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Home My WebLink About201-005Ima~~ Project Well History File Cove[i' age XHVZE This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file, may be scanned during a special rescan activity or are viewable by direct inspection of the file. ~,~J~)._]--_(~)_0 '__~" Well History File Identifier Organizing . ~ ~,~. [] Color items: Grayscale items: Poor Quality Originals: [] Other: NOTES: DIG~--ATA Diskettes, No. [] Other, No/Type BEVERLY ROBIN VINCENT SHERY~INDY OVERSIZED (Scannable) D Maps: [] Other items scannable by large scanner OVE~on-Scannable) ~ Logs of various kinds [] Other Project Proofing BY: BEVERLY ROBIN VINCENT SHERYI..,~INDY Scanning Preparation /~x 30= .)~.O+ BY: BEVERt_Y ROBIN VINCENT St'-IERYL~ WINDY DATE: Production Scanning Stage I PAGE COUNT FROM SCANNED FILE: PAGE COUNT NIATCHES NUI~IBER ~N SCANNING PREPARATION: _~.._. YES ......... NO Stage 2 iF NO IN STAGE t, PAGE(S) DISCREPA~'~ FOUND: YES , /~ NO RESCANNEDBYi BEVERLY ROBIN VINCENT SHERYL MARIA WINDY DATE: /si General Notes or Cornn~ents about this file: Quality Checked 12/10/02Rev3NOTScanned wpd e e ~~-- ~·~X~· " MICROFILMED 07/25/06 DO NOT PLACE ANY NEW MATERIAL UNDER THIS PAGE F:\LaserFiche\CvrPgs _ Inserts\Microfilm _ Marker. doc PHILLIPS Alaska, Inc. Casing Detail 9-$/8" surface casing WELL: Palm #1 DATE: 2/3/01 I OF 1 PAGES # ITEMS " COMPLETE DESCRIPTION OF EQUIPMENT RUN .... LENGTH DEPTH .... Nal~ar~ 19E RKB to GEE --'"34.85 ........ TOPS 9 5'/8" Landing Joint ( Above RKB) ' 6.02 -6.02 9 5/8" Landing Jc~int (34.85' Below RKB) 34.85 9 5/8" FMC GEN V FLUTED MANDREL HANGEI~'W/40# Pup ~. '2.80 34.85 ~S.456~ 9 5/8~ 36~, 3-55 BTC (24 ~s~' . ...... 98'1.6~" 37.65 9 5/8", 40~ TAM Pofl Collar 2.95 1019.27 ~s 3-39 9 5/8'~ 36~ 3-55 BTC (38 ~s) 1~6,65 1022.22 ., . Gemeco Float Collar 1.~ 2528.87 ~s .1-2 9 5(8", 86~, J-~ BTC (2 jts) '" .~.01 2530~32 Gemeoo Floa~ Shoe 1.72 2614.33 .... BTM OF SHOE ~ ..... ~616.05 ,~ , ,, .... TD"of 12.25" hole = 2633' MD/2622' ~, rat h01e = 16.95' ' ....... ...... ~'Gemeco Bow Spring Centralize~ ....... ~n on stop collars in center of ~. 1,2, 39,40 Run over collars ~n ~ts.3.1"2', 14,16,18, 20, 22, 24, 26, 28, ~'32 ... , ~, 36, ~., 42, ~, 46, 48, ~, 52, ~, 56, ~, 60, 62 IECEI E .......... ],,' .......... . ..... "" , .... ' ' ' " - ............. ................ Remarks: String Weights with Blocks: l~k Up, 85k Dn, ??k elo~, ~n 63'joints of c~s~ng, Dr/fled casing with 8,765" plastic ra~, . Used ~ation~l Lead Free ~odifled threa~ compound on afl connections, ............. Phillips Alaska Drilling Cementing Details Well Name: Palm #1 Report Date: 02./05/2001 Report Number:. 1 RI~ Name: Nabora 19E AFC No.: AX2141 Field: Ex ~loratlon 9.s~s 12.2s ,~, . ~616.oZ ......... ].. ': "' ~t~}L~{,~~F . s:a:~ ~o us~. i,,:~n,~s ~.~d~,:~ ~;~ ... ... ,' Weighl: PVtprior conap: PV~alt~r con~,' YP.prior conJ): YP(afler conflh . . .b~: · 10.2 41 24 42 11 ~" .... ' ' Gels boforo: Gels alter: Tolal Volume Circulated. :, · . . . .. 2~4 4/8 1200 bbls .~Sh '. ; ~. . T)~e: Volumo: Weight: ~6hb~ .... ARCO Wash 20 8.3 ,,.. ... ~.~..',, =,. ; .. ," ,. :~ :' "a Typo: Volume: ~kn~-: MUDPUSHXL 40 10.2 '~"~ · ~-, :..'~~" ' ' ' "' .....I , '~~ ". ' . ' ' AS {Il UteI 80 .......... .~.~. 10.7 4.44 · . , ' · Addit,ve~: 0+50% D124, 0.9% D44, 0.4% D46, 3~ D53, 1.~% 91, 1.5% D79 ~ll C~i: 0 T}$o: hflx ~tr k}mp. No. ol Sack,~: W(~ight Yield. Cm~m,~; G 80 3.10 15.8 1.17 . · .. G~1% el, 0.2% D46, 0.3% D65 ....... D~la~enl ' 0 Rah~{b(.~k.)m tail at ~hc.~): Rate{tail mound sho,}h Sir. WL U~: C~fii~ts': ' ' 6 6 100 .:. ~ . ....... . · . '" Rc:c~pr~ca~k~n I~ngth- ~ciprocation c. pccd Str. · . .' 10 10 FPM "[~ "' llm~mti,al Displaeemont: Actual ~i~plaee, n~nt Sir. Wt. in mud. ~';:.'. ": .' ':~: ' :" ' '" 195.5 eeLs 195.5 BBLS I - Galeulatod ~0p o~ ~mont: ~P: 8um~d plu~: Floats Su~a~ Date:0~0~01 Y~ Yes ~me:10:36 ~ ,, , Rema~s:Had lull returns thr~gho~ job. R~lpr~t~ casing until top plug was drop~d. Had 80 barrels go~ ~nt returns to sudace ~ 10.7 ppg. Mix~ and pureed lead and tall at 6.2 to 6.4 BPM. Displaced using 25 barrels w~h up water from Dowell and 170.5 barrels mud with the dg pumps ~ 6 BPM. Cement Company: I Rig Contractor: I Appmved By: Dowell I NABORS. IRobert L, Morrison Jr. Phillips Alaska Drilling AX2141 102/05/2001 ~ 11 101/3112001 Well: PALM ~1 ~ Depth (MD~D) 2633/2622 Contractoc HABORS ~ Daily Cost $ 5M715 Rig Name: Nabors 19E ~Last Cs~: 9,625 ~2616' Operation At~: Make up BHA ~2 Days Since Accept/Est: 4 / $ Prey Depth MD: 2633 Cum Cost $1245241 Next Cs~: 7 O7440' Daily Drilling Report IRIg Relase -hrs: Progress: 0 Est Cost To Date $ Shoe Test: N/A Upcoming Operations: Trip In to cement, test t.~..m I'Y!'L I;I'PT.I E!T ;;(') LSND ;2 WEIGHT ROT W-F SIZE ,10.1ppg VISCOSITY' PU w'r MAKE 50sqc H¥C PV/YP SO WT 24/11 GELS AVG DRAG 4/6/ APl WL MAX DRAG 6 HTHP WL TRQ BTM mi/30 mtn SOLIDS TRQ OFF 12% ' HOLE VOLUME PUMP PRES 181bbl 15001 II MBT PUMP NO WOB 2 2o 11211 - ph LINER SZ RPM 1 8.8 61611 - LGS SPM I TFA 10.7% :57 1581 I PiT VOL iGPM 2 550 2391 243 I I DAILY MUD SPS 1 $921 III TOTAL MUD SPP 1 DULL $30059 III III COMPANY MUD WT BAROID 10,11 I I casing, drlllout, chart! · .. :.'.. B n ..... TYPE DS70FNPV SERIAL NO 24312 DEPTH OUT DEPTH IN 2633 e over to fresh mud, LOT. '.DAt. B"_' .' '__ ............ .i1" FOOTAGE 0 ADT/AST / JETS 12 I 12 I 12 I 12 I 1212 I BIT COST 35825 GRADE III l::r SIZE MAKE TYPE SERIAL NO DEPTH OUT DEPTH IN 'FOOTAGE ADT/AST / WOB 2 RPM 1 'IFA JETS IIIII BIT COST DULL III GRADE III EMPLOYER SPILL N I? ?P. DRILL l ,',.~ r 02/06/2001 02/06/2001 LAST H2S DRILL LAST FIRE DRILL J 01108/2001 J LAST SPILL DRILL SPACELAST CONFINED J . 0t119/2001 I ~":'"'""~": '~"., ;'FUE'L'&':.W.~ER~' ~.. ,-, .:;..' ... .... .~',;'..;~':: ':'.";;.; ~. '.. ,, '~:;~ ,~'.~ ..:,'~,.,'~';'..~'~-~;~'~:'~/:'...~i.i;; FUEL USED 2705 TYPE VOLUME (gallons) LAST SAFETY MTG 02/05/2001 ?.,~.~..~,::-,'~?,~:,,.-.,, ~;:, .... ~ , ~'¥ i :: . : =~.~/~,~ : ..,~ ' : . , ..: ~ INJECTION WELL SOURCE WELL RATE(bpm) PRESSURE ~si) INJECTION FLUIDS TOTAL VOL (bbl) TOT FOR WELL (bbl) DRILL WATER USED 62! - BBLS POTABLE WATER 100 USED - BBLS ,~.'.'..?', :i".~':.;,'.'i:!!'i.:..' :~~,,.:~',::i'.~:,'' ;..' .. '. '.:.?; :; TEMP °F -5 WIND SPEED WIND DIRECTION CHILL FACTOR °F 23 100° -49,20 PHILLIPS 3 PERSONNEL CONTRACTOR 35 ;PERSONNEL MISC PERSONNEL 6 SERVICE 16 PERSONNEL TOTAL 6O '!')1 IA (, I:.' '.4CI :, )'lC.f': J l~ 5' hil, 6' SI;rlry rimlor {: I .~ (lei,. ft..~:;. Iilv,','L lw(I w'flo.'tl ,~;[Ih 3 prn flex drdl c,)ll;irf;, x;). 4..1' hwdI) Jar, 25 - .!" hWdl). Xo .... Dil ' ' Ilo lIES .- 35.1.1', bit to PWD 43.69' Ifil 1¢; GR '~ 4.1.[)5'. I)ll to Survey = GU. 19', hit lo DEll. - 86.35', bit lo NUI..= ,31.61 i ' ' I";' ' "' ':~ " "'; ..'~',:'i!l!.lFIL'i,I;,,.~,l..'." : ., ~ ; .... ." ,.,," ,., .Ii, lAN() 21 ...... ~,~J.~ ....... J ID I ;'.H:~ Il I :~l:,.'[',~.,' I ~'..",',i.(;I ,'.)': [ (;IA,~S,', "~'t~::;;;'~"" ,:.'q,~L},,<"-~'ii .................. ~i'i~'.,,~,l ., J j ,:;., i I .,',.',,';" I P,E,., " ~NSPEOTEO: I I . I ' I I I " ' I HouR§ ON JARS: 0-147100101 I I I I / I :-"."~',~'..'":~1 .'.:..': t-Nl'~'.'. '..'?J ',';O.d[~:~ "."":j:."i::'c)i.."S CUr, f..' .',:':]"..'riO,'~ ;.;~.:(~, '. j ~.~i.',x~,- Ol,'~ · .' "... ['..'.'. :....'. ~,.~i~'a',-,o~:..'r,'~o:,:'c,~!;,.,,'. ~.i'i<,',y ',..;.: Rnlsh repairs to flow riser, Circulate through tight spot at 2040'~ Finish run 9.625" casing to bottom at 2616'. Land casing on hanger and make up Dowell cement head. Circulate and cndltlon mud prior to cement Job. Held PJSM with all contact personnel. The 2" cement line on the rig floor got a pin hole In it when we psi tested the line prior to cementing, Replaced line with hi-psi hose. 12:00 AM 12:30 AM 0.50 OTHER SURF Casing and Cementing 12:30 AM 01':00 AM 0.50 CASG SURF Casing and Cementing 01:00 AM 02:30 AM 1.50 CASG SURF Casing and Cementing 02:30 AM 07:00 AM 4.50 ClRC SURF Casing and Cementing 07:00 AM ' 07:3~J AM 0.