Department of Commerce, Community, and Economic Development
Alaska Oil and Gas Conservation
Commission
HOME
EVENTS
DATA
Data List
Drilling
Production
Orders
Data Miner
Document Search
REPORTS
Reports and Charts
Pool Statistics
FORMS
LINKS
Links
Test Notification
Data Requests
Regulations
Industry Guidance Bulletins
How to Apply
ABOUT US
History
Staff
HELP
Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
194-171
• /94f-i7/ 0% 5 rl- ono oPhillips TRANSMITTAL FROM: Sandra D. Lemke, ATO3-0346 TO: Meredith Guhl ConocoPhillips Alaska, Inc. AOGCC P.O. Box 100360 333 W. 7th Ave., Suite 100 Anchorage AK 99510-0360 Anchorage, Alaska 99501 RE: Fiord 3 DATE: 12/15/2015 Transmitted: North Slope, Alaska Fiord 3, PTD 194-171 1 digital .tif file Fiord 3- Formation Micro Scanner, Schlumberger, 02APR95; 5990-7010' md, Run 1 Please promptly sign, scan and return electronically to Sandra.D.Lemke(a Conocoph/ilios.com CC: Fiord 3 transmittal folder, production well files, eSearch Approver: Renee Hannon, Onshore Manager, COPA, 12/15/2015 RECEIVED DEC 1 6 2015 Receipt: Date: • AOGCC f GIS-Technical Data Management I ConocoPhillips I Anchorage, Alaska I Ph: 907.265.6947 Pages NOT Scanned in this Well History File XHVZE This page identifies those items that were not scanned during the initial scanning project. They are available in the original file and viewable by direct inspection. / (~ L/._. //"'// File Number of Well History File PAGES TO DELETE RESCAN Color items-Pages: ~/ //-7/~?/~/~ /(/F Grayscale, halftones, pictures, graphs, charts - Pages: ~ Poor Quality Original - Pages: Other - Pages: DIGITAL DATA n Diskettes, No. n Other, No/Type OVERSIZED Logs of various kinds Other Complete COMMENTS: Scanned bY~//~e~ve~dYDianna TO RE-SCAN Notes: Vincent Nathan Lowell Re-Scanned by: Bevedy Dia.na Vincent ~)Lowell Date: ~/--.~ /si ,~ TONY KNOWLES, GOP~RNOR DEPT. OF NATURAL RESOURCES DIVISION OF OIL AND C~4S STATE OF ALASKA DIVISION OF OEL & GAS 3601 C ST STE 1380 ANCHORAGE, AK 99503-5948 December 26, 1996 D. W. Johnston, Chairman, AOGCC Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 9950 J -3192 Subject: Release of ARCed Bergshrund #1 Dear Commissioner Johnston: ~CO_~MM COMM RES ENG . ~ SR ENG NRC On February 28, 1996 following a showing by ARCO, I determined that Fiord #2 and Bergshrund #1 contained information significant to the valuation of acreage included in State Oil and Gas Lease Sale 86A. I granted extended confidentiality for these wells until 90 days following Sale 86A. Th~s sale was held on October i, 1996 and the affected acreage was of/bred for lease at that time. Therefore, Bergshrund #1 and Fio.'.'d #2 no longer qualify for extended confidentiality and the well data should be released on December 30, 1996. By copy of this letter I am notifying ARCO Alaska Inc. of the upcoming release of these wells. / Kenneth A. Boyd Director cc: David Sutter, Land Manager, ARCO Alaska Inc. RECEIVED DEC 2 7 1995 Naska 011 & Gas Cons. Commission Anchorage 'i 9L!.'-"i7 i DRY DZTCH 9 -!4. - 'i -/ i 802 6 g 92 A .[ T/" 0 S 3:;/' L. C, 1" 'i ~::~ 5 / S 'J20 -- 7r320 SS :Jig32 ()~';/" 0 !:i/' 94 .... i 7 'J o 4 .... I '? 1 !--34---- i 7 i .....4~ 25.8 I -'--6 '? 59 9 ~:l ll~l 17 'i F r", R M A T ;.,r. O N g4---I 7i ~T/'F'+S ,eoJo~:ca i Hatar"'i'ais Inve. i, ~..r"y .! F' E R i',i I T [:) ATA 'f' D A 'r',a .... [-:' l., !..i s () b / 2 2!:: / o ,':: , .~." .2 9h.-,-'i7'i WIT/ I 'RE'SOLUTZON L.. 1800 .... 7000 g 4 -- 'I 71 9 ~¢ -'- '1'? '/ ~/'EWRZr/(:NO/SFD L. I00-~7030 TV.D Ar'e dr'y di:tch samples r'equir'eci'? ~_no Was the wei i cor'ed"~ yes ~~anai,/sis '* 1 Ai~ci r"eCe:l ved%' ~ d e s c r' 'i-p4:.-'~<)n ~ e 'i: v e ct ? (.]5/23/g 5 05 / 23 / 95 [.) !:i,/ '1 'i / g 5 05/'l 'l/g5 06 / 'i ~S /-95 06 / 'i 5 / g 5 06/''i ''~ '95 . . ,~:, / , 0 iS / '15/" 95 A r' e we i i Wei i C C, H H E N T S il ARCO Fiord #3 API #: 50-103-20210-00 Location: WKE 93-25, sp. 1340 ASP: x=408,603 y=5,985,103 zone:4 Lat.: 70.369014 N Long: 150.742713 W S/T/R: 1274' FNL, 1334' FEL, sec 25,T12N,R5E Elevation: G.L. =14' K.B. = 48' Geological Tops: Base Permafrost Top West Sak Top Albian/Cenomainan Top Albian B Top Albian C K-1 LCU Top Jurassic J-4 Nuiqsut Total Depth (driller) MD 1120' 1252' -1204' 4066' -4018' 5568' -5520' 5931' -5883' 6328' -6280' 6483' -6435' 6590' -6542' 6731' -6683' 6927' -6879' 7030' -6982' SS -1072' Conventional Cores: none Logging Runs: Run # 1 (1800'-6994' MD): Run #2 (2581'-6759' MD): Run #3 (6201'-6778' MD): Run #4 (1800'-6983' MD): Run #5 (1800'-7000' MD): Run #6 (5990'-7010' MD): AIT/LDT/CNTG/GR/SP RFT MSCT/GR DSI/GR VSP FMS MWD gamma ray/resistivity: surface to TD MWD neutron/density: 6740' MD to TD Mudlog: surface to TD Sidewall Cores: Rotary (6201'-6778' MD): shot 25, recovered 25 Pressures were taken from 2581'-6759' MD and a sample at 6744' MD. ARCO Alaska, In. Post Of. ftc. .~x 1O0360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 Mark Mc Derrnott Exploraf~n Computer Serve'es ATO 1328 907-265-6394 Fax #: 907-265.1608 e-mail: markmcde~ai~:o.corn March 28, I996 Howard Oakland Alaska Oil & Gas Conservation Comission 3001 Pcrrcupinc Dr. Anchorage, Alaska 99501 tLE: Fiord #3 & #3A Formaaon To s In response to your telephone request today, I am cnclosing the request~ dam for the Fiord #3 & #3A wells. Please remm a signed copy of this letter to acknowledge receipt. Senior Exploration Systems Analyst Enclosures: Two Completion Summafi~ R&.~ived State of Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive /mchorage AK 99501-3192 The Oil and Gas Conservation Commission will release cmdldential data to authorized state employees of the Department of Natural Resources, Division of Oil and Gas (DNR/DOG). All data is to be copied and inventoried. These copies and inventory are given to the DN1L/DOG employee. The DNR/DOG employee is then responsible for the data as it leaves the premises. Well Pej~it Number ,., Well Name "item ' Pages Con~nent .. Form 407 3 '~ ,--c[~~ PTD ~2~' ~onnation Picks Daily well opermio~ - ' c°reanalysis )H ,~~. ~~'.~~ ~W~~ Core des~ption Production tegs(OSTs) , , [ ,,Digital data , ., Well log Run # Intervals _Scale, ~Conunents .. ~, , I-, , , I , ~ii-~e unders~NR/,~OO employee hereby accepts Print name iI ,v-,. ~--Yd~&~2) ' Sign AOGCC md/p_~e sip3~ belo~.~/' ~ Today's date: PLGGING & LOCATION CLEARANCE REPORT State of Alaska PTD No, Lease Memorandum To File: API No. Well Name Opera tot Abnd Date Spud: .~./~3/)J~, TD: Note casing size, wt, depth, cmt vol, & procedure. / Long Csg: Liner: Perf intervals - tops: Review the well file, and comment on plugging, well head status, and location clearance - provide loc. clear, code. ~lug.: ~o ~o. -609. o. ~5--o -Z~[57 ~ 2~c~c~ - Well head cut off: Marker post or plate: Location Clearance: Code rom at A\gen\lc-apfm, revSt24/95 TO: DATE: ARCO Alaska, Inc. AtlanticRichfieldCompany Alaska Oil & Gas Consveration Commission Attn.: Robert P. Crandall 3001 Porcupine Dr. Anchorage Alaska 99501 FROM: June 9, 1995 Ms. Kelli A. Thibodeau ATO-1466 ARCO Alaska, Inc. 700 G. Street Anchorage, Alaska 99510 (907) 265-6240 Transmitted herewith is the followinq data: LOGS: I Sepia Copy Displayed by SPERRY SUN: . . Fiord 3 '-~ //MD 2" & 5" Dual Gamma Ray Electromagnetic Wave Resistivity Compensated Neutron Porosity Simultaneous Formation Density (DGR EWR4 CN0 SFD) TVD 2" & 5" Dual Gamma Ray Electromagnetic Wave Resistivity Compensated Neutron Porosity Simultaneous Formation Density (DGR EWR4 CN0 SFD) Fiord 3A MD 2" & 5" Dual Gamma Ray Electromagnetic Wave Resistivity Compensated Neutron Porosity Simultaneous Formation Density (DGR EWR4 CN0 SFD) Z~ TVD 2" & 5" Dual Gamma Ray Electromagnetic Wave Resistivity Compensated Neutron Porosity Simultaneous Formation Density (DGR EWR4 CN0 SFD) I Blueline Copy Displayed by SPERRY SUN · Fiord 3 MD 2" & 5" Dual Gamma Ray Electromagnetic Wave Resistivity Compensated Neutron Porosity Simultaneous Formation Density (DGR EWR4 CN0 SFD) TVD 2" & 5" Dual Gamma Ray Electromagnetic Wave Resistivity Compensated' Neutron Porosity Simultaneous Formation Density (DGR EWR4 CN0 SFD) Fiord 3A MD 2" & 5" Dual Gamma Ray Electromagnetic Wave Resistivity Compensated Neutron Porosity Simultaneous Formation Density (DGR EWR4 CN0 SFD) TVD 2" & 5" Dual Gamma Ray Electromagnetic Wave Resistivity Compensated Neutron Porosity Simultaneous Formation Density (DGR EWR4 CN0 SFD) RECEIVED JUN 15 t995 ~ , Alaska Oil & Gas Cons. Commission I OF 2 Anchorage ARCO Alaska, Inc. AtlanticRichfieldCompany TO' Alaska Oil & Gas Consveration Commission FROM: Attn.' Robert P. Crandall 3001 Porcupine Dr. Anchorage Alaska 99501 DATE: June 9, 1995 Ms. Kelli A. Thibodeau ATO-1466 ARCO Alaska, Inc. 700 G. Street Anchorage, Alaska 99510 (907) 265-6240 Transmitted herewith is the followinq data: REPORTS: ' ..... ~~t~l~ ~ep°rt as Displayed by Sperw Sun Fiord 3A MWD End of Well Report as Displayed by Sperry Sun TAPES: Fiord 3 I Open Reel 6" MPT GRC EWR CNP SFD ROP dated 5/30/95 J 1 Lis Verification Report I Open Reel 6" MPT GRC EWR CNP SFD ROP dated 5/30/95 I Lis Verification Report if you have any questions pleaSe call me at (907) 265-6240. Kelli RETURN SIGNED COPY TO: ARCO Alaska, Inc. Attn.: Ms. Kelli A. Thibodeau-ATO-1466 ' 700 G. Street Anchorage, Alaska 99510-0360 (907) 265-6240 RECEIVED Received by: DATE: JUN 1 5 1995 Alaska 011 & Gas Cons. Commission 2OF2 Approved for transmittal by: F. M. Honeycutt Manager, North Alaska Exploration El R I !-- I-- I IM G SERVIIZIEc~ MWD End of Well Report for ARCO ALASKA INC. Rig ' POOL RIG 6 Well · FIORD//3 (WILDCAT) Field ' WESTERN COLVILLE EXPLORATION Country' USA Job No.: AK~MM-95314 Date : 31-MAR~95 ORIGINAL IVIWD End of Well Report Contents . 2. 3. 4. 5. General Information Operational Overview Summary of MWD Runs Bitrun Summaries Survey Data AK-MM-95314 MWD End of Well Report 1Joda~l IlaAA jo pu3 GAAIAI uo!lum~ojuI ImOUOD : 'I uo!looS General Information Company Rig Well Field Country Sperry-Sun job number Job start date Job end date North reference Declination Dip angle Total magnetic field Date of magnetic data Wellhead coordinates N Wellhead coordinates E Vert. section direction MWD Engineers Company Representatives Company Geologists ARCO ALASKA INC. POOL RIG 6 FIORD//3 (WILDCAT) WESTERN COLVILLE EXPLORATION USA AK-MM-95314 20-MAR-95 31-MAR-95 TRUE 28.1 80.4 57200.00 23-MAR-95 1274 FNL 1333 FEL S22 T12N R5E 0.0 MEL GABEL FERGUS TAIT DAVE BUMGARNER DON McKELVEY Engineering units used: Depth / length : OD / ID : Temperature : Flow Rate : Pressure : Weight on bit : Mud Weight : feet inches deg. F galls/min psi lbs (1000s) PPg Viscosity : PV : YP : Chlorides : Fluid loss : Casing weight : sec/quart mPa.s lb/(100 sq.ft.) ppm ml (cc.) lbs/ft AK-MM-95314 MWD End of Well Report ::l. Jode)::l IlaAA J.o pu3 G/V~IA! '~.s'~6-~-'~v A~O!^:[O~0 IrUO!lmodo : uo!looS Operational Overview CREW AND EQUIPMENT WERE CALLED OUT ON MARCH-20-95, TO RIG UP FOR THE FIORD #3 WELL ON ARCO's WESTERN COLVILLE RIVER EXPLORATION LEASE. FULL SERVICE LOGGING WAS D-NDERT~EN FROM THE CONDUCTOR TO TD. MWD RUN 0100 STARTED AT THE BASE OF THE CONDUCTOR TO 1830' MD. MWD TOOLS UTILIZED; DIR/GA14F~A RAY/PHASE 4 RESISTIVITY. 9 5/8" CASING RUN TO 1805'MD. MWD RUN 0200 STARTED AT 1830' MD TO 6001'MD. MWD TOOLS UTILIZED; DIR/GA/~4A RAY/PHASE 4 RESISTIVITY. POOH TO CF~%NGE BF~A. MWD RUN 0300 STARTED AT 6001' MD TO TD, 7030' MD. ~ TOOLS UTILIZED; DIR/GA/4/4A RAY/PHASE 4 RESISTIVITY/COMPENSATED NEUTRON POROSITY/DUAL SIMDLTANEOUS FORMATION DENSITY. POOH TO RUN WIRELINE. DATE OF TD, MARCH 30, 1995. AK-MM-95314 MWD Fnd of Well Report :),.~odebl Ile/V'~ j.o pu=i Q/'V~IA! t,~.~:,~6-wv~-'~v sun}{ (~A~IAI ~o ,~unun$ : uo!looS · Summary of MWD runs sper, r-,~j-sun DRILLING SERVICES MWD Bit Hole MWD Run No. Size Sensors O1 1 02 2 03 2RR 12.25 DIR-FE 8.50 DIR-FE 8.50 DIR-FE-NUKE Start End Drill/Wipe Run Start Run End BRT Oper. Circ. Max. Depth Depth Distance Time Date Time Date Hours Hours Hours Temp. 100.0 1830.0 1730.0 08:39 23-MAR-95 03:37 25-MAR-95 42.97 43.13 7.47 77.0 1830.0· "'6001.]0:~'~:~:~i~:]~7~t~i0. ~1~i~3~!26~~]~!i~?~?~2i~i~`~9~?~8~i~i~]]~7~:~2 63.32 92.0 · · .. :, '.' : , ':.i:.:]'":": · :' .,' '..,. 'q.;':>zT · :;,i..::,],::,¥.~ .:,<~;':: :],::.]:,i.,:,::..,z~:iz,.:¥:.i :.i ]:]: >L].'.¥->i:,;'- 'El :.: ..;~:,1..;':' ..~ ..: .'.., :'.T [ .. ': ..:.:': :.]'. ~ : :, .':i ' 6001.0 7030.0 1029.0 14:01 29-MAR-95 18:50 30-MAR-95 28.82 29.08 7.00 114.0 ... ?ii:Si'.,'.i :ii".iii:i!!i.i:.ii,'i::::i::i!ii!.ii,iii:ii ii~:i~~ii~~iiii!i!~i~~`i!ii~iiiiiii!iii!iii!ii!~~~:~i.!ii:!ii:i::i!ii!i!~iiiii!i~ · · AK-MM-953~4 TOTALS --> 6930.0 140.29 142.23 77.79 0 0 Service Trip for Failure Interrupt MWD Type Section e : Bitrun Summaries AK-MM-95314 MWD End of Well Report ~.Jodehl IleAA ~0 puq G/V~IAi ~7tss6-tN~-~¥ 0 / 0 :%ooH/&H 0 / 0 :%o~/&~ aND 00I / 06 :%o~/&~ 00~ / 06 :%~oH/&~ 0 / OOZ :%~& ~ 5op O'LL : '~o& 'xs[ @oueuJJo~U@cl GAAIAI OSE'~I O0'I S~9'8 65'0~ S~9'8 6S'I~ 000'8 I~'~ OS~'EI 99'9 000'8 S8'6~ OS~'~I 86'~ 000'8 88'6~ 000'8 000'8 8S'I 000'8 66'65 000'8 ~9'~ 000'8 8~'0~ 000'8 S9'~ O00'S ~L'~OS 'N/1H H~ OZ ORIS~D .8/S 6 HO~ HOO6 'CD[ 0~8I Z~ G~ OZ ~IHG ',00I ~ ORIODO~ N%fO~ '~00~ A~IAI~SISHH ~ HSkrHa CLk[~ AkrH ~IJ~'~O ~ ~HHDIa S~,UaLUtUO3 qns ~ oseqd MMM 08'E : ~q o~ HD~ AeM ~mmeD IenG qns HOG ~oss~oo~d ~Ioqu~o~ qns NID 8DHD[S£Od : N/S qqH g6'9E : ~!q o~ Nd ~osuos ieuo!~oo~!G qns Nd I' ~' I ' ~ ' O qq~uarl ~uauodmoD 8 : o~otL9 8HdS££0d : N/S Op. eLuoqos VH8 Op, e~USLtos G/V~IAI I6: 0 / ~o'o / 8~ / o'~,8 / 0 : M:O /I~O% 0'6 :puws/sP~Ios Z~ : aX / Aa 0~9 : soP~=OIqD 06'6 :osTA/qq~e~ G/laS : sd~q pn~ ~sd 008I : a'a's ~t'z~ : saq'xedo xq/~ 8II : 'a'O'H Lg'L : saq'O=3D sqIH SI : '~'O'~ A6'~ : sxq ~H~ 0~I : '~'a'H S6-H'¢~-S~ L~:Z0 : puH unH md]5 00'0SS : e~H ~oI~ S6-H~rg[-~ 6~:80 :qxeqS unH q~ 0'0£LI : e~w~oo~ u~ S~'~I :ez~s OIOH ~$ 0'0ZSI : q~dsG puH I : ~ ~H ~ 0'00I :q~deG ~=w~S I0 : unH (Lml~ m,e(] pnlAI e~,e (] §U!ll!JO m, eO ew!l unH G~IAI Metutuns umll8 l~ode~! Ile/V~ j.o pu::! QAAIAi ~,~s~6-ww-:,v 0 / 0 :%~eE/&E ~AS 00~ / 00~ :%DeE/~E H.M.~ 00~ / 00~ :AaeE/&E ~D~ 0 / 00~ :%A& /XeA=~S 'S~O0~ O~I~OD H~6IHA O~ HDblkrHD ~ · IE HDHHD O~ tfH~ ~H~qD~ '(I14 ,T009 O~ ~Hq~IH~ 'CH~ ,0~8I ~ DRI~H%f~S HOIAIf~IHO~ ~H~ DO~ O~ N%fDH~ ~ DNIS~D ~O ~DO q~IH~ 'S~OO~ A~IAI~ISHH ~ HS~rH~ ~ AkrH Y~g%fO ~ ~HHDI~ @OUeLUJOJ-J@d ~:i:~:~:~:~:~:ia:i:!: 0 ~:6 ' '[ ..................... ~: 0 ~6 ' '1: ~/-8'~ 8~6'~ SL8'~ SL8'~ SL8'~ OS~'~ SL8'~ SL8'~ slueuJuJo0 ~ZAOSS'O'HD 8I'9E : ]Tq oq HSd qns H[X/ SS'E£ : ~Tq o~ HMA qns ~ aseqd HMH ~ossooo~d @IOqUaoo qns HID 9D~D89£Od : N/S q~H gO'OS : qYq oq Hd ~osu~s i~uoiqD~!~ qns ~ opecuaqos VH8 9Ndg~£Od : N/S =aSlnd / Nd HMAOSSOMD o!lewe4oS QAAIAI 68:0 / 0 : ~:O /ITO% I0'0 / 0'II :pu~s/spyIoS gI / ~I : aX / Aa OSL : sspyaoIqD HH&YMHSHH&/~HD : sd.&~ pn~ ele0 pnlAI Tsd 0~ : 4'4'S ~0'0A : saq'aedO xq/q~ g0I : 'E'O'H ~£'g9 : sxq'OXyD sqIH ~ : 'E'O'~ 0~'89 : sAq ZHE 09 : '~'~'H S6-H~R-6~ 00:EI : puH unH ~dJ5 00'0S~ : e~H ~oI& ~6-H~]A-9~ 0~:~I :~x~qS UnH q~ 0'ILI~ : e~e~oo~ uT 0S'8 :ezys SIOH ~ 0'I009 : q~de~ puH ~ : ~TE B~H q~ 0'0Z8% :qqde~ q~S ~0 : unH CLmJ~ eleC] 6U!ll!JC! eleCi ew!l unw OAA~ A~etutuns unn!8 ~,JodaI:i II~/~A j.o pu=l CIAAIAI 0 / 0 :%~e~/~ OOZ / OOZ :%~e~/m~ OOZ / OOZ :%~a~/~ ~D 00~ / OOZ :%oa~/m~ 00~ / OOZ :%~o~/~ 0 / 00~ :%~ /Xo~ 'CDC ,O£OL O~ C~ ,~009 ~ ~ap 0'fit : 'd~oA 'xw~ ~OH~ NOIZYItHO~ ~HN GH~IHG (IAIY S~OO~ O~I4OD ~aI~ aD @OUgLUJO~J@d QN~V~ S~UOLULUOD 00S'8 S8'0 0SL'9 SLE'~ OSL'9 8L'I 0E6'I 0SL'9 II'9E 0E6'I 0SA'9 9S'0E SLS'~ OSL'9 ~8'~ 8Z6'~ SLZ'8 I9'S SL8'~ 00S'9 SLS'~ SL£'8 09'S SL8'~ 00S'9 OS~'~ 0S~'9 ~9'~ SL8'~ 005'9 68'0~ SL8'~ SL~'9 S9'~ O00'S 99'009 H~AOSSO~D 0E'9E : ;~q oq qns qns Q~SQ 95'09 : ~q o~ dND A;~so~od uox;n~N qns dND E0'89, : ~q 03 HMH qns 9 ~s~qd HMH xossoooxd alOttUaOG gus 9DHD9S£Od : N/S I5'99 : ;Iq o; Nd Iosu~s I~uO~D~X~G ' (/' I ' ~ ' O q~us~ qusuodmoD o!leuJeqos VH8 gI : oMOqD 9NdPP£Od : N/S H3AOSSO~D o!~.euJeqos CI/V~IA! 88:0 / 0 : a:O /ITO% I0'0 / 0'~I :PU~S/spYIoS 0'~9 / 09'0I :osT. A/qq~I. sM ....................... eleCI pnlAI ys~ 009g : a'a's 80'6g : s~q-~edo aq/~ 89 : '4'O'H 00'L : s~q'O~yD sqIH 9 : '~'0'~ ~8'8g : saq ~H~ 09 : '~'a'H S6-HIU~t-0~ 0S:8I : puH unH 00'0~9 : S~H aoI~ ~6-Hk~I-6g I0:gI :~a~S UnH 0'6g0I : o~oo~ uy 0S'8 :ozys OIOH 0'0£0A : q~de~ puH HH~ : ~ ~H 0'I009 :q~dea ~xv~S ~0 : unH CLM. H elec] euJ!l unl:l Q/V~IAI Meu]u~ns unn]8 Section e : Survey Data AK-MM-9531 4 .~= MWD End of Well Report ND 1133§ 'lEO I IW~A 8 'LP.,OL q~INQZ I gQW/'l~31J.W:iA S]31A[J~G gNI-l-lI BO N.FI.~.T_J, EJU]aS es' - ~'I- 6tL'I- A~'[- 9tL' [- ~E9 ' ,~£8 'I ,qO£' ~ ,~8/. ' ~ Mgo' SO' ~ ~'£8 M ~ 0 $~0' OI' ~ 9L'LL ~ £~ 0 88I' LO' ~ ~£'£L M 8I 0 SLE' £I' M L6'£8 M 6I 0 SOT' SO' M T9'£9 N SI 0 tLtL'OIE£ L£'SSE£ 8SE£ SO'9IIC S9'£9I£ £9I£ 80'EEOC 89'6905 690£ EI'££6E EtL'086~ 086E 06'T£8~ OS'~88E E88E 8I'£- Tg'£- LO'T- ET'T- 88'T- ~tI ' £ .WS6' £ sgs' EI' M T6'IL N 9I 0 SSA' TI' M S6'LS M 0E 0 SI0'I 90' M ItL'IS ~ EI 0 SEE'I LO' M 6L'SS M SI 0 SET'I 0I' M 6£'89 M 81 0 ££'ITLE £6'88LE 88LE TT'SS9E TO'9OtLE 90LE £9'09S~ £E'809E 809E 9I'69T~ 9A'9TSE 9ISE 8C'EL£~ 86'6ITE OETE S£'S- Ig's- I8'S- 06'S- I6'S- 66'S- 06'S- 9T'S- 6£'S- .~80' S ,q6E' S ~TT'S ~ST'S StL9'I £T' M EI'6T N ST 0 S£8'I 00' M 0S'8£ N 6 0 SL0'E TI' M 9T'££ N 6 0 SEE'E E0' ~ 80'6~ N £ 0 SI£'E 80' ~ O£'T N £ 0 ~0S'S SET'E tLtL' M 6E'£T N 9 0 ~LT'S SEE'E 0E' ~ 8E'9T S SE 0 ~8E'S S9T'I ET' M 6£'I S £ 0 ~SE'S S6E'I E0' Z 66'II S 6 0 ZTE'S ST0'T £T' Z TS'L S 8 0 LT'OLEE tLO'STCE 8T£E ET'E60E EO'OTTE OTTE £T'666T £O'LTOE LTOE 0L'T06T 0£'ES6T ES6T CE'IISI £8'8S8I 8S8T OL'ETLI O£'T6tI T6LI £T'SSST £L'E09I EO9T 69'I9TI 6E'60SI 60SI S6'995I SS'TITI TITI /.O'S- T8'T- 8£'£- Z80'S SI8' EE' Z ~6'£T S ET 0 Z£8'T SSt' 9I' Z £8'89 N 0I 0 Z£T'T $L8' ES' Z TS'LtL N 6I 0 ZT6'£ S09' ST' Z 9L'£5 S 0£ 0 Z8T'£ S9E' tLC' Z ET'88 S 8T 0 9E'6LII 98'9EEI 9EET 6£'980I 66'££II TETI tL6'I06 tLS'6T6 6T6 S6'I- 8S 'T- ZT8'E S6T' '- IT' Z 9S'6S M T£ 0 ZOE'E SE8' 0E' Z £T'0S M ET 0 Z90'~ S88' 60' Z £9'ItL S 6 0 ZI8'I SILL' II' Z I8'£S S ET 0 ZtLT'I S8S' EO' Z tLtL'ItL $ 9I 0 £I'908 £tL'£S8 £S8 90'9ITL 99'£9L £9L '- OT'9E9 0£'£tL9 £tL9 £S'95S £T'TSS TBS 6I'9TT 6L'£6T £6T ~, tLI 'I- 89'- tLI'- I0'- 00' 'iDMS 'L~ZA Z60'T SIT' ST' Z LA'69 S SI 0 ZE9' SSE' 8I' Z 0E'EL S EE 0 MST' S60' SE' Z 0S'6S S £I 0 MOO' SO0' 00' Z tLg'T~ S 0 0 MOO' MO0' 00' Z 00' N 0 0 £SZM/£S~Z H£flOS/HLMOM 00T/D~ SZZM©Z~ OMI k~ZS~q~ ODH~ :HO£k~6ZdO 09'AT = 'AZqZ DMIHS~g iqqZM X~AHflS CMN ES'SS£ ET'COT COT TT'S9E T0'CIE £T£ 68'89T 6T'9T[ 9I~ 06'08 0S'8ET 8ET 09'LT- 00' 0 NqDNI SHnOD ~DI£~ZA ~DIL~ZA ~S~ZN S6/I /S :ZL~ NOII~£QdNOO HDQOMO~ ZdOqS H£HON 000Ig0E£0TOS £# OMOI~/Z~qlAqOD 'M OMI krZS~q~ ODM~ kO{ S~fq~f .WDYMOHDN~f SZDIAMZS ©NIqqIH(I N/1S- i6ZdS SPEr! '-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE ARCO ALASKA INC W. COLVILLE/FIORD #3 501032021000 NORTH SLOPE BOROUGH COMPUTATION DATE: 5/ 1/95 TRUE SUB-SEA COURS MEASD VERTICAL VERTICAL INCLN DEPTH DEPTH DEPTH DG MN 3352 3352.31 3304.71 3443 3443.41 3395.81 3544 3544.86 3497.26 3634 3634.27 3586.67 3728 3728.41 3680.81 DATE OF SURVEY: 041295 MWD SURVEY JOB NUMBER: AK-MM-950314 KELLY BUSHING ELEV. = 47.60 FT. OPERATOR: ARCO ALASKA INC COURSE DLS TOTAL DIRECTION RECTANGULAR COORD DEGREES DG/100 NORTH/SOUTH EAST 0 27 N 74.38 W .09 .20N 0 29 N 73.83 W .04 .40N 0 32 N 75.38 W .05 .65N 0 36 N 76.76 W .08 .86N 0 33 N 78.31 W .07 1.07N INATES VERT. /WEST SECT. .05W .11 .77W .86 .65W 1.77 .52W 2.66 .45W 3.61 3823 3823.25 3775.65 3915 3915.85 3868.25 4114 4114.23 4066.63 4291 4291.77 4244.17 4479 4479.40 4431.80 0 31 N 82.08 W .05 1.22N 0 34 N 87.71 W .09 1.30N 0 34 N 89.77 W .01 1.34N 0 38 N 83.92 W .05 1.45N 0 55 N 87.92 W .16 1.62N 4.32W 4.48 5.20W 5.34 7.21W 7.26 9.10W 9.07 11.66W 11.55 4672 4672.62 4625.02 4858 4858.15 4810.55 5046 5045.80 4998.20 5225 5224.76 5177.16 5413 5413.59 5365.99 1 1 N 80.31 W .08 1.96N 1 13 N 82.89 W .12 2.49N 1 12 N 85.18 W .03 2.90N 1 31 N 87.83 W .18 3.15N 1 39 N 84.81 W .09 3.49N 14.92W 14.75 18.53W 18.33 22.50W 22.23 26.76W 26.33 31.98W 31.39 5599 5599.15 5551.55 5785 5784.88 5737.28 5904 5904.18 5856.58 6103 6102.46 6054.86 6291 6290.39 6242.79 6471 6470.08 6422.48 6627 6626.33 6578.73 6845 6843.45 6795.85 6965 6963.63 6916.03 7030 7027.75 6980.15 1 58 N 75.73 W .23 4.52N 2 16 N 69.78 W .20 6.59N 2 22 N 72.06 W .11 8.17N 2 46 N 69.02 W .22 ll.16N 2 54 N 66.25 W .10 14.71N 2 52 N 61.76 W .13 18.67N 2 55 N 63.59 W .07 22.30N 3 30 N 54.24 W .36 28.65N 3 49 N 52.84 W .27 33.23N 3 49 N 52.84 W .00 35.82N 37.76W 37.19 44.32W 44.07 48.90W 48.91 57.30W 57.82 65.91W 67.13 74.05W 76.10 81.07W 83.92 91.43W 95.78 97.62W 103.12 101.03W 107.18 THE CALCULATION PROCEDURES ARE BASED THREE-DIMENSION MINIMUM CURVATURE ON THE USE OF METHOD. HORIZONTAL DISPLACEMENT = 107.19 FEET AT NORTH 70 DEG. 28 MIN. WEST AT MD = 7030 VERTICAL SECTION RELATIVE TO WELL HEAD VERTICAL SECTION COMPUTED ALONG 288.89 DEG. SPEFI "-SUN DRILLING SERVICES i_. ANCHORAGE ALASKA PAGE ARCO ALASKA INC W. COLVILLE/FIORD #3 501032021000 NORTH SLOPE BOROUGH COMPUTATION DATE: 5/ 1/95 DATE OF SURVEY: 041295 JOB NUMBER: AK-MM-950314 KELLY BUSHING ELEV. = 47.60 FT. OPERATOR: ARCO ALASKA INC INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEASURED DEPTH TRUE SUB-SEA TOTAL MEASD VERTICAL VERTICAL RECTANGULAR COORDINATES DEPTH DEPTH DEPTH NORTH/SOUTH EAST/WEST MD-TVD VERTICAL DIFFERENCE CORRECTION 0 .00 -47.60 .00 N .00 E 1000 999.99 952.39 .30 S 3.75 E 2000 1999.98 1952.38 2.26 S 5.46 E 3000 2999.97 2952.37 .26 S 2.19 E 4000 3999.93 3952.33 1.33 N 6.05 W .00 .01 .01 .02 .01 .03 .01 .07 .04 5000 4999.80 4952.20 2.82 N 6000 5999.26 5951.66 9.38 N 7000 6997.82 6950.22 34.61 N 7030 7027.75 6980.15 35.82 N THE CALCULATION PROCEDURES THREE-DIMENSION MINIMUM 21.53 52.64 99.44 101.03 ARE BASED CURVATURE W .20 W .74 W 2.18 W 2.25 .. ON THE USE OF METHOD. .13 .54 1.45 .07 00' 00' 00' 00' 00' ~0' ~ T0' t¢ 6T' ~0' Z T/.' !'¢ 90' £0' ~ 8£'T $ /.0' £0' ,~ P6'T ~ -E~:' £0' ,~ 6P'~ $ 0£' 00'00££ 09'L~££ L~££ 00'00[£ 09'L~U£ L~[£ 00'00~£ 09'L~£ L~Z£ 00'000£ 09'L~0£ L~O£ 00'006~ 09'L~6~ £~6~ 00' 00' 00' 00' 00' 00' 00' 00' 00' 00' £0' £0' CO' £0' [0' [0' ~0' ~0' ~:0' ~0' I6'E S 9[:'[: S [:9' £8'£ $ E6' £S'P S ££'I .w 66'~ S 8S'I .w LE'S S S8'I .w E~'S S 90'~ 00'00SE 09'L~SE 00'00SE 09'L~LE £PL[ 00'009~ 09'£~9E O0'OOSE 09'L~SE O0'OOP~ 09't~ L~ 00'00£[ 09'LP£E L~£E 00'00EE 09'L~EE LPEE 00'00TE 09't~T[ LPTE 00'000~ 09'£~0~ £POE 00'006I 09'LP6I LP6I 00' 00' 00' 00' 00' EO' ~:0' EO' EO' ,~ 8£'S S 06'T .~ 8E'S S 0S'T ,~ LE'S S 6£'T .~ EE'S S ET'T 00'00ST 09'L~8I £P8I 00'00ti 09'£PLI LPLI 00'009T 09'L~9I £~9I O0'OOSl 09'LPST t~Sl 00'00~T 09'£5PT L~PT 00' 00' 00' 00' 00' 00' 00' 00' 00' 00' EO' EO' I0' I0' TO' TO' TO' TO' 00' PT'S S 88' 68 ' P S ££ ' IS'P S S8' 86'£ S S9' LP'£ S 9Z' .~ 9£'E S ES' .~ 9E'E S S8' .~ 66'I S 98' .~ 0£'I S 99' .~ AE'T S TS' 00'00£T 09'£~£T LP£T 00'00ET 09'LPEI LPEI 00'00TI 09'LPII LPIT 00'000I 09'£~0I L~0I 00'006 09'£P6 AP6 00'008 09'AP8 AP8 00'00£ 09'APL LPL 00'009 09'LP9 L~9 O0'OOS 09'£PS LPS 00'00P 09'LP~ LPP 00' 00' 00' 00' 00' 00' 00' 00' 00' · ~ 58' S SE' .~ 9~' S ST' .~ I0' S T0' .~ 00' N 00' ,~ 00' N 00' 00'00£ 09'LP£ APE , ~ 00'00E 09'APE LPE 00'00T 09'£PI APT 00' 09'AP AP , 09'AP- 00' 0 NOI£D~HHOO q~DI£~ZA GAI-QN .T.S,WM/,T,S~f.W H,T. gOS/H£HON S,~,TAfNI~HOOD H~fqfl©Ntf,T,D.