PI-Corrocted Gamma PAGe;: ,cl'lUn'~berq'er Al. as~:a Comput..tnO Cent:er 4.-APP-~994:15:08 2O 2260.500 245.51.2 272.8!5 260.854 3.8!2 222.458 3.07~ 59.0m4 29.50 -51,7° 0.73 41.96 22.9~ -35.45 0.70 57.35 TENS. I::""E: :65. 000 'T I~M. [.rTE i, O, 770 ![)PH. [)mE 4. 502 C~qKR .D~. 260. Od 1 (t,D. [)~L 4. 495 SP. i)q'E; -20.0O0 CP. DinE: '1 ~. ~65 TENS. D'rE ~55. C~,'F R. tOTE 4 ~. 639 TMV[q. DTE 2J ,5~7 I I,D. t)T[: 1 o 50. O (; 0 Sp. UTE aR. l)~' ~:', I I I~D,DTE; 191.317 I TXD,DTF, ClDP. O~'E 229.,.1 Ia CDE=.DTE !DFC. 9~"g 4.506 CMVR. DV'E 261 .n29 It~Pu. PT? CIT,M.U'FE 262.165 UTF. t,~.Oq'g 187.780 ,,:lPES.DT? IIPU.gTE !0! .491 I T X D. r)',l:_' E CID'.P. DT: -3. !,40 CBEV.DTE I'DKR. DTE 1950.000 C~VR. [)r~; ,$6.410 IDOF,ljmE 0.000 !:~O~. r'I CIT_M, DTE -11~.!60 MintoN. Dine 632.59 ¢ ~P~_',S. 30,917 221.944 4.in8 3,834 0.000 3.8!4 2.585 -407.213 -2.7~7 1356,{72 23.828 0.000 1950.000 2.859 Tape Vet{ ficatto. cblum!~er~;ler Alaska Comp,.~tlno Center 4-h.P~-1994 15:08 PAGg: 21 **** FILE FIL~ I',!A~E : EDIT .005 SFRViC5 : ~L!C DaT~ : Curves and loq h~ader data ~or each run and toni or. ri. no in separate files; Too]. String ~l fo Sadl~rochit ru.~ nresent, ed first (primary depth control strin~ usod to depth s.~fift tr'~e sadler fnterval~ foil l. oi'ed bv files for other main mass tool strf, nos Der run. 2195,0 2195.0 2195,n IS ~'ane ~r,iffcatio~ ~..tstJno chlumberg'er Al. ask'a ComPutJ..n¢~ Center 4-APP,- J.. 9 ,~4 15:08 PAGEt 22 [,O~GI!'~G S'PFED (FP[iP); D S t D $. ~,,I, $ F' !,:i S E' L $ 2228.0 8 ,? 2 n. 0 SGC-SA ~0 SP~C-AA 26 $ f,"!O X- AA 24 DhC-n OLS-F 975 SRF-D 776 S}{~-~ 750 [)RIt.,I::~ERS CgS!,NG DEPT{t m[~['.) t)F:?,~SlT¥ (fbi(j): ;~T~U V!SeOSJ, mY (S): FT.,[,ltD bOS~ (C3): RFS!'~.T!VI'.~Y (r~}i~.~l",) .~T TEThPEI~ATURE: (Pk..CF): "UTM CA~::k; aq ~,I"C~IY n.F~.,S!TY: }qfq[_,~7 cOPR~Cmlr~i~ (~I4): 8.500 223].0 2228.0 7% KCh 11.20 51 . 0 8,,8 0. 208 65. ¢~ n.1,33 65.0 0.338 ~,5.0 1.5 ,IS Taee Ver..'~.ficat'.J. or~ !.,,ist.tng ChZt-~mbe~ge~ A]..asKa C,omp~t]n~ Center PAGE: 23 ARC[) .A.{..,ASEA, TNCo W~: FIORD A~lr 5n-! 03-20~o ! -00 FY..., 21.26' FNL & 1314' FWb $~TCT 24 R a N~ 5E CNU~ NORTH ~T,AT At, ASK ~,. N ~ T T [,J $ .a g ~ D 'F T 0, a ~ b F T' 42, gnF ~'T ~, 1 , Field Name ¥~ell ~,,iame API Serial Nt~mber Wield [.,ocat iorl Section Townsh $ p Rano~ ~ountv St~t,e or P~ovince ~ation Permanent ~t.u~ El, evat~o~ of Permanent .[)atum LOg ~easured [;'rom Al)ova Permanent Datum Elevation of NellF Elevat~.o~ of Derrick ElevatJ. on o~ G~ound Level PO].S$On'$ Ratio ,q~r f:ace Te~5 j_on rTead '!'eh s i c,n '-~ U ~ ~esist.~vjtv ~,~u~ Temuereture ~P!-Corrected Camr;,a surface Tension r,atero-L,o~ Deed (Resj, stivity] Laterot,o~ ,~halJ..ow Pesi~t.(vit. V nne-Pad Wane V~.r!fi:catIon !ist. tno chlumberg~r .h,!.aSK'a C.omput'~.~u Center PAGE: 2¸4 ** fhATA FOR~V',,AT SPECJTFTCATTf~rr! PEC(')~D ** DT.~.:I nTF U~t.~' ~20321 no COO 00 0 5 1 1 4 UTi',::! TTP i.ISIF' ~2~321 O0 000 00 0 S 1 I 4 DTP~ PT~ Ugly ~2e:~2! D0 0O0 O0 ~ 5 ] 1 4 CUR. 1 nST 62032'! nO onc nL, O % 1 1 4 P~ DST ~2n32 I n0 000 ~.) n 5 1 t 4 R.~HC ~ST 6~0311 ()0 ()Or) O0 ~ 5 1 I 4 T~'~S nS'r LP 62n3~! nO OnU nO O 5 ! 1 4 MTk;~* 1~ST I')WGF 620321 O0 OhO oO n ~ 1. I 4 6~ 68 68 6~. ,IS ?ane ver~if.!cat~.on L.ist-tlnc~ ;chlumber'~er ~taska Com¢,,lt.~.n~ Center 1.5108 PaGE 25 321 o ~....') 000 0 (:) 0 5 ! 4 6 B 0 0 00 0 o 5 1. 1 4 62 O0000000OO 0 5 1 1 4 e8 0000000000 0 5 ! l, 4 68 0000000000 0 5 1. 1. 4 6 ~ 000 o 000000 0 5 1 I 4 68 0o00000000 0 5 ! '1 4 68 O00OO00000 0 5 1 1 4 6~ 0000000000 0 5 1 1 4 68 0000000000 0 5 i. I 4 68 0000000000 O 5 1 I 4 6~ 0000000000 -999.250 DT,,'a i. PTS; -999.250 -099.~50 C}4Pl.D$I -990.250 pP,.DST. 2795,000 ~4TEN,DSI 1427.931 54.0o~ TE.NS. DLL 2795.000 LLD.DL, I., -150.188 UTEruS. DLL 9!.896 GP.D[,L -999.250 -999.250 0.07'1 165.224 368.894 135.452 -999.250 -909.250 0.118 0.557 14P7.931 54.968 * * E ~,: I ? 0 F' [') A 'T, A * ,* T o 0 o $ F .[.j T C CO1 q 4 / L: .'I / 4 IS Ta~e verif!.cation 1.;isti. no c~lumberger A].aska Comp,]t.,i.n~.] Cer~t, er" 4-AP~'-I 994 15:o8 26 Curves a~..~ loci hea..4er ti.ara for each run ar.?.d .tool st:rin~..'in separate fil. es; 'oo].. Strinq #t fo Sadlerochi. t r'u.n r~reser.,.t:.ed ,~,i,~r,st [primary depth cor'~trof string used t.o deoth shift the Sadler interval) fo]..]..ot~i'ea ~v ~.:].]es f. or ~ther main c)ass tool strings per run, SGT # 21.94: '~! 94,7 21.94,7 2].94,7 Tape Ver~,ilcatton ~,istin~ ',chlum~,erq~'r Ala. ska C:omf:?ut.i.nr~ Center 4 ,~,pF, 9q4 !5: , - ,,,-!. , , 08 776 750,. 2228 TYPE: V TSCCtS !m'l 0 S $ ,~ T 6 CAKE 7% KCLj !.1,20 5l .o 8,8 0,208 0, ], 33 0,338 65.0 65.0 65.0 T t::.! r':':) L, 5 T A ~t 0 r)F F Jr: ,I': f:" ]: P[<"AP.I~S: "l'!f.;['~ IIJTf) ?.)