$0 OTHER SURF Casing and Cementing 07:30 AM 08:00 AM 0.50 PRB_EFC SURF Casing and Cementing Daily Drilling Repod: PALM #1 02/05/2001 Page 1 08:00 AM 11:00 AM 3.00 CEMENT 11:00 AM 01:00 PM 2.00 CEMENT 01:00 PM 10:00 PM 9.00 BOPE 10:00 PM 11:00 PM 1.00 OTHER 11:00 PM 12:00 AM 1.00 BOPE 24,00 SURF SURF PROD PROD PROD Casing and Cementing Casing and Cementing Other Other Other Test cement line to 3500 psi. Cement casing per procedure-see ;ementlng detail for additional Info. ClP 1036 hrs. 02/05/2001, Bumped plugs and floats held. PJSM. Clean out dlverter - nipple down and set out seine. Set In and nipple up 13 S/ii - Sm BOPE. Set In and nipple up 13 5/8 - Sm BOPE. Rig down casing elevators - bails. Rig up floor to drill ahead, Rig up to test BOPE. Supervisor: R. MORRISON/D. SIMONTON Daily Drilling Report: PALM #1 02/05/2001 Page CASING TEST and FORMATION INTEGRrF7 TEST Well Name: Palm #1 Date; 2/6101 Reason(s) for test: Supervisor: R. Morrison Jr. [] Initial Casing Shoe Test [] Formation Adecluaey for Annular Inje~on [] Deep Test: Open Hole Adequacy for Higher Mud Weight Casing Size and Description: 9.625", 36~, J-SS, BTC Casing Setting Depth: 2,616' TMD 2,816' '1'VD Mud Weight: 9.3 PP9 Hole Depth: Length of Open Hole Section: 2,653' TMD 2,652' TVD 37' EMW = Leak-off Press. + Mud Weight = 925 psi + 9.3~ppg 0.052 x TVD 0.052 x 2,652' EMW for open hole section = 16.0 ppg Pump output = 0.1000 bps Fluid Pumped = 0.7 bbl 3,200 ~ 3,100psi I I I I 3,o~o ~ 2,soop~ I I I I I I t I I i i i I i 2,800 ps{ 2,700 ~ TIME LINE z~ ..... ~ ............. ["'~ ................... ~::: ::: ::: := '"""~ .....~E ~ ~ ~ ~ · ~CASING ~ST ~ + LOT SHUT IN ~ME ~ CASING ~ SH~ IN ~ME t I TIME LINE soo ~ soo ~ 40o~ 1~ I 3oo~ :1] I I 2~ J{ J I I ~oo~ [ J I I o~ LEAK-OFF DATA MINUTE~ FOR LOT 8TROKE~ PRE~$URE Ostks I O~m , ............ I 4stl~ I soopsi j { $stks J 725psi ! ~ ?,tk, j 92spsi~] + .} i ! J , i ,._.0.. O__.m.i_n..J -I 925 psi_. 1.0 min ! ~ 880 psi 2.0 minj j= 875 "i=_ 3.0 min I [ 860 Dsi 4.0 mir 5.0min I i 830pSi- 7,0 min J ! 820 psi 8.0 rain ! j 8t0 psJ~ 9.0 min[ ] 800 psi ..... 10.0 rain CASING TEST DATA MINUTE~ FOR ¢8G TEST ,~TROKE$ O~l~ PRES. SURE 0psi 1 ~ ~2~7 psi-j 6 ~ 818psi l J 8stks 1,130 psi j J lOstks 1,390psii -------I' ~2 stks_ t;660 PSi l . 16 ~ :=2,22S p?i_j 1 J { SHUT IN TIME,; 8HUT IN PRF.~SURE i ' I I 2,500 psi i 0.0 min ~ . ~ ~'-~'~, ;' 1.0 min i 2.0.rain !' 3.0 min 4.0 min ]i -I 2~1~0 psi 5.0 min j, :k_2,~ p?i~ 6.0 minj g~ 7.0 rain J ~ 2,490 psi 8_~O.rni_.~.. i. { 2,480 psi 9.0 rain j j 2,450 psi; ~ 0.0=m-i-nT l~2,490 psi=! 20.0 rain j ! 2,450 ps.i~_I 25.0 mini. = 2,450 i { _ l 2¢i8o ps_,~ NOTE: STROKES TURN TO MINUTES DURING "SHUT IN TIME":see time line above NOTE: TO CLEAR DATA, HIGHLIGHT AND PRESS THE DELETE KEY Permit to Drill 2010050 MD 6620 TVD DATA SUBMITTAL COMPLIANCE REPORT 3~6~2003 Well Name/No. PALM 1 Operator CONOCOPHILLIPS ALASKA INC 6029 Completion Dat 2/21/2001 Completion Statu P&A Current Status P&A APl No. 50-t03-20361-00-00 UIC N REQUIRED INFORMATION Mud Log N_.~o Sample N_.~o Directional Survey ~ y _ DATA INFORMATION Types Electric or Other Logs Run: Well Log Information: Log/ Data Digital Digital Type Med~ Fret L L R R L L R R L L L L L L L L C ~ L L L L L L L L L L L L (data taken from Logs Portion of Master Well Data Maint) Log Log Run Name Scale Media No Interval OH I Start Stop CH 116 6620 Open Dataset Received Number Comments 4/11/2001 10006 ('fl'16-6620 sonic QC plot 2 FINAL ~ewall Core Analysis ~ Ih ~ i. ~K. FINAL ~F'~oo~ation Log 2 FINAL · ---'F~"~-Well Report FINAL · A~/D ROP/DG~ES 2/5 FINAL ...3~~DD DGR/RES 215 FINAL R/POR/DEN 2/5 FINAL ~D DGR/POR/DEN 2/5 FINAL Tot FINAL al Porosity 2 FINAL -;~009 FINAL ~ 5 FINAL i Shear Sonic 2/5 FINAL r Formation 5 FINAL cs Tes _~.hnical Sidewall FINAL C/o'ring ~TVD DSI and CMR 5 FINAL 1274 6606 Open 2616 6400 oh oh 115 6620 ch ch 116 6620 oh 116 6620 oh 116 6620 oh 116 6620 oh 116 6620 oh 4250 6480 oh 1274 6606 oh 2616 6400 oh 2616 6400 oh 4272 6443 oh 4278 6464 oh 2616 6400 oh 4/5/2001 10009'~1274-6606 4/5/2001 2616-6400 Color print 5/25/2001 Core Analysis 5/25/2001 115-6620 Sepia 5/25/2001 Final Well Report 411112001 116-6620 BL, Sepia 411112001 116-6620 BL, Sepia 4/1112001 116-6620 BL, Sepia 411112001 116-6620 BL, Sepia 4111/2001 10006 ~ 16-6620 Digital Data 4/5/2001 . ~250-6480 Color Print 41512001 10009v' 1274-6606 Digital Data 41512001 2616-6400 BL, Sepia 4/5/2001 2616-6400 BL, Sepia ' 4/5/2001 4272-6443 BL, Sepia 4/5/2001 4278-6464 BL, Sepia 4/5/2001 2616-6400 BL, Sepia Well Cores/Samples Information: Name Interval Start Stop Sent Dataset Received Number Comments Permit to Drill 2010050 DATA SUBMITTAL COMPLIANCE REPORT 3/612003 Well Name/No. PALM 1 Operator CONOCOPHILLIPS ALASKA INC APl No. 50-103-203614)0-00 MD 6620 TVD 6029 Completion Dat 2/21/2001 Completion Statu P&A Current Status P&A UIC N I Cuttings 90 6620 i ADDITIONAL INFORMATION Well Cored? (~ N Chi~_~---A~N Analysis Received? Daily History Received? ~)/N Formation Tops (~/N Comments: Compliance Reviewed By: Date: PHILLIPS Alaska, Inc! A Sub~idbuy of PHILUF~ PETROt.EUM COMPANY TRANSMITTAL CONFIDENTIAL DATA FROM: Sandra D. Lemke, ATO1486 TO: Phillips Alaska, Inc. P.O. Box 100360 Anchorage AK 99510-0360 RE: Palm 1&lA DATE: 05/26/2001 Lisa Weepie State of Alaska - AOGCC 333 W. 7~ Avenue, Suite 100 Anchorage, Alaska 99501-3539 Transmitted herewith is the following: Palm 1 501032036100 and Palm lA (501032036101) Epoch - End of well report, Palm 1, 2/15/2001, Well reSume, formation summary, rig activities, , mud record, directional survey, bit record, drilling progress, rig time, final logs r//Epoch -,End of well rePort, Palm lA, 03/0~/2001, Well resume, formation summary, rig activities, mud " records, directional surVey, ',bit reco'rd, drilling progress, rig, time, final logs Lo~j Data (film reproducible) v~ Epoch ,' Formation Log, Palm 1; 2"= 100'; 115'-6620'md ,,,, v/Epoch Formation Log, Palm lA; 2"= 100'; 2800'~9318'md Please check off each item as received, Sign and return transmittal to address below All data tO beheld cOnfidential until State of Alaska.designated release'date (AoGcc) Appr0x 4/2003 . . CC: Rick Levinson, PAl Geologist Approved for tra~: Receipt: Return r,~eipt to: Phillips Alaska,, Inc. ATTN: S. Lemke, AT0-1486 700 G. Street Prepared. by: Sandra D. Lemke Anchorage, AK 99501 Phillips Alaska IT Technical Databases TRANSMITTAL CONFIDENTIAL DATA FROM: Sandra D. Lemke, AT01486 TO: Phillips Alaska, Inc. P.O. Box 100360 Anchorage AK 99510-0360 RE: Palm 1 DATE: 0512612001 Usa Weepie AK Oil and Gas Conservation Commission 333 W. 7a Avenue, Suite 100 Anchorage, Alaska 99501-3539 Transmitted herewith is the following: Palm'l 501032036100 Core Labs sidewall Core Analysis, Palm I £L 57111-01047,3/28/2001 includes 3.5" disk of same digital data Please check off. each.item as received, sign and return' transmittal to address below All data to be held confidential' until State of Alaska designated release date (AC)GCC) Approx 4/2003 . , CC: Rick Levinson, PAIGeologist ,Receipt: L~~~. ~ Return receipt 'to: Phillips Alaska, :[nc. ATTN: S. Lemke, ATO-1486 700 G. Street Anchorage, AK 99501 .Prepared .bY:.Sandra D. Lemke Phillips Alaska 1T Technical Databases --.u~=_,'NG = LOC_%TI_Q_ON := .~o,-~ / --o05 '"'~"~----d'-'- 'To File: ADZ ,'.,?o. ne ,_ '_ .~lame Cpera==.- Lcc~=icn Rev-'aw. ~..%.e well --':!e, and' c~--~enu mn plu%~j~ng, well head' suauu~ smui !oca=!=n c!ea~ca - pr~e 1~=. clear. =o~e. ~~~~ ~,. ,--/ ~ . '~,~ ~~ T~ ~ ,~ sa,7. ~/~ ~ ~ ,. ~ ~ o o _. ~ / ~ . ~ o~ ~ Lmcamlon Claa=ance: Cede o SF2~T BY: 4-18- Rpt Date Begin Time End Time 02/20/01 12;00 AM 00:00 00;30 02/20/01 12:00AM 00:30 02:00 02120/01 12;00AM 02:00 03:00 02/20/01 12:00 AM 03:00 06:30 02/20/01 12:00 AM 06:30 07:00 02/20/01 12:00 AM 07:00 02/20/01 12:00 AM 08:00 02/20101 12:00AM 0g:00 02/20/01 12:00 AM 09:30 08:00 09:00 09:30 10:30' 02/20/01 12:00 AM 10:30 02/20/01 12:00 AM 11:30 02/20/01 12:00 AM 13;00 02/20/01 12:00 AM 18:00 02120/01 12;00 AM 18:30 02/20/01 12:00 AM 22:00 02/20/01 12:00AM 23:30 02/21/01 12:00 AM 00;00 02/21/01 12:00 AM 00:30 02/21/01 12:00 AM 04:30 11:30 13:00 18:00 18:30, 22;00 23;30 00:00 00:30 04:30 09:30 02/21/01 12:00 AM 09:30 02121101 12:00 AM 10:00 02121/01 12:00 AM 10:30 02/21/01 12:00 AM 11;30 10:00 10;30 11:30 12;00 02/21/01 12:00 AM 12:00 02/21/01 12:00 AM 13:30 02/21/01 12:00 AM 14:00 02/21/01 12:00 AM 14:30 02/21/01 12:00 AM 15:15 02/21/01 12:00 AM 16:00 02/21/01 12;00 AM 16:30 02/21/01 12:00 AM 17:30 02/21/01 12:00 AM 20:30 13:30 14:00 14:30 15;15 16:00 16:30 17:30 20:30 21:00 1 ' 1:26P~ ; PHILLIPS AK Operations Summary (" Palm lA INC-, 907 276 7§42;# 2/ 3 Comments TIH TO 4556'. CIRC AND CONDITON MUD. RIH TO BOTTOM AT 6620'. CiRC AND COND MUD TO SPOT CEMENT ABANDONMENT PLUG. NO MUD LOSS TO HOLE. SPOT CEMENT PLUG IN OPEN HOLE FROM 6620' - 5900' - 275 SX CLASS "G' O 15.8 PPG. POOH TO 588O'. CIRC BO'I-I'OMS UP - TRACE CMT TO SURFACE. RIG REPAIR - CEMENT STANDPIPE WASHED OUT. RU TO CIRC WITH NEW HOSE- CIRC. pjSM. SPOT[ED CEMENT ABANDONMENT PLUG FROM 5880' - 5200' - 275 SX CL "G" O 15.8 PPG. CEMENT IN PLACE AT 10:30 HRS. POOH 11 STDS TO 4826' CBU - PUMP DRY JOB POOH LAYDOWN 45 JTS DRILLPIPE & 2 7/8 TUBING .., CHANGE ELEVATORS &, RD POWER TONGS PU BIT - 1 STD FLEX COLLARS '-' JARS - 29 HWDP - 4' DP & 3'IH TO 5028' WASH 5028' - 5247'. TAG CEMENT 5247' SET DOWN 20K. WITNESSED BY CHUCK SCHEVE AOGCC. OBU - CONDITION .MUD PJSM, SLUI3 DRILL PIPE, POOH WITH BIT. PJSM. RIH TO SPOT CEMENT ABANDONMENT PLUG #2 AND KICK-OFF PLUG. PU MULE SHOE SUB, 32 JTS 2 7/8" TUBING AND RIH TO 492'2'. CIRC -sPoT HIGH VIS. PILL FROM 4922' - 4700', PULLED UP TO 4700' LAYING DOWN 7 JTS D.P. CIRC AND COND MUD, PJSM. DOWELL SPOTTED CEMENT ABANDONMENT PLUG ~2 IN O.H. FROM 4,700' - 4,100' - 250 SX CL'G" O 15,8 PPG, POOH TO 3,350' LAYING DOWN D-P. SPOTTED 30 BBLS HIGH VIS PILL FROM 3350' -3100'. PULLED UP TO 3100' LAYING DOWN D.P. CIRC AND COND MUD TO SPOT KICK-OFF PLUG. DOWELL SPOTTED CEMENT KICK-OFF PLUG FROM 3100'.