~%~ HLdZ~ HLdZ~ H£dZ~ ~ZS-SDS ZD~£ H£dZC ~ZS-S~S ~0 LZZ~ OMI krzs~qV ODH~ :HO£kn6ZdO 09'AP = 'AZqZ ©NIHS~ XqqZM S6EI~0 :XZAHDS ~0 Zing 00T NZAZ HOZ SZ~%~A ~ZI~qOdHZLNI s6/z k~S~%~ ZDYHOHDLnf SZDIAHZS DNI~qIM~ teD. S-, 6I' /.8'I 9I' 89'1 ET' 9S'I £I' Ig'I ET' 65'I 99'I6 bi 08'85 99'98 bi 55'S~ 90'~8 bi 8£'~ 89'L£ bi IS'0~ S0'££ bi 9I'8I 00'0089 09'£989 6989 00'00£9 09'£9£9 69£9 00'0099 09'£999 6999 00'00S9 09'£9S9 69S9 00'0099 09'£999 8999 £I' 9I'I ~I' E0 'I EI ' I6 ' 0I ' 6£ ' 80 ' 69 ' 80 ' I9 ' L0 ' ES ' 90 ' 95' S0 ' 05' 50 ' SE ' ~ £S'89 bi £8'SI E6'E9 bi ES'EI ~ I8'9S bi 05'0I .M I9'0S bi ~£'8 M 89'99 N M £6'E9 bi 80'9 M L£'6£ N £6'9 M 50'9£ bi 60'5 M L6'~£ 00'00E9 09'AGE9 89E9 00'0059 09'£959 89~9 00'0019 09'L919 8919 00'0009 09'L909 8909 00'006S 09'L96S 896S 00'008S 09'£98S 898S 00'00£S 09'£9£S 89£S 00'009S 09'£99S 899S O0'OOSS 09'L9SS LSSS 00'009S 09'L95S L55S 90 ' l£ ' 90 ' L5 ' ~0 ' £~ ' g0 ' Ig ' ~0 ' 6I ' M 80'0£ bi 5£'£ M 9£'L[ bi tI'£ M IL'95 bi L0'£ M £5'05 bi 5L'5 00'00ES 09'L9£S L9£S 00'005S 09'LSES AgES 00'00IS 09'LgIS LgIS O0'O00S 09'L50S LgOS 00'0069 09'L565 L965 ~0 ' 9I ' 50 ' 5I ' 50 ' £I ' I0 ' II ' I0 ' 0I ' T0 ' 60 ' T0 ' 80 ' 00 ' 80 ' T0 ' £0 ' 00 ' t0 ' M 0£'8I bi M 5E'9I bi 6I'5 M 85'9I bi 68'I M tt'EI bi 99'I M SI'II bi 09'I M EL'6 bi ES'I M 09'8 bi 09'I M SS'L bi 5£'I M 5S'9 bi 9£'I M ~S'S bi I£'I 00'0089 09'L989 L989 00'00L9 09'LSL9 L5£5 00'0099 09'L999 L599 00'00S9 09'L5S9 L9S5 00'0099 09'L999 L955 00'00£9 09'L9£9 L5£9 00'00~9 09'L5~5 L9~5 00'0019 09'L919 L919 00'0009 09'L509 L909 00'006£ 09'L96£ L56£ O0 ' 90 ' O0 ' 90 ' IO ' SO ' O0 ' SO ' O0 ' 50 ' M 5S'5 N S~'I M 59'5 bi II'I M S9'~ bi 68' M t9'I bi S9' M 08' bi I9' 00'00SE 09'L58£ L98£ 00'00LE 09'tSt£ tgt£ 00'009E 09'L99£ L99£ O0'OOSE 09'LSSE L9S£ 00'009£ 09'L99E L99£ NOILDZHHOO ZDMZHZZ~I~ q~DILHZA ~AL-~N HLdZ~ ~ZS-~S ZO LZZ~ 00I NZAZ HO~ SZ~q~A ObiI YZS~%~ ODH~ :HOLkrHZdO '~ 09'L9 = 'AZqZ DbiIHSD~ XqqZ~ 9I£0S6-~-~ :HZ~NflN ~0~ 56~I90 :AZAH~S 50 ZL~Q S6/I /S :Z£~ NOI£~£OdNOD HDQOHO~ ZdOqS HLHON 0001505£0IOS DbiI tf~S~q~ ODH~ k~MS~q~ zDkrHOHDN~ -~] SZDIAMZS ©NIqqIH~ NDS-. ]HZdS SPEFI '-SUN DRILLING SERVICES ~- ANCHORAGE ALASKA PAGE 6 ARCO ALASKA INC W. COLVILLE/FIORD #3 501032021000 NORTH SLOPE BOROUGH COMPUTATION DATE: 5/ 1/95 DATE OF SURVEY: 041295 JOB NUMBER: AK-MM-950314 KELLY BUSHING ELEV. = 47.60 FT. OPERATOR: ARCO ALASKA INC INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA MEASD VERTICAL VERTICAL DEPTH DEPTH DEPTH TOTAL RECTANGULAR COORDINATES MD-TVD VERTICAL NORTH/SOUTH EAST/WEST DIFFERENCE CORRECTION 6949 6947.60 6900.00 7030 7027.75 6980.15 32.58 N 96.76 W 2.07 .20 35.81 N 101.03 W 2.25 .18 THE CALCULATION PROCEDURES USE A LINEAR INTERPOLATION BETWEEN THE NEAREST 20 FOOT MD (FROM MINIMUM CURVATURE) POINTS SSDS GEOMAG SHEET SSDS Job # AK-MM-950314 Date 3/21/95 Field Name WESTERN COLVILLE Lease/Block # Rig Name POOL 6 Well Identificaton FIORD #3 Slot # Side track Northings 5985102.64 ft* Eastings 408603.42 ft* Latitude 70o22'08.450 N* Longitude 150°44.33.770 W* Datum & Projection I Data Source (y/n) [ SSDS MAGUTM [ BGM1992 ] .. Geomag. Values Office Generated Field Generated Dip Angle (deg) 80.43 80.432 Total Intensity (nT) 57200 57200 Declination (deg)* 28.06 28.057 Convergence (deg)* N/A N/A If No, be specific; SSDS District Supervisor SSDS Lead Engineer DWD JOILPs Version 2.1 March 1994 Signature Date 3/21/95 3/21/95 * Where appropriate MWD End of Well Report hi:tILLING 5631 Silverado Way, Suite G Anchorage Alaska 99518-1654 Tel. '907-563-3256 Fax '907-563-7252 Telex · N/A Versatile Reporting Application This report was produced using VERA version 2.0 FROM: RE: DATE: AtlanticRichfieldCompany CONFIDENTIAL DATA Sandra D. Lemke, ATO1327 ARCO Alaska, Inc. P.O. Box 100360 Anchorage AK 99510-0360 TO: Ak. Oil & Gas Conservation Comm. ATTN: Larry Grant 3001 Porcupine Drive Anchorage, Alaska 99510 AOGCC data request: Confidential -formation logs for Alpine 1, lA lB; Fiord 3, 3A 03/31/95 Transmitted herewith is the following.' 501032021100 501032021101 501032021102 Alpine #1 Alpine #lA Alpine #lB formation log formation log formation log 501032021000 Fiord #3 formation log 501032021001 Fiord #3A formation log '1 SEPIA COPY each * Note: no reproducibles received for EPOCH MWD COMBO (only the color versions from the Epoch report are available. CC: M. McDermott, Renee Hannon Approved for transmittal by: _.., Co.r: Receipt: Return rec¢_.~o: ARCO Alaska, Inc. ATTN: S. bemke, ATO-1327 700 G. Street Anchorage, AK 99501 Prepared by: Sandra D. Lemke AAI-Geophysical & Computer Services RECEIVED JUN 1 2 1995 AJaska 0il & Gas Cons. /~ch0rage 'C)Ul '8u!88Ol IleAA q~od-1 ARCO ALASKA INC. FIORD NO. 3 Section 25- T12N-R5E UM Wildcat Colvillo Dolta North Slope, Alaska ORIGINAL Epoch Well Logging, Inc. RECEIVED MAY 2~- 19~5 Alaska 0!i & Gas O,.,,ns. OommissJofli Anchorage OOl oqu. JoD aMW 'Z I~o-I UO.IIDUJJO-I '9 e~nD I~U!ll!J(] slJode~! §u!uJow '1, pJo3e~! Pnw '£ AJ~olouoJqD ,~I!DCI '~ euJnse~l IleM ' [ .~IN=7~NO.~ _,-/0 =7 ?g V~ WELL RESUME OPERATOR: WELL NAME: LOCATION: FIELD: COORDINATES: ELEVATIONS: COUNTY: STATE: APl INDEX: SPUD DATE: TOTAL DEPTH: COMPLETION DATE [T.D.): CONTRACTOR: RIO ~: RIG TYPE: MUD PUMPS: COMPANY GEOLOGISTS: COMPANY ENGINEERS: TOOLPUSHERS: MUD COMPANY: MUD ENGINEERS: MUD TYPES: HOLE SIZES: CASING DATA: MUDLOGGING SERVICES: TYPE UNIT: UNIT #: LOGGING GEOLOGISTS: SAMPLE TECHNICIANS: ELECTRIC LOGS BY: LOG INTERVALS: DST INTERVALS: CORED INTERVALS: CORING COMPANY: WELL STATUS: ARCO ALASKA INC. FIORD NO. 3 SEC. 25 T12N RSE, UM COLVILLE DELTA 1274' FNL, 133~' FWL R.K.B. = 47.55' NORTH SLOPE BOROUGH ALASKA .50-103-20210 MARCH 23, 1995 7030' MARCH 30, 1995 POOL ARCTIC ALASKA, INC. NO. 6 SCR DIESEL-ELECTRIC [2) NATIONAL Al 700 [6" X 12") JERRY VELDHUIS, RENEE HANNAN GREG WILSON, PAUL DECKER DON MCKELVE-Y / DAVE BAUMOARNER GARY gOERLITCH J DARRELL GREEN BAROID DRILLING FLUIDS, INC. gARY MARTIN / SAM WILLIS GEL/WATER TO 1830' / BLAND TO 7030' TD 20"TO 108', 12 1/4"TO 8 1/2" TO 7O30' 16"AT 108', 9 5/8" AT 1804' EPOCH WELL LOG~ING, INC. [FID) GAS DETECTION, DML/RIOWATCH 14 CRAIG SILVA, JOHN DIVINE ROBERT ANDERSON, JIM MCCUTCHEON SCHLUMBERGER 1804' TO 7030' NONE NONE NONE NO DOPE. TIGHT HOLE DAILY CHRONOL OG Y FIORD NO. ;3 3-24-95 3-25-95: 3-26-95 3-27-95: 3-28-95: 3-29-95: 3-30-95: 3-31-95: 4-01-95: 4.02-95: 4-03-95: Spud in hole. Drill ice and cement out of 20" casing. Drill from 108' to 383'. Drill from 383' to 1830'. Circulate bottoms up and then circulate up a high vis sweep. Make 16 stand wiper trip. Circulate bottoms up and POOH. Rig up to run 9 5/8" casing. Run 9 5/8" casing. Circulate and clean hole while reciprocating casing. Pump and displace cement. Wait on cement and nipple down. Nipple up BOP's. Perform top cement job and wait on cement. Finish nipple up of BOPs and attach flow line. Complete nipping up and attach flow line. Test BOPs. RIH with NB No. 2 and tag top of cement at 1687'. Test casing and drill out float collar and cement on top of shoe. Pressure test casing and displace spud mud with new bland mud. Drill out shoe and drill from 1830' to 1840'. Run leak-off test and circulate and condition new mud. Drill from 1840' to 2185'. Drill from 2185 to 2974'. Circulate out and make 13 stand wiper trip. Drill from 2974' to 3505'. Drill from 3505' to 4349'. Circulate out and make 14 stand wiper trip. Drill from 4349' to 5680'. Drill from 5680' to 6000'. Circulate out and POOH. Pick up Sperry Sun LWD tool and insert neutron source. RIH and drill from 6000' to 6650'. Drill from 6650' to 7030' (T.D.). Circulate bottoms up and make short trip. Circulate bottoms up and POOH. POOH and rig up to run E-logs. Attempt to run first log and unable to get through bridge at 5960'. Pull logging tool out and RIH with RRB. Ream through bridges and circulate and clean hole. POOH and rig up to run E-logs. Run E- logs. Run E-logs. Finish running E-logs. Rig down Schlumberger wireline and pick up muleshoe. RIH to 9 5/8" casing and circulate bottoms up. RIH to 3475' and circulate up. RIH to 6964'. Pick up 29 joints of drill pipe and wash to bottom at 7030'. Circulate bottoms up and condition mud. Set cement plug No. 1 at 7030' to 6500'. POOH to 5530' and reverse out. POOH to 2950' and circulate up and POOH to 2650'. Set cement plug No. 2 at 2650' to 2300'. POOH to 2100' and reverse out. POOH and lay down drill pipe. Pick up BHA and 8.5" bit. Move G pipe to side of derrick and RIH with S-135 drill pipe. Lay down a total of 87 joints. RIH to shoe and break circulation. RIH and tag cement at 2316'. Circulate out and spot high viscosity pill. POOH. i i MUD I ECOI D ARCO ALASKA INC. FIORD NO. 3 DATE DEPTH MW FV PV i YP GELSI FL SOL SD ,pH Cl- 3-24-95 367 9,9. . 84 22 38 9/1I 10.4 9.0% TRC 9.5 450 3--25-95 1830 10 81 1 7 ,.SO 11/29 9,2 9.0% TRC 9.0 500 ,_ 3-26-95 1830 10.1 42 14 16 8/19 10.2 10.0% TRC 8.5 500 ..... 8-28-95 2128 10.1 44 1 6 14 3/17 8.0 9.9% TRC 9.0 860 ,, ..... 3-28-95 2860 10.2 45 16 18 5/27 7.8 8.9% TRC 9.5 850 ...... 3-28-95 3411 10.1 45 11 20 3/22 7.2 8.9% TRC 9.5 850 , , 3-29-95 5624 10,4 44 13 12 2/10 6.0 11.C~ TRC 9.0 700 3-30-95 6122 10.5 43 15 11 2/10 8.0 12.0% TRC 9.5 600 3-30-95 6638 10.4 42 14 12 2/8 4.8 12.0~ TRC 9.5 500 3-.-31-95 7030 10.5 43 16 11 2/8 4.4 13.0% TRC 9.5 450 4-01-95 7030 10.6, 47 15, 1/12 I 2/,.9 ,4.6 !14.0% T, RC J' 9.4 .... ,45,0 EPOCH WELL LOGGING, INC. MORNING REPORT ARCO ALASKA, INC. FIORD//3 Date: 3-24-95 Ti me: 04:00 04:00 Depth: 383' YESTERDAY: 108' Last Casing: 20" at 120' 24 Hour Progress 275' Estimated Pore Pressure: 9.1ppg DC Exponent: 0.86 Avg ROP Sand: 106 ROP Shale: NIA BIT INFORMATION: No. Size Type SIN Jets Interval 1 12.25" STC MA1SL LD0257 2-15,1-10 108'- Ftg, Hours Condition In Hole DRILLING PARAMETERS: HIGH Rate of Penetration 242.6 at 125' 12.9 Torque 275 at 157' 83 Weight on Bit 13 at 186' 2 Rotary RPM 115 at 245' 103 Pump Pressure 2629 at 329' 1012 DRILLING MUD REPORT: Report Depth: 332' MW 9.8 VIS 75 PV YP GELS SOL SD OIL pH MBT GAS SUMMARY: HIGH Total Ditch Gas (units) 2.1 at 247' Total Cuttings Gas (units) 2 at 300' Methane (C-1) (ppm) 422 at 247' Ethane (C-2) at Propane (C-3) at Butane (C-4's) at Pentane(C-5's) at LOW 0.5 1 49 LOW at at at at at at at at at at at at 233' 307' 183' - 272' 211' SOL CI- 202' 330' 202' AVERAGE 105.8 ft/hr 154 amp 4 Klbs 108 rpm 1664 psi FC Ca+ AVERAGE 0.6 units 1.3 units 125 ppm ppm ppm ppm ppm Background Gas: 1 units Connection Gas: 0 units at Trip Gas: Wiper Gas: units at at OIL SHOWS: None LITHOLOGY: 90% Gravel/Disaggregated Conclomerate 8% Sand and Conglomeratic Sand 2% Claystone and Siltstone DAILY ACTIVITY SLTMMARY: Spud in hole; Drill ice and cement out of 20" casing; Drill from 108' to report depth. REMARKS: SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 5 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EPOCH WELL LOGGING, INC. MORNING REPORT ARCO ALASKA, INC. Date: 3-25-95 Time: 04:00 04:00 Depth: 1830' YESTERDAY: 383' FIORD//3 Last Casing: 20" at 120' 24 Hour Progress 1447' Estimated Pore Pressure: 9.1ppg DC Exponent: 0.85 Avg ROP Sand: 138 ft/hr ROP Shale: 152 ft/hr BIT INFORMATION: No. Size Type SIN Jets Interval Ftg. Hours Condition 1 12.25" STC MA1SL LD0257 2-15,1-10 108'-1830' 1722' 15.3 2-2-N-A-E-1-N-TD DRILLING PARAM~ETERS: HIGH LOW AVERAGE Rate of Penetration 388.4 at 536' 12.4 at 335' 142.0 ft/hr Torque 352 at 1793' 99 at 573' 206 amp Weight on Bit 17 at 573' 3 at 785' 10 Klbs Rotary RPM 145 at 1370' 98 at 573' 127 rpm Pump Pressure 2629 at 334' 636 at 937' 1501 psi DRILLING M-LtD REPORT: Report Depth: 1830' MW 10.0 VIS 81 PV 17 YP 30 GELS 11/29 FL 9.2 FC 2 SOL 9.0 OIL 0 SD Tr MBT 0.0 pH 9.0 Cl- 500 Ca+ 80 GAS SI_~Y: HIGH LOW AVERAGE Total Ditch Gas (units) 33.5 at 1739' 0.5 at 557' 10.2 units Total Cuttings Gas (units) 18 at 1740' 2 at 480' 8.5 units Methane (C-1) (ppm) 6696 at 1739' 96 at 471' 2039 ppm Ethane (C-2) at at ppm Propane (C-3) at at ppm Butane (C-4's) at at ppm Pentane(C-5's) at at ppm Background Gas: 3 units Trip Gas: units at Connection Gas: 0 units at Wiper Gas: 12 units at 1830' OIL SHOWS: None LITHOLOGY: 50% Gravel/Disaggregated Con_~lomerate 23% Sand and Conglomeratic ~Sand 27% Claystone and Siltstone DAILY ACTIVITY SUM/MARY: Drill from 383' to 1830'; circulate bottoms up; circulate up hi vis sweep; do 16std wiper trip; circulate bottoms up; POOH; rig up to run 9 5/8" casing. REI~&RKS: SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 5 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EP cH WELL LOGGING, INC. MORN1NG REPORT ARCO ALASKA, INC. ALPINE #1 Date: 3-26-95 Time: 04:00 04:00 Depth: 1830' YESTERDAY: 1830' Last Casing: 9 5/8" at 1805' 24 Hour Progress 0' Estimated Pore Pressure: 9.1ppg ROP Sand: N/A DC Exponent: (H/A) Avg ROP Shale: N/A BIT INFORMATION: No. Size Type S/N DRILLING PARAMETERS: Rate of Penetration Torque Weight on Bit Rotary RPM Pump Pressure Jets Interval Ftg. Hours Condition HIGH LOW AVERAGE at at ft/hr at at amp at at KIbs at at rpm at at psi DRILLING MUD REPORT: Report Depth: 1830' MW 10.1 VIS 42 PV 14 YP 16 GELS 8/19 FL 10.2 FC 2 SOL 10.0 OIL 0 SD Tr MBT 0.0 pH 8.5 CI- 500 Ca+ 200 GAS SLT~MARY: HIGH LOW AVERAGE Total Ditch Gas (units) at at units Total Cuttings Gas (units) at at units Methane (C-1) (ppm) at at ppm Ethane (C-2) at at ppm Propane (C-3) at at ppm Butane (C-4's) at at ppm Pentane(C-5's) at at ppm Background Gas: 3 units Trip Gas: 8 units at 1830' Connection Gas: 0 units at Wiper Gas: units at OIL SHOWS: None LITHOLOGY: DAILY ACTIVITY SUMMARY: Run 9 5/8" casing; circulate and clean hole while reciprocating casing; pump and displace cement; waiting on cement; nipple down; nipple up BOP's; perform cement top job; wait on cement; finish nipple up o,f BOP's and attach flow line. REMARKS: SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 4 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EPOCH WELL LOGGING, INC. MORNING REPORT ARCO ALASKA, INC. ALPINE #1 Date: 3-27-95 Time: 04:00 04:00 Depth: 2185' YESTERDAY: 1830' Last Casing: 9 5/8" at 1802' 24 Hour Progress: 355' Estimated Pore Pressure: 9.1ppg DC Exponent: 0.76 Avg ROP Sand: (N/A) ft/hr ROP Shale: 95 ft/hr BIT INFORN£4TION: No. Size Type SIN Jets Interval 2 8.5" HYCALOG DS40HF+ 16096 2-12's,2-12's 1687'- DRILLING PARAMETERS: HIGH Rate of Penetration 887.1 at 1835' Torque 356 at 1869' Weight on Bit 16 at 2043' Rotary RPM 340 at 2117' Pump Pressure 2176 at 1990' Ftg. Hours Condition In Hole LOW AVERAGE 16.6 at 1851' 94.6 ft/hr 116 at 2066' 155 amp I at 1864' 5 KI bs 234 at 2039' 324 rpm 967 at 2039' 1987 psi DRILLING MUD REPORT: Report Depth: 2185' MW 10.2 VIS 49 PV YP GELS FL FC SOL OIL SD MBT pH Cl- Ca+ GAS S[~I/~MIY: HIGH LOW AVERAGE Total Ditch Gas (units) 21.0 at 2114' 0.5 at 1944' 5.7 units Total Cuttings Gas (units) 20 at 2135' 8 at 2040' 13.2 units Methane (C-1) (ppm) 4242 at 2421' 122 at 1941' 1160 ppm Ethane (C-2) at at ppm Propane (C-3) at at ppm Butane (C-4's) at at ppm Pentane(C-5's) at at ppm BaCkground Gas: 2 units Trip Gas: units at Connection Gas: units at Wiper Gas: units at OIL SHOWS: None LITHOLOGY: M udstone/Claystone/Siltstone 96% Tuff (Volcanic ash) 2% Sandstone 2% DAILY ACTIVITY SLrMMARY: Complete nippling up; attach flow line; test BOP's; RIH with NB #2; tag top of cement at 1687'; test casing; drill out float collar and cement to top of shoe; pressure test casing; displace spud mud with new bland mud; drill out shoe; drill from 1830' to 1840'; run leak off test; circulate and condition new mud; drill from 1840' to report depth. REMARKS: SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 4 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EPOCH WELL LOGGING, INC. MORNING REPORT ARCO ALASKA, INC. FIORD #3 Date: 3-28-95 Ti me: 04:00 04:00 Depth: 3505' YESTERDAY: 2185' Last Casing' 9 5/8" at 1802' 24 Hour Progress: 1320' Estimated Pore Pressure: 9.1 ppg DC Exponent: 0.78 Avg ROP Sand: 86 fi/hr ROP Shale: 125 fi/hr BIT INFORMATION: No. Size Type SIN Jets 2 8.5" HYCALOG BS40HF+ 16096 2-12's,2-12's Interval 1687'- DRILLING PARAMETERS: HIGH Rate of Penetration 203.6 at 2853' 4.8 Torque 255 at 2866' 73 Weight on Bit 13 at 2224' 1 Rotary RPM 334 at 2295' 216 Pump Pressure 2167 at 2698' 1035 DRILLING MUD REPORT: Report Depth: 3182' MW 10.2 VIS 44 PV 16 YP 14 GELS SOL 9.9 OIL 0 SD Tr MBT 17.5 pH Ftg. Hours Condition In Hole GAS SUMM. kRY: HIGH Total Ditch Gas (units) 342.0 at Total Cuttings Gas (units) 190 at Methane (C-1) (ppm) 49274 at Ethane (C-2)- 3703 at Propane (C-3) 2920 at Butane (C-4's) 1216 at Pentane(C-5's) 331 at LOW AVERAGE at 2965' 102.4 ft/hr at 2757' 156 amp at 2531' 5 Klbs at 2757' 302 rpm at 2757' 1859 psi 3/17 FL 8.0 FC 2 9.0 CI- 860 Ca+ 40 LOW AVERAGE 2495' 1.0 at 3159' 21.2 units 3000' 13 at 2160' 62.2 units 2495' 156 at 3159' 3076 ppm 2495' 12 at 3143' 250 ppm 2495' 5 at 3159' 177 ppm 2495' 2 at 3266' 69 ppm 2495' 0 at 17 ppm Background Gas: 2 units Trip Gas: units at Connection Gas: 187 units at 2505' Wiper Gas: 155 units at 2974' OIL SHOWS: Good to very poor show in very fine to fine sandstone interval from 2460' to 2700'; the sandstone is well sorted and has good visible porosity; there is spotty visible light brown oil staining; 80-100% bright yellow sample fluorescence; instant bright yellowish white to greenish yellow cut fluorescence with fast thin streaming; very light straw cut in white light; the residual ring fluoresces bright to pale yellow and is a very pale brown in white light; faint petroleum odor; no visible pops in the mud, but common immobile moderately bright yellow fluorescing spots on mud surface. LITHOLOGY: MudstonelClaystonelSiltstone 60% Bentonite/Calcareous tuff 7% Shale 25% Sandstone 8% DAILY ACTIVITY SUMMARY: Drill from 2185' to 2974'; circularte out; do 13 stand wiper trip; drill from 2974' to report depth. REMARKS: SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 4 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EPOCH WELL LOGGING, INC. MORNING REPORT ARCO ALASKA, INC. FIORD #3 Date: 3-29-95 Time: 04:00 04:00 Depth: 5680' YESTERDAY: 3505' Last Casing: 9 5/8" at 1802' 24 Hour Progress: 2175' Estimated Pore Pressure: 9.1ppg DC Exponent: 0.68 Avg ROP Sand: 186 fi/hr ROP Shale: 160 fi/hr BIT INFORMATION: No. Size Type SIN Jets Interval 2RR 8.5" HYCALOG DS40HF+ 16096 2-12's,2-1~'s 1687'- Ftg. Hours Condition In Hole DRILLING PARAMETERS: HIGH LOW Rate of Penetration 309.7 at 4664' 26.2 at 4071' Torque 386 at 4693' 139 at 4193' Weight on Bit 10 at 4145' 1 at 4212' Rotary RPM 334 at 5026' 249 at 4453' Pump Pressure 2944 at 4693' 1819 at 4377' AVERAGE 163.6 fi/hr 219 amp 5 Klbs 316 rpm 2431 psi DRILLING MUD REPORT: Report Depth: 5680' MW 10.2 VIS 45 PV 11 YP 20 GELS 3/22 FL SOL 10.0 OIL 0 SD Tr MBT 21.0 pH 9.5 CI- 7.2 FC 2 860 Ca+ 40 GAS SUM~Y: HIGH Total Ditch Gas (units) 370.0 at Total Cuttings Gas (units) 460 at Methane (C-1) (ppm) 49852 at Ethane (C-2) 5166 at Propane (C-3) 2947 at Butane (C-4's) 1750 at Pentane(C-5's) 591 at LOW AVERAGE 3979' 1.5 at 3357' 39.7 units 4740' 28 at 3420' 145.7 units 3979' 211 at 3357' 5971 ppm 3979' 21 at 3357' 482 ppm 3979' 11 at 3357' 271 ppm 3979' 5 at 3284' 121 ppm 3979' 0 at 3357' 20 ppm Background Gas: 10 units Trip Gas: units at Connection Gas: 180 units at 3977' Wiper Gas: 38 units at 4349' OIL SHOWS: Marginally good to very poor shows in sandstone intervals from 4065' to 4135'and 4650' to 4750' and 5240' to 5350'; the sandstone is moderately well sorted and has fair to poor visible porosity; there is spotty visible light brown oil staining; 80-30% moderately bright yellow sample fluorescence; moderately fast bright yellowish white to greenish yellow cut fluorescence with slow wispy streaming; very faint straw cut in white light; the residual ring fluoresces dull yellow to yellowish gold and is a very very pale brown in white light; faint to strong petroleum odor; no visible pops in the mud, but common immobile moderately bright yellow fluorescing spots on mud surface. Note that the mudstone and shale from these intervals and from several other zones has a dull yellow sample flubrescence and a dull yellow cut fluorescence; the interval from 4640' to 4800' has a very strong petroleum odor and visible oil in the mud that produces a very strong sheen when cut with water. LITHOLOGY: M udstone/Claystone/Siltstone 47% Bentonite/Calcareous tuff/Tuffaceous claystone 8% Shale 35% Sandstone 10% DAILY ACTIVITY SUMMARY: Drill from. 3505' to 4349'; circularte out; do 14 stand wiper trip; drill from 4349' to report depth. REMARKS: SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 4 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EPOCH WELL LOGGING, INC. MOtCNING REPORT ARCO ALASKA, INC. FIORD #3 Date: 3-30-95 Time: 04:00 04:00 Depth: 6650' YESTERDAY: 5680' Last Casing: 9 5/8" at 1802' 24 Hour Progress: 970' Estimated Pore Pressure: 9.1ppg DC Exponent: 0.80 Avg ROP Sand: 117 ft/hr ROP Shale: 111 ft/hr BIT INFORMATION: No. Size Type S/N Jets 2RR 8.5" HYCALOG DS40HF+ 16096 2-12'S,2-11's 2RR 8.5" HYCALOG DS40HF+ 16096 2-12'S,2-11's DRILLING PARAMETERS: HIGH Rate of Penetration 185.8 at 5602' Torque 337 at 5689' Weight on Bit 6 at 5689' Rotary RPM 324 at 5836' Pump Pressure 2893 at 6216' Interval 1687'-6000' 6000'- Ftg. Hours Condition 4313' 40.42 In Hole In Hole LOW AVERAGE 23.8 at 6342' 113.4 ft/hr 181 at 6024' 264 amp 3 at 5474' 5 KIbs 273 at 6329' 312 rpm 2182 at 2182' 2549 psi DRILLING MUD REPORT: Report Depth: 6638' MW 10.4 ViS 42 PV 14 YP 12 GELS 2/8 FL 4.8 FC 2 SOL 12.0 OIL 0 SD Tr MBT 25.0 pH 9.5 CI- 500 Ca+ 40 GAS SLTM3/IARy: HIGH LOW AVERAGE Total Ditch Gas (units) 290.0 at 5583' 9.5 at 5858' 56.4 units Total Cuttings Gas (units) 158 at 6360' 36 at 5700' 80.7 units Methane (C-1) (ppm) 52562 at 5583' 1629 at 6324' 9483 ppm Ethane (C-2) 3018 at 6191' 89 at 5813' 455 ppm Propane (C-3) 3016 at 6191' 47 at 5813' 277 ppm Butane (C-4's) 1414 at 6191' 6 at 5858' 103 ppm Pe nta ne(C-5's) 318 at 6191' 2 at 5923' 14 ppm Background Gas: 9 units Trip Gas: 371 units at 6000' Connection Gas: 20-66 units at Wiper Gas: units at OIL SHOWS: Good show in sandstone interval from 6185' to 6215'; the sandstone is well sorted and has good visible porosity; there is visible light brown oil staining; 100% bright yellow sample fluorescence; fast bright yellowish white to greenish yellow cut fluorescence with fast very thin streaming; very faint straw cut in white light; the residual ring fluoresces bright yellow to whitish yellow and is a pale brown in white light; faint to strong petroleum odor; no visible pops in the mud, but abundant immobile bright yellow fluorescing spots on mud surface. LITHOLOGY: M udstone/Claystone/Siltstone 37% Bentonite/Calcareous tuff/Tuffaceous claystone 8% Shale 35% Sandstone 20% DAILY ACTIVITY SUMMARY- Drill from 5680' to 6000'; circulate out; POOH; pick up Sperry LWD tool; insert neutron source; RIH; drill from 6000' to report depth. REMARKS: SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 4 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EPOCH WELL LOGGING, INC. MORNING REPORT ARCO ALASKA, INC. FIORD #3 Date: 3-31-95 Time: 04:00 Last Casing: 9 5/8" at 1802' 04:00 Depth: 7030' YESTERDAY: 6650' 24 Hour Progress: 380' Estimated Pore Pressure: 9.1 DC Exponent: 0.83 ROP Sand: 53 ft/hr (partly controlled through target zone) ROP Shale: 88 fi/hr BIT INFORMATION: No. Size Type S/N 2RR 8.50" HYCALOG DS40HF 16096 Jets Interval Ftg Hours Condition 2-12's, 2-11's 6000'-7030' 