~:',; 0~',~],:,'; PHASOR Ii,ihi.,tCT'fO~.~ DATED 13-FEB-1994. t.tS~_:~ Sff:VE~~ 1.5" 'Pl.!):~,EP ST'~,,.,n(:If;'FS OW TOOL aTPING. 5P ~.,I[~T VALID F3¢,i ~O'l:T[}*~ .AFTE~ Cbf'3STNG CA[,I'PEP DUE TO 5'tRU,~C~:: [.)flt',~T),> F:.~.!.II.,T, Tr~OI, STTCKINt; I~.~ N~A~TY pT,AC~.:S. CAI',,,! PER WAS CLOSED ON k~O.f:'ro~'~, a~l.) :,;{4E:~,' ~(:}Ob ST.ICNINC AECA~,I?] gXC~:SSIVE, SO~E :v, SFT. T(:i ROI, T, a,,,.~ l~$ Sll;F a¢.,r':, ~uT ,,~a~P'. 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D t,., L, 0.304 0.14, 1 F!Lr ki U ~ gl'k, 7 Curves and loc header 4ara for each ru~ aha toni st. rln, J.n separate files; iool String ~! fo Se. dl.~roc~tt run ~r~sented first rorlmary deoth control strin~ vs~d to de~th Sh~.ft the Sadler ~nterva!} followed by ~iles for uther main ~ass tool str~n~s per rt~n. I,,~ Tat~e ver'iftcation ChlUmberger ~,!aska Computfnq Cent, er ,4-~PP-1904 15:©8 PAGE 3 0 T ~ R T D f:] P'T H $ T ~: P L) E ,45, 9 o, 5 7845,0 2!90,5 794~. 0 2190,5 03 - FI ~,, R - 9 "~ 5C0-423 1215 02-MAR-g4 1.,323 03-~A~-94 8400,0 8375.0 2228°0 P (3 P ~" E 1 J T P 0 ~'; 'r (2 r', M ~ T ? I X: b', h T P.!. X' 2231 .0 222~ .0 1.20 51.0 5P.o 0.208 0,133 0,338 65.0 65.0 IS mape Verf, f!~,c~t,ion L,istino chlumherqer A].,esKa Compntin~. Center 4-a~f?R-! 9 ,q4 15:08 INTO t?UN20UAb LATEROLOG DATED H5RCH-0B-1994, Hf.)L~ COPRFCTED DU~ TI.) 5OFT~'~RE Bt.tO. r.hUIP · Y = 1.0 G/CC. PUI..,,bED TIGHT 0~ ~:la P~6$ ~T 7q20', ;q.ADE A~,[[)TIi~R ATTE~;P'I] AC~SS THIS ZON'~ TO I..{N(,,o ~[$ SEVERELY ~t~:]~ 'Ui'~T!I,, ~pPROX 751.0 . APS D %~, '!'S A.l. sn ',!' ! ~ i'~f I v A [, U D E F I C~ A~Co Ab&SKA, l~',~C. Company Name F %~ t,~,~ 1 'b o C A T P i e 1 d N a m e ~I~;~ 50-~03-~0201-00 AP1 Seri. al Number FL 2126' FNL a 1314' FW.b wield Location S~CT 24 Section TmW~ 12N TownshI p R~NC 5F Panqe COU ~.~ N~R~i~: 5 t,(.]PE County 6~A~' ~[,~S~ ' State or Province N IT~ [JS~ Nat ion pnA~' [vtEA~ SZ~ !.,EVa.lt. Permanent dattlm ED[) FT ('.:. ~]levat~on of Permanent [)atum b~F [:'~.~ Lo~ ~easured Fro~: ADD ["J' 4~, ~bOve Permanent ~atum E~%) ~'I7 4.?, Elevation of Kelly Bushino ggF ~T 4!. Elevation of Derrick Floor EOb ["i' 9. Elevation of Ground Level T~Bf,E TYPW : Cd~,V 'l'K ~'~ .S HTHO HI!R ~ HnH~ H,SG~ arg° nenth ,quriace Tension '{/q_c.S Thori. 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STP%~ APg Stando~ ~orositV D~ r,[),q [~,t,l, ]., k, DeasitY Correcti. on R~'-f54, LDS f:~t.l]...~ Density t~rom Window 4~ Countr'ate R}~53 t, DS Rtll. k De. Bsity ~:.rom W.indo~,.~ 3+.4+5 Countrate NPt~P LDS Enhar~c~d B~1..K i'~ensltv R;4I., LOS I,on¢ 8D,~cJ..~q Bulk hensItV PEF~ PHOTO,E!.,ECTPIC FACT~R FPO~ THai FAR DETECTOR ACTS LbS Snort. spactn~ a~cqu!sltlon 'ri~e PPSg *;~ofssons ~at~.o ~:or DTSS OvRS f..DS Short SpacJ..r,O r~verflo~ Countrate ACTf, LDS !,O~r~ 8pool. hr4 Ac{;~uisitior, Time [,,Ca L r.,b~ Caliber DPO LDS [')ens~. tv Porosity PAGE: 32 ** hA'fA E'r~[~,"A'r SPF;CIi?"IChT!ON' PECi)P[) ** IS To~e 'V C~lUmbero. o-r L~.!as~a Pom,[...~ut.!r)r~ Center .4-,APp:-!994 1.5:08 P A G E: 33 E~,'F~ ST[)t' h PS A~F;C APS A~E~ A~FT AP8 ~NS~ LOS , ~ A~ FT. T, DS GVR* T_,DS gPO g 'PVI'CM A.~I :~PI AP 620321 O0 000 nO A203'21 O0 0o0 O0 620321 O0 000 O0 ~2n 321. 00 0n0 00 620321. 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AY8 90~.,000 ~,IEP.AP8 0.~50 APLU.A~S 30.927 ~!9!F, a~s -q99.~50 ~HS,4.LDS -999.250 DEFL.Lg8 76.000 a C T I.,. b r) 8 -99~.~50 ~DPH. L98 .00 n 'g T .~,{ (1:!, H k! G .8:37 .170 , OOO APL[l, ADS !.10,~37 ~DIF, AP8 .107 ~ES4.Lr~$ ,701 ~EFL,'bPS 25.0(.~0 ACT.L. ~DS . o5~ ~DPa. LBS 1.61.112 681.29~ 0.1,76 40.357 44.449 -999.250 -999.~50 0.~50 -999.~50 5.892 44.9..,73 - 0.012. 1719.000 t 1, ¢.~. 000 !00.000 4 92, 1 . 000 64.676 41.973 423.801 ~999.250 360.000 40.671 46,802 '999.250 0,250 1.2,000 2.757 25.696 63.8E4 !719.000 110'167 35.379 4,161 I,,000 23,000 · * F:: ~.! 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SL)T 999.250 -999,250 DTCO,JTP 0.895 CHCO.TR~ i 17. 400 2,48B 999.250 -999 250 -999~250 -999.250 -999.250 $~I~V ICE.; : PbTC V F R S ! ,r..l. ~ : 00..!CO 1 t).~T~'~ : 041O4/ 4 FTL{:' ?YPE : !., Curves 8n:i loc header ~ato for each oaSs, tool strJn,~, and run l~S, R~., [~IIN,~EP: 1 D~PTH i ~fC~L'4E)~'F ~ O.S,)n0 FTI, F SU ut," ~ RY VE,,'DOF. '.[r~Ol. Cc.n~-; S'.['~,RT {'~CPT~i S~'QP DEPTH i$ Tar.;e V~ri, ff. cati. on !,ist;i, nq chlumherqer AlasKa Computing Center 39 mi]O[, STA~,DnF:' (.!.~;); 5C0-423 2200 415 2255.0 110.0 22i4.0 43~0,0 lP-FEB-94 TOOl,, NI. Ja~EP SGD-TAA DtC-E~ 437 DI$-~13 434 12.250 110.0 SPUD 61.0 62,0 2.7~0 1.9~0 3.5~0 68.0 3,e IS ~'~..