- 2660' - 300 SX ($0 BBLS) CL "G" ;} 17.2 PPG. POOH TO 2146' CIRCULATE HOLE OLEAN. PUMP DRY JOB POOH LAYDOWN 36 J'rS DRILLPIPE - 32 JTS 2 7/8 TUBING. TESTED MANIFOLD AS POOH. MONITOR WELL STATIC - RIG DOWN 2 7/8 EQUIPMENT - CLEAN FLOOR RECEIVED .Alaska Oil & Gas C~.~s.. Ancho;~e SENT BY: · 4-18- 1 ' l:26P1V ; PHILLIPS AK INC. operations summany ("' Palm lA 907 276 7§42;# 3/ 3 02/21101 12;00 AM 21;00 02/22/01 12:00AM 00:00 02/22/01 12:00 AM 00:30 02/22/01 12:00AM 02;30 02/22/01 12:OOAM 03:30 02/22f01 12:00AM 05:30 02/22/01 12:00 AM 07:30 02/22/01 12:O0 AM 09:00 02/22/01 12:00 AM 10:30 02/22/01 12:00 AM 12:00 02/22/01 12;00 AM 13;00 02/22/01 12:00 AM 18:00 02/22/01 12:00 AM 20:30 02/22/01 12:00 AM 21:30 02/22/01 12:00 AM 22:00 02/22/01 12:00 AM 22:30 02/23/01 12:00 AM 00:00 02/2,3/01 12:00 AM 03:00 02/23/01 12:00 AM 04:OO 02/23/01 12:00 AM 04:30 02/23/01 12:00 AM 06:00 02/23/01 12;00 AM 11:00 02/23/01 12;00 AM 13:00 02/23/01 12:00 AM 19:30 02/23/01 12:00 AM 20:30 02/24/01 12:00 AM 00:00 02/24/01 12:00 AM 15:00 02/24/'01 12:00 AM 16:00 02/24/01 12:00AM 17:00 02/24/01 12:00 AM t8:30 02/24/01 12:00 AM ' 21 02/24/01 12:00 AM 22;00 02/24/01 12:00 AM 22:30 02/25/01 12:00 AM 00:00 02f25/01 12:00 AM 02:30 00:00 00:30 02:30 03:30 05:30 07:30 09:00 I O:3O 12:OO 13:00 18:00 20;30 21;30 22:00 22:30 00:00 O3:O0 04:00 04:30 os:ob 11:00 13:00 19:30 20:30 00:130 15:00 16:00 17:00 18:30 21:00 22:00 22:30 00:00 02:30 03:OO TEST FLOOR SAFETY VALVES - KELLY VALVES- MANIFOLD 250/5000. REPLACE KR VALVE ON KOOMEY UNIT. TEST WITNESS WAIVED BY JOHN CRISP WITH AOGCC. PJSM, PULLED WEAR BUSHING. TEST BOPE AS PER PAl POLICY TO 250 PSI LOW/5,000 PSI ' HIGH, HYDRILL TO 250 PSI/3500 PSI. VOLUME TEST KOOMEY, NO LEAKS, TEST WITNESS WAIVED BY JOHN CRISP WITH AOGCC. R.D. TEST EQUIP - PULLED TEST PLUG AND SET WEAR RING. DOWNTIME - CHANGE BREAKER FOR #3 GENERATOR - PJSM - BLOW DOWN RIG. CHANGE OUT BREAKER. GET STEAM AROUND. DOWN TIME - MOVE BHA TO UPPER PIPE SHED. PRE SPUD I PJSM. P.U. BHA #1- TAGGED UP AT 32'- ICE PLUG IN SURFACE CSG - THAW OUT SAME CHECK SPERi~Y TOOLS - FAIL TO COMMUNICATE. LAYDOWN ' .... . TOOL & REPAIR CONNECTOR, TIH WI4" DRILLPIPE FROM DERRICK DRIFTING W/2.125" DRIFT TAG CEMENT 02553' DRILL FIRM CEMENT 2553-2571' CIRCULATE & CONDITION MUD LAYDOWN 2 STDS FROM DERRICK PJSM CUT DRILLING LINE PJSM. DRILL GOOD CEMENT FROM 2571' - 2680'. UABLE TO GET MWD TO WORK - TOOL FAILURE. ClRC HOLE CLEAN FOR TRIP OUT. POOH FOR MWD TOOL; ' REMOVE RA SOURCES. DOWN LOAD. CHANGE OUT PULSER. SURFACE TEST O,K. ORIENT TOOLS AND LOAD RA EIOURCES, RIH TO 2680', DRILL FROM 2880' - 3052' , KICKED OFF CMT PLUG AT 2700'. DISPLACED HOLE WITH 9,6 PPG LSND MUD WHILE DRILLING. CIRCULATE HOLE CLEAN & PERFORM PWD BASELINE TEST DRILL FROM 3052' - 3338' Drill from 3338' - 4422'. Pump sweep around and oirc hole clean for wiper trip. Pulled [our stands to 3997' - 2SK drag / swabbing - +3 bbls hole fllI.RIH. Circ btm$ up - hole unloaded large amount clay - pumped high vis sweep around. Made 19 stand wiper ~rip to shoe - 5k - 10K drag - slight swabbing. Observe well. TIH TD .~4422' - No problem Cim btms up Drill from 4422' - 4518' Drill from 4518' - 4645'. Auger pa~ked off and froze up. RECE \/ED Alaska Oil & Gas Cons. Commission Anchorage :'1 p~/2B~I RLS BGM PER ~" "KeeI15ACS' , 2. C~RDXNA~S SHO~ ~E A~SKA STA~ PLANE ~ ~ ~ ~U 4. E~VA~ONS SHO~ ARE BRi~SH PEPLUM M~N ~ ,,~ . 6, ICE PAD IS ROTA~ 7~' EAST ~OM NOR~. 7, DA~S OF SURLY: ~1/2~/~1; ~: L~1-11-P~'S 1~15, A ~ SCALE LOCA~D ~*]N PRO'ACTED SEC, 18, T 12 N, R 8 E, CAT = 7~' 23' 39,~99" LONG = 15~' 11' 44,3~~ ViCINiTY MAP 1~ = 2 ~iles Y= 5,993,842,52' X= 475,954,69' GROUND eLeVA~ON = 22,2' TOP ICe PAD ELEVA~ON = 24,2' 7 8 mmmmmmm mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm mmmmm~ ~ ~ ~ ~ ~ REGI~TERED ~ND LICENSED TO PRACTICE k ~~ k LA~K~U~I~YINTH~TI~H~EP~T~EOp~ESENTS ~ ~ ~ ~. ~ DIRECT SUPERVISION AND THaT ~LL ~~ ~ DIMENglQNS AND OTHER DETAILS ~RE ~ , ~ ~ CORRECT AS OF dANU~RY 28, 2001. ~ C/lSt ~ ~som~s, mc. MODUS: UN[I: ] PHILLIPS Alaska, Inc. PALM1 A Subsidiory o~ PHILLIPS PE~OLEUM COMPANY EXPLORATORY WELL CONDUCTOR AS BUILT' LOCA~ON I ~6~19374 ~1/28/~1 CEA-MlXX-6~lD374 1 TRANSMITTAL CONFIDENTIAL DATA FROM: Sandra D. Lemke, ATO1486 TO: Phillips Alaska, Tnc. P.O. Box 100360 Anchorage AK 99510-0360 RE: Palm 1 DATE: 04/1112001 Lisa Weepie AK Oil and Gas Conservation Commission 333 W. 7~ Avenue, Suite 100 Anchorage, Alaska 99501-3539 Transmitted herewith is the following.: Palm I 501032036100 ~OI-OO~) CD ROM D/gital data v/Sperry Sun MWD; EWR/DGP,/ROP; SNP/SDI_/DGR; LIS Format w/LIS verification printout; Directional survey files (print Q.C.(.pdf) and MD/INC/AZ load file (.bdo Log Prints (blueline$), + 1 sepia reproducible each ~Sper~ Sun- MWD; EWR/ROP/DGR; TVD and Measured Depth logs V~,Sperry Sun- SNP/SDL/DGR; TVD and Measured Depth logs Please check off each item as received, sign and return transmiffal to address below All data to be held confidential until State of Alaska designated release date (AOGCC) Approx 4/2003 CC: Rick Levinson, PAI Geologist Approved for transmittal by: Rick Levinson Receipt: ~ Return receipt to: Phillips Alaska, Inc. AI'FN: S, Lemke, ATO-1486 700 G. Street Anchorage, AK 9950:1 Date: Prepared by: Sandra D. Lemke Phillips Alaska IT Technical Databases RECEIVED APR 1 1 2001 NaSa Oil & Gas Cons. Comminior, Anchorage PHILLIPS Alaska, Inc. A Subsidiary of PHILLIPS PETROLEUM COMPANY Post Office Box 100360 Anchorage, Alaska 99510-0360 P. Mazzolini Phone (907) 263-4603 Fax: (907) 265-6224 April 2, 2001 Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 333 West 7th Avenue Suite 100 Anchorage, Alaska 99501 Subject: Palm #1 (201-005 / 301-037) Completion Report Dear Mr. Commissioner: Phillips Alaska, Inc., as operator of the Palm #1 exploration well, submits the attached "Well Completion Report" (AOGCC form 10-407). Other attachments to the completion report include the directional survey, report of daily well operations and as-built. We will send under separate cover the logs, the mud logs, core' description and other well data and reports. The Commission is requested to keep confidential the encloses information due to the exploratory nature of this well. If you have any questions regarding this matter, please contact me at 263-4603 or Tom Brassfield at 265-6377. Sincerely, Exploration Drilling Team Leader PA1 Drilling PM/TJB/skad ORIGINAL RECEIVED AP~ 06 2001 Ai'i~i~m'aga WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status o! well Classification of Service Well Oit D Gas D Suspended D Abandoned [~] Service 2. Name of Operator 7. Permit Number Phillips Alaska, Inc. t r,v',~ 201-005 / 301-037 3. Address .... '"""" 8. APl Number P. O. Box 100360, Anchorage, AK 99510-0360 ~~, 50-103-20361-00 '~ ........ 9. Unit or Lease Name 4. Location of well at surface 2574' FNL, 1305' FEL, Sec. 18, T12N, R8E, UM (ASP: 475955, 5993843) ~ ~;.:.'..".!';!.'TT;'3?;, i, H. Kuparuk River Unit At Top Producing Intewal 'J .~7~:-~-"--/-' ~--~- i 10. Well Number 2489' FNL, 3118' FEE, Sec. 18, T12N, R8E, UM (ASP: 474139, 5993931)i V,--;.;;...!..~?. ~ Palm 1 At Total Depthi.' ._ ~ ....iii 11. Field and Pool 2488' FNL, 3226' FEL Sec. 18, T12N, RSE, UM (ASP: 474031, 5993937) ~' ............. "-"'~%'-"'~ Kuparuk River Field 5. Elevation in feet (Indicate KB, DF, etc.) 16. Lease Designation and Serial No. Exploration 59' AMSL feetI ADL 38010~ ALK 4624 Kuparuk River Oil Pool 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., S.,u~p.