1030' 14.76 In Hole DRILLING PARAMETERS: HIGH Rate of Penetration 151.6 at Torque 440 at Weight on Bit 5 at Rotary RPM 324 at Pump Pressure 2966 at LOW AVERAGE 6498' 15.7 at 6691' 81.0 fi/hr 6961' 128 at 6505' 274 amp 7026' 4 at 6857' 4 Klbs 6852' 280 at 6962' 313 rpm 6530' 1923 at 7006' ' 2458 psi DRILLING MUD REPORT: Report Depth: 7030' MW 10.5 VIS 43 PV 16 YP 11 GELS SOL 13.0 OIL 0 SD Tr MBT 26.0 pH GAS SUMMARY: HIGH Total Ditch Gas (units) 113.0 at Total Cuttings Gas (units) 500 at Methane (C-1) (ppm) 11205 at Ethane (C-2) 1275 at Propane (C-3) 1481 at Butane (C-4's) 1478 at Pentane(C-5's) 685 at Background Gas: 24 units Connection Gas: 20-120 units at 2/8 FL 4.4 FC 2 9.5 CI- 450 Ca+ 40 LOW AVERAGE 6738' 6.5 at 6708' 24.5 units 6770' 42 at 7030' 123.1 units 6743' 1043 at 6708' 3533 ppm 6743' 88 at 6708' 273 ppm 6738' 70 at 6563' 227 ppm 6738' 14 at 6563' 111 ppm 6738' 2 at 6708' 34 ppm Trip Gas: 371 units at 6000' Wiper Gas: units at OIL SHOWS: Very good to good show from 6735' to 6750'; well sorted very fine sandstone has good visible porosity and pervasive light brown oil staining; friable, no pops in the raw mud; abundant thick pale green liquid paraffin on the surface of the drilling mud; 99-100% bright yellow sample fluorescence; instant very bright bluish white to yellowish white cut flluorescence with fast strong streaming and blooming; very faint to light straw cut in plain light; the residual ring produces very bright yellowish white to white fluorescence that is colorless to very faint brown in plain light; slight petroleum odor; note that the sandstone has up to 25% glauconite grains. LITHOLOGY: Mudstone/claystonelsiltstone 8% Bentonite/calcareous tuff 1% Shale 45% Sandstone 45% DAILY ACTIVITY SLTMMARY: Drill from 6650' to 7030' (T.D.)'; circulate bottoms up; do short trip; circulate bottoms up; POOH; . REMARKS: .. SERVICES PROVIDED: DML ML~LO~G mad RIGWATCH MONITORING SYSTEM D~'~,~t~l ~ ' , EPOCH WELL LOGGING, INC. MORNING REPORT ARCO ALASKA, INC. FIORD #3 Date: 4-01-95 Time: 04:00 Last Casing: 9 5/8"at 1802' 04:00 Depth: 7030' YESTERDAY: 7030' 24 Hour Progress: 0' Estimated Pore Pressure: N/A DC Exponent: N/A ROP Sand: x fi/hr ROP Shale: x fi/hr Jets Interval Ftg. Hours Condition HIGH LOW AVERAGE at at fi/hr at at amp at at Klbs at at rpm at at psi BIT INFORMATION: No. Size Type SIN DRILLING PARAMETERS: Rate of Penetration Torque Weight on Bit Rotary RPM Pump Pressure DRILLING MIJD REPORT: Report Depth: 7030' MW 10.6 VIS 47 PV 15 YP 12 GELS 2/9 FL 4.6 FC 2 SOL 14.0 OIL 0 SD Tr MBT 26.0 pH 9.4 CI- 450 Ca+ 40 GAS SLaY: HIGH LOW AVERAGE Total Ditch Gas (units) 245.0 at 7030' 3,0 at 7030' 20.0 units Total Cuttings Gas (units) at at units Methane (C-1) (ppm) at at ppm Ethane (C-2) at at ppm Propane (C-3) at at ppm Butane (C-4's) at at ppm Pentane(C-5's) at at ppm Background Gas: 4 units Trip Gas: 245 units at 9940" Connection Gas: units at Wiper Gas: units at OIL SHOWS: N/A LITHOLOGY: DAILY ACTIVITY S~Y: POOH; rig up to run E-logs; start running first log; unable to get through bridge at 5960'; pull logging tool out; RIH with RRB; ream through bridges; circulate and clean hole; POOH; rig up to run E-logs; running E-logs. REMARKS: .. SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 2 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EPOCH WELL LOGGING, 1NC. MORNING REPORT ARCO ALASKA, INC. Date: 4-02-95 Time: 04:00 04:00 Depth: 7030' YESTERDAY: 7030' Estimated Pore Pressure: N/A DC Exponent: N/A ROP Sand: x ft/hr ROP Shale: x ft/hr BIT INFORMATION: No. Size Type S/N DRILLING PARAMETERS: Rate of Penetration Torque Weight on Bit Rotary RPM Pump Pressure DRILLING MUD REPORT: MW 10.6 VIS 47 PV SOL 14.0 OIL 0 SD Jets Interval HIGH at at at at at Report Depth: 7030' 15 YP 12 GELS Tr MBT 26.0 pH GAS SUMMARY: HIGH Total Ditch Gas (units) at Total Cuttings Gas (units) at Methane (C-1) (ppm) at Ethane (C-2) at Propane (C-3) at Butane (C-4's) at Pentane(C-5's) at Background Gas: units Connection Gas: units at LOW OIL SHOWS: N/A FIORD #3 Last Casing: 9 5/8" at 1802' 24 Hour Progress: 0' Ftg. Hours Condition LOW AVERAGE at fi/hr at amp at Klbs at rpm at psi 2/9 FL 4.6 FC 2 9.4 CI- 450 Ca+ 40 AVERAGE at units at units at ppm at ppm at ppm at ppm at ppm Trip Gas: units at Wiper Gas: units at LITHOLOGY: DAILY ACTIVITY SUMMARY: Running E-logs; no circulating activity. REMARKS:.. SERVICES PROVIDED: DML MUDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 2 Arco Alas 'l'l'lm Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva EPOCH WELL LOGGING, INC. MORNING REPORT ARCO ALASKA, INC. FIORD #3 Date: 4-03-95 Time: 04:00 Last Casing: 9 5/8" at 1804' 04:00 Depth: 2316' YESTERDAY: 7030' 24 Hour Progress: 0' Estimated Pore Pressure: N/A DC Exponent: N/A ROP Sand: x ft/hr ROP Shale: x fi/hr BIT INFORMATION: No. Size Type SIN Jets Interval Ftg. Hours Condition DRILLING PARAMETERS: HIGH LOW AVERAGE Rate of Penetration at at fi/hr Torque at at amp Weight on Bit at at Klbs Rotary RPM at at rpm Pump Pressure at at psi DRILLING MUD REPORT: Report Depth: 7030' MW 10.6 VIS 47 PV 14 YP 12 GELS 2/8 FL 4.4 SOL 14.0 OIL 0 SD Tr MBT 26.0 pH 9.4 CI- 450 GAS S~Y: HIGH LOW Total Ditch Gas (units) 122 at 1820'(after Jogging run) 2 at 2300'(above #2 plug) Total Cuttings Gas (units) at at Methane (C-1) (ppm) at at Ethane (C-2) at at Propane (C-3) at at Butane (C-4's) at at Pentane(C-5's) at at Background Gas: 2 units Trip Gas: 56 units Connection Gas: units at Wiper Gas: units OIL SHOWS: N/A FC 2 Ca+ 40 AVERAGE 15 units units ppm ppm ppm ppm ppm at 7030' at LITHOLOGY: DAILY ACTIVITY SU1V[MARY: Finish running (FMI) E-log; rig down Schlumberger wireline; pick up muleshoe; RIH to 9 5/8" shoe; circulate up; RIH to 3475; circulate up; RIH to 6964'; pick up 29 joints of drill pipe; wash to bottom at 7030'; circulate bottoms up; condition mud; set cement plug #1 at 7030' to 6500'; POOH to 5530'; reverse out; POOH to 2950'; circulate up; POOH to 2650'; set cement plug #2 at 2650' to 2300'; POOH to 2100'; reverse out; POOH; lay down drill pipe; pick up BHA and 8.5" bit; move G pipe to drill side of derrick; RIH with S-135 drill pipe; lay down same total of 87 joints; RIH to shoe; break circulation; RIH and tag cement at 2316'; circulate up; spot high viscosity pill; POOH. REMARKS:.. SERVICES PROVIDED: DMI., MLrDLOGGING and RIGWATCH MONITORING SYSTEM Epoch Personnel on site: 2 Arco Alaska Reps: Don McKelvey/Dave Bumgarner Report By: Craig Silva ARCO ALASKA INC. FIORD NO. 3 DRILLING TIME SCHEDULE DEPTH VS TIME -2 -4 -6 -8 DEPTH (THOUSANDS) ,,F,,,_L o,.,-,' ~o" ~.OE X. AT 1805' ,.~. 1/~,, Ho~. _ TOT5 DEPTH: a7,030"- SET PLUGS AND PREPARE TO DRILL FIORD NO. 3A 0 1 2 3 4 5 6 7 8 9 10 11 12 DAYS 3-24-95 to 3-30-95 EPOCH WELL LOGGING INC. ARCO A~SKA INC. F~ORD NO, 3 PER DAY 2,500 2,000 t ,5OO 1,000 5OO 0 0 3-24-95 to 3,,30-95 2 4 6 8 DAYS EPOCH WELL LOGGING INC, TO: DATE: ARCO Alaska, Inc. AtlanticRichfieldCompany Alaska Oil & Gas Consveration Commission Attn.: Robert P. Crandall 3001 Porcupine Dr. Anchorage Alaska 99501 FROM: Ms. Kelli A. Thibodeau ATO-1466 ARCO Alaska, Inc. · 700 G. Street Anchorage, Alaska 99510 (907) 265-6240 May 25, 1995 Transmitted herewith is the following data concerning Alpine 1 lA lB Fiord 3 & 3A: REPORTS: EPOCH WELL REPORTS ALPINE lA ALPINE 1B FIORD 3 qV- / 7 / FIORD 3A If you have any questions please call me at (907) 265-6240. Kelli RETURN SIGNED COPY TO: ARCO Alaska, Inc. Attn.: Ms. Kelli A. Thibodeau-ATO-1466 700 G. Street Anchorage, Alaska 99510-0360 (907) 265-6240 Received by: DATE: Approved for transmittal by: F. M. I~eycutt Manager, Nodh Alaska'Exploration RECEIVED MAY 2. 6 1~95 Alaska Oil & Gas Cons. Commission Anchorage I OF1 TO: ARCO Alaska, Inc. AtlanticRichfieldCompany Alaska Oil & Gas Consveration Commission Attn.: Robert P. Crandall 3001 Porcupine Dr. Anchorage Alaska 99501 FROM:~ Anchorage, Alaska 99510 (907) 265-6240 DATE: May 22, 1995 Transmitted herewith is the following data concerning Fiord 3: APl # 501032021000 I Sepia Copy Displayed by Schlumberqer: Fiord 3 Array Induction Tool-1 FT Resolution-Depth Corrected to Dipole Sonic Array Induction Tool-2 FT Resolution-Depth Corrected to Dipole Sonic Compensated Neutron-and Lithe Density Tools-Depth Corrected to Dipole Sonic Dipole Sonic-DSI Upper Dipole and P&S Repeat Formation Tester-(Pressures and Sample)-03/31/95 I Paper Blueline Copy Displayed by Schlumberger; Fiord 3 Array Induction Tool-1 FT Resolution-Depth Corrected to Dipole Sonic Array Induction Tool-2 FT Resolution-Depth Corrected to Dipole Sonic Compensated' Neutron-and Lithe Density Tools-Depth Corrected to Dipole Sonic Dipole Sonic-DSI Upper Dipole and P&S Repeat Formation Tester-(Pressures and Sample)-03/31/95 If you have any questions please call me at (907) 265-6240. Kelli RETURN SIGNED COPY TO: ARCO Alaska, Inc. Attn.: Ms. Kelli A. Thibodeau-ATO-1466 700 G. Street Anchorage, Alaska 99510-0360 (907) 265-6240 Received by: DATE: RECEIVED MAY 2 5 1995 Alaska 011 & Gas Cons. Coram[s,s~'. Anchorage Approved for transmittal by: ~ F. M; Hone~/J.,Itt Manager, North Alaska Expl~u~tion 1 OF1 AI~cO Alaska, Inc. Post Office Bo~, ,00360 Anchorage, Alaska 99510-0360 Telephone 907 278 1215 May 9, 1995 David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: Well Completion Report Form 407 ARCO Fiord #3 Permit No. 94-171 Dear Commissioner Johnston, Attached is the Well Completion Report, Form 407, for the Fiord #3 well. The Fiord #3 well was a straight hole drilled to a total depth of 7030'. The well was logged and than plugged back to the 9-5/8" surface casing prior to drilling the Fiord #3A sidetrack. Included with the Form 407 are the "as built" survey showing the surface location, a well bore diagram showing the P&A status of the well, and daily drilling report summaries. The geologic information will be submitted under separate cover. If you have questions or require additional information, please contact Fred Johnson at 265-1492. Sincerely, Fred Johnson Drilling Engineer AR3B-6003-93 R'EEEIVED MAY 12 1995 Alaska Oil & Gas Cons. Commission Anchora~T~' 242 2003 STATE OF ALASKA AL,-,dKA OIL AND GAS CONSERVATION CO~v,,v,ISSION WELL COMPLETION OR RI:COMPLETION REPORT AND LOG 1 Status of Well Classification of Service Well OIL ~ GAS 2 Name of Operator 7 Permit Number ARCO Alaska, Inc 94-171 3 Address 8 APl Number P.O. Box 100360, Anchora~)e, AK 99510-0360 ~ 50-103-20210 4 Location of well at surface L'~ ~~r ' t ~ (~ ' ) ~ 9 Unit or Lease Name 1274' FNL, 1333' FEL, Sec. 25, T12N, R5E, U - N/A _ .... ~ ., , ., f~ i 10 Well Number At Top Producing Interval ,~-.'_:~;i:: ~ ' /T' / ~, .... -r-.=-~~ FIORD #3 At Total Depth Z~)~ / / ~ . ~-~"~'~'"~ ~._1~/7-'.~ ....... i ~ { '¥ / ! 11 Field and Pool FNL, 1434' FEL, Sec. 25, T12N, RSE, UM '~.////~, ,.// ,¢, Wildcat 1237' 5 Elevation in feet (indicate KB, DF, etc.) 6 Lease Designation and S'erifa1"-I~/// Wildcat ,., / RKB 47.5' Above SL # Date Spudded # Date T.D. Reached # Date Comp., Susp. or Aband. 115 Water Depth, If offshore 16 No. of Completions 03-23-95 3/30/95 4/4/95I NA feet MSL NA 7030'MD&7030"]'VD !1659'MD&1659'TVD YES ]XJ NO bJ] IfeetMD APPROX # Typo Electric or Other Logs Run AlT, CNL, LDT, GR, RFT, MSCT, DSI, FMI, VSP , # CASING, LINER AND CEMENTING RECORD SETrlNG DEPTH MD CASING SIZE WT GRADE TOP BTM HOLE SIZE CEMENT RECORD 16" 62.58# B 30' 108' 20" 350 sx AS I 9 5/8" 53.5# L-80 30' 1805' 12.25" 360 sx AS III & 320 sx Class G # Perforations opon to Production (MD+TVD of Top and Bottom and 25 TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 26 ACID, FRACTURE, CEMENT SQUEEZE, ETC DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED # PRODUCTION TEST Date First Production IMethod of Oporation (Flowing, gas lift, etc.) I Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO I TEST PERIOD FIowTubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE # CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. RECEIVED TO BE SENT UNDER SEPARATE COVER BY EXPLORATION GEOLOGY MAY 12 1995 ^ias~ 0il & ~as Cons, Commi~ion Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 30. GEOLOGIC MARKERS FORMATION TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS DEPTH TRUE VERT. DEPTH GOR, and time of each phase. TO BE SENT BY EXPLORATION GEOLOGY RECEIV[D MAY 1 2 1995 Alaska 0il & Gas Cons. Commission Al~chnr=, - ~ 31. LIST OF A-I-I-ACHMENTS .... " AS-BUILT SURVEYS, P&A DIAGRAMS AND DALLY DRILLING REPORTS 32. I hereby certify that the foregoing is true and correct to the best of my knowlege. -~, INSTRUCTIONS General: This form is designed for submitting a complete and correct well comoletion report and Icg 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, Qther-explain. Item 28: If no cores taken, indicate "none". Form 10-407 Date: 05/09/95 Page: 1 ARCO Alaska Inc. DAILY DRILLING REPORT WELL:FIORD #3 RIG:POOL ~6 WI: 56% SECURITY:2 WELLID: AX9319 AFE: *AX9319 TYPE:EXP AREA/CNTY:NORTH SLOPE BOROUGH STATE:AK API NUMBER:50-103-20210 FIELD: COLVILLE SPUD:03/23/95 START COMP: FINAL: 03/13/95 (1) TD: 0'( 0) SUPV:DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 RIGGING DOWN ROTARY TOOLS Rig down rotary tools. Rig down floor, Kelly, stabbing jboard, rathole. Knock lines loose in pits. Remove dewatering unit. Rig down pipe shed and set out same. 03/14/95 ( 2) TD: 0'( 0) SUPV:DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 TORT, SET UP CAMP ON FIORD LOC Rig down rotary tools. Rig down camp. Haul camp to Fiord location and rig up same. 03/15/95 (3) TD: 0'( 0) SUPV:DRM MW: 0.0 PV/YP: 0/ 0 TORT HAUL PIPE SHED TO FIORD#3 Rig up camp at Fiord #3. APIWL: 0.0 03/16/95 ( 4) TD: 0'( 0) SUPV: DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 TORT PREP. TO TAKE DOWN WINDWA Haul misc. rig pieces and tubular goods to Fiord location. 03/17/95 ( 5) TD: 0'( 0) SUPV:DRH MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 TORT UNSTRING BLOCKS Moved in and offloaded crane. Held safety meeting. 03/18/95 (6) TD: 0'( 0) SUPV:DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 TORT MOVING TO FIORD #3 Rig down and load out derrick, substructure, engine packages, dog houses and truck shop 03/19/95 (7) TD: 0'( 0) SUPV: DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 RURT SET 1ST MUD TANK, RU DERR Finished moving major rig components from Alpine location to Fiord %3. 03/20/95 (8) TD: 0'( 0) SUPV:DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 RURT STRING UP BLOCKS Rigging up pool rig %6. Finish putting derrick together and string up blocks. 03/21/95 ( 9) TD: 0'( 0) SUPV: DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 RURT SPOT PIPE SHED. Rigging up POOl Rig #6. Finished stringing up b~~,EIv E D MAY 12 1995 Alaska Oil & Gas Cons. Commission Anchora~'~, Date: 05/09/95 Page: 2 03/22/95 (10) TD: 108'(108) SUPV:DCB ARCO Alaska Inc. DAILY DRILLING REPORT MW: 0.0 PV/YP: 0/ 0 RIG UP. GET STEAM TO RIG. Rigging up Fiord. RU MWD and mudloggers. APIWL: 0.0 03/23/95 (11) TD: 108'( 0) SUPV:DCB MW: 9.9 PV/YP: 37/33 APIWL: 0.0 NU DIVERTER Rig up complete at 1:30 3/23/95. Accept rig. NU diverter. 03/24/95 (12) TD: 550' (442) SUPV:DCB MW: 9.9 PV/YP: 22/38 APIWL: 10.4 DRILLING 12.25" SURFACE HOLE Spud at 21:30 hfs 3/23/95. Drilling new hole from 110-550' 03/25/95 (13) TD: 1830' (1280) SUPV:DCB MW: 10.0 PV/YP: 17/30 R/U CASING TOOL Drilling from 550 to 1830' TD. APIWL: 9.2 03/26/95 (14) TD: 1830'( 0) SUPV:DCB MW: 10.1 PV/YP: 14/16 NU BOPE Run 42 its 9-5/8" csg. Cement surface. NU BOPE. APIWL: 10.2 03/27/95 (15) TD: 2295'(465) SUPV:DCB MW: 10.1 PV/YP: 16/14 APIWL: 8.0 DRILLING 8-1/2" HOLE Test BOPE 300/3000psi. Test csg. Drilling f/1840-2295' 03/28/95 (16) TD: 3700'(1405) SUPV:DCB MW: 10.1 DRILLING 8-1/2" HOLE Drilling f/2300-3700'. PV/YP: 11/20 APIWL: 7.2 03/29/95 (17) TD: 5815'(2115) SUPV:DCB MW: 10.4 DRILLING 8-1/2" HOLE Drilling f/3700-5815'. PV/YP: 13/12 APIWL: 6.0 03/30/95 (18) TD: 6740'(925) SUPV:DCB MW: 10.4 DRILLING 8-1/2" HOLE Drilling f/5815-6740' PV/YP: 14/12 APIWL: 4.8 03/31/95 (19) TD: 7030'(290) SUPV: DCB MW: 10.6 PV/YP: 15/11 APIWL: 4.6 POH F/LOGS Drilling f/6740-7030' TD. L/D BHA, motor, MWD. R/U Schlumberger to run CNL/GR/LDT/AIT. 04/01/95 (20) TD: 7030' ( 0) SUPV:DCB MW: 10.6 PV/YP: 15/12 APIWL: 4.6 RETRIEVE SWC RIH w/GR/CNL/LDL/AIT/AMS, AMS/GR/RFT for pressure/sampling and GR/MSCT to log. RECEIVED MAY 1Z 1995 Alask~ Oil & Gas Cons. Commission ~0m~ Date: 05/09/95 Page: 3 04/02/95 (21) TD: 7030' ( 0) SUPV:DCB ARCO Alaska Inc. DAILY DRILLING REPORT MW: 10.6 LOG FMI Run DSI/MLT/GR/AMS, SAT, FMI. PV/YP: 14/12 APIWL: 4.4 04/03/95 (22) TD: 2316'( 0) SUPV:DCB MW: 10.5 PV/YP: 16/ 8 TIH F/KICKOFF PLUG Set plug %1 and %2. L/D 5" DP. APIWL: 6.6 04/04/95 (23) TD: 1807' ( 0) SUPV: DCB MW: 10.2 PV/YP: 11/ 7 APIWL: 6.8 DRILL KICKOFF PLUG R/U Dowell for plug %3. POH, L/D DP. Lay down tubing string. Test BOPE. Drilling cement f/1659-1807'. Good cement. 04/16/95 (12) TD: 37'( 0) SUPV: DCB RIG DOWN RD Pool %6. MW: 0.0 PV/YP: 0/ 0 APIWL: 0 0 04/17/95 (13) TD: 37'( 0) SUPV:DCB MW: 0.0 PV/YP: 0/ 0 APIWL: 0 0 RDMO Rig down Pool %6. Move out rig components. Staging at 2M. 04/18/95 (14) TD: 37'( 0) SUPV:DCB MW: 0.0 RDMO Rig down Pool %6. PV/YP: 0/ 0 APIWL: 0 0 04/19/95 (25) TD: 37'( 0) SUPV: DRM MW: 0.0 PV/YP: 0/ 0 RIG DOWN AND DEMOB POOL %6 Hauling rig components to 2M pad for storage. APIWL: 0 0 04/20/95 (26) TD: 37'( 0) SUPV:DRM MW: 0.0 PV/YP: 0/ 0 RIG DOWN AND DEMOB POOL RIG %6 Rig down camp and camp support equipment. APIWL: 0 0 04/21/95 (27) TD: 4'( 0) SUPV: DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0 0 DEMOB POOL RIG %6 Hauling Pool Rig %6 component equipment off location. Filled annuli with cement to top and welded on abandonment cap. 04/22/95 (28) TD: 4' ( O) SUPV: DRM MW: 0.0 PV/YP: 0/ 0 APIWL: 0.0 DEMOB POOL RIG %6 Hauling Pool Rig %6 component equipment off location. 04/23/95 (29) TD: 4' ( O) SUPV: DRM MW: 0.0 REMOVING ROAD REFLECTORS Removed all road signs. PV/YP: 0/ 0 APIWL: 0.0 RECEIVED MAY 12 1995 Oil & Gas Cons. Commission 04/24/95 (30) TD: 4' ( 0) SUPV: DRM MW: 0.0 PV/YP: 0/ 0 STAGING POOL #6 TO DEADHORSE Staging Pool Rig #6 to Deadhorse. APIWL: 0.0 04/25/95 (31) TD: 4'( 0) SUPV: DRM MW: 0.0 STAGING POOL #6 TO DEADHORSE Final report. PV/YP: 0/ 0 APIWL: 0.0 End of WellSummary for Well-AX9319 RECEIVED 12 1995 Alaska Oil & Gas CoDs. COlTImJ$sJOD Anchora.c~, FIORD #3 ACTUAL PLUGBACK PRIOR TO SIDETRACK DIAGRAM 3000 PSI WELLHEAD EQUIPMENT 12-1/4" HOLE 10.5 LB/GAL MUD 16" CONDUCTOR AT 108' RKB TAGGED TOP OF ~'~ .:..:.~:;~....:!i....:!~....:!.~:!.~..~:;~....:........~:i~i:!i..~:;~!:~.~:~...:...!:..:...:~:..~i 9-5/8" SURFACE CSG AT 1805' RKB BASE OF PLUG #3 @ WELL WILL BE SIDETRACKED @ APPROX 1900' · TAGGED TOP OF PLUG #2 @ 2315' BASE OF PLUG #2 @ 2650' 8-1/2" HOLE 2O BBL HI VIS · 10.5 LB/GAL MUD TOP OF PLUG #1 @ 6090' ::::::::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::: [~::'::!::~:?~:'E:'i::'.'."i~'::!.'.'!:!::'::'i ::~:¢::?:~:~ i~..:!~:~:.....:!i~:i!~:~..:i~...:i?:~:~:i~:~:i;~....~;~......:!i...~ } ?.'.. ?.. :'.'...' C.. h'.- h'.. ?:.. ?...".'.. :':.. ;'.'..: |': :.'..': :.'..': :.'..': :.'..'.' :.'..': :.'..': ".'.:: :.'..". :.'..': :.'2 ::..': ~.: :i".: ?":: ?'".: :'i".: :'"'.: ::4 .""'.: .':".: .""i: ::".: ::4 : BASE OF PLUG #1 @ 'rD :::::::::::::::::::::::::::::::::::::::::::::::::::::: t:"::::::::::::::::::::::::::::::::::::::: HYDROCARBON 2450-2600' BEARING ZONE, K-5 RECEIVED MAY 12. 1995 Alaska 0ii & Gas Cons. Commission HYDROCARBON 61 95-6230' BEARING ZONE HYDROCARBON 6733-6770' BEARING ZONE, d-4 TD AT 7030' MD & TVD (VERTICAL WELL) ARCTIC-SET CEMENTS CLASS G CEMENT WITH ADDITIVES FJ 5/8/95 i Section 5. : Survey Data RECEIVED MAY 1 2 199§ 0il & (]as Cons. Commission AK-MM-95314 MWD End of Well Report SP5 .f-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE ARCO ALASKA INC W, COLVILLE/FIORD #3 501032021000 NORTH SLOPE BOROUGH COMPUTATION DATE: 5/ 1/95 DATE OF SURVEY: 041295 MWD SURVEY JOB NUMBER: AK-MM-950314 KELLY BUSHING ELEV. = 47.60 FT. OPERATOR: ARCO ALASKA INC TRUE SUB-SEA MEASD VERTICAL VERTICAL DEPTH DEPTH DEPTH COURS INCLN DG MN COURSE DLS TOTAL DIRECTION RECTANGULAR COORDINATES DEGREES DG/100 NORTH/SOUTH EAST/WEST VERT, SECT, 0 ,00 -47,60 128 128,50 80,90 216 216,49 168,89 313 313,04 265,44 403 403,12 355,52 0 0 N ,00 E ,00 ,00N ,00E 0 0 S 44,67 E ,00 ,00S .00E 0 13 S 59,50 E ,25 ,09S .15E 0 22 S 72,20 E ,18 ,28S ,62E 0 15 S 69,77 E ,15 ,44S 1,09E ,00 -,01 -.17 - ,68 -1,17 493 493,79 446,19 584 584,13 536,53 673 673,70 626,10 763 763,66 716,06 853 853,73 806,13 0 16 S 71,77 E ,02 ,58S 1,47E 0 12 S 53,81 E ,11 ,74S 1,81E 0 9 S 71,63 E .09 ,88S 2,06E 0 12 N 50,43 E ,20 ,82S 2,30E 0 34 N 59,56 E ,41 .. ,49S 2,81E -1,58 -1.95 -2,23 -2,44 -2,82 949 949,57 901,97 1040 1040,14 992,54 1134 1133,99 1086,39 1226 1226,86 1179,26 1321 1321,34 1273,74 0 18 S 88,12 E ,37 ,26S 3,48E 0 30 S 33,76 E ,45 ,60S 3,94E 0 19 N 75,54 E .53 ,87S 4,43E 0 10 N 68,83 E ,16 ,75S 4,83E 0 12 S 43,92 E ,22 ,81S 5,08E -3,38 -3,92 -4,48 -4,81 -5,07 1414 1414,55 1366,95 1509 1509,29 1461,69 1602 1602,73 1555,13 1791 1791,30 1743,70 1858 1858,83 1811,23 0 8 S 7,54 E ,13 1,04S 5,21E 0 9 S 11,99 E ,02 1,29S 5,25E 0 3 S 1,39 W ,12 1,46S 5,28E 0 25 S 16,28 E ,20 2,22S 5,47E 0 6 N 43,29 W ,77 2,42S 5.50E -5,27 -5,39 -5,46 -5,90 -5,99 1952 1952,30 1904,70 2047 2047,03 1999.43 2140 2140,02 2092,42 2234 2234,26 2186,66 2318 2318,07 2270,47 0 3 N 4,30 E .08 0 3 N 29,08 E ,02 0 9 N 33,46 W .14 0 9 N 38,50 W ,00 0 15 N 49,12 W ,13 2,31S 5,45E 2,22S 5,48E 2,07S 5,44E 1,87S 5,29E 1,67S 5,08E -5,91 -5,90 -5,81 -5,61 -5,35 2420 2419,98 2372,38 2516 2516,76 2469,16 2608 2608,23 2560,63 2706 2706,04 2658.44 2788 2788,93 2741,33 0 18 N 68.39 W .10 0 15 N 58,79 W .07 0 12 N 51,71 W ,06 0 20 N 57,95 W ,14 0 16 N 71,94 W .12 1,42S 4,67E 1,22S 4.25E 1,01S 3.95E .75S 3,56E ,56S 3.17E -4,88 -4,42 -4,07 -3,61 -3,18 2882 2882,50 2834,90 2980 2980,72 2933,12 3069 3069.68 3022.08 3163 3163,65 3116,05 3258 3258,37 3210.77 0 15 N 63,64 W .05 0 19 N 83,97 W .13 0 18 N 73,32 W .07 0 23 N 77,76 W .10 0 24 N 83,44 W .05 ,40S 2.78E .27S 2.30E .18S 1.83E .04S 1.28E .06N .63E -2.76 -2.27 -1.79 -1,22 -,58 RECEIVED MAY 12 199,5 Oii& Gas Cons. Commission Anchora: ,, Sp~, Y-SUN DRILLING SERVICES ANCHORAGE ALASKA PAGE ARCO ALASKA INC W. COLVILLE/FIORD #3 501032021000 NORTH SLOPE BOROUGH COMPUTATION DATE: 5/ 1/95 DATE OF SURVEY: 041295 MWD SURVEY JOB NUMBER: AK-MM-950314 KELLY BUSHING ELEV. = 47.60 FT. OPERATOR: ARCO ALASKA INC TRUE SUB-SEA MEASD VERTICAL VERTICAL DEPTH DEPTH DEPTH COURS COURSE DLS INCLN DIRECTION DG MN DEGREES DG/100 TOTAL RECTANGULAR COORDINATES NORTH/SOUTH EAST/WEST VERT. SECT. 3352 3352.31 3304.71 0 27 N 74.38 W .09 3443 3443.41 3395.81 0 29 N 73.83 W .04 3544 3544.86 3497.26 0 32 N 75.38 W .05 3634 3634.27 3586.67 0 36 N 76.76 W .08 3728 3728.41 3680.81 0 33 N 78.31 W .07 .20N .05W .11 .40N .77W .86 .65N 1.65W 1.77 .86N 2.52W 2.66 1.07N 3.45W 3.61 3823 3823.25 3775.65 0 31 N 82.08 W .05 1.22N 3915 3915.85 3868.25 0 34 N 87.71 W .09 1.30N 4114 4114.23 4066.63 0 34 N 89.77 W .01 1.34N 4291 4291.77 4244.17 0 38 N 83.92 W .05 1.45N 4479 4479.40 4431.80 0 55 N 87.92 W .16 1.62N 4.32W 5.20W 7.21W 9.10W 11.66W 4.48 5.34 7.26 9.07 11.55 4672 4672.62 4625.02 1 1 N 80.31 W .08 1.96N 4858 4858.15 4810.55 1 13 N 82.89 W .12 2.49N 5046 5045.80 4998.20 1 12 N 85.18 W .03 2.90N 5225 5224.76 5177.16 1 31 N 87.83 W .18 3.15N 5413 5413.59 5365.99 1 39 N 84.81 W .09 3.49N 14 18 22 26 31 · 92W .53W .50W .76W .98W 14.75 18.33 22.23 26.33 31.39 5599 5599.15 5551.55 1 58 N 75.73 W .23 4.52N 5785 5784.88 5737.28 2 16 N 69.78 W ·20 6.59N 5904 5904.18 5856.58 2 22 N 72.06 W .11 8.17N 6103 6102.46 6054.86 2 46 N 69.02 W .22 ll.16N 6291 6290.39 6242.79 2 54 N 66.25 W .10 14.71N 37 44 48 57 65 · 76W .32W · 90W .30W · 91W 37.19 44.07 48.91 57.82 67.13 6471 6470.08 6422.48 2 52 N 61.76 W .13 18.67N 6627 6626.33 6578.73 2 55 N 63.59 W .07 22.30N 6845 6843.45 6795.85 3 30 N 54.24 W .36 28.65N 6965 6963.63 6916.03 3 49 N 52.84 W .27 33.23N 7030 7027.75 6980.15 3 49 N 52.84 W .00 35.82N 74.05W 81.07W 91.43W 97.62W 101.03W 76.10 83.92 95.78 103.12 107.18 THE CALCULATION PROCEDURES ARE BASED ON THE USE OF THREE-DIMENSION MINIMUM CURVATURE METHOD. HORIZONTAL DISPLACEMENT = 107.19 FEET AT NORTH 70 DEG. 28 MIN. WEST AT MD = 7030 VERTICAL SECTION RELATIVE TO WELL HEAD VERTICAL SECTION COMPUTED ALONG 288.89 DEG. RECEIVED MAY 1 ?