~e V'er!.f:icat. io~ f.,isti, nq ;chlum~erc~er 61..asK. a Computino Center PA~ 40 company ~la~e a p ,I,, .~ 50-~ 03-20201-00 FI., 2126' F'~L & 13.i4' FWL $~C~ 24 COUP' N~RTh' SLOPE NITT USA A ~ D ~ T 4 2. 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PH~SOR CONDUCTIVTTY Phasor ,.'e,diu~ ~eslst. Jvitv lD~tlCtj, o~ neep Oualitv Factor !r)~uct!on ~edium Quality Yactor Con, duct..i, vity J[l, Dee{.-~ Si. at, nard ~l"ocessed r>eep Induction Standard ProcesSeU IS Ta~e ver~f!c, at~o- L.istJ. n~ c~lum~erg.cr A,laska Com.!:>~tin-q- Center uedi,,.~m Inc~t.]ction ,Standard Processed Resist',iv~,tV ~FL nesistJvitv Unaveraged Spontaneous Potent, J al ~ead Tens ion 'r~ U D Resist,~,vi tV ~,4Ud '~emperature apT-Corrected Gamma Ray , c, ........T F ~ C Z~ T :! [':1 R E C 0 P, D * * 3 73 120 4 66 5 66 6 73 7 65 8 68 0,5 9 ~ 5 FT 11, 6b t. 2 68 17! 66 0 14 65 !5 66 16 66 ! 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O0 0O0 00 ~TEv DTE [,)[:GF 620321 O0 000 0O GD DTE G,~PI 620321 O0 900 O0 APl' .t~PT FIT,F, N lIMB $IZK RFPR ~.~C .S SA~'P E 1:, R: ~4 CODE ( HeX ) ! 1 4 6 8 o o 0 o o o 0 ooo., 1 I 4 6a oooeoooooo 0 9 0 9 0 O 0 9 0 9 0 O 0 9 0 0 0 9 0 9 0 o 0 9 0 O 0 9 0 9 1 ! 4 6~ ! 1 4 68 O000000000 I 1 4 68 0000000000 1 1 4 6~ 0000000000 I 1 4 68 O0(>OOOO000 1 I 4 68 0000000000 1 1 4 68 0000000000 1 1 4 68 0000000000 1 1 4 6~ 0000000000 1 1 4 68 0000000000 1. 1 4 68 0000000000 I 1 4 6~ 000O000000 t 1 4 68 000o000000 1 1, 4 68 O 000000 000 1 I ,4 6B 0000000000 I 1 4 68 0000000000 1. 1 4 68 0000000000 D~'PT. 2261, .00() TE;N S.. 1)TE 595.000 .I I R *,~. !2 I' K 244.874 I I X ?4. D ~' E 11.923 C~°.DTE 260.1,60 C ~F.R. i'",~T E 260.326 CTLm. PT~ 2~2.04.6 ILO. D*E 4. 504 S~I,!'. DT~' 3. 229 SP. I,,>~E; -20. OOn i'4TEU · ,)'..[~r;' 59.2 ~ 6 aR. DT~] 07.42'! IIRO.DTE ,190.985 iIXD.DTF, CIDP.DTE 221..68q CDER...n. TE I [)ER. [)TE'. ~.513 IDV~.DT~ CgV~.DTE 760.435 IuPU.DT~ IDOF. D'~E 0.00n I~Q~.DTE C:I I.,;q. 9~E 761 .472 ll,~. DTF WTE~.OTE 916.].9.4. M~ES.DT? IIPO.[)TE 383.695 IIXB.DTF, CInP.D'~E 413.239 CDEP.DTE IDFR.DTE 2.4:87 IDvP.DTE CYVR. gTE dO~ .n66 !DOF.OTE 0.000 C I}',r~. [)TE 455.038 wTE~',{. DTE 516.350 MR~;S.DTE 30 84O 221:572 4.494 3.844 0.000 3.825 2.5O0 72.538 402.115 2.492 2.474 O.000 2.198 2.569 ,IS Taee verification I,,i, st.i.~] ;chl, ufr!berg'er [~]asKa Comput,l, nc~ Center a-AF~-~,9O4 !5:08 **** FILE D~TF: = o4:104/ 4 F l [, ~ T Y P E L,~ST FILE F'TLw ~:'"tt~.SE}{ 1 0 Curves and 1, o,,~ boo:der data for each pass, tool strinq, and rur'~ les, RUN D~PTH VEND~R Trot.')!,,, COD~, STriCT DEDT~{ 3139,5 313q.5 r,s,f, 2 706.5 2206.5 2206.5 2~06,5 5Cn-42~ 12.15 8 3 7 5. 222.,8 .O 8320.0 IS ~'ave V'erJ, iicat!om Listinq ch.lumberger .~lasKa Comput!no Center 4'-/t PR,-,~ 994 !5:08 PAGg: 44. (;.,a~'~A RAY DETEC~OP D~PObg SONIC CART, [)UAL LATEROL(,)(~ SONDE 8. 500 2231.0 7% KCL 5! .0 0,208 0,133 0,338 65.0 65.0 65.0 # YTEP li,-,T(_., kiii'.~ t]~,IE ,P~.ASOR I,'~r, UCTTo~: DATED 13-FE~-1094. LJgb.;P S~ZVki~ 1.5" ~tIbPEP S'IAi'~r~[~WFS ~h T~[)[, ST~ING. SP NOT V~l],]g ON %DTTO~ ~["'TE~ CbOS!N~ Cat,.t=g~ DLIE TO 'fOOL ST!C~tlNG Itq ~ANY PLACE, S, ClLTPgt~ '~a5 CLOSED hr~T'Y[]~, 1'4i) i;~F~J TOP},~ 5TI. CKING F%~];CAM~] EXC~SAIVE, SO~g Tg(31., ~'iR~QP5 ,.!ay }ihVF OCCI.J~ED, vSFT, ~(j !'imj.,T, 9'~,,, 1~5.. STD~ /l',.P NOT ~.'~IKF~ (';Ofl~. .... ~)~gt~C)r.E. ,, _.. C r~ ~l q' .l C 'J' . DATA ,IS :ra~e ~teriftcat.~on ;chlnmberqer .AiasKa Comput!n~ CeDter 4,~PP-~ 994 !5:0B PAGE; 45 C~ ARC A l..,, A A ~ ' mpa ...... , ~C ( o ame F N' ~ T L, ~) C A T ? i e ,1 d ~ a m: e W~ FI'ORD ~'2 We],l Hame API~ 50-~03-P0~0~-00 apl Serial Number FL 2126' FNL & 1314' FWb Field Location SECT 24 Section . TOw~.~ 12h TOWDSbID R ~ ~'.~C 5E Range CO0~' ~'~ ~ ~ Tt.:~ SLOPE County ST.A'T A!..,AS~:,~ State or Province N ~T'T USA NatioD PD~T M,~AN SE~. LEVEl,, Perr~anent datum E~D F"T 0, ~,!,evat~on o~ PermaneDt [)atum L~,~F R~]:]~ ~.~Og ~eas.red From APl') FT ~, above Permanent Datum E~?} ~'T 42, ~l, evation o~ Kelly ~Susbinq E~F ~T 41. Elevatiom of: Derric~ Floor E~L WT 9, EleVati..on O~ Ground Level T,~BI,E TYP? : 9~4~ TW~ ~ T~,~ ~ L~,S C_aLS HT E~' PoJ.$Son's Patio .qL~r l! ace Tensfo~ ',~UD ResistJvftv I,~u4 Ten'~pez'~ture Surface Tension I:~tero-Loo [~ee~ (~es~stivitv~ LateroT:o~ Shol!ow ~esist~v.~tV nne-Pad Caliper Sonic Ca] i~er Uead ?ension "UD Pesist. Jv~tv ,iS ; C ~ 1 ~.] to. h (;: r q e r /l !. a s k'. a C o ~ p t~ t ! h o C e n t e r PAGE: DT~F ~S~ tIS/F D"r'4r' r~TF: !,l~t~:~ ~20321 DT4v TTr~ U,~/r' 62o3,~1 DTkD P'I'~" U$/F a, 20321 D"rkv l",!'v U,q_/? 