~r Aband. ~ 15. Water Depth, if offshore 16. No. of Completions ! February 2, 2001 February 15, 2001 February,~,0~'2O01 (P&A'd) I N/A, feet MSL 0 17. Total Depth (MD + TVD) 18. Plug Back Depth (MD + TVD) 19. Directional Suwey ~20. Depth where SSSV set 21. Thlcknass of Permafrost 6620' MD / 6029' TVD 2660' MD / 2642' TVD YES r~ No E]'~ N/A feet MD 1758' 22. Type Electric or Other Logs Run GR/ReslNeutxon/Density, CMP,/DSL, MDT 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP Bo'n'OM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 16" 62.5# H-40 Surface 115' 24" 225 sx AS I 9.625" 36# J-55 Surface 2616' 12-1/4" 580 sx AS III Lite & 340 sx Class G cement abandonment plug #1 from 6620'-5900' & 5880'-5200' cement abandonment plug ~ from 4700'-4100' & 3100'-2660' 24. Perforations open to Production (MD + TVD of Top and Bottom and 25. TUBING RECORD Interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) N/A N/A N/A None 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED N/A 27. PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) N/A Plugged & Abandoned Date of Test Hours Tested Production for OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE IGAS-OIL RATIO I N/A Test Period Flow. Tubing Casing Pressure Calculated OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY - APl (corr) Press. 24-Hour Rate > 28. CORE DATA Brief description of Iithology, porosity, fractures, apparent dips and presssnce of o11, gas or water. Submit core chips. To be submitted under separate cover RECEIVED APR 06 2001 Form 10-407 Rev. 7-1-80 CONTINUED ON REVERSE SIDE ORIGINAL Submit in duplicate GEOLOGIC MARKERS FORMATION TESTS NAME Include interval tested, pressure data, all fluids recovere~! and gravity. MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. Top of Kuparuk C 6420' 5861' N/A 31. LIST OF ATTACHMENTS Summary of Operations, Directional Survey, As-built 32. I hereby certify that the following Is true and correct to the best of my knowledge. Questions? Call Steve McKeever 265-6826 Slgne Title Drillin,q Team Leader Date Prepared by Sharon AIIsup-Drake INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1: Classification of Service wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data"i3ertinent 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 cementing and the location of the cementing tool. Item 27: Shut-in, Other-explain. Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Item 28: If no cores taken, indicate "none'. ORIGINAL Form 10-407 RECEIVED APR 06 2.001 Alaska Oil & Gas Cons. Commission Anchorage Operations Summary Palm #1 Rpt Date Begin 01/26/01 12:00 AM 00:00 01/26/01 12:00 AM 03:00 01/26/01 12:00 AM 08:00 01/26/01 12:00 AM 18:00 Time End Time 03:00 08:00 18:00 00:00 Comments MOVE DERRICK / SUB OFF 2N-314. START MOVING BALL MILL AND PIPE SHED TO 2B PAD. PREPARE DERRICK FOR LAY OVER. TELESCOPING PIN JAMMED - BEAT PIN OUT. OPEN WINDWALLS - PREP DERRICK FOR LAY OVER. 01/27/01 12:00 AM 00:00 12:00 PREPARE DERRICK FOR LAY OVER. WAIT ON HIGH WIND TO LAY. CHANGE OUT JACKING CYLINDER 01/27/01 12:00 AM 12:00 01/27/01 12:00 AM 20:00 01/28/01 12:00 AM 00:00 01/28/01 12:00 AM 15:00 01/29/01 12:00 AM 00:00 20:00 00:00 15:00 00:00 12:00 PUT JEEP UNDER SUBSTRUCTURE - TIRES AND WHEELS ON PIT MODULE START MOVING SUB AND PIT MODULES FROM 2N PAD TO PALM#1 - ON 2M PAD AT 24:00 HRS. MOVE SUB, PITS, AND PIPE SHED MODULES FROM 2M PAD TO PALM #1 RAISE AND SCOPE UP DERRICK. LOWER BOARD AND RIG UP C- SECTION. Blow down / Rig down 60 man camp on 2L pad. Start moving camp to 3G pad. Note: Nabors had vehicle accident ., 01/29/01 12:00 AM '12:00 01/29/01 12:00 AM 13:00 01/30/01 12:00 AM 00:00 01/30/01 12:00 AM 09:00 01/30/01 12:00 AM 18:30 01/31/01 12:00 AM 00:00 01/31/01 12:00 AM 12:00 01/31/01 12:00 AM 20:30 02/01/01 12:00 AM 00:00 02/01/01 12:00 AM 08:00 02/01/01 12:00 AM 12:30 02/01/01 12:00 AM 13:00 13:00 09:00 18:30 00:00 12:00 20:30 00:00 08:00 12:30 13:00 15:00 03:40 hrs - ran vehicle off road at 1G pad - no injuries to driver or passenger. Paul Mazzolini and Tom Brassfield held Pre-Spud meeting with both crews, pusher, and contractors. Move and set up 60 man camp on 3G pad. Assemble 60 man camp at 3G pad. Held pre job safety meeting. Layed out hemulite on pad to spot rig on. Spot rig over well. Spot pipe shed and pit module. Scope out cattle shute. Scope out pits to sub access. Make up surface lines between modules. Set fuel tank and take on fuel. Install windwall at back of rig floor. PJSM prior to berming with handy berm under sub and pit modules. PJSM. Build berm around pipe shed'. Rig up kelly hose, cement line, casing stabbing board, and rig tongs. Pick up and make up kelly. Pick up bails and elevators. Held PJSM. Nipple up diverter system. Accept rig at 2030 hours, 01/31/01. Nipple up Diverter System. Function test diverter and koomey, test alarms and place warning signs. Test witnessed and approved by John Crisp (AOGCC) Take remaining HT38 subs off rig floor. Move HT40 subs to rig floor. Load BHA in pipe shed. Held pre-spud safety and enviromental meeting with Nabors, Sperry, Epcoh, ACS, APC. Note: RKB to Top of Ice Pad = 34.8'. Tundra to Sea Level -- 22.2. Top of Ice Pad to Sea. Level 24.2', RKB to Sea Level = 59.0'. Level derrick. Put down plywood on hemulite walkways. Rig up geranimo line. 02/01/01 12:00 AM 02/01/01 12:00 AM 02/01/01 12:00 AM 02/01/01 12:00 AM 02/01/01 12:00 AM 02/01/01 12:00 AM 02/02/01 12:00 AM 02/02/01 12:00 AM 02/02/01 12:00 AM 02/02/01 12:00 AM 02/02/01 12:00 AM 02/02/01 12:00 AM 02/02/01 12:00 AM 02/03/01 12:00 AM 02/03/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/04/01 12:00 AM 02/05/01 12:00 AM 02/05/01 12:00 AM 02/05/01 12:00 AM 02/05/01 12:00 AM 02/05/01 12:00 AM 15:00 17:30 18:00 20:00 21:00 22:00 00:00 00:30 12:00 14:30 15:00 15:30 16:00 00:00 22:30 00:00 06:00 08:00 10:00 12:00 15:00 17:00 21:30 22:30 23:00 00:00 00:30 01:00 02:30 07:00 17:30 18:00 20:00 21:00 22:00 00:00 00:30 12:00 14:30 15:00 15:30 16:00 00:00 22:30 00:00 06:00 08:00 10:00 12:00 15:00 17:00 21:30 22:30 23:00 00:00 00:30 01:00 02:30 07:00 07:30 PJSM. Pick up bha #1. Trouble shoot and repair skate. Rig down time. Pick up and orient mwd and upload same. Fill system with drilling mud and circulate at reduced rate. No leaks. Epoch down time. Troble shoot and repair system. Replace electric motor on rock washer shaker and elctrical switch. Rig down time. Finish repairing shaker in rock washer house. Drilling 12.25" hole from 115' to 766'. ADT= 4.1 hrs. AST = 0.0 hrs. Drill 12.25" hole from 766' to 909'. ADT = 2.0 hrs. AST = 0.0 hrs. Change shaker screens to minimize overflow at rock washer. Drill 12.25" hole from 909' to 934'. ADT - 0.25 hrs. Clean solids out of rock washer fluid returns tank with super sucker. Drill 12.25" hole from 934' to 1294'. ADT = 6.5 hrs. AST = 0.0 hrs. Drill 12.25" from 1294' to 2633'. ^DT = 13.4 hrs. AST = 0.0 hrs. Pump hi-vis/Icm sweep, circulate hole clean. PJSM. Pump slug and pull up to 912'. Intermittent tight hole from 1935' to1093', 25- 50k over. Had to pump and back ream using rotary slips. Trip in hole (sim no change). Reamed through tight hole 1500 to 1540'. Pumped hi-vis/Icm sweep. Circualte and condition for casing. Pump slug and POOh. Tight from 1640 to 1590' 25k over. 'Work through without pump. PJSM. Lay down BHA. Download MWD/LWD data. PJSM. Rig up casing running equipment. PJSM prior to running casing. Run 9.625" casing. See casing detail for additional info. Circulate casing 60 spm at 750 psi at 1506' - precautionary. Continue running 9.625 casing. Hit bridge at 2040'. Could not work through bridge. Rig up to circulate through bridge. While circulating and working casing the casing collar hung on the diverter riser and broke air boot seal. Shut down pump for repairs. Finish repairs to flow riser. Circulate through tight spot at 2040'. Finish. run 9.625" casing to bottom at 2616'. Land casing on hanger and make up Dowell cement head. Circulate and cndition mud prior to cement job. Held PJSM with all contact personnel. 02/05/01 12:00 AM 02/05/01 12:00 AM 02/05/01 12:00 AM 02/05/01 12:00 AM 02/05/01 12:00 AM 02/05/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/06/01 12:00 AM 02/07/01 12:00 AM 02/08/01 12:00 AM 02/08/01 12:00 AM 02/08/01 12:00 AM 02/08/01 12:00 AM 02/08/01 12:00 AM 02/08/01 12:00 AM 02/08/01 12:00 AM 02/08/01 12:00 AM 07:30 08:00 11:00 13:00 22:00 23:00 00:00 04:30 05:30 09:30 10:30 11:00 14:00 14:30 16:00 16:30 17:00 20:30 21:00 21:30 23:00 23:30. 00:00 00:00 02:30 03:30 05:30 11:00 13:00 14:00 15:00 08:00 11:00 13:00 22:00 23:00 00:00 04:30 05:30 09:30 10:30 11:00 14:00 14:30 16:00 16:30 17:00 20:30 21:00 21:30. 