_ 1995 Oii& Gas Cons. Commission Anchora,~ ~ 550' ICE PAD LJMITS FIORD i/f.3 -- 250' CU'I-rlNG STORAGE 250' RECEIVED MA~ ~ Z i995 .& Gas Cons. Anchora~. ,, 550' Scole 1" = 2 Mffes FIORD #.3 LOCATED WITHIN PROTRACTED SEC. 25, TWP. 12 N., RGF_..5 E. UMIAT MERIDIAN LAT. = 70'22' 08.428" LONG. = 150' 4-4/55.797" 1,274' F.N.L, 1,334.' F.E.L Y = 5,985,102.64. X = 4-08,6O3.4.2 GROUND ELEVATION -- 14..3' TOP ICE PAD ELEV.= 16.4.' NOTES 1. BASIS OF HORIZONTAL LOCATION AND ELEVATION 15 U.£G.S. MONUMENTS RIVER & NE$7: 2. COORDINA TEE 5HO#IN ARE ALASK,4 STATE PLANE ZONE 4, N.A.D. 27. 3. DA TE OF SURVE'~: 2/17/95. 4.. E'LE'VATION$ 51-101¥N ARE B.P.M.~L. SURVEYOR'S CER77F'ICA TE I HEREBY CER77F'Y THAT I AM PROPERI. Y R~ ,AND UCENSED TO PRAC71CE LAND SURVE-)TNG IN THE STAT~ OF ALA~ AND THAT THIS PLAT RE]PRE'SETVTE A SURVE'Y DONE BY ME OR UNDER lily DIRECT SUPER~ AND THAT ,ALL DIMENSIONS AND OTHER DETAILS ~ ~CT AS OF FEB 18, 1995. ARCO Alaska, Inc. Subsidiary of Atlantic Richfield Company CADD Riff' NO. DRAWING NO:. LK601173 C. M1 ,LOUNSBURY &: ~SOC[ATES, ~C. FIORD ~ EXPLORATORY WEU. CONDUCTOR &: iCE PAD AS-BUILT OOl OF 1 ARCO Alaska, Inc. AtlanticRichfieldCompany TO: Alaska Oil & Gas Consveration Commission FROM: Attn.: Robert P. Crandall 3001 Porcupine Dr. Anchorage Alaska 99501 Ms. Kelli A. Thibodeau ATO-1466 ARCO Alaska, Inc. 700 G. Street Anchorage, Alaska 99510 (907) 265-6240 DATE: 10, May 1995 Transmitted herewith is the following data concerninq ~ CL~,E' ...-p0//RTS/ APl #501032021100 Fiord 3 Sidewall Analysis Report (CL File No BP-3-1576) TAPES: Fiord 3 I Open Reel 8.5" Open Hole Edit AIT/DSI/LDT/CNTG (1802' to 6992' ) I Paper Tape Verification Listing If you have any questions please call me at (907) 265-6240. Kelli RETURN SIGNED COPY TO: ARCO Alaska, Inc. Attn.: Ms. Kelli A. Thibodeau-ATO-1466 700 G. Street Anchorage, Alaska 99510-0360 (907) 265-6240 Received by: DATE: RECEIVED MAY 1 1 1995 Alaska Oil & Gas Cons. Commission Anchorage Approved for transmittal by: F. M. ~4'/on eycutt Manager, North Alaska Exploration I OF1 PETROLEUM SERVICES ARCO ALASKA, INC. DEWALL ANALYSIS REPORT FIORD #3 EXPLORATION NORTH SLOPE, ALASKA CL FILE NO BP-3-1§76 Performed by- Core Laboratories 8005 Schoon St. Anchorage, AK 99518 (907) 349-3541 Final Report Presented APRIL 30, 1995 ORIGINAL These analyses, opinions or interpretations are based on observations and materials supplied by the client to whom, and for whose exclusive and confidential use, this report is made. The interpretations or opinions expressed represent the best judgement of Core Laboratories (all errors and omissions excepted); but Core Laboratories and its officers and employees assume no responsibility and make no warranty of representation as to the productivity, proper operations or profitability of any oil, gas or other mineral well or formation in connection with which such report is used or relied upon. Core Laboratories, Inc. 8005 Schoon Street, Anchorage, Alaska 99518-3045, (907) 349-3541, Fax (907) 344-2823 INTRODUCTION Core Laboratories was requested to perform a sidewall core analysis study on behalf of ARCO Alaska, Inc. for samples recovered from the Fiord #3 well. Presented herein are the results of this study. Rotary sidewall cores were submitted. A service description with methodology is presented in section 1. The sidewall core analysis results are presented in section 2. Section 3 contains shipping transmittals. We sincerely appreciate this oppor, tunity to be of service and hope this data prove beneficial in your exploration efforts. SIVIII~SNV21 SIqNS~J ~JVIN~]VI ~SISAIVNV ~WOO llVtq~(]I$ ADOIOOOHI~ ONV NOIIdI2OS~O ~OIA~S ~SISA1VNV ~JOO llVtq~(]I$ uo~loaS SIN31NO9 JO 318V1 AgOIOQOH/3H QNV NOIIdI~3S3Q 33IA~3S $ISAIVNV 3~03 ]3VH3QIS 1: NOIJ. O3S SECTION 1 SIDEWALL CORE Fi el d Procedures Core Laboratories was not represented at the wellsite. Twenty-two rotary sidewall samples were hand delivered to Core Laboratories' Anchorage facility on April 3, 1995. The rotary sidewalls were preserved in sidewall glass jars. Core Processing Sample Preparation Dean-Stark Sidewall Samples Twenty-one samples were selected for Dean-Stark analysis. They were first cleaned of drilling mud and cut into shapes approximating right cylinders dry. The samples were then weighed, placed in thimbles, and loaded into the Dean Stark. Analysis Techniques Dean-Stark Fluid Saturation Measurements Water was extracted from the sidewall samples by Dean-Stark technique using toluene. Samples were left in Dean-Stark for 24 hours and stable readings were obtained over a four hour period. Recovered waters were measured and the samples were placed in a Dean-Stark with chloroform for hydrocarbon extraction for a minimum of 48 hours and until no fluorescence was observed using trichloromethane under an ultraviolet light. Extracted samples were dried in a convection oven at 180° F. for four hours, then moved to a vacuum oven for 24 hours at 180° F and checked for stable weight after four additional hours of drying. They were cooled in a desiccator to room temperature before porosity and permeability were measured. Permeability to Air The ends of the plugs were brushed and cleaned with compressed air to remove fine material created by sawing before permeabillties were measured with a steady state permeameter. Saturations by Dean-Stark methods were calculated using Equations I and 2. So = [((W1 - W2 - H20)/Do)/Vp] x 100 Sw : [H20/Vp] x 100 (1) (2) Where: So = Oil Saturations, Percent Sw = Water Saturation, Percent W1 : Natural Weight W2 = Extracted and Dried Weight H20 : Extracted Water, Density Assumed 1.0 gm/cc Do : Density of Oil Vp = Pore Volume Grain Density Grain volume determinations were performed according to Boyle's Law utilizing the Helium Porosimeter. Grain density was calculated using Equation 3. Dg : Mg/Vg (3) Where: Dg = Grain Density Vg = Grain Volume Mg = Grain Mass Atmospheric Porosity The samples were measured for bulk volume by mercury displacement at ambient conditions. Porosity was calculated using Equation 4. P : [(Vb-Vg) / Vb)] x 100 (4) Where: P = Porosity, Percent Vb = Bulk Volume Vg = Grain Volume Atmospheric Permeabilit.¥ to Air Samples were loaded into a hydrostatic type core holder at a confining pressure of 400 psig. Permeability calculations were performed as defined by Darcy~s Equation for compressible fluids, Equation 6. Pa x v x 1000 Qa x L x L K = x (6) (P1 - P2)(P1 +P2) 2 Vb Where: K = Permeability v = Gas Viscosity P1 - P2 = Differential Pressure P1 +P2 = Mean Pressure Pa = Atmospheric Pressure Qa = F1 ow Rate L = Length Vb = Bulk Volume $11~$3~ ~Vl~SVl SISAlVNV 3~0} llVR3~I$ N01133S CORE LABORATORIES ARCO ALASKA, INC. FIORD #3 COLVILLE DELTA NORTH SLOPE, ALASKA FILE: BP-3-1576 DATE: 26- A P R- 95 ANALYSTS: PB, DS, DA PRELIMINARY DEAN STARK ANALYSIS ROTARY SIDEWALL SAMPLES PERMEABILITY POROSITY SATURATIONS GRAIN CORSMPL DEPTH KAIR (HEUUM) o?L I WATER DENSITY Cf Cf FT MD (%) % Pv % Pv GM/CC DESCFIPTION 1 1 SW 6201.0 sml spl 14.5 0.0 99.6 2.74 Mdst-dkgy,cly-slt,brit, mod hd,lam 1 22 SW 6209.0 3.99 17.6 19.7 31.7 2.71 SS-ltgy,vf-fgr,predvfgr,wsrtd,wrnd,wcmt, qtz,dk lith gr,bit 1 2 SW 6218.0 0.56 13.6 4.2 74.9 2.72 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,vwcmt, qtz,dk lith gr,bit 1 3 SW 6225.0 0.50 14.8 7.2 76.1 2.69 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,wcmt,qtz,dk lith gr,bit,wh cmt 1 4 SW 6726.0 small sample 1 5 SW 6731.0 <0.01 4.0 18.3 78.1 3.40 Mdst-ltbrngy,vhd,carb w/occ f-c glau gr,pyr nod,r f qtz gr 1 6 SW 6736.0 0.04 13.3 14.2 57.7 3.03 SS-ltbrngy,vfgr,vwsrtd,wrnd,vwcmt, qtz, glau,carb cmt, pyr nod 1 7 SW 6737.0 1.16 19.6 8.9 75.4 2.70 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,wcmt, qtz,glau.tr pyr & brn cly 1 8 SW 6738.0 1.34 19.1 11.9 73.6 2.70 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,wcmt, qtz,glau.occ brn cly 1 9 SW 6739.0 1.59 21.1 8.5 68.2 2.73 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,wcmt, qtz, glau.occ brn clylam 1 10 SW 6740.0 1.17 19.1 10.0 64.5 2.70 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,vwcmt,qtz,glau.occ brn cly 1 11 SW 6741.0 2.03 19.9 9.9 67.3 2.69 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,vwcmt,qtz,glau.occ brn cly 1 12 SW 6743.0 2.34 20.3 3.7 66.5 2.70 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,vwcmt, qtz,glau.occ brn cly 1 13 SW 6744.0 5.56 21.1 8.6 54.5 2.68 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,vwcmt, qtz,glau.r brn cly 1 14 SW 6745.0 8.46 22.2 10.8 45.5 2.77 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,vwcmt, qtz,glau.r brn cly 1 15 SW 6752.0 0.55 14.6 0.5 92.4 2.75 SS-dkgrngy,vf-fgr,predfgr,wsrtd,wrnd,wcmt, glau,qtz,pyr 1 16SW 6760.0 0.78 18.6 13.1 71.4 2.70 SS-mltgy,vf-mgr,predvfgr,wsrtd,wrnd,wcmt, qtz, glau,pyr 1 17 SW 6761.0 0.75 17.9 6.9 70.2 2.77 SS-mgy,vf-mgr,predvfgr,wsrtd,wrnd,wcmt, qtz, glau,brn cly, pyr 1 18 SW 6762.0 0.81 19.0 15.2 70.9 2.70 SS-mltgy,vf-mgr,predvfgr,wsrtd,wrnd,wcmt, qtz, glau,tr brn cly 1 19 SW 6763.0 0.54 17.5 8.1 74.2 2.70 SS-mltgy,vf-fgr,predvfgr,wsrtd,wrnd,wcmt, qtz,glau,brn cly, pyr 1 20 SW 6764.0 0.95 17.6 5.8 67.7 2.71 SS-mltgy,vf-mgr,predvfgr,wsrtd,wrnd,wcmt, qtz, glau,occ brn cly 1 21 SW 6778.0 0.88 12.0 2.5 98.7 2.71 SS-brngy,vfgr,vwsrtd,wrnd,vwcmt, qtz,brn cly, dol,occ glau $1VIIIHSNVUl N011335 TOo' TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT ARCO OIL AND GAS 2300 W. PLANO PARKWAY PLANO, TEXAS 75075 ATTN: DALLAM MASTERSON MA TERIALS RECEIVED VIA: FEDERAL EXPRESS ITEMS RECEIVED: ONE SIDEWALL PLUG END FIORD #3 6209 Ft. Shipped by: DAVID SUMPTER for CORE LAB Date' 05-Apr- 95 Received by: for ARCO Date: Please note that the items listed above are inventoried, shipped and received in good faith, but due to errors, are subject to minor adjustments. In such case both shipper and receiver agree to make a timely and bona fide effort to correct any observed discrepancies. CORE LABORATORIES 8005 SCI-lOON ST., ANCHORAGE, ALASKA99518 (907) 349-3541 TO: TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT ARCO OIL AND GAS 1601 SUMMIT AVE PLANO, TX 75074 ATTN: STAN SANDERS MA TERIALS RECEIVED V/A: FEDERAL EXPRESS ITEMS RECEIVED: WELL: FIORD #3 7 ROTARY SIDEWAll END PIECES 6225 6726 6731 6738 6752 6761 6778 Shipped by: PERRY BROWN for CORE LAB Date: 1 O-Apr- 95 Received by: for ARCO Date: Please note that the items listed above are inventoried, shipped and received in good faith, but due to errors, are subject to minor adjustments. In such case both shipper and receiver agree to make a timely and bona fide effort to correct any observed discrepancies. CORE LABORATORIES 8005 SCHOON ST., ANCHORAGE, ALASKA 99518 (907) 349-3541 TO: TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT ARCO OIL AND GAS 1601 SUMMIT AVE PLANO, TX 75074 ATTN: STAN SANDERS MA TERIALS RECEIVED VIA: FEDERAL EXPRESS ITEMS RECEIVED: 11 ROTARY SIDEWALL END PIECES FROM FIORD #3 DEPTHS 6218 6739 674O 6741 6743 6744 6745 676O 6762 6763 6764 Shipped by: DON ASHLEY for CORE LAB Date: 17-Apr- 95 Received by: for ARCO Date' Please note that the items lis~d above are inventoried, shipped and received in good faith, but due to errors, are subject to minor adjustments. In such case both shipper and receiver agree to make a timely and bona fide effort to correct any observed discrepancies. CORE LABORATOFIES 8005 SCHOON ST., ANCHORAGE, ALASKA99518 (907) 349-3541 TRANSMITTAL AND ACKNOWLEDGEMENT OF RECEIPT TO,' ARCO OIL & GAS 1601 SUMMIT AVE PLANO, TX 75074 ATTN: STAN SANDERS MA TERIA LS RECEIVED VIA.' FEDERAL EXPRESS · ITEMS RECEIVED.' 2 SIDEWALL END PIECES FROM FIORD -fi3 DEPTHS 6201 NO END PIECE, SAMPLE TOO SMALL 6736 6737 '~' Shipped by: DON ASHLEY for CORELAB Date: 19-Apr-95 Received by: for ARCO Date' Please note that the items listed above are inventoried, shipped and received in good faith, but due to errors, are subject to minor adjustments. In such case both shipper and receiver agree to make a timely and bona fide effort to correct any observed discrepancies. CORE LABORATORES 8005 SCHOON ST., ANCHORAGE, ALASKA 99518 (907) 349-3541 ARCO Alaska, Post O~,.-.e Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 TRANSMITTAL TO: State of Alaska AOGCC 3001 Porcupine Drive Anchorage, Alaska 99501 DATE' May 1, 1995 AIRBILL: AIRLAND # 646243 AFT#' ABV05-05-01-03 CHARGE CODE# AX9319 OPERATOR: ARCO Alaska INC. SAMPLE TYPE. Corechips, Dry ditch NAME' Alpine #1 (5010320211), Fiord #3 (501032021) and Fiord #3A NUMBER OF BOXES: 8 boxes SAMPLES SENT' 71 62 - 7185' (Alpine #1 core chips) 7030' (Fiord #3 dry ditch) 1860 - 9147' (Fiord #3A dry ditch) SENT BY: ANGELA T. LANGSTON Oil ,,~ ~a~ ~ Oil & UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO- Arco Alaska, Inc. 619 E. Ship Creek Ave Suite 104 Anchorage, AK. 99510 Attn: Dan Przywojski RECEIVED BY' DATE' AR3B-6003-93 242-2603 Facsimile Cover Sheet To: Company: Phone: Fax: HOWARD OKLAND Alaska O&G Conservation Comm. 907-279-1433 907-276-7542 From: Timothy Company: Phone: Fax: Email: J. Ryherd Alaska D.N.R.- Div. of Oil & Gas (907)762-2140 (907)562-3852 74222.2332 @ compuserve.com Date- 5/2/95 Pages including this cover page: 1 Howard: At your. eadiestconvenience please prepare the follow ng we I data for me: · .~A'RCd ~-ord~ (94-0171)--all well logs, well history, completion report, drilling permit, horizon picks, directional /....// surveys,~Cd~e descriptions, core analyses, production test summaries and production test detailed reports NFID~~WELL DATA). O fF~erd ~ (95-0042)--all well logs, well history, completion report, drilling permit, horizon picks, tio'~rveys, core descriptions, core analyses, production test summaries and production test detailed reports (CONFIDENTIAL WELL DATA). · ARCO Niakuk #NK-27 (95-0021)--all well logs, well history, completion report, drilling permit, horizon picks, directional surveys, core descriptions, core analyses, production test summaries and production test detailed reports (CONFIDENTIAL WELL DATA). · BP Badami #4 (94-0160)--all well logs, well history, completion report, drilling permit, horizon picks, directional surveys, core descriptions, core analyses, production test summaries and production test detailed reports (CONFIDENTIAL WELL DATA). · BP Badami #5 (94-0161)--all well logs, well history, completion report, drilling permit, horizon picks, directional surveys, core descriptions, core analyses, production test summaries and production test detailed reports (CONFIDENTIAL WELL DATA). When this data is available for me to pick up, please give me a call. Sincerely, Tim Ryherd ARCO Alaska, I'~-~ Post Offi~.~. ,~ox 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 TRANSMITTAL TO: State of Alaska AOGCC 3001 Porcupine Drive Anchorage, Alaska 99501 DATE: May 1, 1995 AIRBILL: AIRLAND # 646243 AFT#: ABV05-05-01-03 CHARGE CODE# AX9319 OPERATOR: ARCO Alaska INC. SAMPLE TYPE: Corechips, Dry ditch NAME: Alpine #1 (5010320211), Fiord #3 (501032021) and Fiord #3A NUMBER OF BOXES: 8 boxes SAMPLES SENT: " 7162 - 7185' (Alpine #1 core chips) ~f c/_/'7 1 120 ~ ~ - (Fiord #3 dry ditch) 1860 - 9147' (Fiord #3A dry ditch) SENT BY: ANGELA T. LANGSTON UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO: RECEIVED BY: Arco Alaska, Inc. 619 E. Ship Creek Ave Suite 104 Anchorage, AK. 991510 Attn: Dan Przywojski DATE: AR3B-6003-93 242-2603 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon ~X Suspend Alter casing _ Repair well Change approved program _ Operation Shutdown_ Re-enter suspended well _ Plugging _ Time extension Stimulate Pull tubing_ Variance _ Perforate _ Other 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development Exploratory Stratig raphic Service 4. Location of well at surface 1274' FNL, 1333' FEL, Sec. 25, T12N, R5E, UM At top of productive interval 1274' FNL, 1333' FEL, Sec. 25, T12N, R5E, UM At effective depth At total depth 1274' FNL, 1333' FEL, Sec. 25, T12N, R5E, UM 6. Datum elevation (DF or KB) RKB 41.15' Above SL- 7. Unit or Property name N/A 8. Well number FIORD #3 9. Permit number 94-171 10. APl number 50-1 03-20210 11. Field/Pool Wildcat 12. Present well condition summary Total Depth: measured true vertical Effective depth: measured true vertical Casing Length Structural Conductor 8 O' Surface 1 76 9' Intermediate Production Liner Perforation depth: measured 7030' 7030' Size 16" 9 -5/8" true vertical Tubing (size, grade, and measured depth Packers and SSSV (type and measured depth) feet feet feet feet ORIGIN/,'! L Cemented 350 Sx AS I 360 Sx AS III & 320 Sx CLASS G Measured depth True vertical depth 108' 108' 1805' 1805' Gas 6or~s. 6oa-missior~ Anchors '" 13, Attachments P&A wellbore. Description summary of proposal Detailed operation program X_~ BOP sketch 14. Estimated date for commencing operation April 2, 1995 16. If proposal was verbally approved Name of approver I/-/.. 7..,4- Date approved 15. Status of well classification as: Oil __ Gas m Suspended Service 117' I herebycert~t~°ing is true and c°rrect t° the best °f my kn°wledge' (~ ~'~.~""' Signed - Title Drill Site Development Supervisor Date · FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness IApproval No. .. Plug integrity ~v~ BOP Test_ Location clearance__ Mechanical Integrity Test Subsequent form require 10- ,/lO'¢~ppr°ved Cop~/ ,.~',..,~--~, -- / Retu rne~ Original Signeo Approved b~, the order of the Commission David W. d0hnst0~ Commissio--n~er ~'~e '; ' '?'' "7".~ Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE .~RCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907-276-1215 April 1, 1995 David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 ORI61NAL Re: Sundry Notice to Plug and Abandon ARCO Fiord g3 Permit No. 94-171 Dear Commissioner Johnston, The ARCO Fiord g3 well has been drilled to 7030' MD (7030' TVD) and plans are being made to sidetrack the well to a new bottom hole location. ARCO Alaska, Inc. hereby applies for sundry approval with a variance to plug and abandon the ARCO Fiord g3, permit number 94-171. A detailed plug and abandonment procedure is enclosed. ARCO requests a variance to the requirements of 20 AAC 25.105 (1) for the cement plug gl placed as shown at total depth on the attached diagram. ARCO proposes to place plug gl in the well per 20 AAC 25.105 (fl) using wireline log caliper results plus 10 % excess cement volume without recording the actual location or integrity. Plug gl at total depth will be placed on the bottom of the hole which will prevent any chance of the cement falling downhole. High viscosity mud will be placed below plugs 2 and 3 to prevent the cement from falling downhole. See attached schematic for cement placement and volumes with regard to hydrocarbon bearing zones. The required P&A surface plug, casing cut-off, and cover plate operations will be done as part of the £mal Fiord g3A P&A. If you have questions or require additional Lnformation, please contact Tom McKay at 265-6890, Fred Johnson at 265-1492, or myself at 265-6206 in our Anchorage office. Sincerely, Mike~-Zhng~ Supervis~ KRU Dfillsite Development APR ~ $ 1995 AlaSKa Oil & Gas Cons. Commission Anchorc" FIORD #3 PLUGBACK PRIOR TO SIDETRACK DIAGRAM 5000 PSI WELLHEAD EQUIPMENT 16' CONDUCTOR AT 108' RKB 12-1/4" HOLE ' '~' '"'"":':'; TOP OF PLUG #3 @ 1700' FOR ST · 10 BBL HI VIS I TOP OF PLUG #2 @ 2300' BASE OF PLUG #2 @ 2650' 8-1/2" HOLE TOP OF PLUG #1 @ 6095' BASE OF PLUG #1 @ TD · 20 BBL HI VIS I I I · i · I I i HYDROCARBON 2450-2600' BEARING ZONE, K-5 NOTE: 10.6 PPG KILL WEIGHT MUD PLACED BETWEEN ALL PLUGS 6195-6230' HYDROCARBON BEARING ZONE HYDROCARBON 6733-6770' BEARING ZONE, J-4 TD AT 7030' MD & TVD (VERTICAL WELL) ARCTIC-SET CEMENTS CLASS G CEMENT WITH ADDITIVES APR -" ~) 't995 TWM, Oit & Gas Cons. Commission Anchor~" 4/1/95 FIORD #3 PLUGBACK PROCEDURE FOR SIDETRACK TO FIORD #3A Notify AOGCC 24 hours prior to beginning any P&A activity (907) 279-1433 NOTE: See attached wellbore diagram showing proposed operation. Procedure: 1. RIH with open-ended drill pipe to TD (7030'). Lay an 81 bbl (400 sx) balanced cement plug (#1) from 7030'-6095'. 2. Pull up ten stands and circulate out DP. Note: ARCO has requested the AOGCC waive the requirement per 20 AAC 25. 105 (I) to test this plugs location and integrity since the plug is set at TD. 3. POOH to 2950'. Spot a 20 bbl hi-vis pill weighted to 10.6 ppg from 2650'-2950'. Pull up to to 2650' and lay a 33 bbl ( 170 sx) balanced cement plug (#2) from 2300'- 2650' 4. Pull up ten stands and circulate out DP. 5. POOH. Pickup a 8-1/2" bit with no jets. RIH and tag cement plug. Document plug location and integrity for AOGCC. 6. POOH. RIH with 3-1/2" tubing stinger on 5' drill pipe to 2250'. 7. Spot a 10 bbl hi-vis pill weighted to 10.6 ppg from 2100-2250'. Pull up to to 2100' and lay a 37 bbl (210 sx) balanced cement plug (#3) from 1700-2100'. This plug will be used to sidetrack the well in addition to P&A'ing the wellbore below the kickoff point. 8. Pull up ten stands and circulate out DP. 9. POOH, laying down drill pipe as required for sidetrack drilling operation. 10. RIH with 8-1/2" bit. Tag cement plug. Document plug location and integrity for AOGCC. I 1. Dress off cement plug to desired depth below casing shoe. 12. Prepare for sidetrack drilling operation. The required P&^ surface plug, casing cut-off, and cover plate operations will be done as part of the Fiord #3A P&A. NOTE: All cement plug volumes based on caliper results with excess included. TWM, 4/1/95 R CEIVrcD 1995 0il & Gas Cons. C0mmissi0~ Anchor~" ,qlEMORAI :- M TO: THRU: .... tate of Alaska Alaska Oil and t~,,~ Conservation Commission David John. p.