620321 C.q ~' P r.,sl 62a321 [)Tt~i? OTF US/F 620391 Om~? T7'p !JS/tr' .r) · r< ?p..r r~' tj,q / v DTR? I~_'p b,q/F 62o, 371 CF!R? nb1' 6120391 pr~ 9ST ~,2n37! HTF.~~ nS~ ].,g A ~ 037 !. I'~ wa~e ~ertflcatlon Listin¢~ chlUme:erger AI. asKa Com[;utin~ Center 4-,~ PP-1,994 15:08 PAGe: 47 1 1 4 68 O000oO0000 1 1. 4 6~ 0000000000 I. 1 4 68 0000000000 1, I 4 6~ 0000000000 i I 4 68 00000o0000 ,!1 I 4 68 00000o0000 1 i., 4 o8 0000000000 1, l 4 68 O0000OO000 1 1 4 68 0000000000 1 I 4 6~ 0000000009 1. 1 4 6~ O00000000O -999.250 DT4P.PTE -990.250 DT4P. ITP -e99.25e CHRP.OSI -990.250 -999,250 DTR2.ITP -999.250 CHR2.D~!: -099.75() TENS,D$I 2975,000 95.269 GR.DSI 110.016 T~NS.DLI., 2.609 CA[,.,1.DI.,t~ 9.611, C~:bS.DbL 0.11,7 SP.I)L~ -15.000 -799 250 DT4P.PTE 139.674 DT4D.ITP 3o:67a CHDP,DSI 0.B81 [)TM2.PTE ! -999.250 UTP2,ITP -999.250 CH~?.PSI -o90.~50 TEW8.[)gI -q90.250 HTEN.DSI -99Q,~50 GR.DSI -999.~50 TF~.DLL -999.250 CAL1,DLL -099.~50 CAL$.DLL -999.250 SP,D!,L -999.~50 MTE~4.DLU -999,250 :999.250 999,250 1286.659 2975,000 8,337 95,269 139,674 -999.250 -999,250 -999,250 -909.250 -999o250 -999,250 :* * E ~,,l [') 0 F r) h '"P .i *, ,IS Tape verification ll, j..stino ;chlumberqer Alaska Comput!n~ Center 994 ] 5: 08 PAGE: FTLF ,~ILt~,SER 1, 1 Curves a~d 1. oq header data for each uass, tool. str..tnq, aD.d run in senarate fi [? S 'r $ # mATE ,q('!FTWARE STf~P DEPTH 2206.2 2206,2 2206,2 2206.? 03-NAR-94 5C0-a23 12i. 5 02-NAP-g4 130 03-'AP-a4 g~OO.O 8375.0 222~.0 832~.0 SGC-SA 60 SGD-TAA SP~C-AA 26 S~i~R-ha P4 S~,~r)X- h A ~4 Di, C-D 06° ~!.S-F :,IS Taf~e Veri:f..ic~t.~om l.,isti, no iChlt~mberc~er ~'~,!,a,ska Comput!nq Center 15:08 PA~E! 49 $ SRS-D 750 7% KCb 51.0 8.8 158.0 0..?,.08 0 · i 33 0,,338 65.0 65.n 65.0 ~E~,!A!~KS: TIEr) TNq':O }¢l..)iq O~IK PItASC)~:z I[!,~DUCTT()I~! DATED 13-FE~-1994. USEn SEvF:N !.5" R~L~ER STANDf.'.}FFS ON TOOL STRING. SP ~,[[)m VAI, IDOf, t i:,OTT/]~,~ AFTk;P CLOSING CAI,,IPE~ DUE TO '~!'r, OL S":i~TC~:I~,~(; .IH ~a~y P!.aC~..S. CA.!.~IPER ~15 CLOSED [~,O'.[TfJM, .AXED ~'iHE~',~ T[IF']!., Sq'[CKItq~ F:~ECA~E: EXCESSIVE, SO~,~E ~ISKL TO ~[l[.,f, 0~'~ ITS STD~ Ai,;D NOT ~AKE GOOD BOREH[')I,E T !.~ :',~ T VAT, U DE:FI I IIItI ! IlllII~t I ~l II~l I~IItImI IIIIII II I III IIII IIIll I ~Ill I II II ! III c ~'~;~ ¢ TLnC.~'] Wield ~a~,e ~¥ ~'IUP[; ~-~ Well Name ~9.[~ 50-103-70201-00 ~PI Serial Number FI, 2126' F~,'!, ~ 1314' Ft~b ~ield Location I$ Tape Verification Listing chlumberq~r AtasKa Comput~D? Center ~-,~PP- 1994 iS:OS PAGE: 50 Section Townsh!.p County State or Province Nat::io~ Permanent datum E.l, evation of Permanent Dat~lm Loo Meas~red From ~bOve Permanent Datum Elevat],,on of Kelly ,Bushing Elevat',~.oD of Derrick Floor Elevation of G~ou'nd Level Ta{~.LE TYPlq : CUPV 4'APP'J. 994 P A G g: 51 10. 155 0.737 2.7,1,2 0.3.30 **** F ! t,,,,E T'R A I Ir.,EP FTLV N'A~E : EDTT 'V~RSlON : oO~.CO1 D.aTm ~ 04104/ MaX REC s~gr-: : 1024 FI [.,~ TyDF~ : [.~.~ S T FIT,t/.; FT[,;' Curves and loq ~eader data for each nass, tool strtnq, and run in seDarat, e les. RI. IN MU:.:~P. ER: 2 DVP~H .1. ~x~ CP E u [:] ~,,~ T: 0.5000 iS Ta~e vori.f:tcati, on L.l..stlna chlUmberqer Alaska COm{':,ut..in~ Center' 4~hPR-~.904 15:08 PAGE: 52 AI'X .!,'igA$ ELEC Gat~A Ri%Y CARTRIDGE GA~4~ A PAt' DI'POI,E SONIC [) IPOt~E TRAHS DUAL I.,A~'E~0LOG CAPT. DIIAI., LAmEPi.]L[.]C 03-~4AR-94 5C0-423 1215 02-MAR-g4 130 03-~AR-94 8400,0 8375.0 222~.0 ~ME-AA SGC-SA 60 SGD-TA.h SPIC-AA ~6 $~nR-Ah 24 S~OX-A~ ~4 DI.,,C-D 9L$-F ~75 SRE-~ 77~ SK$-O 750 222~. o 7% KCb !1.20 5! .0 15¢.0. 0.133 0,338 65.n 65.n ,IS: Tape 'verification I.,istin~ ,chlumberqer Alaska Compt.lt~!.nq Center ~,,,~ aTP I X: ~q ~TPlX DE~JSI'i?Y: PEr, APg'S: T!ET) 'I'~Ti':~ RUi'q ONE PHASOP INPUC"I'.'I['3~,~ DATED !.3-FEB-19 tJSE]D SE':VE;r...~' 1.5" R. UBBEr~ STAg~D,[~FF'S ON TOO[, STRING. SP ~,~[)T VA. LID ~bI B{'3TTO~I ,~FTER. CLDSI,NG CALIPER DUE T .......... , },..L.C.E,.) CA[,~I W.BS CI.,Ogb~D ON ii. 9l~ ~&; EXT~E~EI.,Y OVAl., 'IN N~NY DbAC~S WHICFt CAUSED COi:,4TACT, bls FOR~,~gT DATA TABLE TYP? ~ C(:26!8 Well ~iame RPI Serial Number ~ield Loc~tion Section TownsBJD Ranqe County State or Province Nation Permsnent datum ~lovatfon o~ Permanent Datum Lo~ ~easured From [DOVe Permanent Datum Elevstiop of Kelly B~]$hin~ ~levation of Derrick Floor Elevation o~ Ground Level 1'1%~%1',E 'I'VPF : CUPV DFPT De~th DTN; ~ ,IS ~aDe Verif!.cati. on Listin~ 4-?,tFR-1.994 15:08 ;C~.lumber~er AlasKa CotD~t!ti.n~ Cemter 54 .,v'R ES Poisson's Dat. io ,~t]rface Head Tension ~ud Tempel'at. ur~ ~PI'-Correcte~ ~amrHa 8'Llr~ac~ TeDsi..o~ !.,at. ero-l~oq [)eeo (Resistiv!,tV) [,,atero!,o~ Shall. ow Pesi. st:lvi, t,F nne-Pad ca 1. J. per Sonic Caliper Head Tension ~ i,] P P e s t s t, I, v.t. t:.v SpoDtaneo'us Potential ~ud Temoerature ~Pl-Corrected ~amma Dav ~ATA IS Ta~e Vertf:,!catl, on ch].umherc~er /~].asKa Comput!..nO Center ,P '[ E ~: Li ~' ~-~ w U ~ [:: S I Z E P [~ P R 0 C E S 8 0 P N U ~ [5 S A ~; P E 1,,, K ,~,: C 0 O E ( H E X ) '''':1. ......... J ''''''''''''''''''''''''''''''' "..., o ~ 2 !, I 4 6~ 00000o0000 12 I i 4 68 0000000000 t 2 I. I .4 68 0000000000 12 1 '1 4 68 00 () 0000 n 00 !.2 ~ 1 ~ 68 00000~0000 l 2 1 1 4 68 00000o0000 ! 