23:00' 23:30 00:00 00:00 02:30 03:30 05:30 11:00 13:00 14:00 15:00 20:30 The 2" cement line on the rig floor got a pin hole in it when we psi tested the line prior to cementing. Replaced line with hi-psi hose. Test cement line to 3500 psi. Cement casing per procedure-see cementing detail for additional info. ClP @ 1036 hrs. 02/05/2001. Bumped plugs and floats held. PJSM. Clean out diverter - nipple down and set out same.Set in and nipple up 13 5/8 - 5m BOPE. Set in and nipple up 13 5/8 - 5m BOPE. Rig down casing elevators - bails. Rig up floor to drill ahead. Rig up to test BOPE. PJSM. Test all BOPE equipment. Test lines - valves - rams - upper and lower kelly valves to 250/5000 psi. Test annular to 250/3000 psi. Test witnessed and approved by John Spalding (AOGCC). Set wear bushing. Rig down bope test equipment. Blow down bope lines and test equipment. PJSM. Make up BHA #2- orient and load sources. RIH to 2349'. Held BOP drill. PJSM,. Cut & slip drlg line [140']. PU kelly - thaw ice plug. PJSM, cir condition mud for csg test. Test csg to 2500 psi / 30 minutes. TIH to 2478'. PU kelly creak cir. TIH to tag cmt @ 2512', Clean out cement to float collar @ 2529' & drlg same. Clean out cement to 2616' & drlg shoe. Clean out rat hole to 2633' & drlg 20' of new formation to 2653'. Cir condition mud for formation leak off / integrity test. PJSM. Run formation integrity test to 16.0 PPG EMW Circulate & change out mud to 9.5 ppg. Conduct'baseline test for PWD tool. Drlg ahead 2653 - 2670'. Directional drlg 2680 - 3860', rotate & slide for build. Dir drlg / survey 3860 - 4019'. Sweep hole / flow ck / pump dry slug Wiper trip to shoe, no problems. Dir Drlg / survey 4019. - 4306'. Gas gradually increasing w/a peak to 730 units. Increased mud wt from 9.6 to 9.8ppg, gas decreased to 250 - 350 units level. Continued to raise mw to 10.0 ppg. Circulated gas to below 100 units. Dir Drlg / survey 4306 - 4311 '. Circulated up a BU gas of 270 units. Raise mud wt from 10 to 10.2 ppg. Dir Drlg/survey 4311 - 4434'. Drilling down increasing incirments from 10' to full kellys, max gas 635 units, circulating gas down after each incriment to < 200 units & flow checking before proceeding. 02/08/01 12:00 AM 02/09/01 12:00 AM 02/09/01 12:00 AM 02/09/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/10/01 12:00 AM 02/11/01 12:00 AM 02/11/01 12:00 AM 02/11/01 12:00 AM 02/11/01 12:00 AM 02/11/01 12:00 AM 02/11/01 12:00 AM ,02/11/01 12:00 AM 02/12/01 12:00 AM 20:30 00:00 10:00 14:30 00:00 02:00 02:30 04:00 04:30 11:30 13:00 17:00 18:30 19:30 21:00 00:00 04:00 05:30 07:00 12:00 16:30 18:00 00:00 00:00 10:00 14:30 00:00 02:00 02:30 04:00 04:30 11:30 13:00 17:00 18:30 19:30 21:00 00:00 04:00 05:30 07:00 12:00 16:30 18:00 00:00 08:30 Dir Drlg 4434 - 4625' [full kellys] w/flow checks. BG gas progressively decreasing from 300 to <150 units, CG decreased from 500 to 10-20 units Dir drlg & survey 4625 - 5072'. Short trip to 3700', cir bu of 135 units gas. Dir drlg 5072 - 5600'. Drill from 5600 to 5677'. Circulate bottoms up - 350u gas down to 100u. Drill from 5677 to 5709'. With flow checks on connections. Change pop-off on #2 pump. Drill from 5709' to 6082'. Gas to 710u. Circulate 710u to 125u. Raise mud weight to 10.6 ppg. Drill from 6082' to 6251 '. Pump sweep and circulate bottoms up - gas 770u to 170u. Wipe hole 5 stands. Tight 25k over at 5878'. Worked through with no problems. Circualte bottoms up. Max gas 360u. Flow check and pump dry job. Short trip to shoe at 2616'. Hole in good shape. Service rig and monitor well.Trip in hole from shoe @2616'. Hole free - no fill. Circulate bottoms up - 1100u trip gas. Circulated with one pump while repairing pump #2. Found a piece of wood in pump. Drill from 6251' to 6286' MD/5749' TVD. Gas at surface 2500u+ - well flowing.- shut in same at 0709 hrs. SIDPP -- 40 psi. $1CP -- 20 psi. Blow down kelly. Weight up surface system from 10.6 to 10.8 ppg. Moved all misc. equipment and trucks, away from rig while weighting up mud system; Started pumping kill weight fluid at 0908 hrs.02/11/01. Pumped kill weight fl Circulate bottoms up 14 units gas. Continue circulating and weight up from 10.8 to 11.0 ppg. Drill from 6286' to 6442'MD/5880' TVD. Checked well on connection - well. flowing - shut in same using hydril at 1811 hrs. 02/11/01 SIDPP -- 120 psi. SICP -- 10 psi. Blow down kelly. Weight up surface mud system form 11.0 to 11.4 ppg.. Moved vac and water trucks away form rig while weighting up. Started pumping kill weight fluid at 2055 hrs. 02/11/01. Pumped kill weight fluid per pump sc Continued to circulate [through choke] 11.4 ppg mud at 70 spm - watching casing pressure closely - 20 psi was the highest pressure observed on the casing gage. At the end of a full circulation mud weights out were 8.9 to 9.2 ppg.- gas was back up to 1300u 02/12/01 12:00 AM 02/12/01 12:00 AM 02/12/01 12:00 AM 02/12/01 12:00 AM 02/12/01 12:00 AM 02/12/01 12:00 AM 02/12/01 12:00 AM 02/13/01 12:00 AM 02/13/01 12:00 AM 02/13/01 12:00 AM 02/13/01 12:00 AM. 02/13/01 12:00 AM 02/13/01 12:00 AM 02/13/01 12:00 AM 02/13/01 12:00 AM 02/13/01 12:00 AM 02/13/01 12:00 AM 02/13/01 12:00 AM 02/14/01 12:00 AM '02/14/01 12:00 AM 02/14/01 12:00 AM 02/14/01 12:00 AM 02/14/01 12:00 AM 02/14/01 12:00 AM 02/14/01 12:00 AM 08:30 12:30 13:30 18:00 19:30 20:30 21:30 00:00 03:00 04:00 05:30 06:30 07:30 12:00 14:00 14:30 15:30 19:00 00:00 02:00 04:00 05:30 09:30 11:30 12:00 12:30 13:30 18:00 19:30 20:30 21:30 00:00 03:00 04:00 05:30 06:30 07:30 12:00 14:00 14:30 15:30 19:00 00:00 02:00 04:00 05:30 09:30 11:30 12:00 13:00 Continued to cir via choke @ 3.4 bpm while adding barafiber / baraseal to build concentrations of 3 & 2 ppb. Addditions of barite were continued to maintain 11.7+ in w/mw out out slowly increasing to 11.6 ppg + & gas decreasing to 300 - 350 unit range. Flow check well dead, configure to circulate conventionally @ 5 bpm, bu gas 1200 units. Circulate @ 5 bpm w/gas decreasing to 300 units. Flow ck well dead, pump dry pill, pooh 15 stands, no problems. Monitor well dead for I hr. Tih, no problems. Cir bu of 2850 units gas @ 3.5 bpm. Required 1.25 hrs from gas peak to 400 units gas. ClRC - RAISE MUD WT TO 12.0 PPG. SAFTEY MEETING - OVSERVE WELL - SLUG DRILL PIPE. SHORT TRIP - PULLED 15 STANDS - NO PROBLEMS. OBSERVE WELL. RIH - NO PROBLEMS. CIRC BTMS UP - MUD CUT TO 11.5 PPG. CIRC AND RAISE MUD WT TO 12.2 PPG. PJSM - OBSERVE WELL - SLUG DP - POOH WITH 25 STDS DP TO 4009' - NO PROBLEMS. OBSERVE WELL - STATIC. .RIH - NO PROBLEMS. ~ ClRC BTMS UP - 400 UNITS BACKGROUD GAS - 600 UNITS BOTTOMS UP. COND MUD TO 12.2 PPG FOR TRIP OUT.. POOH FOR WEEKLY BOP TEST. Monitor well @ 2543' for .5 hrs hole took I bbl [2 bph]. Cai fill to this point = 24 bbl POOH FOR BOPE TEST. PJSM. REMOVE RA SOURCE. L.D. BHA. PULLED WEAR RING. PJSM. WASH OUT STACK - FUNCTION TEST BOP'S. RU TEST EQUIP. TEST BOP'S AS PER PHILLIPS POLICY TO 250 PSI / 5,000 PSI. HYDRIL TO 250 PSI / 3500 PSI. TEST WITNESS WAIVED BY LOU GRAMALDI WITH AOGCC. LOWER KELLY COCK LEAKED'. REPLACED AND TEST NEW VALVE. CHANGED OUT 4-WAY VALVE ON ACCUMULATOR ( ANNULARS). ANNULAR PRESSURE REGLATOR LEAKING - 400 PSI EVERY 20 MIN. WILL BE REPAIRED WHEN PARTS ARE LOCATED. FINISH BOP TEST - VOLUME TEST KOOMEY / TEST BLIND RAMS. PULLED TEST PLUG AND SET WEAR RING - HOLE TOOK 3 BBLS MUD IN 9 HRS. 02/14/01 12:00 AM 02/14/01 12:00 AM 02/14/01 12:00 AM 02/15/01 12:00 AM 02/15/01 12:00 AM 02/15/01 12:00 AM 02/15/01 12:00 AM 02/15/01 12:00 AM 02/15/01 12:00 AM 02/15/01 12:00 AM 02/15/01 12:00 AM 02/15/01 12:00 AM 02/16/01 12:00 AM 02/16/01 12:00 AM 02/16/01 12:00 AM 02/16/01 12:00 AM 02/16/01 12:00 AM 02/16/01 12:00 AM 02/17/01 12:00 AM 02/17/01 12:00 AM 02/17/01 12:00 AM 02/17/01 12:00 AM 02/17/01 12:00 AM 02/17/01 12:00 AM 02/17/01 12:00 AM 13:00 15:30 22:30 00:00 02:30 07:00 09:00 11:00 12:00 15:00 15:30 16:30 00:00 04:00 05:00 10:30 13:00 16:00 00:00 03:00 07:00 07:30 13:00 13:30 15:00 15:30 22:30 00:00 02:30 07:00 09:00 11:00 12:00 15:00 15:30 16:30 00:00 04:00 05:00 10:30 13:00 16:00 00:00 03:00 07:00 07:30 13:00 13:30 15:00 18:30 M.U. BHA #3 - CHANGED OUT MOTOR / reconfigure LWD tools. RIH to 6390' breaking circulation / cir bu @ 2672 & 4672'. HOLE IN GOOD SHAPE. Cir up bottom - 520 units trip gas / mw 12.5 ppg. Circ and condition mud to 12.2 ppg - Running mud over shakers. No mud losses. CIRC AND COND MUD TO 12.2 PPG TO DRILL AHEAD - PUT MUD OVER SHAKERS. DRILL FROM 6442' -6,620 T.D. ART 2.9 HRS. PUMP SWEEP AROUND AND ClRC HOLE CLEAN FOR WIPER TRIP. OBSERVE WELL - SLUG DP.