~, Chairman' 7 Blair Wondzell, ~ P. I. Supervisor FROM: Jerry Herring, 07~ SUBJECT: Petroleum Inspector DATE: April 4, 1995 FILE NO: n9zkdccd.doc Open Hole Plug - Pool Rig 6 ARCO, Fjord #3 PTD # 94-171 Monday, April 3, 1995: ! traveled to ARCO's Fjord #3 to review the open hole plug set in preparation for a sidetrack on this well. The P&A Report is attached. A bottom open hole plug was set in two increments from TD at 7,030 feet through 6,090 feet. Plug number 2 was set at 2,650 feet and tagged at 2,315 feet with 20,000 pounds of drill pipe. On this hole, the 9-5/8" shoe is set at 1,805 feet. Plug number 3 was set with a base at 2,100 feet and the top of the plug was tagged with drill pipe at 1,659 feet. The 9-5/8" casing was tested to 1,500 PSIG.. Cement was drilled out from 1,659 feet down to 1,807 feet just below the shoe in preparation of the sidetrack for Fjord #3A. Company man Dave Bumgarner was well organized and had the rig in good order. -, Summary,: I reviewed the open hole plugs set on the Fjord #3 wildcat well. Attachment: n9zkdccd.xls STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Plug And Abandonment Report Operator: Operator Rep.: Lease No.: ARCO Alaska, Inc. Dave Bumgarner Well No.: Fjord #3 Sec. T-R Well Name: PTD No.: 25 / T12N - R5E Date: Fjord #3 94-171 Meridian: UM 4/3/95 CASING DATA: Conductor: 16" Intermediate: N/A Set @: Set @: 108 Ft. Surface: 9-5/8" Set @: Production: N/A Set @: PLUGGING DATA: 1805 Ft. 1. Open Hole Plugs: Base of plug at 7,030' MD through 6,095'. 2. Open Hole Isolation Plugs: Base of plug 2,650' through 2,315'. Plug tagged with 20,000 pounds of drill pipe. 3. Perforation Plugs: N/A 4. Annulus Plugs: Base of plug at 2,100' through 1,659'. This plug will be used for a sidetrack. 9-5/8" shoe set at 1,805'. Top of annulus plug to 1,700'. Casing pressure tested to 1,500 PSIG. 5. Casing Stub Plugs: N/A 6. Surface Plug: N/A Casing Removal: " Casing Cut@ " Casing Cut@ " Casing Cut (~ " Casing Cut(~ Feet Feet Feet Feet REMARKS: Fjord #3 will be sidetracked with a Fjord #3A below 9-5/8" shoe. Distribution: orig - Well File c- Operator c- DNR/DOG c- Database c- Rpt File c- Inspector Inspector (s)' NgZKDCCD.XLS TO: David Joh n.Q.~, Chairman THRU: of Alaska Alaska Oil and Gas Conservation Commission DATE: April 4, 1995 Blair Wondzell, ~ P. !. Supervisor FROM: Jerry Herring, ¥~'~' SUBJECT: Petroleum Inspector FILE NO: a9zkdccd.doc BOPE Test- Pool Rig 6 ARCO, Fjord #3 PTD # 94-171 Monday, April 3, '199,5: I traveled to ARCO's Fjord #3 to witness a B.O.P.E. test on Pool 6. The B.O.P.E. Test Report is attached. The test lasted for (4) hours and there were (2) failures. The kill line HCR valve failed and was replaced with a manual valve which tested good. One choke manifold valve failed which was serviced and retested good. I found the rig and location in good condition and crew in good spirits. Summary: I witnessed a B.O.P.E. test on Pool 6 the Fjord #3 wildcat well. The test lasted for (4) hours and there were (2) failures. Attachment:" a9zkdccd.xls STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: X Workover: Drlg Contractor: Pool Operator: ARCO Alaska, Inc. Well Name: Fjord #3 Casing Size: 9-5/8" Set @ Test: Initial Weekly Rig No. 6 PTD # Rep.: Rig Rep.: 1,800' Location: Sec. X Other 94-171 DATE: 4/3/95 Rig Ph.# 263-3172 Dave Bumgarner Holly Walden 25 T. 12N R. 5E Meridian UM MISC. INSPECTIONS' Location Gen.: OK Housekeeping: OK (Gen) PTD# ~ ~: · Standing Orders Posted N_go BOP STACK: Annular Preventer Pipe Rams Pipe Rams Blind Rams Choke Ln. Valves HCR Valves Kill Line Valves Check Valve FLOOR SAFETY VALVES: Well Sign OK Upper Kelly/IBOP Drl. Rig OK Lower Kelly / IBOP Hazard Sec. ~ y,~ ~' ~,f'~/~,4~4 Ball Type Inside BOP Test Quan. Pressure P/F 1 300 / 3000 P 1 300/3000 P 1 300/3000 P 1 300/3000 P 1 300/3000 P 2 300/3000 F/P 1 300/3000 P n~ n/a n~ CHOKE MANIFOLD: No. Valves No. Flanges Manual Chokes Hydraulic Chokes ACCUMULATOR SYSTEM: System Pressure Pressure After Closure Test Quan. Pressure P/F 1 300 / 3000 P 1 300/3000 P 1 300/3000 P 30O/3000 i P 17 Test Pressure P/F 300 / 3000 F/P 38 300/3000 P 1 P Functioned Functioned 3,000 P 1,400 P MUD SYSTEM: Visual Alarm Trip Tank OK OK Pit Level Indicators OK OK Flow Indicator OK OK Methane Gas Det. OK OK H2S Detectors OK OK 200 psi Attained After Closure 0 System Pressure Attained 3 Blind Switch Covers: Master: Nitgn. Btl's: 6 Bottles 2200 Ave. minutes 35 sec. minutes 42 sec. OK Remote: OK Psig. Number of Failures 2 Test Time 4.00 Hours Number of valves tested 25 Repair or Replacement of Failed Equipment will be made within n/a days. Notify the Inspector and follow with Written or Faxed verification to the A©GCC 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: Kill line HCR valve failed and was replaced with a manual kill valve which tested good. One choke manifold valve failed and was greased and retested good. Rig was found to be in good condition. Crew and equipment performed well. Distribution: orig-Well File c - Open/Rig c- Database c - Trip Rpt File c -Inspector FI-021L (Rev. 2/93) STATE WITNESS REQUIRED? YES NO X 24 HOUR NOTICE GIVEN YES X NO Waived By: Witnessed By: )~f ~¢~ :DCCD.XLS MAR-28-1996 15:50 FROM ARCO COMPUTER SERUICES TO 92?69542 ARCO Fiord #3 API #: 50-103-20210~00 Location: WKE 93-25, s_p. 1340 ASP: x=408,603 y=5,985,103 zone:4 Lat.: 70.369014 N Long: 150.742713 W S/T/R: I274' FNL, 1334' FEI.,, sec 25,T12N,R5E Elevation: G.L =14' ICB. = 48' Geological. Tops: Base Permafrost Top West Sak Top Albian/Cenomainau Top Albian B Top Albian C K-1 Top Jurassic J-4 Nuiqsut Total Depth (driller) MD 112o' I252' -1204' 4066' -4018' 5568' -5520' 5931' -5883' 6328' -6280' 6483' -6435' 6590' -6542' 673I' 45683' 6927' -6879' 7030' -6982' SS -1072' Conventional Cores: noll~ Logging Runs: Run # 1 (1800'-6994' MD): Run #2 (258 I'-6759' MD): Run #3 (6201'-6778' MD): Run ~ (1800'-6983' MD): Run #5 (1800'-7000' MD): Run #6 (5990'-7010' MD): AIT/LDT/CNTG/GR/SP RFT MSCTIGR DSI/GR VSP FMS MWD gamma ray/resistivity: surface to TD MWD neutron/density: 6740' MD to TD Mudlog: surface to TD Sidewall Cores: Rotary (6201'-6778' MD): shot 25, recovered 25 Pressures were taken from 258 I'-6759' MD and a sample at 6744' MD. P, 03 ORIGINAL MEMORANDUM TO: David J o h_.~, Chairman.,,/ THRU: FROM: Blair Wondzeil,-,¢'~ P. I. Supervisor~~~-~ John Spauldin ~ ~ Petroleum Inspg~,L~' ~' State of Alaska Alaska Oil and Gas Conservation Commission DATE: March 25, 1995 FILE NO: A9ZLCYCD.doc SUBJECT: BOPE Test Pool 6 Arco / Fiord #3 Exploration PTD 94-171 Saturday March 2571995: exploration well Fiord #3. reference. ' I witnessed the BOPE test on Pool rig 6 at ARCO's The AOGCC BOPE test report is attached for The rig was moved from the Alpine location to Fiord #3 in extremely cold weather -63 degrees. Testing went quite well with 4 failures observed. The dart valve would not hold pressure and needed rebuilt, there were no parts on location. The rig had 2 ball type floor valves and I allowed the rig to proceed after both ball valves tested ok. A new dart valve was ordered from Anch. for next day delivery. The closure pressure on the accumulator was quite Iow and the system pressure build-up after closure was measurably slower than the last BOPE test. Upon further investigation 2 bladders were found to be collapsed and 1 bladder was found to be ruptured. The accumulator skid was very cold. Dave Bumgarner the ARCO rep. informed me that on the un-witnessed diverter function test at Fiord #3 that the accumulator did not show any abnormal times or indicate any possible bladder failures. Summary: I witnessed the BOPE test o Pool rig 6 at ARCO' Fiord #3 with 4 failures, 4 hour test time. Attachments: A9ZLCYCD.XLT STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: X Drlg Contractor: Operator: Well Name: Casing Size: 9 5/8" Test: Initial X Workover: Pool Rig No. 6 PTD # 94-171 Arco Alaska Inc. Rep.: Fiord #3 Rig Rep.: Set @ 1800' Location: Sec. ~ Weekly Other DATE: 3/25/95 Rig Ph.# 263-3172 Dave Bumgarner Gary Goerlich 25 T. 12N R. 5E Meridian Umiat MISC. INSPECTIONS: FLOOR SAFETY VALVES: Quan. Location Gen.: ok Well Sign yes Upper Kelly/IBOP 1 I Housekeeping: ok (Gen) Drl. Rig ok Lower Kelly/IBOP 1 I PTD On Location yes Hazard Sec. yes Ball Type 1 Standing Order Posted yes Inside BOP 1 BOP STACK: Annular Preventer Pipe Rams Pipe Rams Blind Rams Choke Ln. Valves HCR Valves Kill Line Valves Check Valve Quan. 1 Test Pressure P/F 300/3,000 P 300/3,000 P 300/3,000 P 300/3,000 P 300/3,000 P 300/3,000 P 300/3,000 P Test Pressure P/F 300/3,000 P 300/3,000 P 300/3,000 P 0/0 F CHOKE MANIFOLD: No. Valves 17 No. Flanges Manual Chokes Hydraulic Chokes 1 Test Pressure P/F 300/3,000 P 38 300/3,000 P 2 P Functioned Functioned 1 2 ACCUMULATOR SYSTEM: System Pressure 2,900 I P Pressure After Closure 1,150 I MUD SYSTEM: Visual Alarm 200 psi Attained After Closure 0 minutes 28 sec. Trip Tank ok ok System Pressure Attained 4 minutes 22 sec. Pit Level Indicators ok ok Blind Switch Covers: Master: yes Remote: yes Flow Indicator ok ok Nitgn. Btl's: 6 each avg. 1900 Meth Gas Detector ok ok Psig. H2S Gas Detector ok ok Number of Failures: 1 ,Test Hrs.: 3.5 Hours. Number of valves tested 25 Repair or Replacement of Failed Equipment will be made within 1 days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax No. 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at: I 279-1433 REMARKS' Dart valve failed repair within 24 hrs.; Accumulator appears to be slow and the press, after closure is pressure is quite Iow; upon further investigation 2 bladders were found to be collapsed and 1 bladder was ruptured. Distribution: orig-Well File c- Oper./Rig c- Database c - Trip Rpt File c- Inspector STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO Waived By: Witnessed By: John H. Spaulding FI-021L (Rev. 12/94) A9ZLCYCD.XLT MEMORANDUM TO: THRU: State of Alaska Alaska Oil and Gas Conservation Commission David J o h.h.h~, Chairme'rl,/ Blair Wondzell, P. I. Supervisor/7~i,~/~'~" FROM: John Spauldind_JA/~ / Petroleum I nsl~.'~j~t-q~ SUBJECT: DATE: March 23, 1995 FILE NO: G9ZLCWCD.doc Analyze Diverter System Pool Rig 6 ARCO / Fiord #3 Wildcat PTD 94-171 Thursday March 23, '!995: I arrived at Prudhoe Bay at 9:30 am from Anchorage. Upon my arrival I checked the voice mail and found notification of a Diverter Function Test on Pool rig 6 at ARCO's Fiord #3 wildcat well. Due to time constraints and distance i was not able to witness the test. The diverter system incorporates all 16" components. The base flange spool has a 16" full opening knife type valve leading into the 16" vent line. The vent line extends approximately 60' through penetrations in the mud pits to the exterior of the rig sub-base. The vent line extends past the exterior of the rig to be a minimum of 100' from all ignition sources. The length of vent line located in the sub-base is in a heated area and should not suffer from any possibilities of freeze-up in the unlikely event of any leakage from the knife valve. Pool Drilling has gone to great lengths to meet or exceed the AOGCC regulations for drilling exploration wells. I have the utmost confidence in Pool Drilling rig managers and also in ARCO's company rep. and therefore did riot feel uncomfortable in waiving this test. I am going to make every effort to visit the rig and do a visual inspection at a later date. RECEIVED SCAL-r: 't 1" = 1.00' "~,,~A~ E4' 1-995 I__,-l~no~ ~'~' _ .__ CAMP 5DU & FUEL TANK FIORD " ~'11 ^,.ERS. RESERV~ P!'r ' ---'"-1 t I I_. ; -"=- ....... 550' GROUND ELEV.= 1¢.,3' TOP ICE: PAD ELEV.= 16.4' ., FIORD //3 LOCATED WITHIN PROTRACTI~D SEC, 25, TWP, 12 N., RGE. .~ E. UMIAT MERIDIAN I.A'I'. = 70' 22' 08.428" LONO, --. 150' 4.4' 53.797" 1,27¢' F.N,L., 1..554' F.F,.I .... Y 5,9~5,102.t54. X = 408,603.4-2 ARCO: Alaoka, Inc. StJbsfdialy. of Atl~rtt'c Richfield Cc, mpor':.y CADO 7~[ E NO. ': ' DRAW/NC, NO: ~78 NO rE.C, ?. DA TE OK SURVE_ Y.' 2, FIELD BOOkc L95-0 [., 9. ~A1 LOUNSBURY C-~ ['~ ' & ASSOCIATES, INC. XXXX FIORD" ~3 EXPLORAT~Y ~LL DRILL EmG CONFIOURAgON AS-BUILT COMM & SKID Ell, - I' .... NSK 6~T~1 or 1-~EV:O ARCO Post t.,_._ce ~,ox 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 March I'7, 1995 David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchoragc, Alaska 99501-3192 Re: Weekly Operafio~ Repor~ ARCO Aiph~c ~IB Permit No. 95-20 ARCO Fiord #3 Permit No, 94-171 Dear Commissioner Johnston, Attached is the weekly operations summary for the ARCO Alpine gib and Fiord #3 wells being driU. ed m the Colville delta area The 7" production casing was run and cemented at 8839' on the Alpine #lB sidetrack. Operations on Alpine #lB were then be shutdown for the season. ARCO plans to resume operations on Alpine #!B early in the 1996 winter season, At that rime the well will be completed and production tested. A Sundry 403 was be submitted after the casing had been set. The drilling rig is now being moved to the Fiord #3 location, If you have qaestions or requke additional information, please contact Fred Johnson at ?.65-1497.. Sincerely, Fred Johnson Drilling Engineer RECEIVED I..,IAR 2 0 glaska 0il .&Gas Cons. C0mrnis~to~ Anchorage AR3U, iS003-93 242-2633 ALPINE #lB Dally Operations Summaries 3/2/95 - Tagged top of cement at 1645'. Dressed ofl cement plug to 1800'. with 8-1/2" bit. Drill 1800-1940'. Kicked off. Drilled 8-1/2" hole from 1940 to 2177'. 3/3/95 -- Drilled and logged (LWD) 8-1/2" hole from 2177' to 3460' as per directional plan. 3/4/9,.5 - Drilled eno logged(LWD) 8-1/2" hole from 3460' to 4676' as per directional plan. 3/6/95 - Drilled and logged(LWD) 8-1/2" hole from 4676" to 5382' as per directional plan, Made bit tdp at 5059'. Drilled and logged (LWD) 8-I/2" hole from 5282' to 6308'. Made bit trip at 5995'. 3/7/95 - Drilled and logged (LWO) 8-1/2" hole from 6308' [o 7804', POOH to pick Up neutron density LWD tools. :2/8/95 - 3/9/95 - Ddlled and logged (LWD) 8-1/2" hole frnm 7804' to 7945'. Tripped for new motor at 7892. Tested BOP while out of the hole on the trip. · Ddlled and logged (LWD) 8-1/2" hole from 7945' to 8788'. 3/10/95 Drilled and Iogged(LWD) 8-1/2" hole from 8788' to TD at 8850'. Attempted to wireline Icg. Could not get deeper than 7500' with wireline logging tools. Made conditioning tdp prior to running 7" production casing. :3/11/95 - POOH laid down drill pipe. Ran 7" casing to 8839'. Circulated and conditioned hole. 3/12/95 - Cemented 7" casing at 8839' with 233 sx Class G cement. Displaced cement with 10.6 lb/gal brine and diesel cap. Set casing hanger, Installed tubing head, tubing hanger and tubing head adapter, Freeze protected 13-3/8"x7" annulus with 180 bbi diesel, Tested 7" casing to 3000 psi for 30 minutes. Cleaned pits. Released rig at 1200 hrs 3/12/95. FIORD #3 Daily Operations Summaries 3/13/95- Prepared to move rig. Rigged down pipe shed. 3/14/95- Rigged down rotary tools and mud pumps, Hauled pipe shed to Fiord location. Moved camp to Fiord location. R I IVE;,,D 3/15/95- Continued rig down operations, · [4AR 20 1,995 Alaska 0il & Gas bu,~. uommissiOn 3/16/95- Continued rig down operations. Hauled equipment to Fiord location. 3/17/95 - Rigged down substructure. Laid derrick down. 3/18/95- Completed rig down at Alpine location. Hauled rig equipment to Fiord location. RECEIVED .i.¢]AR 2 0 '~995 ', ~chorage .. BOP COMPONENTS FIORD #3 POOL RIG #6 Diverter System: ! , . 13-5/8, 10,000 PSI 21-1/4", 2000 psi WP, Hydril Type MSP annular preventer with companion flange to diverter spool. 21-1/4", 2000 psi WP diverter spool with one 16" outlet. 16", 200 psi WP FNW knife valve with hydraulic actuator on diverter outlet. . . _ BOP Stack: , , , , 13-5/8", 5000 psi WP, Hydrii Type GK annular preventer with companion flange to bell nipple. Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with pipe rams. Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with blind rams. Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with pipe rams. , Choke Valves: - 9. 4", 10,000 psi WP McEvoy Type E gate valve with hydraulic actuator 1 0. 4", 10,000 psi WP McEvoy Type E manual operated gate valve Kill Valve: 1 1. 3", 10,000 psi WP McEvoy Type E manually operated gate valve 12. 3", 10,000 psi WP McEvoy Type E gate valve with hydraulic actuator 13-5/8", 10,000 psi WP-drilling spool with one 3"and one 4" 10,000 psi WP outlets RECEIVED FEB - 1 1995 Alaska Oil & (~as Cons. Commission Anohom~e Revised 1/31/95 BOP SCHEMATIC POOL RIG #6 FIORD #3 13-5/8", 10,000 PSI ' 4 ! I I I I I I I I See listing of individual components on following page RECEIVED FEB - 1 1995 Naska Oil & ~s Cons. Commission :Anchom;e Revised 1/31/95 ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 January 31, 1995 David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: Revised BOP Schematic - Pool Rig 6 ARCO Alpine #1 .~, Dear Commissioner Johnston, COMM~ ~-~ -~ES ENG'r I S-~ENG SE ENG E-h-5 AS-~t- ' ~NG ASST '~R ~EOL ~EOL ASST~ ~SST ~TAT TECH ,~STAT TECH ' FILE AttaChed is a revised schematic of the Pool Rig 6 BOP stack that will be used on the Alpine #1 and Fiord #3 Exploration wells. The kill line check valve is not used on this BOP and has been deleted from the BOP schematic. Please replace the BOP schematic Oand component description in the Alpine #1 and Fiord #3 Permits to Drill. This matter has been reviewed with Bla/r Wondzell If you have questions or require additional information, please contact Fred Johnson at 265-1492. Sincerely, Fred Johnson Drilling Engineer RECEIVED FEB - 1 1995 Alaska Oil & Gas Cons. Commission AR3B-6003-93 242-2603 BOP COMPONENTS FIORD #3 POOL RIG #6 13-5/8, 10,000 PSI Diverter System: - , 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", 200 psi WP FNW knife valve with hydraulic actuator on diverter outlet. BOP Stack: . . 13-5/8", 5000 psi WP, Hydril Type GK annular preventer with companion flange to bell nipple. Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with pipe rams. . Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with blind rams. . Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with pipe rams. . Choke 13-5/8", 10,000 psi WP drilling spool with one 3"and one 4" 10,000 psi WP outlets Valves: 9. 4", 10,000 psi WP McEvoy Type E gate valve with hydraulic actuator 1 0. 4", 10,000 psi WP McEvoy Type E manual operated gate valve Kill V~,lve' 11. 12. 3", 10,000 psi WP McEvoy Type E manually operated gate valve 3", 10,000 psi WP McEvoy Type E gate valve with hydraulic actuator RECEIVED FEB - 1 1995 Aiaska Uii & Gas Anchor~, Revised 1/31/95 BOP SCHEMATIC POOL RIG #6 FIORD #3 13-5/8", 10,000 PSI 4 I I I I I I I, I See listing of individual components on following page RECEIVED FEB -. i '1!)~.~ Revised 1/31/95 / ALASKA OIL AND GAS / CONSERVATION COMMISSION / TONY KNOWLES, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 January 27, 1995 Michael Zanghi Area Drilling Engineer ARCO Alaska, Inc. P O Box 100360 Anchorage, AK 99510-0360 Re: Fiord No. 3 Revised ARCO Alaska, Inc. Permit No. 94-171 Sur Loc 1274'FNL, 1333'FEL, Sec. 25, T12N, R5E, UM Btmhole Loc 1274'FNL, 1333'FEL, Sec. 25, T12N, R5E, UM Dear Mr. Zanghi: Enclosed is the approved revised application for permit to drill the above referenced well. The provisions of the original approved permit dated January 20, 1995 are in effect for this revision. o David W.. Johnston \ Chairman~~_~ BY ORDER OF THE COMMISSION dlf/Enclosures CC: Department ofFish & Game, Habitat Section W/o encl Department of Environmental Conservation w/o encl ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 995!0-0360 Telephone 907 276 'i215 January 20, 1995 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 #3 Dear Commissioner Johnston, Attached is a revised Application for Permit to Drill for the ARCO Fiord #3. Please replace the original permit page in the application with this revised permit page. The surface and bottom-hole locations of this planned vertical well have been moved 325' to the northeast of the original location to 1274' FNL, 1333' FEL, Sec 25, T12N, R5E, UM. The well location was moved due the uneven terrain found at the original location which would have made the ice pad building more difficult. This small location move does not effect any of the geologic data or drilling plans as presented in the original Permit to Drill application. If you have questions or require additional information, please contact Fred Johnson at 265-1492 or myself at 265-6206 in our Anchorage office. Sincerely, Mike Supervisor Kuparuk Dfillsite Development RECEIVED JAN 2 0 1995 A~sKa Uil & Gas Cons. Commission Anchors ,,, A R 3 B-6003-93 ;~,i ?- 2 r.; 0 3 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMI,.5o~ON PERMIT TO DRILL 20 AAC 25.005 la. Type of Work Drill X . Redrill m lb. Type of Well Exploratory X~ Stratigraphic Test . Development Oil _ Re-Entry__ Deepen _ Service _ Development Gas ~ Single Zone_ Multiple Zone. 2.. Name of Operator 5.Datum Elevation (DF or KB) 10. Fieldand Pool ARCO Alaska, Inc. KB ht above sea level:40 feet Wildcat i3. Address 6. Property Designation . .P.O. Box 100360, Anchora~]e, AK 99510-0360 ADL-384214 4. Location of well at sudace 7. Unit or property Name 11, Type Bond (see 20 AAC 25.025) 1274' FNL, 1333' FEL, Sec. 25, T12N, R5E, UM N/A ~tatewide At top of productive interval 8. Well number Number 1274' FNL, 1333'FEL, Sec. 25, T12N, R5E, UM Fiord #~ #U30610 .. At total depth 9. Approximate spud date Amount 1274' FNL, 1333' FEL, Sec. 25, T12N, R5E, UM 2-15-95 $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 1333 feet 1.7 Miles 1920 Lease Acres 7,140' MDt 7,140'TVD feet , 16. To be completed lor deviated wells 17. Anticipated pressure (see 20 AAC 25.035(e)(2)) kickoff depth N/A leet Maximum hole angle Maximum surlace 1318 psig At total depth (TVD) 3342 psig 18. Casing program Selting Depth size Specification Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage dataI 20" 16" 62.58# B PEB 80' 30' 30' 110' 110' Permafrost cement 12.25" 9.625" 53.5# L-80 BTC 21 20' 3O' 30' 2150' 2150' + 25O sx ASIII, +550 sx AS1 8.5" 7" 29.0# L-80 BTC 7110' 30' 3O' 7140' 7140' +200 sx G , 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vedical feet Effective depth: measured feet Junk (measured true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural R E C E IV E D Intermediate Production Liner d AN ?_. 0 1995 Perforation depth: measured true vedical A~P~,SkE Uti & Gas Cons. Commission Anch0rc 20. Attachments Filing fee X Property plat X BOP Sketch .Z~ Diverter Sketch ~ Drilling program Drilling fluid program ~ Time vs depth plot ~X Refraction analysis _ Seabed report __ 21. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed ~,.~0p/ r... CommissionTitlle AreauseDrJllinCJonly Engineer Date Permit Number n~.~ I App;~ar'~a~ I See cover letter f~r ~:~-/~'// - ~.--O ~/~ -~;;N,~,-'" other re(~uirements Conditions of approval Samples required ,~_Y e s__ N o Mud log required ~ Y e s ~ N o Hydrogen sulfide measures ~ Y e s .~ N o Directional survey required ~ Yes N o Required working pressure for BOPE ~2M; ~ 3 M · ~ 5 M · ~ 1 0'M; ~ 1 ~' Other: Original Signed By David W. Johnstonby order of Approved by Commissioner the commission Date ! Form 10-401 Rev. 7-24-89 Submil in triplicate f Y-5,gB5,10~ X~ ~-0B,60¢ LAT. =-70' 2.2' CB.43" LOHG. - 150' ~' 53.77' 1,274' F.N.L., 1,5~3' F.~L SEC. 25, T. t2 N, R 5 E. UMIAT PROPOSED RIG ! PAD LOCA~ON +. GRAPHIC SC A_tJg PROPOSED PAD LOCATION 1. DATE OF SURVEY - 1/1a/95. 2_ E~'VATIOlqS ARE BASED ON U,S.G.S. MONUt~EN T NEST. ...... ' '~, ~' - ARCO Alaska, Inc. ~ .o.o ~ ....... -- .... ~' EXPLORATORY L- ~ ~ ~1~ ~ ~ MT - ~319 ~ld~ of Atl~tlc inched ~p~y ~ p~ _ ~~~ ALAS~ OIL AND GAS 'CONSERVATION COMMISSION / ! January 20, 1995 TONY KNOWLE$, GOVERNOF~ 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 Michael Zanghi, Area Drilling Engineer ARCO Alaska, Inc. P O Box 100360 Anchorage, AK 99510-0360 Re: Fiord No. 3 ARCO Alaska, Inc. Permit No: 94-171 Sur. Loc. 1575'FNL, 1455'FEL, Sec. 25, T12N, R5E, UM Btmhole Loc. 1575'FNL, 1455'FEL, Sec. 25, T12N, R5E, UM Dear Mr. Zanghi: 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. Your requests for a variance to casing setting requirements of 20 AAC 25.030 b(1) to allow setting 13.375" surface casing to 1800'TVD, from 20 AAC 25.033(e,2,D) relating to shale density requirements and 20 AAC 25.065(c) relating to hydrogen sulfide contingency plan are approved. 