2 1 t 4 68 ()000()00000 !2 1 I 4 68 O00000000o 12 1 1 4 68 0000000000 1. 2 1 1 4 6~ 0000000000 12 1 1 4 68 0000000o00 1.2 1 1 4 6~ 0000000000 !. 2 1. 1 .4 68 0o00000000 !2 1 1 4 68 0o00000000 12 1 1 4 68 0000000000 12 1 1 4 6B 0000000000 3.2 1 I 4 6~ OOgO00000O ! 2 I. 1 4 6~ OOOO000000 12 1. 1 4 68 O00000OO00 12 ! 1 4 b~ 0000000o00 ! 2 1 1 4 ~8 On()O000000 ~ 2 I 1 4 68 0000000000 l 2 1 1 4 6~ 00()000000o !2 I 1 4 69 OnO00oO00O ~2 1 1 4 6B O00OOnO000 !. 2 i 1 4 6B 0o0o00oo0o ~. 2 I 1 4 68 OnO0000OOO D P [-', T · ~069.5r!o r') T ~"': 5. PST '-qgQ. 250 Dmk~-. PT~: -999.250 q'rPt'..I:TP -q9o. 2 bO ,- , L) . . . ~ _ . m [,L,B. DL[, ~,0. 520 bL~5. [:,T;L 23.0~5 HTL~,:.~L,r. 1 o69. 306 ~R~S.[)I.I., 0.07~ -999.250 -999.250 -9~9,250 1669.396 66~5.000 8.144 149,161 Tare V'er,i. iicati¢,,n List,,i, nq ,cbl.mberger alosk, a Com~)utln° center 56 -999.~50 -~99.250 -999.~50 5680.0O0 109.~19 5.186 -4!.~50 -999.250 -999.250 -999.250 1315.788 5680,000 5.2~5 149.668 ** E:ND r,]F r~A"rh **** FIbE ~'R/~It:ER' **** F'!L? Nh~,qE : EDIT VF"R S I: 0 [,,~ : O01COl MIX R. EC SIZE : !024 FTLF TYPE: : l.,O LAST FII,E SKRV I,.CE : FL!C 'V~RS!O*I : D~T~ ~ 9410,a/ 4 M~X RFC SIZE : ~.0~. F'!L~' TYr~E : Curves amd. log header data for each les. VEmDnR 3.'OUL ~[)DE', S't'~RT DEPTH SGT nS! [~6~. 5 mass, tool STPP D~PTH ..~ 7784,2 77~a,2 7764,2 strinq. and ,.IS Ta~e Veri. ft. cat!on Listlno, ~chlumberc~r Alaska Computino Ce. nter 4-aP~-1994 1.5:08 57 : F'q,' ): G a F~,~A R.A¥ DI~',.'O[,F 80~[IC CART. D!Pf3b~: TR,Ai~t8 SO D~;.IL [.,ATi',ROLOG CART, DUAL !,ATEROLOG SONDE 8PH~.:RICAL RES E',I,EC. $~H~R!C~.L RES ,~,~!.:'D V'TSCOSIT¥ (S) .~.'~ .',.! D FI,U![.) I,,OSF, (C3) ~.'.UD. AT' I,IF.~,e--_U~Ei[''' TF, lu!pFF,',~,'I,"UP.'F f~,,T): ~'~U~ AT' Bo"fTO ~l..l~ PIf. TRA"r'-E AT (".iT)= vU9 F II, T~. AT~, CAKE A"t' 5(:0-,.4,23 1.21.5 02-i~tAR-94 130 03-~4AR-94 8 ~ 'l 5.. 222.q, .0 ~M~-.~A A M E- A A SGC-SA bO SGD-TAA SPAC-AA ~6 StupOR- AA 24 $~DX-AA 24 DI.,C- D 960 PLS-~ 975 SRE-D 776 8,500 22:].1 .0 222~ .0 7% KCL ll.2n 51.o 15~ .O O.208 0.!.33 0.338 6~.~ chlumberqer Al. asKa Computino Center 994 15: 0 ~ PAGe: 5~ TOO!, 8TIC~IN[; i~,t ~.AN'Y P!.,AC~:S, C~I.,!PER ~'A8 CLOSED i'{nbF I8 EXTPE~'~EI.,Y OVAL Ih! ~,~i~Y PI...,AC~TS ~[~ICH CAUSSJD CF~NTACT, VAI U DFFI T Ii ~',t T .., ,,, CM A. RCo AI.,,ASKA, ~'4C. Company ~?ame p"~ ~ I bDCA'T Field ~Tame W~' F!ORO ~ Well Name ApI~,', 50-~O]-20~()~.-00 APX Serial Number FL 2~,26' FNL & 1314' FWb ~leld Location S¢C~ 24 Section TOW~ l~b Townsh t p C.~ [.! ~,~ N~RT~.~ ~I..,0 PE County ST~ AI.,AS~ State or Province N~TX USA ~ation pDA~' .~:EA~ S~fi.a LEVE:L Perms~ent datum g~D VT o. Y~levat:~on ot Per~anent: Datum ADD ~'l; 42, ,Shove Permanent Datum EwB vT 42, Fllevat~on of Kelly ~usbinQ EPF rT 41,, Elevation o~ DerricK. Floor E~I., ~"1'.. u.., ~levatJon.... . of Ground Leve! Io ~are Verification l~,istJ, nq chlumberger Alaska Computi, no CeBter PAGE: 59 ** SET TYPE- C~'4,AN ~* '!D ORDa;'~ ~ [.,O(j TYPE CLASS b~Ol') Mi,IMB ~,t~p F]IaFTM CODE f[iEX) - ' 7; ~;7~ . - ~ ; ;; o D~PT .. 6 :!.O0 OeO O0 ~ 13 4 (~g 000000 ..0 $~ql,~'] Dbl~ (~H~','l~ 620321 '~(';~ 000 O0 0 13 1 1 4 68 0000000000 N,qFL Dbl, (3l,~a~,' 620321 O0 900 O0 0 !3 I I 4 6~ 0O00000000 3.525 0.022 SMNO.DT, b 4.472 NSFI...DL, I, !.003 MSFV,.BLY.., 0.937 0.237 ENI') [3~ nATA ** I$ ~a. De Ver..i..f..1. cet:!.on LJ, st.!nq chlumber(;~er A]ask'a.. Com[.),,.~t:Ir',~ Center 4-~P~-1994 15:0~] P A G E: 6O Curves and ].,oq heft(leT dat:,~, for each mass, tool st. rtnq, and run les. R T..'~ N t~,~ tl ~¢i F' T L F S i.; ~,~ ~v~ n R Y raps 3~25.~ W!M~: CT RCi. IT,~T I F~:W mOP POq'TN $'2[ OP DEPTH 3620.0 'rUIT~I.., 8T[~'T'?,,C f'i'.flP 'i'O n{jTT{'~Id) IlS Tape V~rtflcation l.,isttnm chlt]mherqer A].asKa Computtnq Center 4-aPP-! 994 t. 5: r~8 b $ APS-BA 10 !')R S-C 726 d$~-d '1931 8.5 0 2231 7% KC.L, ~1.20 51.0 8.8 !58.0 0.208 0.1 ] 3 0,338 65.0 65.0 65.0 TOO'r,, '""YPE (EP!TF!EPi',,i&L OP l'~ ~TPIX: ~A'.I'p I X HOI..F. CORRI;';Cq"ION (T~4): .q A N [) S T 0 i~ 1~ n,{)rlL, 5TANDr"[,'F fi.N) ~E.qARKS: 'I~'Ti~;D li~:T(.:~ Rlf~,~? t'~i..IA[_, I..,A'".FERf3!,~OG DATED Y~ARCH-03-1904. i.,iOT H~L,F Cf')r~RVCmI~iD BIIF~ TO .