- POOH WITH 25 STDS TO 4200'. HOLE IN GOOD SHAPE. D.P. DISPLACEMENT 2 BBLS SHORT. OBSERVE WELL - STATIC. TIH - NO PROBLEMS. ClRC BTMS UP - 450 UNIT TRIP GAS. PUMP SWEEP AROUND AND COND MUD AND HOLE FOR LOGS.NO MUD LOSSES TO FORMATION. MONITOR WELL - SLUG DP. START POOH. TO 6274'. RIH DUE TO HIGH WINDS - 55 MPH WINDS - PHASE 3 CONDITIONS. ClRC AND WORK - WAIT ON WEATHER TO CHANGE CIRC AND WORK PIPE ON BOTTOM - WAIT ON WEATHER TO CHANGE AND CREW CHANGE OUT. OBSERVE WELL - SLUG D.P. - BLOW DOWN. POOH FOR LOGS - HOLE IN GOOD SHAPE - OBSERVE WELL AT SHOE. PJSM. REMOVE RA SOURCE - DOWN LOAD LWD'S - LD BHA. LOAD SCHLUMBERGER TOOLS INTO PIPE SHED - PJSM - RU LUBRICATOR JT BELOW HYDRIL - P.U. LOGGING TOOLS RUN. #1 CMR/DSL - CMR run over 3 zones of interest w/repeat on final zone & DSL in progress @ rpt time, logger td = 6615' - 15 HRS BHST 143 DEG F. FINISHED RUNNING CMR / DSI. L.D. SAME. RUN #2 - ROTARY SIDE WALL CORE- TOOL STOPPED AT 4,480 - STICKY - UNABLE TO GET DOWN - TOOL BALLED UP WITH CLAY. R.D. SCHLUMBERGER / PACK-OFF. PULLED RISER OUT OF STACK WHILE L.D. LUBRICATOR JOINT - RE-INSTALL SAME. PJSM ( 15 MIN). M.U. CLEAN OUT BHA - RIH SLOW TO 4435' - FILL D.P. AND CIRC AT SHOE. WASH FROM 4,435'- 4,560' - ClRC OUT THICK MUD/ CLAY. FINISH RIH - HOLE IN GOOD SHAPE. ClRC BOTTOMS UP - - 480 UNIT TRIP GAS. PUMP SWEEP AROUND AND CIRC HOLE CLEAN / CONDITON MUD. CHECK FLOW - SLUG D.P. 02/18/01 12:00 AM 02/18/01 12:00 AM 02/18/01 12:00 AM 02/18/01 12:00 AM 02/18/01 12:00 AM 02/18/01 12:00 AM 02/19/01 12:00 AM 02/19/01 12:00 AM 02/19/01 12:00 AM 02/19/01 12:00 AM 02/19/01 12:00 AM 02/19/01 12:00 AM 02/19/01 12:00 AM 02/19/01 12:00 AM 02/19/01 12:00 AM 00:00 00:30 02:00 07:00 08:30 20:30 00:00 05:00 07:30 10:00 11:30 14:00 17:00 22:00 23:30 00:30 02:00 07:00 08:30 20:30 00:00 05:00 07:30 10:00 11:30 14:00 17:00 22:00 23:30 00:00 FINISH POOH WITH CLEAN OUT BHA. PJSM ( 15 MIN) -R.U. SCHLUMBERGER RUN #2 - ROTARY SIDE WALL CORES - TOOK 25 CORES 14 - KUP, 6 - MORAINE, 5 - K3. RECOVER TOTAL 22 CORES. LD TOOLS / LUBRICATOR. PJSM ( 20 MIN). DPC LOGGING RUN. REHEAD WIRE LINE FOR TESTER, HANG SHIEVE IN DERRICK, P.U. AND CALIBRATE MDT ( TESTER). RUN MDT ON DRILL PIPE Take 1st sample @ 4271', 2040 HRS. Continue w/ sampling @ 5742', incomplete @ rpt time. No problems. Continue running MDT - took total 23 pressures in K3, moraine, and Kuparak - 4 samples in Kuparak - formation pressure 11.7 ppg in Kuparak sd. Circ bottoms up and thin mud for trip out - trip gas 1,000 units. POOH to side entry sub at 4120'. Hole seeping - taking more than calc displacement. Pooh with wire line and L.D. side entry sub. Finished POOH with DP and MDT tool. Hole took 30 bbls over calculated displacement. Recoved samples from MDT tool. Clear rig floor. PJSM. PJSM PU 2. 875" mule shoe, 32 jts of 2.875" tbg & X-Os for 1001' on 4" dp & rib to 2640' Cir / cond @ 8.4 bpm / 1630 psi. Continue Tih North. Slope, Alaska Phillips Exploration Exploration 2001, Slot Palm #1 .Palm' #1 Job No. AKMM10041, Surveyed: 15 February, 2001 . . SURVEY REPORT .20 March, 2001 ' Your Ref: AP1501032036100 Surface CoordinateS: 5993842.52 N, 475954.69 E (70° 23' 39.3813" N, 150° 11' 44.3266" W) Kelly Bushing: 60.38ft above Mean Sea Level i~, ~t'l'l,~ I~- i N ;i '"i~ ~ R V'I I::: E"S A Halliburton Company Survey Ref: svy9401 sperry'Sun Drilling Services Survey Report for Palm #1 Your Ref: AP1501032036100 Job No. AKMM10041, . Surveyed: 15 February, 2001 . . . . North Slope, Alaska -Measured Depth (ft) -0.00 116.00 143.29 234.79 329.60 Incl. 0.000 0.000 - 0.870 1.160 1.320- Azim~- .: i25.780 114.420 106.430 Sub-Sea' Depth (fi) -60.38 55.62 82.91 174.39 269.18 vertical Depth (ft). 0.00 116.00 143.29 '234.77 329.56 Local Coordinates. Global Coordinates Northings Eastings Northings Eastings .(ft) ' (ft) (ft) (ft) -. .0.00 N 0.00'E '5993842.52 N 475954.69 E 0.00 N O.00E 5993842.52N 475954.69 E 0.12 S 0.17 E 5993842.40 N 475954.86 E 0.91S 1.57 E 5993841.60 N 475956.26 E 1:62 S 3.50 E 5993840.89 N 475958.18 E Dogleg Rate (°/lOOft) 0.00 3.19 0.38 0.25 419.58 '-510.22 601.69 693.63 784.68 875.75 967.87 1061.25 1159.64 1255.17 .1351.02 1446.73 1550.33 1637.72 1732.88 1828.64 1924;52 2019.43 -2115.33 2211.10 1.480 116.650 0.860 116.490 1.290 102.260 1.300 118.610 1.570 116.860 1.190 119.660 ' 1..290 " 111.810 -1.250 114.730 1.140 107.700 1.310 10!.840 1.060 99.440 0.950 89.010 1.410 86.810 1.160 87.840 1.380 101.680 1.520 98.380 1.590 102.040 1.450 98.330 1.420 -106;280 1.200 111.690 2306.81 .1.110 112.960 2402.85 0.790 119,520 '2498.78 0.890 113.770 2565.99 0.840 118.030 2643~27 .0.830 114.050 359.14 449.76 .541.21 633.13 724.15 . . 815.19 907.29 1000.65 1099~2 1194.52 1290.35 1386.05 1489.63 1576.99 1.672.13 1767.86 1863.71 1958.58 2054.45 2150.20 .2245.89 2341.91 2437.83 2505.04 2582.31 419.52 510.14 601.59 - 693.51 784.53 875.57 967.67 1061.03 1159.40 1254.90 1350.73 1446.43 1550.01 1637.37 1732.51 1828.24 1924.09 '2018.9'6 2114.83 2210.58 2306.27 2402.29 2498.21 2565.42 2642.69 2.43 $ 3.26 S 3.78 S 4.50 S 5.56 S 6.59'S 7.45 S 8.27 S 9.01 S. 9.53 S' 9.90 S 10.03 S 9.94 S 9.85 S - 10.05 S 10.46 S 10.93 S 11.38 S 11.88 S 12.59 S ' 13.32 S 14.01 S ' 14.63 S 15.08 S 15.57 S ' 5.53E . 5993840.07N 475960.21 E 7.18 E 5993839.24N 475961.86 E 8.80E 5993838.71N 475963.48 E 10.73 E 5993837.98 N 475965.41E 12.75E 5993836.92 N 475967.42 E 14.69 E 5993835.88 N 475969.35 E 16.48E 5993835.02 N 475971.15 E . 18.38 E 5993834.19 N 475973.04 E 20.29 E 5993833.44N 475974.95 E 22.26 E 5993832.92 N 475976.92 E 24.21E 5993832.54N 475978.87E 25.88 E 5993832.41N 475980.53 E 28.01E 5993832:49 N 475982.66 E 29.96 E 5993832.57N 475984.62E 32.05 E 5993832.37 N 475986.71E 34.43E 5993831.95 N 475989.09 E 36.99 E .- .5993831.47N 475991.65 E 39.47E - ·5993831.02N 475994.12 E 41.81E 5993830.50 N 475996.46 E 43.88 E -5993829.79 N' 475998.53 E 45.67 E '5993829.05 N 476000.31E -47.10 E- 5993828.36N - 476001.74E 48.36 E 5993827.73N 476003.00 E 49.27 E 5993827.28 N 476003.91E 50.28 E 5993826.79 N- 476004.92 E 0.33 0.68 0.55 0.40 0.30 0.42 0.21 0.08 0.19 0.22 0.27 0.22 0.45 0.29 0.40 0.17 0.13 0.18 0.21 0.26 0.10 O.35 0.14 0.12 0.08 20 March, 2001 - 15:33 ..' Page 2 of 6 Phillips Exploration Exploration 2001 Vertical Section Comment 0.00 o.00 -0.18 -1.63 -3.59 -5.67 -7.38 -9.03 -10.99 -13.08 -15.07 -16.92 -18.87 -20.82 -22.82 -24.79 -26.46 -28.58 -30.53 -32.62 -35.03 -37.61 -40.11 -42.48 -44.59 -46.42 -47.89 -49.19 -50.12 -51.17 MWD Magnetic DrillQuest 2.00.06 Sperry-Sun Drilling Services Survey Report for Palm #1 Your Ref: AP1501032036100 Job No. AKMM10041, - Surveyed: 15 February, 200i North Slope, Alaska 'Measured Depth (ft) :Incl. 2706.42 0.610 2802.25 3.540 .. 2897..88 . 7.660 . 2993.23 11.820 3089.00 15.560- Azim~ 118.320 267.920 275.440 274.560 270.410 3184.97 18.730 267.940 3283.12 21.71 0 268.920 3376.55 24.490 271.160 ' 3472.06 27.870 273.910 3567.87 30.820 275.340 3663.90. 33.730 3759.64 34.890 '- 3855.07' 35.640 3950.69 36.010 . . 4045.95 35.320 275.480 275.840 276.530 276,760 271,450 Sub-Sea Depth (ft) 2645.45 · 2741.23 2836.38 2930.34 3023.37 3115.07 · .3207.16 3293.09 3378.79 3462.30 '- 3543.49 3622.57 - .3700.48 3778.01 - 3855.42 4141.79 35.330 270.580 3933.62 4237.56 35.530 271.360 4011.66 4333.33 '36.310 270.840 4089.21 4429.20 36.760 270.370 4166.24 4525.44 36.640 271.300 4243.41 .4621.05 35.870 272.670 4320.51 4716;51 35.640 ' 271.470 4397.88 4812.01 .36.080 270.670 4475.18 -4908.24 35.970 273.210 4553.01' 5008.61 36.250 273.580 - 4634.!0 5099.72 36.420 274.030 5194..48 35.020 273.600 5290.21 34.820 273.130 5385.75 34.710. 272.700 5481.98 34.210 271.810 · .4707.49 .- '. 4784.43 4862.92 4941.41- 5020.75 vertical . Depth .. (fl).. 2705.83 2801.61 _ 2896.76 2990.72 3083.75 3175.45 3267.54 3353.47 ' 3439.17 - 3522.68 3603.87 3682.95. 3760.86 3838.39 3915.80 3994.00 4072.04 4149.59 4226.62 4303.79 4380.89 4458.26 '4535.56 4613.39 4694.48 4767.87 4844.81 4923.30 5001.79 5081.13 Local CoOrdinates. ' Northings. -(ft) 15.92 S 16.27 S 15.77 S 14.39 S 13:52 S 13.98 S 14.89 S 14.82 S 12.90 S 9.09 S 4.25S 1.07 N 7.01 N 13.49 N- _-17.49 N 18.47 N 19.41 N 20.48 N 21.08 N 21.92 N 23.87 N 25.89 N 26.94 N 28.85 N 32.36 N 35.94 N 39.63 N 42.84 N 45.61N 47.76 N Global Coordinates East!ngs Northings Eastings (ft) (ft) (ft) 50.99 E 5993826.44 N 476005.63 E 48.49 E 5993826.10 N 476003.12 E 39.19 E 5993826.62 N 475993.83 E 23.12 E 5993828.06 N 475977.76 E 0.49 E 5993829.00 N 475955.13 E 27.79W 5993828.63 N 475926.85 E 61.70W 5993827.83 N 475892.95 E 98.34W 5993828.01 N 475856.30 E 140.42W 5993830.07N 475814.23 E 187.21W '5993834.04N 475767.45 E 238.25 W 291.96 W 346.73 W ' 402.32 W 457.67 W. 513.08 W 568:59 W 624.76 W 681.83 W 739.34 W 795.84 W. 851.72 W -907.79 W 964.34 W 1023.39 W 1077.25W 11-32.45W 1187.15W 1241.56W 1295.97W 5993839.04 N 475716.42E 5993844.53N 475662.74 E 5993850.65 N - 475607.98 E 5993857.31N 475552.41E 5993861.48 N 475497.08 E 5993862.64 N -47544.1.67E 5993863.76 N 475386.17 E 5993865.01N 475330.00 E 5993865.80 N 475272.93 E 5993866.82 N 475215.43E 5993868.95 N · 5993871.15 N .5993872.38 N 5993874.48 N -5993878.17 N 475158.93 E 475103.06 E 475046.99 E 474990.45 E 474931.41E 5993881.93 N 5993885.79 N 5993889.18 N 5993892.13 N 5993894.45 N ' 474877.56 E 474822.37 E 474767.68 E 474713.28 E 474658.88 E Dogleg Rate (°/100fi) 0.36 4.26 4.37 4.37 4.04 3.39 3.06 3.12 3.76 3.16 ' 3.03 1.23 0.89 0.41 3.33 0.52 0.52 0.87 0.55 0.59 1.17 0.74 0.55 1.56 0.35 0.35 1.50 0.35 0.28 0.74 Phillips Exploration Exploration 2001 Vertical Section Comment -51.90 -49.42 -40.11 -23.98 -1.34 26.85 60.63 97.21 139.32 186.26 237.51 291.44 346.48 4O2.37 457.86 513.22 568.68 624.80 681.80 739.24 795.76 851.65 907.67 964.23 lO23.38 1077.37 1132.69 1187.49 1241.96 1296.39 " 20 March, 2001 -'15:33 .