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. Notice may be given by contacting the Commission petroleum field inspector on the North Slope pager at 659-3607. , ~~a~!~~~ OF-T~~CO ~SION dlf/Enclosures cc: Department of Fish & Game, Habitat Section w/o encl. December 30, 1994 David W. Johnston, Chairman Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Re: Revision to Application for Permit to Drill ARCO Fiord #3 Dear Commissioner Johnston, ARCO submitted the Fiord #3 Permit To Drill application on December 29,1994. The application contained 2 pages of Geopressure Prediction explanation in the Pressure Analysis section. These pages have been revised. Please replace these 2 pages of Geopressure Prediction writeup with enclosed pages. Thank you. If you have questions or require additional information, please contact Fred Johnson at 265-1492 or myself at 265-6206 in our Anchorage office. Sincerely, Mike Zanghi Supervisor Kupamk Drillsite Development 0il & Gas Cons, Commission Anchora ~ December 30, 1994 Subject: To: From: Geopressure Prediction for Alpine # 1 and Fiord #3 wells. ATO-1292 x1492 ANO-790 x6465 ANO-774 x6022 Fred Johnson Dean Gingrich Renee Hannon RECEIVED DEC 50 199z!~ 0ii & Gas Cons, Commission Anchors ',~ _ The geopressure analysis for the Alpine # 1 and Fiord #3 wells has been completed. Compared with the actual mud weight data used in the four nearby wells, Nechelik, Bergschrund # 1, Fiord #2, and Colville River # 1, the predicted pressure sections indicate no significant geopressure anomaly at the target interval. However, there is a low velocity anomaly in the shallow part of the section at the Alpine # 1 location (Figure 1, interval velocity of WKE92-02). There are no low velocity anomalies at the Fiord #3 location (Figure #2, interval velocity of WKE93-25). The purpose of this memo is to discuss potential causes of the shallow anomaly at Alpine # 1 and their likelihood. A. Accurate RMS velocity field prediction for the seismic line is crucial to the interval velocity and geopressure prediction work. Lateral velocity changes, poor signal to noise ratio in shallow seismic data, and very low CDP fold combine to degrade RMS velocities above 1 second on the seismic section. All of these problems are evident at the Alpine # 1 location and decrease the validity of using this data for accurate shallow (less than 1 second) pressure prediction. 1. Figure 1 shows some lateral permafrost velocity changes caused by the lake adjacent to the Alpine #1 location. (sp. 1280-1360, from 0 to 300 ms.) If the permafrost layer under the lake is slightly thinner or lower velocity than expected, the low velocity anomaly at the C30 horizon would be significantly less than that shown in Figure 1. 2. Due to the shallow depth of the C50 to C30 interval, the CDP fold is low which decreases the lateral stability of the velocity field, especially in the presence of lateral velocity changes near the lake. Therefore, horizontal changes less than 40 to 80 shot points in width are suspect. (i.e. the "green pipe" at the Alpine # 1 location on Figure 4) B. Log correlations of the shallow portion of the 4 nearby wells is shown in Figure 3. These correlations have been tied to the seismic data using synthetic seismograms. The corresponding seismic picks are shown in Figures 1, 2, 4, and 5. The interval between the C30 and C50 markers is a shale prone section that is lower velocity than the overlying and underlying shaly-siltstones. As seen in figure 3, in DAG 1995 Geopressure December 30, 1994 the Bergschrund and Fiord #2 wells, the C30 to C50 interval is shalier and lower velocity than in the Nechelik and Colville River wells. If this trend continues to the southwest toward Alpine # 1, this lithology change would account for the lower velocity as seen in the transit time plot at Alpine # 1 (Figure 1). C. Shown on Figure 3 are the gas show zones in each well that occur immediately below the C30 marker. Encountering gas in this zone is common in Colville Delta drilling and is controlled with 10 to 10.6 pound mud weight. At the updip Alpine # 1 location, encountering a similar gas zone is expected. A slightly higher gas saturation in the rocks at the Alpine # 1 location than encountered at Bergschrund # 1 would also account for the low velocity anomaly as seen in the transit time plot on Figure 1. D. The transit time plots are converted into pore pressure in pounds per gallon equivalent mud weight plots (Figures 4 and 5). To do this it is assumed that there are no lateral lithology or pore fluid changes away from the calibration wells, Bergschrund # 1 and Fiord #2. Both of these assumptions could be wrong as per 2, and 3 above. Therefore, the low velocity and geopressure anomaly at the C30 level at the Alpine # 1 location on WKE92-02 is interpreted to be: 1. Less than that predicted by the pore pressure plot. Due to thinner than predicted permafrost under the lake (sp. 1280-1360) and poor seismic data quality (sp. 1360-1440). 2. Caused by lateral lithology and gas saturation changes. Due to the expected lateral velocity decrease caused by the increase in C50-C30 shaliness and the expected lateral increase in gas saturation immediately below C30. 3. Not an indicator of a shallow drilling hazard. By using a casing and mud weight program similar to that used in the nearby wells, the AlPine # 1 and Fiord #3 wells can be safely drilled. RECEIVED CC. Renee Hannon (w/o plots) Mitch Honeycutt (w/o plots) Lih Kuo (w/o plots) Jerry Veldhuis Andrew Wu Chi Young AN0-774 AN0-786 ANO-990 ANO-798 AN0-992 PRC-D2623 DEC ~ 0 ~ Oil & Gas Cons. Oommission Anchora -,-~ DAG 1995 Geopressure :ape~6 ~ qq6Ta~ pue -7 ~ :ape:~6 ~ qq6Taa pue ,.~ :az.~s 6UTSeo poma ,,.,C"~ :azTs aloq aqex. pam~aqui :azTs aIOq aoe~ns :azTs ~o~onpuoD · smaqsKs ~O~ pue ~aq~aaTp 6uTqDadsuT uaq~ s~oqoadsuT aqq oq In~asn aq II~ qeqq uo~qem~o)uT iia~ oTseq amos Kiddns oq papuaquT sT m~o) sTq£ SH~H~ XHO.T. VHO'I~XH - NOI.T.k~,qHO.~NI NOi.T. DH~SNI w~'OtUTdeuI STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 I la. Type of Work Drill X_ Redrill -- I lb. Type of Well Exploratory...~ Stratigraphic Test . Development Oil _ Re-Entry ~ Deepen --I Service _ Development Gas m Single Zone _ Multiple Zone. 2.. Name of Operator 5.Datum Elevation (DF or KB) 10. Field and Pool ARCO Alaska. Inc. KI~ ht ~,bove sea I~vel:40 feet Wildcat 3. Address 6. Property Designation P. O. Box 100360, Anchoracje, AK 99510-0360 ADL-384214 4. Location of well at surface 7. Unit or property Name 11. Type Bond (see 20 AAC 25.025) 1575' FNL, 1455' FEL, Sec. 25, T12N, R5E, UM N/A. Statewid~ At top of productive interval 8. Well number Number 1575' FNL, 1455'FEL, Sec. 25, T12N, R5E, UM Fiord #3 #V:~061 At total depth 9. Approximate spud date Amount 1575' FNL, 1455' FEL, Sec. 25, T12N, R5E, UM 2-1-95 $500,000 12. Distance Io nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MD and TVD) property line 1455 feet 1.7 Miles 1920 Lease Acres 7r140' MDt 7~140'TVD feet 16. To be compleled for deviated wells 17. Anticipated pressure (see 20 AAC 25.035(e)(2)) '~,"~¢_~... ~"~V"" ~'~ kickoff depth N / A feet Maximum hole anc, lle Maximum surface 1318 psi~ At total de~th (TVD) .18. Casing program Setting Depth size specification Top Bottom Quantit)t of cement Hole Casinc~ Wei~lht Grade Couplin~ Length MD TVD MD TVD /include stac~e dataI 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 2120' 30' 30' 2150' 2150' ± 250 sx ASIII, ±550 sx AS1 8.5" 7" 29.0# L-80 BTC 7110' 30' 30' 7140' 7140' ±200 sx G 19. To be completed for Reddll, 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 deDlh Structural FI___~ C ~E ~ V ~ ~.~ Conductor Surface " Intermediate Production ~ 5. (~' © Liner .-,. ,-~,,~ 0ii & Gas Oor~s. C0mmissio~ Pedoration depth: measured true vertical ArlC~01'[. 20. Attachments Filing fee ~ Property plat X BOP Sketch .~. Diverter Sketch ~ Drilling program Drilling fluid program X Time vs depth plot X Refraction analysis _ Seabed report 21. I hereby certify that the foregoing is/true( and correct ,o the best of my knowledge /~- Si~lned ~[~ .. ~/..~,,~ TUlle Area Drilling Encjineer Date , ~"~t' Commission Use Only Permi[Number '~r I Approv d...~ q'"'~"'~ I otherrequirements ?3- ~' (:~ -~-'/' 4:~ ~ ~ ~) ..... See cover letler for Conditions of approval Samples required :XY e s__ N o Mud log required .)~ Y e s __ N o Hydrogen sulfide measures__ Y e s ~' N o Directional survey required __ Yes ~ N o Required working pressure forBOPE __2M; .,~ 3 M · __ 5M' __ 1 0M; __ 1 5 M Other: 'Jrigina! Signed By / David W,Johnstonby order of /~-~ Approved by Commissioner lhe commission Date / Form 10-401 Rev. 7-24-89 Submit in triplicate BARROW~ WA,,w,,~,T.~¢_ ~ ])~ FIORD #3 ._..~ il--- ~~,i~~j~----.~ ~LAT = 70' 22' 05" LONG. = 150' 44' 37" ARCO Alaska, Inc. ~, %LOUNSBURY & ASSOCIATES, INC. P~ SUBNEYO~ Subsidiary of Atlantic Richfield Company CADD FILE NO. ' DRAWING NO: LK601167 FIORD ~ EXPLORATORY WELL PERMIT EXHIBIT SHEET: 66' REV: 0 NSK 6.01 d167 ~ oF 2 /]I ~ )~ ' / / i~",,'"].'~"..,¢~/'' 1"~ z, ~ i UMIAT MERIDIAN ~/ · 22' 05" --'/ r:,_~""~ ~7::.'-..': I r 1~:_.':_..~ %_ .., / A. '1575' F Nr-yL ,/1 ~ F Z L.'--"d' ~/ ' ":'~"::::::"::~' c'"'/ 3'~' ' ' 3:,~K' ' .:;¢"'"i!~':":"::":': ":~'z-'-"T-'-'-/';:::-'-" _.. ~/' _... T12N , ~ FIORD ~ Subsidiary of Atlantic Richfield Company PERMIT EXHIBIT LK601167 12(18,/'94 NSK 6.01 d167 2 OF 2,, 0 Per 20 AAC 25.005('c)(3)' DIAGRAM AND DESCRIPTION OF BOP EQUIPMENT TO BE USED (As required in 20 AAC 25.035(a)(1)) AND INFORMATION ON MAXIMUM PRESSURES (As required in 20 AAC 25.035(d)(2)) DIVERTER SCHEMATIC POOL RIG #6 FIORD #3 HYDRIL MSP 21-1/4" 2000 psi Annular Preventer 1 I i I Flowline I I 16", 200 psi Hydraulic Knife Valve 21-1/4" 2000 psi Spool 16" Outlet 3 16" OD Diverter Linl 16", 62.58#, PEB Conductor BOP SCHEMATIC POOL RIG #6 FIORD #3 13-5/8", 10,000 PS! 4 I 6 I ! i I I 1_ I I See listing of individual components on following page Diverter System' , , , BOP COMPONENTS FIORD #3 POOL RIG #6 13-5/8, 10,000 PSI 21-1/4", 2000 psi WP, Hydril Type MSP annular preventer with companion flange to diverter spool. 21-1/4", 2000 psi WP diverter spool with one 16" outlet. 16", 200 psi WP FNW knife valve with hydraulic actuator on diverter outlet. . , . , . Choke . 10. 13-5/8", 5000 psi WP, Hydril Type GK annular preventer with companion flange to bell nipple. Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with pipe rams. Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with blind rams. Single 13-5/8", 10,000 psi WP, Hydril type MPL ram blowout preventer fitted with pipe rams. 13-5/8", 10,000 psi WP drilling spool with one 3"and one 4" 10,000 psi WP outlets Valves: 4", 10,000 psi WP McEvoy Type E gate valve with hydraulic actuator 4", 10,000 psi WP McEvoy Type E manual operated gate valve Kill Valve: 1 1. 3", 10,000 psi WP McEvoy Type E manually operated gate valve 12. 3", 10,000 psi WP McEvoy Type E gate valve with hydraulic actuator Check Valve: 13. 3", 10,000 psi WP Lynn check valve. ..... ~<:, Oii& E~as Con~, Co~missiort Ar~chor.: PRESSURE INFORMATION FIORD #3 The following presents data used for calculation of anticipated surface pressures (ASP) during drilling for the Fiord #3 well: Casing Pore Casing Setting Fracture Pressure Pore ASP Size Depth Gradient Gradient Pressure Drilling (in._~ (ft, TVD) ~ (Ibs/oai~ (psi; {psi~ 16 110 11.4 8.8 50 52 - Diverter 9-5/8 2150 13.9 9.0 1006 1318- BOP 7 71 40 16.1 9.0 3342 2557 - BOP Procedure for Calculatina 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 = [(11.4 x 0.052) - 0.11] x 110 = 53 psi ASP= FPP - (0.11 x D) = 1006 - (0.11 x 2150) = 770 psi Anchor:. . Drilling below surface casing (9-5/8") ASP = [(FG x 0.052) - 0.11]D - [(13.9 x 0.052) - 0.11] x 2150 = 1318 psi ASP= FPP - (0.11 x D) = 3342 - (0.11 x 7140) = 2557 psi Casina Performance ProDerties Size Weight Grade (in) (Ib/ft) 1 6 62.58 B 9-5/8" 53.5 L-80 7 29 L-80 Cnxn PEB BTC BTC Internal Collapse Tensii Strenath Yield Resistance Joint Body (Dsi~ (Dsi~ ~ Conductor Casing 7930 6620 1329 1244 8160 7020 746 676 (,3asirlg Setting Depth Rationale 16" 9 -5/8" i, 110' MD / 110' TVD 2150' MD / 2150' TVD 7140' MD / 7140' TVD 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. 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° tums 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 NE to SW. With perpendicular placement of the diverter line, there is minimum exposure of gas blowing back onto an ignition source (see attached weather data). 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. ,OOgX,O0~ :BOI .40,L F~A~INIF~ ped COl ,OOS-,O0~ x ,OOS-,OOP dl/WO /noAv10~fd ::!OI ¥/1]Q ]lllAlO0 PROPOSED CASING AND CEMENTING PROGRAM FIORD #3 (Per 20 AAC 25.005(c)(4)) RECEIVED DEC 2 9 ]994 git & Gas Cons. Commission Anchor~. - ~I~/L L/L I. r_=l SONVS OlSSVl=lnr 3HJ. 3AOSV ,OOS OJ. 031N3~30 01,0l:, W_ IV J_=IS ~DSO NOI/Orl(]Oldd 018 '08-9 '1::!/8'1 6~ ./_ 8~11::! ,Og L8 IV 13S ~DSO qOV:li:::lnS 018 '08--I '# S'-Cg .8/S-6 ~v_-Iuns ol Q~.N31/~JO El>Ill ,0~ ~ IV J:iomonaNoo .9 L J.N:ll/~cllnO-~ aV3Hqq:JM lsd O00S-O00g 3'10H .8/L-B ':llOH .1~/1.-8 ~ OIIV~iHOS ~!1:108'1'1~iM S# al::lOl::i Cementinq proqram 9-5/8" Surface Casinc~ Casing Size: 9-5/8", 53.5#, L-80 Hole Size: 1 2- 1 /4" Depth: 2150' MD, RKB Top of Cement: Surface Excess Calculated: 100% Lead, 15% Tail BHT (Static): 64°F BHT (Circ): 49°F ,Slurry Com_oonents and Properties' Preflush' 20 bbls water Arcticset III w/ 0.27% D29 (cellophane flakes) (820' to surface) Slurry Weight Slurry Yield Thickening time 12.07 ppg 1.94 cu. ft./sk 6+ hours @ 60° F BHT Arcticset 1 (2150' to 820') Slurry Weight Slurry Yield Thickening Time 15.7 ppg .93 cu. ft./sk 4 hours at 60° F BHT .Cement Volume Calculations (Based on 12-1/4" gauqe hole): Top West Sak, TMD Design lead from 500' 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 1320 ft 82O ft 0.3132 cf/If 257 cf 100% 514 cf 1.94 265 sxJ TMD shoe = 2,150 ft TD - 500' above West Sak) * (Annulus area) = 416 cf Length of cmt inside csg = 80 ft Internal csg volume = 0.3973 cf/If Cmt required in casing = 32 cf Total cmt = 448 cf Excess factor = 1 5 % Cement volume required = 515 cf Yield for Class G cmt = .94 Tail Cement volume required =[ 550 sxJ E EIVED DEC 2 9 ~99/~ oki & Gas Cons. Commission Cementinq Proqram-cont. 7" Production Casing Size: Hole Size: Depth: Top of Cement: Excess Calculated: BHT (Static): BHT (Circ): Casing 7", 29#, L-80 8-1/2" 7140' MD, RKB 500' MD above top of J-4 Jurrasic target (6750' 100% 140OF 115°F MD) Slurry Com_oonents and Pro_13erties: Preflush' 20 bbls Water Preflush w/2-3%KCL 50 bbls ARCO Spacer w/2-3% KCL (weighted to 1.0 ppg over mud wt.) 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 {'Based on 8-1/2" qauqe hole)' TMD = 714O ft Top of Target, TMD = 6750ft Want TOC 500' above top of J-4 target = 6,250ft Annulus area= 0.1268 (TD-TOC)*Annulus area = 113 cf Length of cmt wanted in csg = 80 ft Internal csg volume = 0.2085 Cmt required in casing = 17 cf Total cmt = 130 cf Excess factor = 1 0 0 % Cement volume required = 260 cf Yield for Class G cmt = 1.19 Cement volume required =1 220 sx! Note: Actual cement volume will depend on caliper log interpretation PROPOSED DRILLING FLUID PROGRAM and DRILLING FLUID SYSTEM DESCRIPTION FIORD #3 (Per 20 AAC 25.005(c)(6)) RECEIVED DEC 2 9 ~'9~9~,~ Oil & Qas Cons. Commission Anchor~ · ARCO Alaska, Inc. Recommended Mud Program Fiord #3 (Colville Exploration) December 22, 1994 General Well Plan: This well will be drilled as straight hole with a final 8 ..... 1"/2'" }~'°ie s'~"~"{"{"~'n to a TI) at 7140' as Jurassic objective test. The well design for this test will be the standard 12 1/4" surface hole with 9 5/8" casing wi Lh an 8 1/2" hole then drilled to TD. A standard Kuparuk type fresh Water spud mud will be used to the 9 5/8" casing points at 2100'. From there to TD at @7]40', a 2-7% KCl/Polymer Mud will be used. The KC1/Polymer Mud will be maintained from a drilling support perspective wit}- maximum focus on effective wellbore stabilization with goo<! economics. Casing Program: Ho 1 e S i ze .C._gs__..i_gn_g._....S......i...Z..? TMD '~--~)-'i'~- ............................. C o n d u c t o r -Tg.' 0' 12 1/4" 9 ,5/8" 2150' 8 1/2" 7" 7140' Surface Hole' (12 1/4" Hole t.o @2150' - 9 5/8" Casing) l.) 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 80 - 120 sec/qt with a YP of 25 to 35. Add caustic soda to ad,iust the pti to the 9 to 9.5 range for maximum bentonite yield. Maintain the viscosity at initial levels to the base of the permafrost (800'-1000') then reduce the viscosity as allowed based upon actual hole cleaning requirements. A funnel viscosity of 50 - 80 sec/qt may suitable by the 12 1/4" TD. It should be noted that the actual mud viscosity requirements will vary in this area based upon the actual amount of surface gravel present at each specific location. However, generally only minimum gravel has been noted in this area allowing successful drilling with reduced viscosities. 2.) Due to concerns for gas below the permafrost, spud the well with a 9. ppg mud weight and then increase to 10.0 ppg by the base of the permafrost (800'-1000'). From there to the 12 1/4" TD, hold the mud weight at" 10.0 ppg or as dictated by actual well conditions. 3.) PAC treatments can be initiated toward the 12 1/4" TD for improved well bore stabilization by reducing the API filtrate to 8-10 cc's. 4. ) Circulate and short trip the hole prior to running the 9 5/8" casing. A light Desco-CF treatment will be useful to reduce the gel strengths of the mud prio'r to running the casing and cementing. Note' There should be adequate chemical treatment of the mud to insure theological stabilization (~f [:he sy.*,t,.:m prior to TOH to run .~.he surface casing. 5. ~ Maximum utilization of so]ids control equipment is recommended tl~roughout surface hole titS 1 ling operations to keep the sand content less than [% hy volume and improve overall drilling conditions. Page - 1 a~::-~i~ ~Jii a Gas t;on~. O0mmi~0~ 1.) Thoroughly clean the mixing pits and ail surface equipment and mud-up adequate volume (@500 bbls) of new 2-7% KC1/Polymer mud for drilling ahead in the 8 1/2" hole. The mud should be formulated as indicated below assuming a 10.0 ppg drill-out mud density and 15,000 ppm chlorides: 1 - Barrel Formulation Water - .931 bbls Kquagel - 7.0 ppb X-Tend II - .03 ppb Therma-Thin - .5 ppb Caustic or KOH-- .1 ppb PAC.-R -- .5 ppb KC1 - 10.4- ppb Baroid -- 83.0 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, YP in the 5-10 lbs/100. SF range and an API filtrate in the 6-8 cc range. The initial funnel viscosity should be in the 40 to 50 sec/qt range or as dictated by actual well bore conditions. The initial mud weight requirements (currently designated for a 10.0 ppg drill-out mud density) will be achieved with barite. (Note: No calcihm carbonate is programmed for use in this well.) As drilling begins in the 8 1/2" hole, the mud weight should be increased on an as needed basis with barit, e. The maximum mud weight for the 8 1/2" hole should be in the 10.0 - 11.0 ppg range. To reduce or control the mud weight while drilling ahead, maximize the solids control equipment efficiency and dilute with KC1 water as required. Some rig site solids analysis will be required to identify the best mechanism for overall solids control. 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 after running the LOT and prior to the initial drilling operations. 3.) The viscosity of the mud in the 8 1/2" hole can be sustained with additions of Aquagel and extender' and/or PAC treatments. Xanvis or Biozan (:an also be used to provide good LSRV support on an as needed basis. These viscosity treatments should be based upon actual hole cleaning requirements. 4. ) Maximize all solids control efforts. Run as fine as screens possible on the shale shaker's. 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 beg~nni_ng of this interval. The centrifuge can be used Lo cut Lhe mud weight from time to time, howevers, ~~:~~)lids anal~,--is will be required for specific application Page - 2 Anchor~ 5.) Treatments with PAC polymers should be used throughout this section o the hole to control the API filtrate in the 6 to 8 cc range or as required based upon actual well bore conditions. Low viscosity or regular viscosit PAC products are available for use. 6.) Control excessive theological conditions with additional Therma-Thin treatments on an as nee(led basis. Therma-Thin is an effective polymer deflocculant designed to provide effective theological stabilization. By maintaining a .25-.5 ppb concentration of Therma-Thin in all make-up additions, better theological stability will be observed. 7.) The commercial bentonite (Aquagel) concentration should be kept at 4 8 ppb minimum through this intermediate section of hole. Pre-hydration of the bentonite will be required. 8.) Maintain the salinity in the 15,000-30,000 ppm range with KC1. All water added to the system should contain adequate KC1 for the desired salinity. There should be no fresh water additions to this system. 9.) Maintain the pH in the 9.0 - 9.5 range with KOH or caustic soda. 10.) Continue with tourly treatments of Aldicide-G while drilling'this interval of the well. A 5-10 gal/tour treatment rate has proven.effect in recent North Slope work. -~:~i~-~ ........ .~ III. 8 1/2" Hole f/@6700' to TD (@7140'): · 1 ) Prior to drilling below 6500' the mud should be-conditionedAas follows to insure mud stability and to reduce the API filtrate fdr:-"pay-zon protection. One should expect a minimum dilution of 10-15% with KCl water to re-adjust total solids and to make the system receptive to the ~followin treatments: ~ . _ · A. The pH should be adjusted to the 9-10 range with caustic and/or KOH treatments. B. The API filtrate should be reduced to the 4-5 cc range with Dextrid an PAC's at a 3 : 1 ratio. This will probably require approximately~2-_3 ppb Dextrid LT and .6-1 ppb PAC-L. Baranex (a modified lignin) may considered for use to improve the filtrate control mechanism. C. Consider conditioning the mud with 2 ppb Boreplate (gilsonite) and 2 ppb Barotrol (sulfonated asphalt) for improved wellbore stabilization if any ho].e problems are observed or anticipate. D. Be aggressive with biocide (Aldacide-G) treatments to reduce/minimize bacterial degradation. A field kit is available to monitor the residual biocide concentration. E. Adjust the salinity as require with KC1. Page - 3 F. Adjust the mud weight as required with Baroid (barite). Again, anticipated mud weights for this interval of the well is between 10.0 and 11.0 ppg. 2.) To control excessive theology, treat as required with Therma-Thin (a polymer deflocculant) and/or Desco CF (tannin powder). 