$~FTwAR~ BUG. F[,!JID DP~.~SImY = 1.0 G/CC. PULLED TIGHT [lN MA, I~'~ PISS AT 7~2o' ~,,~ADE Af,;OTHFk ATTV?,~P].' ACROSS THIS ZONE i.']n'l'AI~7' G{}nl.) D,ITA iqI~HOUT PUI,L!iNG. qNG8 IS SEvEREI,Y A~'F'~:(:WL~ UN~.fI, ~PP~OX, 75!0~ APS baT~ I8 ALSF~ s LIS FOPf'~.~ D~TA PA~E: 6!, T.~.Bf,E 'I.'YP[' ,. C[t:':t5 T! ! !,i 1' V A 1.~ L; f) P [-' '!' F~l ~': TLPCAT Field t!ame ~'~ FTOP[') ~2 Uel,1, r,'ame h°I~ 50-103-?0201-n0 APT Serial l'!umber ?ave Yert~J. cat'.ion !,.i. stt. nd chlVmber:_'.:er Alaska r,,OmPntJ~q Center 4-~PP-!994 15108 FL 2126' FN!., & 1314.' SEC? 24 R ~ ~ STA,~ N ~ T T U S A PDAT ~dEAN SEA L[~.~VE[.~ E ~:~ D F T f), EWB ~:'T 42, EDF ~'!' 41, EGL ~T 9, Wt. ol.d l..,ocation Sect io~ Towr~sh] p Cou~t.V State or Province Perma.~emt Elevati. o~ of Permanent Datum !,,o~ ~easured 'Fro~ ~ove Permanent Datu~ Elevatlo~ o~ Keil~ Elevat, to~ oi D~rri, ck Floor El, ev'atl, o~ o~ Ground Level r)e~th SurfaC ~."e~5i on l.~[~:,r;5 Thorl~.lm Concentration ~,~!GS Uranium Co~ce~trat. ion ~,~,~'o Forma*'i. on .... Potassi~m Con entrati, on ~,'~CS Borenole Pot'assium -NOS ~"ta~d. ard Camma . .......~) a, pS F~eao-Ti. me Corrected ~ear/Far Ratio ~Pg ~ea,J-':l.'~n',~ Corrected Fear/Array Rati. o ~Pa S.i~ma ~FS ~:eer e:r~it, herma! ~]etect:or Cou~trate ~PS rat ~;vlthermal t)et~ctor Coumtrate APg ~rraV-~ ~-~ear Eai. thermal Uetector Countrate ~a~ hrrav,~ ~':ear Emit. herma~ Detect.~r Cou~tra*e r ,.._ .:'. ....... ,.. aps ~rrav rdear Time Dtstrihuti. om ,:cquisitio~ rtme ~PS hrrav ~'ar Time !')!.strj..to:~tto~ Icouisi. t:io~ Ti, me ,:PS Kpit. W. ermal ArraY Porosity l..imest, o~e IIncorrected ~,P~ rp~t. herma! array Porosity I imesto~e Corrected ~PS ~,:~t'.hermal Array Porosity Sanost. one Corrected ~, Fplt, her~,al ArraV Porosity Dolomite Corrected aFS ':at. rJ.x L'ifferemt.~a]. a. PS Standoff I,bg Bi.1].k t,~nsity },C>S ~ulk coer~s_ttV Cor'rection I,[)S ~u].k L)or~sity from Window 4 countrate T..,i'DSP.u~.K ~)~nsitv f~om Wi~do~' 3+4.+5 Countrate l.!)S ~'nha~ced ~3u.lk Debs!tV LDS t.onq Edve:cinc~ !t:llk [)e~s!tv PHOTOk:I,h~TP].C ~'hCTa.t{ Fqi..~." TI,iF: V'.A~ D~:TECTOR I,DS Short Spac]..n(~ a. coui. sJt~.on T,J. me IS Ta~e Vertf~.cat;lc)m List cblumberqer asKa Comp,.ti.r~q Cente. r 994 ! 5: 08 63 · OVRg I,DS Short: gPacln~ ~?verflo~ Cou~trate Ar'T!, LDS !.,onq 5nacinq Acquisi?ion Time OVa!, LD8 i.,onc~ $oacinq [)verfl, ow Countrate boar, ?.,[) $ ~a!iper D~'O !,OS Oe~si. tv Porosity mAmA FDI.;,~AT SPF~,CTF.T,'CAT!t3N PE:C[)RD ** SET '2 66 0 3 73 ~ 66 5 66 6 73 7 9 6 5 15 66 16 65 Hl~a ~,:C pr.,~,,. ~2032'! O0 OeO n0 0 !4 1 1 4 M~_ u~.~c PU 62037~ nt) 000 O0 n !4 I 1 4 H. CGo ~:~,~,C G~%o! a2o391 at) ()o0 O0 O ~4 1 ! 4 E~A~ ~,['S 62n37l nO tiao 0(3 O ~4 1 1 4 STO ~' ~,PS iN g20371 n0 00('i 0O 0 14 ! 1 4 $1GV !PS C~ &203~1 t)t) 9oo o() 0 !4 1 1 4 6~ 6~ 6g 6B 6~ 6~ 6~ O00000000O OOOOO00000 gOOnO00000 0000000000 OOOOoOO000 O0000oO000 00000o0000 0009000000 IS Tsne VerifJ.,cetlon chlumberuer AlasK-a ComputJno Center 4-~P~-199~ 15:08 64 A~gC ,PS CPS 6z0321 O0 0o. A~EC AP$ CPS 62037i 00 A1EP APS CPS 62o3~! 00 000 00 AgE~ APS C~$ 6203~l OO 0CO A~NT APS 5 62n3~1 0 A'r F · A P S 8 a 203 P 1 01,1 () 00 00 0 !. 4: 1 A ~LC aPS p~,! &203~1 A~SC ~Ps PU 6'203~ ! 00 0o0 AmDC APS pU 6203~1 0o 000 00 0 14 I. a~I~' bPS P~ 620371 STP~ bPS p!! 6203~1 O0 000 O0 o 14 R~tO~'~ !.~gS G/C3 620391 00 ()00 00 0 !4 1 D~H !,~!)S G/C3 a20321 00 000 O0 0 14 1 R~;~Sa r,DS G/C3 6203~1 o0 000 aus3 LI3.$ G/C3 6203'21 O0 0o0 00 0 14 Nc'HR l.,[')S G/C3 620371 O0 OOO 00 0 t4 1 R ~L I, DS G/C3 62o32! ACTS L[)S S 62o391 O0 000 00 0 !4 OVPS l., I) S C 1'-~ f~ 620321 0() 000 00 0 LeAL !.,, D a IN 6203~1 O0 O00 n0 0 O ~ O ~., P S P U ~ 2 o 3 ? ! 00 000 O 0 0 N ~ P ~ t., D S p U 6 '20 3 ~ 1 o o 0 o o 00 o 1, 4 1 I 4 69 00()0000a00 1 4 69 0000000000 1 4 6~ 0000000000 I 4 6~ 0000000000 I 4 68 0000000o00 1 4 68 0000000000 1, 4 68 0000O00000 1, 4 68 0000000000 1 4 6~ 0000000000 1 4 68 0000000000 I 4 6~ 0000000000 i 4, 6~ 000o000000 1 4 68 0000000000 1. 4 68 0000(!00000 ! 4 69 0000000000 1 4 68 0000000000 i 4 6~ 0000000000 ! 4 68 0000000000 :t 4 68 0000000000 1 4 6~ 000O000000 I 4 69 O000000000 1 4 6~ 0000OO0000 i 4 68 OOO0000000 1 4 6g 0000000000 I 4 t,~ 0000000O00 m.~mmmm.mmmmmmmmm.mmmmmm.m~mmmmmmmmmmmmm! ** D.ITA qF'g. ~.!;~G 1. 438 FIt','~4K. ~NG -o99. 250 E~F'~. ~ PS 5.1 ~2 Fi~,~a R. A~$ O. 91. 0 A¥[{C. a PS tlO~ 4. un9 [F'F:C. AP5 0 ! 6. OOO ~ . ~, , ~ . - -. ~ · ~ . .A~SC. ~ PS 45.7 2 ~ ~,'i.'P('~. A°8 44. 945 N~Nn . ~.,[J S -9Q9.259 RUb. Lr)$ -099. ~50 PPSS. LDS 9~q. {){)(.~ OVP3. bPS 7~. oO0 LCAT,. LOS 10. 