- Page 3 of 6 -. DrillQuest 2.00.06 Sperry-Sun Drilling Services Survey Repo~_ for Palm #1 Your Ref: AP1501032036100 Job No. AKMM10041, Surveyed; 15 February, 2001 · North Slope, Alaska Measured 'Depth (ft) 5577.47 5673.43 5769.12 5864.51 5960.22' Incl. 33.810 34.020 34.'520 34.110 33.790 6055;32 33.730 6147.65 33.480 6246.73 32.990 6342.09 33.090 6437.36 33.370 6533.29 -32.720 6553.25 32.490 6620.00 32.490 Azim. 274.350 274.010 272.020 274.720 274.970 Sub-sea Vertical Local Coordinates Depth Depth N0rthings' Eastings (ft)- (ft) (ft) (ft) 5099~91 5160.29 50.62 N 1349.29W 5179.54 5239.92 54.52N 1402.69W 5258.62 5319.00 57.35 N 1456.49W .5337.42 5397.80 60.50 N 1510.16W 5416.81 5477.19 65.02 N 1563.42W Global Coordinates Dogleg Northings Eastlngs Rate (fi) (fl) (°/lOOft) 5993897.48 N 474605.57 E 5993901.55 N 474552.18 E 5993904.56 N 474498.39 E 5993907.88 N 474444.73 E 5993912.57N 474391.48 E 274.240 5495.87 5556.25 69.26 N 1616.10W .5993916.98 N 474338.82E 273.660 5572.77 5633.15' 72.78 N 1667.08W 5993920.67N 474287.85 E 273.680 5655.65 5716.03 76.26 N 1721.27W 5993924.32N 474233.67E 273.690 5735.58 5795.96 79.60 N 1773.16W 5993927.82N 474181~80 E 273.150 5815.28-' 5875.66 82.71N 1825.27W 5993931.10 N 474129.69 E 273.730 5895.69 5956.07 .85.85 N 1877.49W 5993934.41 N 474077.49 E 273~320 5912.50 5972.88 86.51N 1888.22W 5993935.11 N 474066.76 E 273.320 5968.81 6029.19 . 88.59 N 1924.02W 5993937.30 N 474030.97 E Ail data is in feet unless otherwise stated. Directions and coordinates are relative'to True North. Vertical depths are relative to 24' Ice Ele+35' RKB. Northings and Eastings are relative to H Ref (Palm #1 SHL). The Dogleg Severity is in Degrees per 100 feet. - Vertical'Section is from H Ref (Palm #1 SHL) and calculated along an Azimuth of 273.630° (True). Based uPon 'Minimum Curvature type calculations,.at a Measured'Depth of 6620.00ft., . The Bottom Hole Displacement is 1926.06ft., in the Direction of 272.636° (True). . . 1.55 0.29 1.28 1.65 0.36 0.43 0.44 0.49 0.11 0.43 0.75 1.60 0.00 Phillips Exploration Exploration 2001 Vertical Section Comment 1349.79 14o3.33 1457.20 1510.96 1564.4o 1617.24 1668.34 1722.65 1774.64 1826.85 1879.16 1889.91 1925.77 Projected Survey 20 March, 2001 - 15:33 Page 4 of 6 DrillQuest 2.00.06 Sperry'Sun Drilling Services Survey Report for Palm #1 Your Ref: AP1501032036100 Job No. AKMM10041,- Surveyed: 15 February, 2001 North Slope, Alaska Phillips Exploration Exploration 2001 .Comments Measured . Depth. (ft) 6620.00 'Station Coordinates TVD ' Northings -Eastings (ft) (ft) - (ft) 6029.19 88.59 N .1924.02 W Comment Projected survey Survey tool program for Palm #1 From Measured vertical Depth ' Depth (ft) (ft) o.oo o~oo To Measured Depth -(ft) .6620.00 Vertical Depth (ft) 6029.19 '.surVey Tool Description MWD Magnetic - 20 March, 2001 '15:33 '. . Page 5of6 DrillQuest 2.00.06 n n TO: SAMPLE TRANSMITTAL AOGCC 333 WEST 7TH SUITE 100 ANCH. AK. 99501 279 1433 DATE: MARCH 6, 2001 AIR BILL: FEDX AUTO AFT: 01-03-06-02 CHARGE CODE: AX2142 OPERATOR: PAl SAMPLE TYPE: DRIES SAMPLES SENT: DRY SET 90'-6620' NAME: PALM #1 APl NO: NUMBER OF BOXES: 6 SENT BY: D. L. PRZYWOJSKI UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO: RECEIVED: ~ ! CC: L. ST. AUBIN ATO 1558 R. LEVINSON ATO 1604 AOGCC PHILLIPS BAYVIEW GEOLOGICAL FACILITY 619 EAST SHIP CREEK AVE SUITE 102 ANCHORAGE, AK. 99510 ATTN: DAN PRZYWOJSKI ABV100 MEMORANDUM . . TO: Julie Heusser ~J~/j,~,i~'~ Chairman State of AlaSka Alaska Oil and Gas Conservation Commission THRU: TomMaunder P.l. Supervisor Chuck Scheve Petroleum Inspector FROM: DATE: January 20, 2001 ., "Section: 18 ,. Lease No,:.. Operator Rep.: Mike Whitely ,. Casin.q/Tubin,q Data: .. ConduCtOr: 16" SUBJECT: 'CONFIDENTIAL Township: 12N "Drilling Rig: .. , , Surface: 9 518 Intermediate: ProduCtion:' . ' ' ·Liner:, Tubing: ,, T~De .Plug ., , .(bottom UD~ I. , ,open hole .,. O.D. Shoe~ 108'RKB' , ' O.D. Shoe~ . 2616 RKB' · .. O.'D'. Shoe~ 'O',D,' Shoe~ .' .. O,D,' Shoe{~ ' O.D;' Tail~, .. ., . ., Bottom' .. of cement 6620 .. Fo, unded on,., bottom Open Hole Plug Palm #1 Phillips Palm Kuparuk KRU 201-005 Range: 8E. Meridian:' Umiat Rig Elevation: 28 TotaJ'Depth: 6620 . ,.':'. ,,. Casing Cut~ · Casing Cut~} Casi'ng CUt{~} ' Casing Cut~ Casing' Cut~ Casing Cutl~l .. Casin.q Removal: ,.. ,"' Mud Weight above plug, ., Plugging Data:. .. Top,.of Cement Depth ,Verified?. 5247 drillpipe ta~l' Feet Fee~ Feet Feet · Feet Feet .. PreSsure TeSt Applied .:. True Plug' Fo. unded,0,nt Open Hole, Bottom ,, Perforation . Bridge plug Annulus ' Balanced., ' Casing Stub., :, , 'Retainer ..., Verified? Drillpipe, tag :' Wireline tag C,T, Tag No. ' Surface . ':. " I arrived On location at 1800,aa requested and found the rig in the process Of laying down tubing. The cement plug had been'~potted in two.. stages, the fimt'from ~120!'.0'D) to 5900'and the second from 5900 to' 5200. A bit ~r~s then picked UP and drillpipe tripped in the hol~.to a de~th ' of 5247' where a Solid cement plUg Was was encountered; The plug.was tagged,with 20000 pounds of weight and the pump running at'5bblS 'per ,, minute and found to .1~ solid. The top of the zone.l:~ing isolated ~.h this plug.is et.~33'... .,., :. ,.. ,,. ...... ., , .... , .. .,,.. ., ,., .. ., ,,.. .. ,.. ... .. ,. . . ,. ,, Distribi~tion: orig, -. Well, File·. c - Operator' "C - DNR/DOG c - Database . c - Rpt' File c - Inspector , ,, Rev.:~5~28~00' by L.R~G. AttachmentS: open Hole Plug Palm ,2/,21/ol · PHILLIPS Alaska, Inc. A Subsidiary of PHILLIPS PETROLEUM COMPANY Post Office Box 100360 Anchorage, Alaska 99510-0360 J. Trantham Phone (907) 265-6434 Fax: (907) 265-6224 ~ol - o o ,5, February 20, 2001 Julie M. Heusser Commissioner Alaska Oil & Gas Conservation Commission 333 West 7th Avenue Suite 100 Anchorage, Alaska 99501 Subject: Sundry Notice- Palm #1 (Permit to Drill # 201-005) Plugback Dear Commissioner: ,. Phillips Alaska, Inc. hereby files, this Application for Sundry Approval to plugback the exploratory well Palm #1, in anticipation of a sidetrack operation. An Application for Permit to Drill will be forthcoming for the sidetrack operation. The department is requested to keep confidential the enclosed information due to the exploratory nature of this well. If you have any questions, regarding this matter, please contact me at 265-4603 or Steve McKeever at 265-6826. Sincerely, Paul Mazzolini Exploration Drilling Team Leader PAl Drilling PM/SMcK RECEIVED. FEB ?~ 0 2001 Alaska Oil & Gas Cons. Commission Anchorage ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of request Abandon _ Suspend _ Operational shutdown _ Re-enter suspended well _ Alter casing _ Repair well _ Plugging X Time extension _ Stimulate _ Change approved program _ Pull tubing _ Variance _ Perforate _ Other_ 2. Name of Operator Phillips Alaska, Inc. 3. Address P. O. Box 100360 Anchorage, AK 99510-0360 4. Location of well at surface 2574' FNL, 1305' FEL, Sec. 18, T12N, RSE, UM At top of productive interval 2489' FNL, 1612' FWL, Sec. 18, T12N, RSE, UM At effective depth 2488' FNL, 1577' FWL, Sec. 18, T12N, RSE, UM At total depth 2488' FNL, 1577' FWL, Sec. 18, T12N, RSE, UM 5. Type of Well: Development _ Exploratory X Stratigraphic _ Service _ 6. Datum elevation (DF or KB feet) RKB 34.8 feet above ice pad, 59.0' above MSL 7. Unit or Property name Kuparuk River Unit 8. Well number Palm #1 9. Permit number / approval number 201-005 10. APl number 50-103-20361-00 11. Field / Pool Kuparuk River Field/Kuparuk Oil Pool 12. Present well condition summar Total depth: measured 6620 true vertical 6029 Effective depth: measured 6620 true vertical 6029 Casing Length Size Conductor 108' 16" Surface 2616' 9.625" feet Plugs (measured) feet feet Junk (measured) feet Cemented 9 cu. Yds High Early 580 sx AS III, 340 sx Class G Measured Depth True vertical Depth 108' 108' 2616' 2615' Perforation depth: measured true vertical Tubing (size, grade, and measured depth Packers & SSSV (type & measured depth) No Perforations RECEIVED No Perforations FEB 2 0 ZOO/ Alaska Oil & Gas Cons. Commission No Tubing Run Anchorage No Packers or SSSV"s 13. Attachments Description summary of proposal__ Detailed operations prograrr[(_ BOP sketch 15. Status of well classification as: 14. Estimated date for commencing operation February 19, 2001 Name of approver Tom Maunder 2/17/01 Date approved Oil m Gas m Suspended X Service _ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ~"~O.z~ ~'~~ Title: Exploration/Cook Inlet Team Leader Paul Mazzolini Questions? Call Steve McKeever 265-6826 oZl o Io Date Prepared by Steve MoKeever FOR COMMISSION USE ONLY Conditions of approval: Notify Commission so representative may witness Plug integrity .