3.) While drilling this interval, do not make any fresh water additions. All volume maintenance should be done via additions of KCl water or pre- mixed whole mud. 4.) At TD, conditioned for logs and possibly a 7" casing job. Primary focus should be on theological stabilization with caustic or KOH treatments to for pH control and Desco-CF, Therma-Thin and/or Enviro-Thin thinners to control excessive theological trends. Upper Lower Surf. 8 1/2" 8 1/2" Density '~'~--d'~"i'O.O 'i~7~ ......... i'O-'i'"O"'"d"i'l.O PV 15-25 10-25 20 YP 15-35 1-0-20 15 Viscosity (Initial) 80-120 45-50 45 (Final) 50-80 Ini. Gel 5-15 3-6 3 l0 min. Gel 15-35 6-10 6 API Fil. (Initial) 10-20 6-8 <5 (Final) 8-10 pH 9-9.5 9.0-9.5 9.0-10.0 %Solids 4-10 <6% LGDS <6% LGDS RECEIVED A'";¢_~,-,~'-~' Oi~ & Gas Cons. Commission Anchor: · Page - 4 POOL ARCTIC ALASKA RIG #6 DRILLING FLUID SYSTEM.. r~ ~:ECE!VED ~ ~CR RO0~ LiOTOR CONTROL CF_NTER FLOOR TOOLHOUSE r~ 5' Il I~1 150 BBL MUD/WATER STORAGE TANk' 22.5 BBL MUD/WATER STORAGE TANK 225 BBLj~' CENTRIFUGE PIT 150 BBL VOLU~E PIT 140 BBL PILL PIT ~.~. 140 BBL SUCTION PIT PRESSURE ANALYSIS FIORD #3 (Per 20 AAC 25.005(c)(7), as required in 20 AAC 25.033(e)) RECEIVED DEC 2 9 199~q~ Anchor~ -, -1000 -2000 SURF~ 2150' -3000 -4000 -5000 -6000 -7000 -8000 ARCO FIORD #3 ANTICIPATED PORE PRESSURE, MUD WEIGHT, AND FRACTURE GRADIENT ............ ~~[I[,L!~DIt',ii ii ~ ........ ! ............................... .... i;;;L'.~];!...~'i~i..'"..L~...'7...~...."'. .... 3'-'.'(;.i:'"~'~"-"~]];.i].';;.~;;; ...... :::::::::::::::::::::::::: ......... i;;;;[;;;.[;;._, i;] .... ""~ ................ I i ~ x ~:~ t ...i ................ '[~_.i._.~ .................................................................................. · ....i....l .... ; .............. : ........ ~ ...~ 5~ ...... ii'ii'i!-i:ii'J ................. i]'i'~' .... ] ...... [] .... i"' [i'iii~ii': .... !:_iY:i::::i ........ ?~ .... :::. .~:"// '"5.111-5 L L-ii:i:::. '!~ii ..... ~- ................ i~-~-~--~ .... ~'" ....... ~ ........... ~'"~ ~ .... ............ ~ ....... ~ ............ ill, ill, ill'~--~'~'-'-'~;~:~.~.'.'.~~ .... ii-]___"--'~ .................. -"~ ..... " .... i'''~ ......... "-' ....... " ....... '! ..... i- ............. :'-~:ii-i ..... '---[ii'i'i-------'~-'!~ii-Zi]__i2!l-~ i I_ _ ..... -: ......... ] ............. ]] ii .... ]}7:] .... 2]]]--'i .... n-"i ........ [i][]]:: .... "-'~] .... :i:[]i] .... i]:i:]:] ........ ] ............. !]]i] .... ............................. L..J : / IL .... .............. ] .... !'"~ .... ] .... i'.ili .... i'"iil] ..... '.ii[ --- ----i .............. ]ii]--~- i-i' - iii[]iii ]] ~ [22 i---]]ii [] ........................... ........~] ,,_- i I,1 !I ..... '"i ............iiii ~---~ ........... ~---11111 .... [ii! ....... i]ii_'i .... :]_'ii/] ....... ]] ........ .'ii.[]i] .... ]] ........ .-i.-.?~ .... i'll'ifil]'] .................. i..._! ........ ..... !-- L..! ~ ...... 2 .... [iili ....... r--~ ....... ] .... .iili iiii[i].iii .... iiii'Liiii[]'iii .... 21111 .... ~.iii[].i] .... ]'] .... .... - --i .[~ .... i] ..................... , ........ [ ................ : ----{ ........... · ~"'" .... !L~ ........... [ii .... [] .... [ii .... ' .... ii~ ii ii ....... '3]? ........ Z!iii"" .... 31111 .............. iii i ;"iiiiI]Z .... ' .... ] ...... ] . i i i [ , : . i i 8 9 10 11 12 13 14 15 16 17 18 EQUIVALENT MUD WEIGHT LB/GAL ~ E C E lV E D DEC 2 9 i994 Oil & Gas Cons, Commission LU -1000 -2000 -3000 -4000 -5000 -6000 -7000 -8000 -9000 -10000 -11000 -12000 ARCO FIORD #1 MUD WEIGHT CURVE ......... ;;Z['''~ .... [[Zi ........ [.'.'.'J ........ ;;;;]lll'i ....~'"iZ'.'[U .... ];;[Z:i ....... ]:'i:;~.~Z].:];!~.~'"'. ...... : ~ .... .... ""Z:r;;.:i .... ;;;] ....... , r":,, ~ ........ ~"'~ ........ ~'"'"' ....... , -_~.. _~ ,_~__:-_ ............ .... .~i, ?-! ........ ?-] .......... ' ........ ~:::_.'~.:.:::::::-',"~;F;'~i'&"L'b~,,..-~ ....... r_:::~ ........................... ,-"~ .... ~:::'~:_'_:' ........ ~:::~ ........ ::::::::::::::::::::: .... ::.:~:::: .... ;:::,:::: .... ;. ~..;-; .-...: ................ . ........................................... ........................ ' i---i .... ............. J ............ E2 ..................... ................... :'~ ..... ' '~ iiili ..... ................ '~ !ii ::::::::::::::::::::::: ~:::~ ..... i ........ ::::~---~ :iiii:::iii:::iiiiii~--',::::~:::!:::,~ ......... ~:::~:::: .... :.:: .... :::::::::::::::::::::::::::::::::::: .... ............. ,,___ ii ................................. i---F-- i-L!--- !-71 ........................... ................ i] .... Z! ........ IZi ........ Z'['''': ..... iZil [] ""!Zi ......... []........ iZi]i .... !ZZ] ..... ].ZiZilZi[] .... .......... ! !i_i i _!}__i [ i i i i i i ........ i i_ : !___] !] ~i i i i i ! i ..... i . -~-i]L~'~'.i]iLL [L].~i .... ii..... . ....... '---' ............. ill ....... L::i-.-.-..iLL/ii!::~iEL:~ .... C .... [L:~--.-..! .... [i:.~C .... L]~Zil/TE.!'. ................... i:/..L:~ .... ....... _.5 .......................... ~ .......... i---i ........... ........ ........ i. i \ .i ..... ............. ~...! .... :---J ......... ;.._ ~... '"i ........ ~'" ~' ............................ ' ................... ................ r-- i :,.. [ iZ]] ~ F'] iil]~'"~ ii i .... - ....... i ........ i .... .................... iZi .... i]'"i'"' .... i"'i ........ i"'[Z .... iZ[Z ................ ~ ....~i~ · ? .... : ........ ~ ........ , .............. ,, ........ ~..., ........ ~ ....... i ........ L...: ..................... ~--- ' . ........ [~-~q ...... ~- r .............. L..,' [ .............. ...... i i..-.] i i'~"'-i.-.__J, i -i .... i !.__.i i_ i-i _] i-i : ii iiiii]i LiiZ[i.ii .... iZ]iiii .... []iii .... iil]'Zi ........ iZ[Zi! ....... iZi ............. !Z ............. Eli .... iil]iiii .... ill ............................. [iii .... [ilEiiiiiiiil]iill ]iliZ ...i ....... , ........................ ~-*- ................................ ............ ,. 8 9 10 11 12 13 14 15 16 17 18 MUD WEIGHT LB/GAL ~ ~ ~iV~[! FIORD #2 MUD WEIGHT CURVE -1000 -2000 -3000 > -4000 ! I~ -5000 -6000 -7000 -8000 10 11 12 13 14 MUD WEIGHT LB/GAL , REOEIVED DEC 2 9 i99J, .uti .& Gas Cons. Commission ~,. ~chor;... -~ 18 December 20, 1994 Subject: To: From: Geopressure Prediction for Alpine # 1 and Fiord #3 wells. ATO-1292 x1492 ~ [ C [ I ~ [ ~ ANO-790 x6465 ANO-774 x6022 9~C 9-9 i994 Fred Johnson Dean Gingrich Renee Hannon ~l~ska 0ii & Gas Cons. Commission The geopressure analysis for the Alpine # 1 and Fiord #3 wells has been completer.: ~ Compared with the actual mud weight data used in the four nearby wells, Neehelik, Bergschrund # 1, Fiord #2, and Colville River # 1, the predicted pressure sections indicate no significant geopressure anomaly at the target interval. However, there is a low velocity anomaly in the shallow part of the section at the Alpine # 1 location (Figure 1, interval velocity of WKE92-02). There are no low velocity anomalies at the Fiord #3 location (Figure #2, interval velocity of WKE93-25). The purpose of this memo is to discuss potential causes of the shallow anomaly at Alpine # 1 and their likelihood. A. Accurate RMS velocity field prediction for the seismic line is crucial to the interval velocity and geopressure prediction work. Lateral velocity changes, poor signal to noise ratio in shallow seismic data, and very low CDP fold combine to degrade RMS velocities above 1 second on the seismic section. All of these problems are evident at the Alpine # 1 location and decrease the validity of using this data for accurate shallow (less than 1 second) pressure prediction. 1. Figure 1 shows some lateral permafrost velocity changes caused by the lake adjacent to the Alpine # 1 location. (sp. 1280-1360, from 0 to 300 ms.) If the permafrost layer under the lake is slightly thinner or lower velocity than expected, the low velocity anomaly at the C30 horizon would be significantly less than that shown in Figure 1. 2. Due to the shallow depth of the C50 to C30 interval, the CDP fold is low which decreases the lateral stability of the velocity field, especially in the presence of lateral velocity changes near the lake. Therefore, horizontal changes less than 40 to 80 shot points in width are suspect. (i.e. the "green pipe" at the Alpine # 1 location on Figure 4) B. Log correlations of the shallow portion of the 4 nearby wells is shown in Figure 3. These correlations have been tied to the seismic data using synthetic seismograms. The corresponding seismic picks are shown in Figures 1, 2, 4, and 5. The interval between the C30 and C50 markers is a shale prone section that is lower velocity than the overlying and underlying shaly-siltstones. As seen in figure 3, in DAG 1995 Geopressure NECHELIK BERGSCHRUND 1 FIORD 2 COLVILLE RIVER C-2O FIGURE 3 FIORD #3 INTERVAL TRANSIT TIME VS DEPTH SP 1340 WKE 93-25 -1000 -2000 -3000 -4000 -5000 -6000 -7000 -8000 ..................................." .............. ~' ....... ! ..... ~i ~ T~ i .... ~ ............... ~ ............. i .......... ,"'~' - - ' ~ ~ ...... , .......... L. . ~-.iiiiii-///.iiiiiiiiiiiiiiiiiiiii ".iii~.iiii.....i.iii iiiiiii~/;.iii iiiiiiii-.i-.ii-.iiii ..i.ii/iiiii~. [~.-.i...iii- i.i-/.1.1.11.11/i-.'/.iiiiii-./.-..i....iiii-.ii-.i-/.i.-./ ............................ , ..... , ................................ ~ ...................................... ,....,.... .................... ,.,.,..., ........... ~ ........ .. ........ ...,.. .............. Iv ........................... ~ ............................. , ..... ,.~ ........ ,......, ..... ~ ....... ,., ......... ~-cc~cc.~-~.-~.~-.~-.~ ~.-c.~-c.~-~.~-.-~.~: ~-.-~.~ ~.~.~-~ cc.-c_~-, .............. .... ~ .... ' ........................................................................ ~-~.~ ,~-.~ ~. -~. .................................. , ................... ~ ........................ ~ ............... ~ ........... , .... [~.. ................................... , ...................................... , ........................ ,,; .... ........................................................................................... ~ ................................................................................................... ~ ............................................. ~ ............................................................ ~ .............................. ~. ......... ............. .......................................................... [ ..... · ................... .... ............ ~.......... ............... .................................................................................................... ~ ..................... ................... ~ ..... ;;.~;...~;.~; :.~-.-;..~...~ ~ ..;..~-.-r;: ~-;;.-......;;.n ~. ~;; :;;;;.~ .... · ...................... ,.~.-;r;.~-~ .-. ;~.~-.;_ ....... , · ......................................................................................................................................... ~ .......... : ..................... :. ~ .................... ~ ....... : ....... .... ~ ~ .................. :_._: ......... ,- ~ - _ _ _:_ <_:_ ;: ..... :_ ~_. ~ ............ ................................................. : .......... ~~-~1[~.~-~~2~-2~;.~;~-~'~ ................ _ ............................................... ~ ....... ................................................................................ i.xl..[ B ................................... ~. ........................................ ~ ....... .................... . ............................................................................. .~,~I ................................... ............................... ~ ................... ~.~_.~_._._._. ~ .................... ............................................................................. ~ ...................... [ ....... .......................... .................................... ~ ,' ,,~ ~_~ ~'~'i~[~~-~ .......... ............................................... ~ ........................... " .............................. A~5~ ..................................................................... ..... ....................................... ..................... ................ ........... ....... ....................... ................................. 1 0 1 00 1 000 INTERVAL TRANSIT TIME MS/FT FIORD #1 SP 1110 GEOPRESSURE PROFILE WKE93-25 1080 1100 1120 1140 1160 t180 1200 FIORD #2 SP 1235 1220 1'240 1260 1280 FIORD #3 SP 1350 ~ 8.0 8.3 1360 8.6 '1300 1320 1340 LBS/GL F~GURE 5 COLVlLLE FIORD #1 FIORD #2 FIORD #3 RIVER #1 D~TC 2 9 9~¢4 INTERVAL TRANSIT TIME WKE93-25 FIGURE PROPOSED DRILLING PROGRAM FIORD (Per 20 AAC 25.005(c)(10)) 1) 2) 3) 5) 7) 8) 9) 10) 11) 12) 13) 14) 15) 16) 17) 18) 19) 20) 21) FIORD #3 - General Procedure Application for Permit to Drill December 15, 1994 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" bit and bottom-hole assembly with MWD/LWD and drill surface hole to 2150' RKB. 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 2500 psi. Drill out and perform leak-off test. Drill 8-1/2" hole to TD (+7140' RKB). Run open hole logs from TD' 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 stdng 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 pedods and shut-in pedods. Individual intervals may be tested separately or concurrently. Kill well and pull test string. P&A or suspend well. Rig down and move out drilling dg. Clean and abandon location and access FIORD #3 DRILL TIME CURVE -1000 -2000 -3000 -4000 -5000 -6000 -7000 -8000 ~ ~ 16" CONDUCTOR SET AT 120' RKB ................... , ............................. ! ............. ~ ....... ' ...... · ................................... .... ~ ..... ~ ..................... ~ ....... r-- "DRILL 12-1/4" HOLE ................................. ~- ............. ~ -- ~- --: .......... : .......... : ................. ........... i ....... ~ ....... ;~ ....... i ...... : ....... ~ ....... : ............ ; .............. T ......... r ...... r ...... .... ~" ' .............. J ' ..... ~t ...... ~ ...... r ............. r ...... : ..................... : .............. , ...... , ....... ~ ....... : ...... ~ ............. , ................... '-' ....... "- ......... ~ .............................. . r ~ _' ....... ~ ............. ~ ...... ~, ...... ~ .................... ~ ........................... ~-== ..... - ............. :=.- ............................. : ............. ~-~'"TT-~-'-,'~-~¥"~ ~-~ .............. ~'~ ....... ]~'~"~_"~" ....... ] ....... ~ ...... /'~'~. ...... ~ ...... ~'?~ ..... . ...... , ..... .~'~.~'"..".~-' "~?;_~'~'~Z~ ............. T .................. '_~-~;.~-~'~.~_~'~ ....... ~ .................................................................... ' .............. ......... : _ __ : . : .... , ............. : .... ~ . ._..._-~_~ ....... ~...-... ~ ~_~ZZ ~.~.~,~.~. ~] Z~Z~.~'.~? Z'_~Z'~,~:Z'~L~,.Z~'.~_' ...... .~'.~'~.~".~'~ .............. ,~' ~'~'~'~ ~ ~_~_~_~.~Z~.~_~_,~.~ ............... ~ ............ ~ .............. ~ ...... ~ ......................... L .............................................................. ~ ................................................................ ' ..--¥ ........ ---DRILL 8-1/2" HOLE ~ ....... ~ ....... , ...... ; ....... ; ...... :- ..... ~ ..... ' ........ ~ ............. -~-==~-. ...... ~ ...... ~ ....... ~ ....... ............................ ~ ..................... ~ ........................... ~ ....... :, ....... ~ ....... ~ ...... :, .............. [ ..... ~ .................................. ........................................... ~ ................ ~ .................... ~ ....... ~ : ...... ~ [ .............. , .................... . ................................ ~ ................................ ~ .... ..................... ~ ........................................... ~ ..... ~ ............ ~ ...... : ...................... ~ .............. :, ............. ~, ....... ~ ...... ~ ............. ; ...... ~ .................................... ............... ~ ....... _ ............................ ~ .... ~__ ~ .............. ~ ......... ~ ...... ~ .............. ........................................... : ................................ ~ .............. ~ ...... , ....... ~ ...... ~ ...... ; .................................... ...... ~ ....... ~ ....... ............. ~ ...... ~ ...... ...... ~ ............. ~: ..... ~ .......................... ~ ....................... ~ ....... ; ...... ~ ....... ~ ...... ~ "' ..... ~ ...... ' ....... ' .................... :~-~" ........ ;--'-~, .... r- '~ ........ ~' --~ ................ ........ ~ ............... ~ ........................................................ ..... ~ .................... ~ ...... ~ ............. ~[ ............ ~. ....... ~ ............ ~. ~,-,.~.....:-~.:~---~..~ .... ...................... , , TD 7140' ~..~ ....... j ........ ~ ...... r .............. ~ ............. 0 5 10 15 2O 25 3o DAYS December 27, 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 #3 Dear Commissioner Johnston, ARCO Alaska, Inc. hereby applies for a Permit to Drill an onshore exploratory well, the ARCO Fiord #3, on State lands near the mouth of the Colville River. ARCO will act as operator for itself, Union Texas Petroleum, and Anadarko Petroleum Corporation in evaluating acreage previously leased by ARCO in Lease Sale 75A from the State of Alaska and Arctic Slope Regional Corporation. The proposed well location is approximately 1-1/2 miles southeast of the ARCO Fiord #2. The wellsite will be accessed via ice road originating at KRU 2M Pad. ARCO plans to use POOL RIG #6 to drill this well from an ice pad during the winter of 1994-95. Attached find the information required by 20 AAC 25.005(c), and 20 AAC 25.061. All waste drilling mud and cuttings generated during the drilling of Fiord #3 will be hauled to the Kuparuk River Field or Prudhoe Bay 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 in 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. Therefore, ARCO has not included an H2S contingency plan with this Application and requests an exemption from the H2S requirements. However, all drilling mud, cores and produced fluids exiting the wellbore will be monitored for detectable levels of H2S. ARCO also requests an exception on 20 AAC 25.033(e,2,D) shale density requirement. The shale density technique does not work well in Alaska due to the variable composition of the shales and the chemical used in the shale density column is listed as an exceptional health hazard. 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 Propoged Drilling Program 1994 Application for Permit to D/m Fiord #2 January 7, 1994 Finally, the following are ARCO's designated contacts for reporting responsibilities to the Commission: 1) Weekly Status Report Fred Johnson, Drilling Engineer 265-1492 2) Completion Report (20 AAC 25.070) Fred Johnson, Drilling Engineer 265-1492 3) Geologic Data and Logs Mark McDermott, Exploration Services 265-6394 (20 AAC 25.071) If you have questions or require additional information, please contact Fred Johnson at 265-1492 or myself at 265-6206 in our Anchorage office. Kupamk Dillsite Development RECEIVED Alaska 0il & Gas Cons. Commission Anchora.,e WELL PERMIT CHECKLIST -~,-7 GEOL ~ . PROGRAM: exp~ dev [] redrll [] aery [] .~.F,~7 ON/OFFSBORE ~ ADMINISTRATION ENGINEERING GEOLOGY 1. Permit fee attached ................... 2. Lease number appropriate ............... 3. Unique well n~e and n~ber .............. 4. Well located in a defined pool .............. 5. Well located proper distance from drlg unit '7. 9. 11. 12. Sufficient acreage available in drilling unit. N If deviated, is wellbore plat included . . ~..W~.... Y N Operator only affected party .............. ~ N Operator has appropriate bond in force ......... ~ N Permit can be issued without conservation order .... N Permit can be issued without administrative approval.. N Can permit be approved before 15-day wait ....... N 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. pA~E/ /26. 29. Conductor string provided ............... Surface casing protects all known USDWs ........ CMT vol adequate to circulate on conductor & surf csg. C MT vol adequate to tie-in long string to surf c sg.. CMT will cover all known productive horizons ...... Casing designs adequate for C, T, B & permafrost .... Adequate tankage or reserve pit ............. If a re-drill, has a 10-403 for abndnmnt been approved. Adequate wellbore separation proposed .......... If divert er required, is it adequate ...... ~... Drilling fluid program schematic& equip list adequate BOPEs adequate ..................... BOPE press rating adequate; test to ?d~ psig. Y~ Choke manifold complies w/API RP-53 (May 84)o.. ~I~.~----N' Work will occur without operation shutdown ....... Is presence of H2S gas probable ........ .~.~.. 30. Permit can be issued w/o hydrogen sulfide measures. 31. Data presented on potential overpressure zones ..... 32. Seismic analysis 9f shallow gas zones .......... 33. Seabed condition survey (if off-shore) . ./~! .... 34. Contact name/phone for weekly progress reports .... [explorator~ only] GEOLOGY: · 'Uio - A:%FORMS~.cheklist rev 0S/94 · · ~ Z WELL PERMIT CHECKLIST Poo , /j,, COMPANY .4~_~~ WELL NAME PROGRAM: exp [] dev [] redrll [] aery [] C, EOL ~ ~' 7~ UNTT# ,"""~,~, ON/OFF SR'OZ:~, ~Z'~ ADMINISTRATION ENGINEERING GEOLOGY 1. 2. 3. 4. 5. 6. ~ 7. 8. 9. 10. 11. 12. 13. Permit fee attached ................... Y Lease number appropriate ................ Y Unique well name and number ............... Y Well located in a defined pool .............. Y Well located proper distance from drlg unit boundary...Y Well located proper distance from other wells ...... Y Sufficient acreage available in drilling unit ...... Y If deviated, is wellbore plat included ......... Y Operator only affected party ............... Y Operator has appropriate bond in force .......... Y Permit can be issued without conservation order ..... Y Permit can be issued without administrative approval...Y Can permit be approved before 15-day wait ........ Y 14. Conductor strin9 provided ............... 15. Surface casing protects all known USDWs ........ 16. C~ vol adequate to circulate on conductor & surf csg. 17. C~ vol adequate to tie-in long string to surf csg . . . Y ~( 18. C MT will cover all k no~ productive horizons ...... 19. Casing designs adequate for C, T, B & permafrost .... 20. Adequate tankage or reserve pit ............. 21. If a re-drill, has a 10-403 for abndnmnt been approved. 22. Adequate wellbore separation proposed .......... 23. If diverter required, is it adequate .......... 24. Drilling fluid program schematic & equip list adequate 25. BOPEs adequate ..................... 26. BOPE press rating adequate; test to ~ psig.~ 27. Choke manifold complies w/~I ~-53 (May 84) ...... 28. Work will occur without operation shutdown ....... 29. Is presence of ~2s gas probable ............. 