300 DD;], L, n5 -99o. ~50 EWF~. ~ PS 5. ~5 ~1 wi~ a R. APS O. fl ~5 A~!E~. aP5 !940. ~0~ &F~C. ~v5 792. ~0O ATh'T.APS 1.250 .I'I'VT.AmS ] .0O0 APSe. a PS 3a. 799 APUC. AP5 33. 766 RUf.~v. l,;hg 2. 243 9ord. l,~S -0. 005 NDHP. !,1.) S 2,229 ~t,. i.,DS ~. 247 HTHO. i. tNG 16.566 H I.I R/~.. ',-t r.l ~ HSGR. N~JG 97.005 HCGR.HNG STOl'. A~5 1.621 SI'GP. aPS Ai~P.APS 2132.000 A2E~..~PS APT.,d. APS 40.227 A Pl..,C. lP8 MD!F.APS 29.580 STP~. hP,q PHS4.hPS -990.~50 nEFL.BDS -090.250 ACTS.T,DS ~CWb. t,r)S ~.250 r, IDPH. LDS -999. ~l'I4E). Ht!G 16.671 HURA. HNG 'qSGR. ;tNG 115.206 HCGR..U. NG STf~F'. AoS 0.1 42 $I. GV. APS ,~lgP. A~5 2303.~00 A2~;P.~PS APLU.A=S 34.451 APLC.~PS ~hS4. [.,95 2.264 RHS3.[,DS DgFl,,. LD5 3.066 ACTS.I,DS 5.037 77.997 31.803 40.243 82.91.0 -909.250 0,250 32.000 4 949 73:266 27.350 2240.800 34.966 43,820 2.255 1.000 IS Tane Ver.~ficat~on List, thC cbluF~herqer Alaska Compt,!t~,,.,~C Center 4-APR,,,] 994 15:08 66 Oi:'}O ACTb.bDS 1 000 OVRL o LOS PAGE: 46,000 65 **** F.ThE v't< g ,I LEv, VK~'$IOt~ : O0~CO1 D~TF : 04t0,~:t 4 FILm TYrE ~ t,O B~ST FI~E FILE NA?'~E ,', E!,::)IT . Ot 5 SERVICE : FLIC VmRSIO~ : OO~.C01 ~,X REC SIZE L~S~' FiLE Curves 8nd 1o~.~ header data for each mass, tool, str!na, add run in separate les, RUN i~.i!!!~'~P,E,P: P P~-S,c. NIJ',:t',~R: 1 Wt.i~ 7~95.0 aPS 7995.0 PATE: Lr~Gc;E~: ~D t_:O(:.;cEP (FI:'): 5C0-423 121 5 02-tx/~R-q 4 .t323 8400, n 8375.0 I$ Ta~e V~r]f~cation T~iStlno chlUmberger A !.asKa r~omp,~lti, na Center. 15:08 P A G E: 66 2228.0 7983.0 AP~ MINITP[)]~ ~,INTF:-F 4149 POW%TROD GA~.~A DETECT[]R PGD-K 38~2 G,AF{~MA SOURCE GSR-d !931 8,500 2231,0 2~2g.n 7% KCL ]1,20 51,n 8,8 15B.0 o.2oB 0,133 0,338 65.0 65.0 65.0 2.65 PE~'!hPKS: TTEn It,iT!2, NIi!~? Pl'~,[., LATFROLUG [:)ATE[.) Mh~Ci-l-03-1994. ~','n~_L' HOI.,K CO~'RFC,mEI) m.,l.JP' TI.)/;,_OFT',~ARF. BUG. ~LIIID gF'?4gI~'¥ : 1.0 G/CC. r2ul,i.~FL} Tit, biT (]~T ~,~AIN P~-SS AT -/~2n' ~'~AP?7 A~:::_IT~iFR ATTF:.'~PT ACRrlS8 THIS ZBNE TO A~r['[rCTF~/'~ ~i',~T[[., ApD~("X, 7510' APS I')A~'~ IS ~t,SO S IS var'e Verif!cati, om Li,,st'Ino chlumberper .a.l. aska Co~put:In,.~ Center PAGE~ 67 C~ ARCO A.h!SKA, I?iC. Company ~ame F~ ~,~: !.L, 9C a T Field Na~e - ~-9c" , . ,,,er FL 2126' FNL &, ~.~14' F~.~L, F'ield Locatiorl oecti on 5~C~ 2 4 ~ COUW ,NORTH SLOPE County STaT A!.ASKA State or Province PDAT .~,!~AN SEA I,EV'EI, Permanent datum i]F: ~ D ["I:" O. [.:~ i e v a t. t o n o i P er m a me n t D a tu F RKb !,O0 Measured From AOD ~T 4P, .Above Permanent Datum E~B ""T 4~, [levoti, on o~ Kel].~ Bu~hinO E~F ~'~" 41, levatlon of Oerr ck Floor 'E~I 9 levat i G nd 1 ~...... ~'T . E ..... on of rou Leve . Deoth Surface mension l.,~;.c, 5 Thorium Concentration !4~!G,5 U'raDium Conce,tration r.,NGS Formation Pot. assi~]m Concentratior% ,~C5 ~oreho.l+- Potassium ConceDtration ~Pg Pead-Tfm~ Corroct'e4 ~ear/Far aatlo Dead-Time Corrected ~'ear/array IDS ~iama ~orraat. io~ APg ~eer Eoit'i'~erma]. Detector Couptrate ,~ps ~ar ,'pi. ther~z, al [~et~ctor Countrate lpg ~,rraV-! ',~ear E~itnez~mal Detector Cou~trate ~P8 ~rrav-? ~.,ear EpithCrmal ~etector Countrate ADS Arrav r~ear Tir~e ~istributio~ Acquisition Ti. me bPS array ~'ar Time L)?stributio~ ~cquis~tio~ Ti~e ~PS ~pJthermal Arrew Porosity I,i~estone ~ncorrecte~ ~pS W~It~ern~sl Array porosity Li~eston~ Corrected ,~PS rD~tbermal Arrav Porosity Sandstone Corrected ~g =~r,!therm~l Array Porosity Dolomite Corrected nPS vstrix ~)jf.~erent. ta! ~PS St. an. dof~ Porosity I,[)S q~]lk Oe~sity !,Da nul.< nonsity Correcti. on c~lUmberq~r Al, as~a C. omrut~n~ Cent:er 4-APP-1994 15:08 ....... ,,-, ulk D s V ~ om Windo~ 4, CoUnt, ate 2~'.,~83 LD8 BuT!.K bensitv i'ro~ Wlndo~ 3+4+5 Countrate N'PH~ LDS Er~hanced .fiulk, Pensity Rt'~L l,b8 Lono L~pacJ. nq Bulk PensJ. tV PeFT... P}!NTnET~ECT~:),:~ FACTOR FF'O~ THE FA~ DETECTOR ACTS LDS Short: Spacinq Ac~u~sit!o~ Time P~8.s ~oi,.sso~s ~4atto for i,:)TSS OVRS t,l)g Short Spac~.,n~ ,"~verfl, ow Cc, untrat, e ~CT~, L[.)$ t,o~g 5naei. nq Aeq.i, sition "rime O'VRL t,DS [.,on~ St)acing Uverf, low Countrato bO ~l., t~l,)8 Ca,! i~er O~[,l LDS Densj. tv Porosity NOp~ L[,)S ~n~anced Density Poros~,,ty PAGE: 68 ~i$ wa~e VerJ..,i.ication l,ist:Ino ;chlumberqer A!..$$.i<a Computir~o Center ~-~,PR-1 994 15:08 69 n. 8 H ~ . ~,~' 20 STO~ APS iN S ~ (';,~ APS CI~ 6203~I AWgC rips CVS ~,203o.1 A~E~ ~PS C:o 620321 .... ' O ,,~ ~ ATNT ~PS ~ 620321 A ~ F ~ A P ~ . o ~ 6203~I ........ AP~C ?,PS PU 620321 A~SC APS P!~ ~203~1 A~DC A. PS PU 6203~! ~'~' · ~ [w ~.P8 !7t~ 620371 R~Ou LD,S G/C3 620 D ~H !,!')S GIC3 62r~ N=HR I.,DS G f (,7 ,l R~L LDS G/C3 ~CT8 t. DS $ 620 P~S~ ~, ~':) S 620 OVRS [.,DS CPS OVRt, LDS CPS 1.., C A ~L t.3 S 1 D ~ [) L. D 8 p !; N~P~'T LDS PU OR,nF, R ~ hO'(; TYPE Cb~.85 3 ? 