30. Permit can be issued w/o hydrogen sulfide measures .... Y N'N~ 31. Data presented on potential overpressure zones ..... Y N 32. Seismic analysis Qf shallow gas zones .......... Y 33. Seabed condition survey (if off-shore) ......... Y 34. Contact name/phone for weekly progress reports ..... Y [exploratory only] GEOLOGY: ENGINEERING: COMMISSION: Comments/Instructions: - A:~ORMS\cheklist rev 03/94 · · ,, 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. ~pe Subfile 2 is type: LIS TAPE HEADER EXPLORATION MWD/MAD LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB DATA MWD RUN 1 JOB NUMBER: 6435.00 LOGGING ENGINEER: M. GABEL OPERATOR WITNESS: D. BUMGARNER SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL: FWL: ELEVATION (FT FROM MSL 0) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD OPEN HOLE 501032021000 ARCO ALASKA INC. SPERRY-SUN DRILLING SERVICES 26 -MAY- 95 MWD RUN 2 M. GABEL D. BUMGARNER MWD RUN 3 R. KRELL D. McKELVY 22 12N 5E 1274 1333 47.55 46.55 16.40 CASING DRILLERS 1ST STRING 2ND STRING · 3RD STRING PRODUCTION STRING REMARKS: BIT SIZE (IN) SIZE (IN) DEPTH (FT) 12.250 9.625 1805.0 8.500 3030.0 MWD - DGRIEWR4 /CNP/SFD. LOCATION: Y = 5985104.92 X = 408604.36 ALL DEPTHS ARE BIT DEPTHS REFERENCED TO THE DRILLERS TALLY UNLESS OTHERWISE NOTED. CRITICAL VELOCITIES ARE CALCULATED USING THE POWER LAW MODEL. ALL DATA IS RECORDED DOWNHOLE WHILE DRILLING UNLESS OTHERWISE NOTED. NEUTRON POROSITY IS CALCULATED ON A SANDSTONE MATRIX USING THE CNP-E ALGORITHM, 8.5" FIXED BOREHOLE USED. FORMATION DENSITY IS FROM DUAL SOURCE DENSITY TOOL PROCESSED USING THE DSD-B ALGORITHM. 8.75" FIXED BOREHOLE USED. JUN 156 1995 Alaska Oil & Gas CMs. Commission Anchorage FILE HEADER FILE NUMBER: 1 EDITED MERGED MWD Depth shifted and clipped curves; DEPTH INCREMENT: .5000 FILE SUMMARY PBU TOOL CODE GR RP RHOB NPHI $ BASELINE CURVE FOR SHIFTS: GR CURVE SHIFT DATA (MEASURED DEPTH) START DEPTH 124.0 115.0 5967.0 5960.0 BASELINE DEPTH GR 2015.5 2017.0 2025.0 2027.0 2033.5 2034.5 2075.0 2075.5 2091.5 2092.0 2103.5 2103.5 2117.0 2117.0 2132.5 2133.0 2133.5 2133.5 2164.0 2164.5 2180.5 2181.0 2195.0 2195.5 2196.0 2196.5 2214.0 2214.5 2231.0 2232.0 2269.0 2271.0 2292.5 2294.0 2318.5 2320.0 2327.5 2331.5 2339.5 2339.5 2375.5 2376.0 2381.0 2381.5 2397.5 2398.0 2436.5 2437.0 2494.5 2495.5 2554.5 2555.5 2657.0 2657.5 2805.0 2804.0 2869.5 2868.5 2913 . 0 2912 . 0 2927.5 2926.0 2964.5 2960.5 3219.5 3219.0 3365.0 3365.0 3451.0 3451.0 3469.5 3467.0 3532.0 3532.0 3544.5 3544.5 3607.5 3607.5 3682.0 3681.0 3708.5 3708.5 all bit runs merged. STOP DEPTH 7002.0 6980.0 6995.0 6988.0 -- EQUIVALENT UNSHIFTED DEPTH 3724.5 3742.0 3858.5 3914.5 3936.5 3965.5 3990.0 4066.5 4178.5 4189.5 4211.5 4258.5 4528.0 4545.5 4549.5 4626.0 4637.5 4715.5 4745.5 4809.5 5164.0 5180.5 5228.0 5238.5 5250.0 5268.0 5331.0 5342.5 5350.5 5481.5 5591.5 5605.0 5617.0 5622.5 5637.5 5656.5 5659.0 5678.0 5700.5 5717.5 5720.5 5749.5 5772.5 5785.0 5824.5 5882.5 5931.5 5938.5 5951.0 5968.0 5994.5 6005.0 6053.5 6066.5 6079.0 6106.5 6147.5 6172.5 6185.0 6199.5 3724.0 3743.0 3858.0 3914.0 3935.5 3965.5 3989.0 4066.0 4182.0 4189.0 4213.5 4259.0 4526.0 4543.5 4548.5 4625.5 4637.0 4715.0 4745.0 4812.0 5164.5 5181.0 5225.5 5242.0 5251.0 5268.5 5331.5 5343.0 5351.0 5481.0 5591.5 5605.5 5617.5 5623.0 5637.5 5657.0 5659.5 5678.0 5704.0 5718.0 5721.0 5749.5 5772.5 5785.5 5825.0 5883.0 5931.5 5939.5 5951.5 5969.0 5995.0 6005.5 6054.5 6067.0 6080.0 6107.5 6149.0 6174.0 6186.5 6201.0 6226.5 6254.5 6290.0 6315.0 6325.0 6343.5 6360.5 6382.0 6389.0 6411.5 6432.0 6434.5 6487.0 6529.0 6560.5 6586.5 6620.5 6690.5 6708.0 6733.0 6750.5 6756.0 6941.5 $ MERGED DATA SOURCE PBU TOOL CODE MWD MWD MWD $ REMARKS: 6228.5 6247.5 6292.0 6320.5 6329.0 6345.0 6362.0 6383.5 6391.0 6413.5 6434.0 6436.5 6489.0 6531.0 6563.5 6589.0 6624.0 6691.0 6711.0 6736.0 6753.5 6758.5 6944.0 BIT RUN NO MERGE TOP MERGE BASE 1 100.0 1830.0 2 1830.0 6001.0 3 6001.0 7030.0 MERGED MAIN PASS. ALL CURVES WERE SHIFTED WITH GR. CN WN FN COUN STAT /??SHIFT. OUT $ : ARCO ALASKA INC : FIORD #3 (WILDCAT) : WEST COLVILLE EXPLOR : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 9 Curves: Name Tool Code 1 GR MWD 68 2 RPX MWD 68 3 RPS MWD 68 Samples Units 1 AAPI 1 OHMM 1 OHMM Size API API API API Log Crv Crv Length Typ Typ Cls Mod 4 90 310 01 1 4 90 120 46 1 4 90 120 46 1 4 RPM MWD 68 1 OHMM 4 5 RPD MWD 68 1 OHMM 4 6 RHOB MWD 68 1 G/C3 4 7 NPHI MWD 68 1 PU-S 4 8 ROP MWD 68 1 FPHR 4 9 FET MWD 68 1 HR 4 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 557 4 90 120 46 4 90 120 46 4 90 350 01 4 90 890 01 4 90 810 01 4 90 180 01 36 Tape File Start Depth = 7050.000000 Tape File End Depth = 100.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 139011 datums Tape Subfile: 2 773 records... Minimum record length: 46 bytes Maximum record length: 1006 bytes Tape Subfile 3 is type: LIS FILE HEADER FILE NUMBER: 2 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NO: 1 DEPTH INCREMENT: .5000 FILE SUMMARY VENDOR TOOL CODE START DEPTH DGR 124.0 EWR4 115.0 $ 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 1827.0 1819.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE EWR4 ELECTROMAG. RESIS. 4 DGR DUAL GAMMA RAY $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): MUD AT MAX CIRCULATING TEMPERATURE: MUD FILTRATE AT MT: MUD CAKE AT MT: NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 25-MAR-95 2.19A/2.05 3.94 /1.37 MEMORY 1830.0 100.0 1830.0 0 .1 .6 TOOL NUMBER P0352CRG8 P0352CRG8 12.250 .0 SPUD 9.90 84.0 9.5 420 10.4 1.200 1.160 1.000 1.100 74.0 77.0 74.0 74.0 .00 .000 .0 0 REMARKS. · CN WN FN COUN STAT MWD RUN 1. $ : ARCO ALASKA INC : FIORD #3 (WILDCAT) : WEST COLVILLE EXPLOR : NORTH SLOPE : ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 7 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR MWD 68 1 AAPI 4 2 RPX MWD 68 1 OHMM 4 3 RPS MWD 68 1 OHMM 4 4 RPM MWD 68 1 OHMM 4 5 RPD MWD 68 1 OHMM 4 6 ROP MWD 68 1 FPHR 4 7 FET MWD 68 1 HR 4 4 90 310 01 1 4 90 120 46 1 4 90 120 46 1 4 90 120 46 1 4 90 120 46 1 4 90 810 01 1 4 90 180 01 1 28 * DATA RECORD (TYPE# 0) 998 BYTES * Total Data Records: 117 Tape File Start Depth = 1900.000000 Tape File End Depth = 100.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 28809 datums Tape Subfile: 3 182 records... Minimum record length: 62 bytes Maximum record length: 998 bytes Tape Subfile 4 is type: LIS FILE HEADER FILE NUMBER: 3 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NO: 2 DEPTH INCREMENT: .5000 FILE SUMMARY VENDOR TOOL CODE START DEPTH DGR 1693.0 EWR4 1683.0 $ 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 5975.0 5967.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE EWR4 ELECTROMAG. RESIS. 4 DGR DUAL GAMMA RAY $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S) : MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): RESISTIVITY (OHM}4) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): MUD AT MAX CIRCULATING TEMPERATURE: MUD FILTRATE AT MT: MUD CAKE AT MT: NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 29-MAR-95 2.19A/2.05 3.94 /1.37 MEMORY 6001.0 1830.0 6001.0 0 .1 2.4 TOOL NUMBER P0348CRG6 P0348CRG6 8.500 1805.0 GEL/FRESHWATER .10.40 44.0 9.0 750 6.3 2.600 68.0 .751 92.0 1. 100 68.0 1.700 68.0 .00 .000 .0 0 REMARKS: CN WN FN COUN STAT MWD RUN 2. $ : ARCO ALASKA INC : FIORD #3 (WILDCAT) : WEST COLVILLE EXPLOR : NORTH SLOPE :ALASKA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 7 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR MWD 68 1 AAPI 4 2 RPX MWD 68 1 OHMM 4 3 RPS MWD 68 1 OHMM 4 4 RPM MWD 68 1 OHMM 4 5 RPD MWD 68 1 OHMM 4 6 ROP MWD 68 1 FPHR 4 7 FET MWD 68 1 HR 4 4 90 310 01 1 4 90 120 46 1 4 90 120 46 1 4 90 120 46 1 4 90 120 46 1 4 90 810 01 1 4 90 180 01 1 28 * DATA RECORD (TYPE# 0) 998 BYTES * Total Data Records: 285 Tape File Start Depth = 6010.000000 Tape File End Depth = 1600.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 209580 datums Tape Subfile: 4 350 records... Minimum record length: Maximum record length: 62 bytes 998 bytes Tape Subfile 5 is type: LIS FILE HEADER FILE NUMBER: 4 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NO: 3 DEPTH INCREMENT: .5000 FILE SUMMARY VENDOR TOOL CODE START DEPTH DGR 5975.0 EWR4 5953.0 SFD 5968.0 CNP 5961.0 $ 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: TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE EWR4 ELECTROMAG. RESIS. 4 CNP NEUTRON POROSITY SFD FORMATION DENSITY DGR DUAL GAMMARAY $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): MUD AT MAX CIRCULATING TEMPERATURE: MUD FILTRATE AT MT: MUD CAKE AT MT: NEUTRON TOOL MATRIX: MATRIX DENSITY: STOP DEPTH 7005.0 6983.0 6997.0 6990.0 30-MAR-95 2.19A/2.05 3.94 /1.37 MEMORY 7030.0 6001.0 7030.0 0 2.8 3.8 TOOL NUMBER P0356CRNDG6 P0356CRNDG6 P0356CRNDG6 P0356CRNDG6 8.500 1805.0 GEL/FRESHWATER 10.40 43.0 9.5 550 6.4 2.600 80.0 1.855 114.0 2.400 80.0 1.400 80.0 SANDSTONE 2.65 HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): REMARKS: MWD RUN 3. $ CN WN FN COUN STAT : ARCO ALASKA INC : FIORD #3 (WILDCAT) : WEST COLVILLE EXPLOR : NORTH SLOPE : ALASKA 8.500 .0 0 * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 9 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 GR MWD 68 1 AAPI 4 2 RPX MWD 68 1 OHMM 4 3 RPS MWD 68 1 OHMM 4 4 RPM MWD 68 1 OHMM 4 5 RPD MWD 68 1 OHMM 4 6 RHOB MWD 68 1 G/C3 4 7 NPHI MWD 68 1 PU-S 4 8 ROP MWD 68 1 FPHR 4 9 FET MWD 68 1 HR 4 4 90 310 01 1 4 90 120 46 1 4 90 120 46 1 4 90 120 46 1 4 90 120 46 1 4 90 350 01 1 4 90 890 01 1 4 90 810 01 1 4 90 180 01 1 36 * DATA RECORD (TYPE# 0) 1006 BYTES * Total Data Records: 93 Tape File Start Depth = 7050.000000 Tape File End Depth = 5900.000000 Tape File Level Spacing = 0.500000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 51820 datums Tape Subfile: 5 162 records... Minimum record length: Maximum record length: 46 bytes 1006 bytes Tape Subfile 6 is type: LIS 95/ 5/26 01 **** REEL TRAILER **** 95/ 5/30 01 Tape Subfile: 6 2 records... Minimum record length: 132 bytes Maximum record length: 132 bytes End of execution: Tue 30 MAY 95 10:29a Elapsed execution time = 16.31 seconds. SYSTEM RETURN CODE = 0 RECEIVED Alaska Oil & Gas gens. Ool,~miss[on Anchorage cfi , hole data. ~' .I L: ~'~: ;~ .'; '"' e 1..! .',, _~ m e 127'~' ~ ~..,~ .135~' ~;'kqi~ ?Loid Location 25 ,Sect~.on ] P. 'Pow r~s ni. o AL/:S~- .:', State or Prr)vj. nce I'.SA '~;at j. on PAG~: OOn' OLd." ' ~E t 9Ll'Og ,. " ........ ' ...... ' ',:< ,! :'~' :.!~ 3 d "' ' "'-" · L~,L~ . ,~ [I ,,1 . .L,~ ~ , ~, , 75.~67 1..332 558. ':.~ .5- 3 4,455 0. .P,. ,r:; A $ P. ,k I T ..1 '.T' · r' ,:~'. "l' G Ca,r.~ ] P A. G E;: 112.086 -1167.570 -38.563 131.228 8.511 27~6.418 3.436 85.213 -1169.512 -54.938 128.397 8,,t64 3246,495 2,~29 9a.296 '1175,316 -63.'253 I26.278 8.488 2944.750 3,061 85,273 -I1.77,092 -67,250 123,~44 8.651 31.36,216 2,744 90.478 -1.177..]59 -76.675 121.979 8.349 2490.338 2.669 95.91.3 -11~1.954 -72.43~ 119.56~ 8.598 3003.111 3.148 .q~ T "~L-, t i; o * .z.. 6 1: '[ -, 68.q '~,0I OOI 'g ~E'~' 0 i: 1: IL3 3 · ~ .) ', '/ L ::':::~, ]. '~''' ~' ; J'l , .... , ~': ,",: :",7, .~ . e, '" ',: C: .j 9~ ' ~ "I: t: L '1; 0 ' 9 0 ~' 06 [ ' '[ ~"; ]:'8 "06 !)00 'gqLE ~SE'EL~E 0 ~ {~, ' L '[ "i:, ,o£6' 6L- gL'[ '~6 9. ,!, 2 '1 ! 90 . 09 ,.1. 07.56,3 1.722 436..!.72 5.6 {.) :!. PAGE: 1, 5 11.5.427 ,-1193. 566 -70.588 1.03. 037 2629,094 3. 463 1~g 50'6 -63. 375 i00.611 ~5~6. 669 3. 363 1,,15.691 -1198.453 -6,%. 31,3 99. 445 8.627 2656,37S ,:',.25:;?, i15.!13 -1200.629 -61..929 8.70 ...'~ 2442.360 3.566 118.57<) '1144.046 -56.994 gS. 53,1 ,3.650 2512.935 3.,573 I23.736 -754.~]80 -59.,559 92..'t57 24.69. 563 3. 7 ~ ,i 16 ,,* ~ (). 0 (.~ 0 4,. 10,9 J 2.690 6.7 '9 l, ~.. ~.: ' ~ . ' . ,' .', c.% '7.' l:' t';',-, ' / :~ 3 ''~3' ? P,-',.,", :': :', · · ' ,s, ,.' ~.t :i c'. ~ c ":i ' :;' ;: '~ ": '[' ';- "". ,...':, ~'~ /, q. F' 'z 4 · c-~ .... "1 ~' ,~. A.i q 9{,: / {':,'!, "F[ : :. ,,' · ,. . , ... , ,, · · ,',; 6 !.~ 'r., (,..c c. -. , ,.. [..,,4 . ,.. C.; ~' ('-'. r', ;, 3 1 ,': .' .... .... .> - ; C ':'," ,:." ,(: 135'-~.r-,.~,t ,', ~.2~ ? ,, ,*"-.:l '.'1 't ,, r Q '.~ ' ' ' ' ' ' - ......-. 1725.0 {.} 99. ;{~2 2. a 61 367. 975 6..'~bl q F' ' D. ,"', A S C ~.f.,q "[)~'.' C :" F, C. (, :,, 'T G CR ~, "{'. C :', q'G 13 I. ,]46 -404,952 -62.573 89.%39 ~.922 2,329,875 3, ~.~3~ I, 25. '/06 0,000 -62,9],,4 88.935 9.531 2404. 984 .3.671 132.928 40 5.4 53 -54.5OO ~6.263 8.752 2429.293 3.9ao 811,. U43 -77.~75 85,, .152 .8. o57 2235. '/62 4.231, 135..383 2O5. 287 65.;)71 81. 8.752 23ao. 7 ~ .3 3. '.~ 6 !~ ],38..1,51 ~08.53.'~ 50. b 50 80.480 1.1,.374 2u41.875 4.352 C6~ S ed hole d a t a, .:%) sectJ, ot~ R a n q e County ,c4'tat:,e or Provj'.nce Service ct. der ~.2umber Perrt;aner~t datum E.levs'tion oil Permar~ent. i.;atum boq ~,';eesured From if")o v e Pe rmenen, t E,Levat. fo~ o~ l)errlc~, Floor .~f.levat..ic, r~ of. ('.;rotln¢ l~evel Total l.)ept, h - Driller Total Deot:h - !..,o(~ger ~.t. 0 t t. o ~". L, o 9 i n t e r v a ,t TOp [.,oc ~t,-,.ter. val 17'r :1.11. :t i n 9 ~' 1 u 'i. d T y ~ e i.':'riil,.in('~ FI~I.d ~h CZ e s 1, s t J. V ! t:. Y o t: F'( t.l ~ $ a t'~ p I e ,.Je p e ~ nperat'u, re l~esist, ivit, v of iqud Filtt'ate .",,!t. lr] ~'j. lt..rat'e. .. 5a):iDle, .Tem",eratu,.. r~esist ivit,,,, o[ ,-ua: CaKe SampZ ;..,ud Cake 5amp.J.e Temperature Ti~r,e Circu}.ation StoPped BOttO0:', hole T e~per'at!.lre 26 3.97~ 4.125 ~.309 4.535 29 °edier L., E ? l fi'ie.! d r,.ame ~'e] ]. ~'- ....... . i~" i e ].0 T.ocat inn Sect J. on ("aunty ,State o]' ?rovi~ce ~2 33 34 S S I :i..~ i:.. 'r c'.. p S 6.. ~ ~.'~ .... ,~/. , k.,,, , t- ..... h S ~..: ~.; ,', ~', 'i" V ,'.' i~ ¢"lt .... ~.,-,, ~., ,.'f, il, "1" V ~i, I ": .... 7' , . ' t' . q C ,'~. L .!'' f, ~'., "r ! ~',.i 6 (::, 'P (:7 :: "~'", G t.~, ii.:' '1. ..... ,: . ..... ., , i',:~'rt:~C'!',! ? ::tir:(;F' ?' P ~.;' !q C' ..',i "'~' '"' 14 P:. t~,~ , r ..... ~,,.~ }'!.; !'. ::, l..: C ':'.: "f:' ~:':.' t.! t!.: :*'~';.~/',. ,C i',. 7' 6 C .ti'," ,:% (' f" !',: 'r, ,.,,,,'"' P ;S C ,"~ .6 ,c, C }"r, 7 C P' ;5 R C.' E: ;':..~ C .!.,. '~' C P S t::t 'P ~,t !' (" >., '!," !p f,,) ]'. ?t ~::', ! r ',? ;".: "]" P L:; 'I" ~,' , ' :,,,~ n C, 'P ,2 ),. "!' ,P U R C ?.i 'rC,, 'l. C P ,5 ? f' [." 'r ¢'7 ~,: T C' P ,5 C '''~ "v c' c' ;. .... ~ .,S , ,.,.. :. ~ ~.,,. C F 1[ c c' ".: T C P S 6 -999.250 --999.250 .2,040.0()0 0, 139.3~6 ,~., 283,275 242.983 2,454 1~8,073 1.120 393a.891 20,238 3535.532 i'"i ~;' i". ~'~ ~ !'1 :%, 71 ~.} c., 6 :i ~," 'P F,,, ~ ~ ~ '~ ~ .... - ~,~ ,6. ,- ,,, ~ ~ . :,. , r.. L.,~ ~[ ~ ~ .... ' ., ';,~ i7:: ~.~' t., L. ~'; '.:/ ~ ~.~ . , , ~, ~ ·... ', , O. 275 ..1. 1 a. 0 7 ! 39.3 ",'~ ;4, 3570.0 ()~ 2,539 o, 0717 8.30 8 139.3 1264.97,9 2 (). 294 1697,579 0.296 70.a2g 138.695 3335. ~:.. 5 9 0. f:} I '9 ~ 3,4. 7 S. 1..3 ~. 6 95 ! 10J . 72 21.8 22,61~ 1536, ~ 8 r',. C'. 3 5 ':~ 265,. 9,::::': 13 ] . ('~ t- 3!30.0{.,<, 2.47~ f' :)3'2 ~ . P A (; E: -1.16~.51.9 i50,399 3570. 000 !2.125 1,3 9. ,326 0.0 l 8 2E3.2'/5 242.983 2. 454 11, 8.0 '7,3 1,12(., 39 34.89 t. 20.2 ..38 3535. b32 -!,164,,1,,55 158.469 3335. UO0 .1. 9. 563 138. 695 0.004 2 94,40 0 23"/. 2.4.78 'lU. 1.1.4t 3632.661 23.28:L 3593. 708 -1164.675 21 ~.74.9 .3445.00{) -11.75() 135.794 O. 375.32q 269.559 2.2,').,[3 1 I 2. o 4 1 1..175 2670,95~ 38.53b 1939.94:9 -1167.570 237.3~7 3 130.0 0 9 -3~. ~7~ 13 1. I_; '7 7 0.0,7.1'/ 3o2.74,t 35 9[: 000"'~67,,. 0~3 "691: ~'61)' LL'[ tL6"q£ OL£ "E 0 [9 1: '[ 0 ' F_. E I'[0'0 fill,,091 Z86'q9E ,. : F~ D V d /.6E "aE [: t',' 9 f;, ' P. gF;6 "(iL f' F t,,' ' g C.. ('.':, 0 ' .,cj E 1: E (,,, i) £" ";:; ,.S ' E "' ,. L~ ' :.~ C:' ' :': ~ '"" "'"' d :; ..'. ,.:. . ),:'~ ~ -r ": ~) ' ' ..~.i i--! .., ~., · c- ~ ~'., (, L, / Tv ' d . ,,_,, i "!.~ ~,_: ! ,-; ":'~" . /.F. ,-~ "' ~L t ~.:~ 'L': "<" '" ¢-' t ,'T. ~ ~: · ., -~ !'r. ::,r.; . L,c' ~. ;. , '2. 't','l ' ,).- '.. ', ° .'-,. ....... J-C ,. - ,. , :'; ~ '" ' ":" "' '.! ~ ' J ,i c:I ,'j:~'.., ~ ' ~ -,,~ :~ ;'" f" ".,'q ,,... 1. ;. '..i ' !'" .; :! .i t~f~: ?, ' ): ('; :t:' [ '" L'~"" Y'.e ;'-!"- '-'6 P ',':.?,L [ ~ , S ' :'~ ,i :,," t "' ~ ': 7:' .' 'iS c: '" q :"~,c,i...'/c [ I ~.," ° ':.i..:; / ;:; [' ' I. '.:( ~,,; :') ' :..:' 3 :.:) u '.'; t" f. ' Z £ ,~ ,t,. :',, j," ..~ :~:t :O , t, ¢ U. ' ? "} (:. ~:. 9 i) ' E ,& (')' .i ' ,.u ::"ff. d ~'~ ,,, [ ~ ',' ,, ,. · '~. ,,.; .., b ('i ~",' ::~ :L ~,~ : ~ d 'i:: · 1' i ~ ...... , ,, , , ,,. L[ 0o0 ' 2.41. 'l 0.026 87. 1 6()1~l. ~]. 527 ],t. 5.570 538. 540 4,2.583 40, 63g. :1.5~ 272 S. 0 l? 0.363 8 '7.4 ~ 5 '281, O, 009 0. f} 2 (,) 83. 732 i607.320 8.673 572.~25 2630.0 ,'.;, O 0.3 q 1. 7 ~..3915 11, (:¢. 4. ~ 9 2 7 <+ _'[.4.0 C; a ',2,4. 0 '7 7 q. 3 '75 16o7. ] 28 ], :i. {~. 4 U o 65.3. :3 I 9 36.j 18 2475. l i,' ;) (.~ O. 3b'7 83.6.4c' !08.32 t 2725,0 ,.)0 2.3 '18 97.362 8.952 571. !72 t't 7'"E iv. p, ;:.:; !; f) :r 2... D S 1: Tff:h$, "; P A ,][ T t..¢ [~: r,¢ (i. }:.., D ',1' L S. f.. 0 '~' S 1 R .q'. Z, 07; G ? o E ~'i ')7 ~',t [,'.. E S. C O: T C ix~' E'; C. (7 ,'.,; '.I! 'J' rv p 14 ,, ,- ,-.,; T . %. . ~ C r, T. C ,': T t-4 '1' E "!. U' :'5 T. P'!'2.0 S 1 ,4'1'~.,~'' i'; IT ~ .... OR i.; (]. i'. OT L.S. I, SS I. 1' GR. CsT C ~"' E'C'. CaT f,,',' A G.E: 0.028 350.723 255.90 7 2.305 105.196 I ,421 2727,650 4o. 52 1 -1],85.56';/ 210.023 28:10 . 00 0 -8],,!,)38 2t.].2.578 0,022 344.684 253.302 2.325 87.465 1.4:59 2830. 155 36.5O2 2,311.367 1,99.569 2745.000 -82.1~8 1!0.~89 0.006 341.839 245.0~4 2.376 7~.395 ~9~.701 35.5OO 2554.854 -!18d.045 231.~1.9 2725.000 -72.625 108.321 u.033 379...~2~ 260.d62 2.252 ~3.649 1.b20 27~2.7~0 35 . 2 !5 J 35. I d9 74 ~'k,. 095 24:30. e 00 Oo 380 9,9. :!38 2720.006 2. 346 0. ~) 3 i l 0 I., a 42 1604.52 a 106.073 531.452 626. ! 53 234 n. O. 10.4. ! 03. 2 64-0. 2. 0, I 07. 1603. 1. t)3,037 495. 595. 2270. 1. i7.665 I 0 0.7313 2530. 2.307 0. ] !9.702 1602. ~64. 6i ~ . 427 33.937 2:[88.423 248.878 2720.000 -74. ,1.25 10.*).073 0.03% 401. 303 263 2..'2iS 98. ~38 2686. 655 40.368 21,09,354 -1 :I, 93. 565 26~.557 2640. 000 -7O. 563 1 C'~ 3. t' 37 0.005 4 1 6.28 252.'.209 2,270 104. :1,55 Io605 2629 42.024 2012 -1197. 703 268.227 2530. 000 -63.625 100.733 (). 0 6.3 <153.942 27"/.'/65 2.101 117.t~65 1.648 2574.305 4~.). 305 2:t3e.499 3¸9 ,:q C !", ],. ~'~ ~,,~ b e r .:i e :c ~, ] e s ~; ',4 C c ,:, t~., ~.: ~,;i t. 5, h o C e r~ '[ e ,r 2 '7.5 ,'125 9 9 55 2 0 1 ], O. 601 8 99, 5i0.~59 3 F< 636 2 J 9 (',,'. 00 !:" 0.38 !,-) 1 0 a 7 '7 6 96.634 24:90. ~) 00 0, o 42 ~.. ].6. 405 1, ~ c~ a q 33 ~,.~ r ~ ~ .. . 96.634 440. 002 ~4. $84: 4 ~. '13 4 56 q. 4, {) 5 11 (". 090 '3....'3 R 4: 95.5 :) n 400. n 0 ,'; 2.25(' 0.0 I .t. 5~g. ,37 3 95.5O8 451.363 575. ~ 4,? 2n 35.0(~,$ r). 363 ]. OA. 6.¢? 92.4 '~. '1 -. ~ 5 ~. 0 ,~ ~", 2. 0.03,4, i/T ii. :vi..IL'.! 5 IT) ,i,' 2. D S .'.IT 'i" E !:~ S. ti ]i T ,5 P A [ T ~, . . .~! T '.6 t.']. L !.') S 8 1,. !., (} (; R. c ,,, ~!' ,'.' RES . C :'~ , C ~.' iL C. C ~'~ i' .',! F' r4. C ;',~ R C ,'.; 1". C. 'i P' g G E;: -i198.45~ 254.863 ?.550. Or.)() -64.3~! ,3 99. ~45 O. 9 31 439.4O'/ 266.20:.5 2,i73 125.3].7 l .663 2656. 375 38.837 2109.527 -1, 20(.). 629 265,670 2490. 000 -62,063 96.63 4 U, 034 45.3,371. 26S. 5.1.. 0 2. 109,'/76 1.7.'2,,2 ~445,6~7 41.599 1991.451 -1, 144.04~ 260.710 2400.000 -57.500 95.508 0. 000 450.575 251.3.8'; 2.250 114.501 1 .'/34 2543. 369 43.79~ 2084.198 -754.8Ei0 274.693 2355. 000 -59.625 92. ~,4.1. 4~3.231 4¸'0 132.586 1598. ,',~ ':::~ 0 92.4 4,5, i 32 520.70 0.4:0 '? 102,698 8 q 22,45. n !, 50. 259 1596.9,~2 9. O95 381 ,47. ~ 33 1,935. ()Or! 0.4:00 97.0 'i 2255. 2. !33 c, o 0 ,.'~ 3 i, 34. 566 1595,952 8,914 88,935 393,02 46.75i. 529. 8 6 () o f.I 0 (.' 0,-¢27 .1. 29,469 S6,2'3 ! l,) 5. n 3 O 2. ! o ,., 14o. 159So479 ~. 7'4.3 395. 4/:. oar 26.9. 497 2,125 108. e',, 41 1,792 2463,24"/ 2033,5 ,P,, 't -404. 952 327.581 2245. 000 -62.!88 89,'/! 8 0,062 669,558 292,871 1.885 102,698 1.863 22R7,71. U 46,930 1,,73'7.728 0.000 29b.205 2255.00(.! -63.06,3 88.935 0. O30 534,11.2 273. 474 2.0 6 '1 97. 046 i.880 24 00.25 t 44.275 1920, .17'/ 405.453 368.415 2105.000 -53.~25 ~6,263 0. u 27 528.i, 55 272,039 2.081 i2:,~, 469 1,94g 24.54.259 45,33]. 1865,298 4¸1 4 E 6. ? 47 1 ~35.09{:, 85.!52 2 () ~,¢ C ,, ('.):',,..~ ,I..728 0.026 .? 34.3 3 fi 1594.657 3 41.32 c, 5 ?. 06, 9 5.000 0.370 9.06, 3 5.0 0 ~:~ 1.995 O. 024 97.844 159~. 5.'t ,~ F'.752 49.6<4 O. 3'7 :~ 36.77?-' ,.'. 3!z 2 060.00" 11.9.'i5 0.22 () I?,]7: 1 6t.)2. ~ 2:' ~. 7 b2 60.312 63.q9'i 6e.49} 201. 093 [-? A G g: 8 ], 1. *343 4!0. '792 2080.000 -77.500 ~5,.1,52 -0.016 ],,]20.564 2 68.00 (} 1.809 ,1,26.075 1. 974 2232.718 1814,938 ].205 3 0 7.5 5 2o35.ooo 65.o63 7o7,7 261,717 2.032 9 9.0 6 3 2.O6,[ 2341,, 51.33i, 1773.0~ 16O4. '727 316.'/4~ 2060.(.,}00 62.81.3 80.3!2 -0.961 1,49...1,60 70.052 4.600 36.779 2.1~2 2365,9/!9 6~..5~ 0 J 2~.5.,168 -999.25~) -999. 250 -999.25,') -999.250 -999.250 42¸ PAGEt 44 7 C ('! ,-. 4, :2 ~! 400 75',2 7030. 70,1 I.. ,, h, 5 ("l 0 :[ [! (.i 5 ,,, 43,0 I. 5 '?. J..27..¢;' .!.'r?¢i ~,: t333' ?'F'~'.. Fiel~ l',oc;~:~ti, on 25 ,S e c t': .~ o ~ ., ,: T o w r') S h .i ~t./:~,~.k,' ,.~t, ate or Prov~nce ~.',. ,S L P e T ~ a e D t, d 8 t t,3 m (';. ff;levat, J,o~ of Permaner,'t [.)at. urn t'<rT; f,oq :,~easured From 4'7,6, hOove Permanent Datum 47.6 ~;levat. l. on O~ Kelly 46,c, K]..evat:ion of 0e,rric~ Floor ~4.3 fClevaZion of Grot]nd bevel 7030. ?oral Det~t~ - .Drl. ller 701.~. TotaJ,. Depth - !....ogqer 699 ?. k:~ o t t: o m L., o ¢; I n t erv a 1 lo ~ 'Orli),,i, nc. c.* ' .... ,,uld Density ,~;3, ~'~riZl.~n~'~ Fluf~ Viscosity ,:.!.~t;(~t;; [>r J. ], !. inc~ 6'ltlid bOSS 2.,'t~ ResistivlLv ot :4ual f"l. ltrate S b3. .:"!t.id Fi3. tret. e Sample Temperatu 2.3~ ~esist'.iv.itv oi aud Cake b~ .... ;I..]d CaRe 8a,',pLe Temperature ,. , r, '~ Time C~r'eu!ation 8to~ped .!.~X:;~ rkf. JLtO,!, .~',o!.e ?emperature 46 5 (~ ~:.:, ~., ,, . ., . 6~ 09~"666- 000 '" 0:~6 t 0 § g ' o 66 ' ()g& '666' 0 g ~ ' 666 ' P A G g, 50 4. 7.6 7 C, 1 ~. 1 ~ ~,.~ ~. 43. ~'.:' 3 . ~ . . ,~PI Serial ~;'ielc~ Loc~tion .S e C t i 0 D. ~.ang'e C o u n t y state or province ~"~ a t i 0 n ,.~it.r~ess Naive Service Order Per~!anent'. datu ~<levatl.~n of E'ermane~t Datum ,~,~)ove PermaNeat Dar tSlevatio~ oL Kell E~l, evat'.i, on of Oerricg. Floor ~:ievat. ion oi Ground Level ~t'otal Oepth - Driller 'Tot;~l. DePth - ~ot. tom .bo(.l !nterval rot~ Lo~'~ Tnterval otiil, inq Fluid De~sit:v O~illi. n9 F'lui. a. Orll.l.i.r~q F3ui6 ~iscosit. y ;>rillin,::l' FlaJa .koss "2esist~vI. ty o.t {',~ud Sample ,"4!.id ~n[a].e :~ emperat ute . ,., ,.. , ~{esi, stivi tv of :",~ud Filtraf. e 8ample Temperatu ,,esistiv~t.y of ,~ud Ca~.e Sampl '..',u.d Cake ,Sarop]..e Temperature 'Cime Ci. rcu.lation 5topped :~ott, om ~',ole Temperature ~i~I~~i~iIi~iiii~I~IIIiIi PAGE: 52 .-~..!. i h r a t e c; 53 PAGE: 54 ~ ) 5 i :1 ~) ~t,, 0 0 O, O, 0,. O, 0 0 0 0 -999.250 -9~9,250 1.920,000 136.424 0.t)42 275.813 246.447 2,433 44,~80 1.1,53 Lg~'~ ~00'0- 000'~0££ O~L'tLI[- qgE'L99£ 890'gg v~d'b66- Oqg'666- Ogg'o66- Qgg'686- o~g'o66- 99["d g 00 ' 0 5 0 L ' 5, L g [ v g 6 "~ t, Oqg "666"- f~ 9,') P A (~ E ~ 5 6 c,,t~":'"':~ Se~'vice (irder , ~, %, <, ~'~ ~levat, lon o~ .Permaner~t ', ~ ..... . .K~': boq ~,,~east]red From 4:'7,6 ~.bOVe Per~'~ar~ent Dat,~ ,,.'?,6 F;:l.,evat,ion o~ .Kelly' Bushing 46.6 ~:!.,evat.~on o~ Derrick Fl, oo~ i4.3 Elevati, o~ o:{ Grot~nd Level 7030. Tot:al. Deoth - 1,~rJller' 7r~l~. 'fora,1 Depth - I;,ooo'er' t:~, 3 !.) r i. 11. ;i. n 6' F .1 u i d P h 43, Or,l, llip~ F',lui6 Vi. scosity 4, ,~. 0 (~ 0 [..: 'I 0 r i 1. I i. ncr t," l u i. ~ b o s s '.?,<4.3 ~eslst.'.Ivit:y of' ;'~iud Sample (::'.3, ~.!~!d Samp!e T emoerat, u~'e 2,4:5 r¢es.i, st. iv!.ty oi ~';'~ud ¢"i. ltrate ~::':3, ,~,~'ud F.l.ltrate 5ample Temperatu "~ ~; aesistivit, y ol .~/~ud CaKe Sa ~... a~xt~le ',temperature 4:(,;0 3 i,.-,,?,~.¢~-.95 '¢.ime Ci, r c~l a.t ion 2toPped 15Z, i3ottof~ ho!.e Temperature Oq~'666- 0SE'666- 6S 666- g 0 8 "g