1 00 O 0 0 00 00 000 00 00 000 00 o 0 0 n 0 00 00 000 00 00 000 00 0 O (il) 00 00 n 0 000 0 C' 321 00 000 0 () ,321 00 0 O 0 00 321 O0 000 O0 3 ~ 1, o 0 00 ~) o 0 321 O0 000 00 3 P ! 00 0 C) 0 o 0 321 o0 oo0 00 .32 ! o 0 000 o 0 32 ! O0 000 no 3 ? 1 00 000 00 321 OO 000 n(.) 3 ~ 1 O 0 000 00 62n321 ()0 gOO O0 ~20321 OO (;0o O0 ~203~1, O0 OOO O0 ~2n3~t O0 000 O0 '"'rg'"rn ...... I '"'"'"",,'"',',',,,'""4. o. 0 000 1 5 1 1 4 68 00C) 0000000 !. 5 1 ! 4 6~ 0~00000000 ~ 5 I 1 4 68 0000000000 ! 5 1 1 4 6a 0000000000 .11.5 I i 4 68 0000000000 ~ 5 1 i 4. 68 0000000000 1,5 ,1 1. 4 68 0000000000 .1. 5 1 l 4 68 0000000000 !. 5 1 I 4 68 O00O000000 1. 5 1. 1 4. (5 ~ 0000000000 1,5 1. 1 4 68 0000000000 ! 5 1 1 4 68 0000000000 ! 5 1 1 4 6~ 0000000000 ~5 1 I 4 6a 0000000o00 15 ! t 4 68. 0000000000 15 1 I 4 6~ ()000000000 ~5 I 1 4 68 0000000000 ~ 5 i 1 4 68 0000000000 ~ 5 1 ! 4 6~ 0000000000 15 1 I 4 6~ 0000000000 J5 I. 1 4 69 0000000000 15 1. 1 4 68 O00000000n 15 1 i 4 6~. 0000000000 '! 5 1 1 4 6~ 0000000000 !. 5 I, 1 4 6~ 000000000~ ,~. 5 1. 1 4 6~ 0000000000 I 5 l 1 4 6~ O00OO00nOO ~,. 5 l i 4 68 0000000000 ! 5 .~ 1 4 ~8 00OO000000 ~, 5 1 1 4 68 0000000OO0 !.5 1 1 4 68 0000000000 t5 1 1 4 68 OOOOOO0000 ** [,AT/t, ** 3600.000 F,T;~O. H~rG 96.120 i.iUR A. H,'4C -99o,250 tlSaR.HNG 72n.495 HCGR. F~i~G 0,687 STOF,.A~8 0.326 $IGF.APS 1292.00o AiEP.APS 3116.000 A2EP.APS 0.~50 AP[.U.APS 17.797 API, C. APS 14.797 ,DIF.APS lP.204 STPH.AP$ -~9~.250 PHS4.bDS -99~.250 RNSI.LO8 -qgq.250 P~]F[,. LD8 -q99.~50 ACTS.[,DS 40.000 ACTL.~DS 0.250 OV ~' T.. T,[)8 -09°.~0 NI')PH. [jD6 -q99.~50 81.536 lg7.156 6,0BO 3216.000 !6.212 28.918 -999.250 0.250 16,000 IS Tame 'ver.!flcation chlumberqer AlasKa Compl!ti.r~¢Y Cent, er 4-APR-!9g4 15:08 5005.000 HT~O.:HNG 807.200 ~ . gO0 ~PI,,U. APE 32. ~,36 MI)IF. APS O. 009 ~,~$4. bD8 66.400 2 ~, ~97 NDPH. L~S 13.736 109 054 0:714 2211.000 32.997 36.160 2.24~ 4.1 30 I, 250 16. 045 PAGE: 70 5.512 68.797 37.315 2297,000 ]3.492 ~9,056 2.266 1.250 35'200 SERVICE; D ~ T[c F I I',,, ~ T y SERVICE : PL, I' C VFRSIO¢i : o01CO1 D~T~ ~ 94./04/ ~,'X kEC 5TZ~ : ]024 Curves at~d 1o~ header data ~ S r 231 n. 0 H~AnE? ODen hole STOP DEPTh run into casino. 1 3-,FEa-9,4 5C0-423 220o 1..2.-FEB-9 4 IS Tane Ver!.f:~cat:~,on chlumberqer A]l. as~<a Cc, mput!n~ Center ~-A~-~994 15:08 S b a G C t).3, q. S C ~, S ! ~,<TTD TYPE: ~',~' 11 D VISCOSITY FLL1YD bOSs (C3) ~v~UD FILTP~ 425 8375.0 222g.0 832o,n ! 3-FEB-94 8 50O 2228.0 7% KCb 1,1.20 5,!., 0 0,208 65.0 0.133 65.0 0,338 65.0 h: E U ':I'D 0 N m [31'1 '[, :',! ~ :I'~ I X -' !-'~ t5.7iN I X HOb~ rTOPRFCm.I.n.i,~ (IN): T[lg.L STB~fDf~.~F [Z~:): PE;,~APKS: SnL:T._C P~i ~,,~ITH 1.5" Sm~::[,r!FFS .[.','OR CKF:TF:~D!Z&T~,ON bis FOR~AT DATA PAGE: 71 TYPE : CONS Cf? hPC¢ ALASKA, ~.,JC. Company Fame F'[, ¢,t T I,DC hT Flel~ ~;ame W',' FIt)PI; ~2 ~ell A~iF~ 50-~. (.~3-20901 -0() ~pI Serial Fl. 2126' F'~;I., & 1314' F::;b Vield f,ocation I ..... Tape Veri.~ication List],no cblumberqer A!ask:a Com[:utIno Center 15:08 PAGEt 72 A !, 0 D E F I Sect: ion ;',~ Township Range R T ~ ~ l., (] P E C 0 tl n t': Y ,~8b,~ 8t:at:e or Province A Nation A~] S.6A bEv'E!,., Permanent datum Elevate, on o~ Permanent Datll~l] t, oa ~,~easure~ From ~ove Permanent Oat. um ~?leva't,i, on of Kelly Brushing ~levatio, o[ Derrick Floor F!evat~,on oi (;round Level DEPT Pe~th Dm4P DTRo C~R~ MTE~ Sqrface Tension ~ead ~bP Re~ist, iv!.tV ~ua memperature ~PT-Correct. ea Camma Pay DATA 15 Tane VerJt!c~tton LlSt, inr.~ chlum~er~er Ata~k.~ CO~pUtir"~ Center 15:08 P A ,,:, E: 73 3 ¢, 6 ('~ t ~ 6.',) 15 6b :!., 6 66 0 6 6 1 ** ,SET T~fP DT4P PTE US/~,' 620 DT4~ !~ OSIF 620 OTR~ PTE UStF 620 D~R~ TT~ US/~r 620 T~N~ DST LE 620 ~'RES [)ST' O}';!~'~,~620 V C ..... APl ~PT AOI ~PI FII, E , NUmB SIZE R~:pR pROC.,SS '[7"' ....... '"'"" ........ ........... "' .... "" 3 o0 000 00 0 16 i. ' 4 68 0P000000 0 321 O0 000 O0 0 ~6 1 1 4 6e O00000OO00 32~ O0 000 O0 0 16 1 ! 4 69 0000000000 3~1,, O0 OOO O0 0 !,6 1 1 4 6~ 0800000000 321 O0 OOO O0 0 16 1 I 4 6~ O000000OO0 3~1 O0 000 O0 0 !6 1 I 4 6~ O000000OO0 321 O0 000 O0 0 !6 1 1 4 69 0000000000 321 O0 000 O0 0 1 6 1 1 4 68 00000~0000 321 O0 OeO O0 0 16 1 I 4 6¢~ 0000000000 371 nO OmO O0 0 16 1 I 4 6e 0000000000 371 O0 000 09 0 !6 1 t 4 68 0000000000 , * [) A ~!" A * * D g P T. 231 t.). t~ fl 0 D~'Rp . ITP -95-~9. ~inE~. DST (.~. I. !9 D.~'PT, 1 ! 5 ~ PST n 1.35 · ..~- ~, . ~ , -999.250 659.647 -999.250 1241.498 Tape V~r.~:flicat. ion List]n{] chlumberq~r A].a$~a Co~'pt]tino Center 15:08 74