~_ BOP Test _ Location clearance _ Mechanical Integrity Test_ Subsequent form required 10- ,::U r~,Y ORIGINAL SIGN""" Approved by order of the Commission p Taylor Seamount Commissioner Approval no. Form 10-403 Rev 06/15/88 · SUBMIT IN TRIPLICATE Tom Maunder <tom_maunder@admin.state.ak.us> on 02/17/2001 07:22:10 AM To: Steve McKeever/PPCO @ Phillips cc: AOGCC North Slope Office <aogcc_prudhoe_bay@admin.state.ak. us> Subject: Re: Palm 1 (200-203)Sundry Information Steve, A review of your proposed plugging program for the Palm ~1 (200-203) has been completed. You have approval to proceed with the proposed program. The only addition we have is that if hole caliper information is available that indicates diameters greater than the 9" in the planned plugging intervals, then that larger diameter should be used to calculate your cement volumes. Please have the rig contact the North Slope Inspector at 659-2714 or pager at 659-3607 to arrange witnessing the tag of the bottom plug. Thanks for getting this proposal with time to review it. The proposal was complete and easily reviewed. Good luck. Please call me or the inspectors with any questions. Tom Maunder, PE Petroleum Engineer AOGCC Steve McKeever wrote: Tom Please provide informal approval for plugback operations on the Palm ~1 Well as detailed with the attached plugback procedure document. A formal Application for Sundry Permit will follow, to be at your office Tuesday morning, 2/20. Note that the two influxes experienced during the drilling of the Palm ~1 well were from the Kuparuk and the K-1 shale directly above the Kuparuk, These two zones will be well below the top of the bottom abandonment plug. Thanks for your prompt attention to this matter, Steve (See attached file: Palm 1 Plugback Procedure vl.doc) vl.doc Palm 1 Plugback Procedure vl.doc (application/msword) Name: Palm 1 Plugback Procedure Type: WINWORD File Encoding: base64 Description: Microsoft Word 4 REC,EIVED FEB Z 0 2001 Alaska Oil & Gas Cons. Commission Anchorage PHILLIPS ~(' ~ka, Inc. A Subsidiary of PHILLIPS P'E I ROLEUM COMPANY CONFIDENTIAL ('" Plugback Procedure Exploration Well Palm #1 AFC: #AX2141 Prepared By: Operations Drilling Engineer Steve McKeever Date Approved By: Drilling Team Leader Paul Mazzolini Date Distribution: Palm #1 Well File Original Nabors 3 Drilling Foreman I copies + fax Paul Mazzolini I copy Steve McKeever i copy General Information Permit and APl Numbers Palm #1 Permit to Drill Number ............................................. 200-203 Palm #1 APT Number ............................................................ 50-103-20361-00 Palm #! Plug Back Sundry Number ........................................ xxxxxxx Existing Geometry Tubulars I Inclination 16" @ 115 KOP @ 2700' 9-5/8~ 36# inside 12-1/4" hole @ 2~616" Tangent Inclination = 36 degrees Objectives Azimuth Azimuth @ 273 degrees · No Accidents! No Spills! No Problem Time! · Plug hydrocarbon bearing zones in well bore in accordance with AOGCC regulations. · Set adequate kickoff plug for sidetracking. RECEIVED FEB 2 0 2001 Alaska Oil & Gas Cons. Commission Anchorage PHILLIPS ska, Inc. A Subsidiary of PHILLIPS P.~.. ,-~OLEUM COMPANY CONFZDENTZAL Plugback Procedure Exploration Well Palm#1 AFC: #AX2141 Cementing Program Assumed Hole Size / Plug Hole Category Length Volume Type of Cement Properties Abandonment 9" 96 bbls 465 sacks Class "G" Cement Density: 15.8 ppg Plug #1 from 1220' 538.9 cf plus Yield: 1.16 cf/sk 5400' ND to TD 0.2% D46 Thickening Time: 250 0.3% D65 minutes @ 125 deg F 0.16% D800 Abandonment 9" 47 bbls 230 sacks Class "G" Cement Density: 15.8 ppg Plug #2 from 600' 265.1 cf plus Yield: 1.16 cf/sk 4100' ND to 0.2% D46 Thickening Time: 244 4700' ND 0.3% D65 minutes @ 98 deg F 0.4% D167 Kickoff Plug 9" 24 bbls 135 sacks Class "G" Cement Density: 17.0 ppg from 2800' ND 600' 132.5 cf plus Yield: 1.00 cf/sk to 3100' MD 0.2% D46 Thickening Time: 275 1.0% D65 minutes @ 75 deg F 0.1% D167 0.75% S1 Detailed Procedure 1. Notify AOGCC 24 hours in advance of all pressure testing and well suspension operations. AOGCC has option to observe all plug setting operations. AOGCC Field Inspector Contact Numbers: Office: 659-2714 Pager:659-3607 Truck: 659-3870 Anchorage Office: 279-1433 2. Hold pre-job meeting with all personnel to discuss objectives, as well as safety and environmental issues. 3. Complete logging as per on-site Geologist. 4. RIH with 500 feet +/- 2-7/8" tubing stinger, with muleshoe on bottom, to TD. Circulate and condition mud. 5. Mobilize and rig up Dowell Schlumberger for well P&A operation. 6. Spot Abandonment Plug #1 as a balanced cement plug from TD @ 6,620' MD to 5,400 'MD (233' above top of Morraine @ 5,6337 Lay plug in two sections as needed. Total interval length is approximately 1,220' in length. Displace cement with 12.2 ppg mud (or weight of mud in hole prior to cementing). 7. POOH, laying down drill pipe as needed. 8. RIH with an 8-1/2" bit, and 3 steel drill collars. If a minimum of 6 hours has not elapsed since the plug was set, wait on cement until 6 hours have passed. Wash down and tag plug with adequate weight to confirm integrity. 9. POOH. 10. RIH with Tubing Stinger. 11. Circulate and condition mud as required. Set Viscous Mud Plugs and Abandonment Plug #2 and Kickoff Plug as balanced cement plugs. 12. POOH, laying down drill pipe as needed, and laying down 2-7/8". tubing. REC.EIVED FEB 2 0 2001 Alaska Oil & Gas Cons. Commission Anchorage Page 2 of 3 Steve McKeever Palm #1 Plugback Plan vl 2/16/01 PHILLIPS ka, Inc. A Subsidiary of dOLEUM COMPANY CONFIDENTIAL Plugback Procedure Exploration Well Palm#1 AFC: #AX2141 Wellbore Plug Back Schematic Palm #1, AFE #AX2141 Exploration Well - CONFIDENTIAL Nabors 19E RKB @ 0' Eastings: 475,954 Northings: 5,993,843 Elevation: 59.0' BPMSL Well Head: 3-1/2" FMC Gen V. 16" Conductor @ 115' MD Surface Casing @ 2616' MD 12615' TVD 9-5/8", 36#, J-55, BTC TD of 12-1/4" hole Kick Off Plug Viscous Mud Pill Abandonment Plug #2 Viscous Mud Pill Top of Cement: 2,800' MD / 2,799' TVD Bottom of Cement: 3,100' MD / 3094' TVD Top of Cement: 4,100' MD / 3,959' TVD K-3 Top-' 4,272' MD / 4,041' TVD K-3 Bottom: 4,600" MD / 4,363' TVD Bottom of Cement: 4,700' MD / 4,444' TVD Abandonment Plug #1 Top of Cement: 5,400' MD / 5,013' TVD Moraine Top: 5,633' MD / 5,148' TVD Kuparuk C Top: 6,420' MD / 5,801' TVD TD 8-1/2" Hole: 6,620' MD, 6029' TVD Palm #1 P & A Schematic vi.0 prepared by Steve McKeever 2/1~/01 RECEIVED FEE] 2 0 200! Steve McKeever Palm #1 Plugback Plan vl 2/16/01 Alaska 0il & Gas Cons. C(Pargiss~mf 3 Anchorage ALASI OIL AND GAS CONSERYATION CO I IISSION Paul Mazzolini, Exploration/Cook Inlet Team Leader Phillips Alaska, Inc. P O Box 100360 Anchorage, AK 99510-0360 TONY KNOWLES, GOVERNOR 333 W. 7;" AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 Re.' Kupamk River Unit Palm #1 Exploratory Phillips Alaska, Inc. Permit No: 201-005 Sur. Loc. 2573'FNL, 1297'FEL, Sec. 18, T12N, R8E, UM Btmhole Loc. 2420'FNL, 1064'FWL, Sec. 18, T12N, R8E, UM Dear Mr. Mazzolini: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from Other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. A weekly status report is required from the time the well is spudded until it is suspended or plugged and abandoned.' The report should be a generalized synopsis of the week's activities and is exclusively for the Commission's internal use. Annular disposal of drilling wastes will not be approved for this well until sufficient data is submitted to ensure that the requirements of 20 AAC 25.080. are met. Annular disposal of drilling waste will be contingent on obtaining a well cemented surface casing confirmed by a valid Formation Integrity Test (FIT). Cementing records, FIT data, .subsequent LOT data following setting production casing, and any CQLs must be submitted to the Commission on form 10403 prior to the approval of disposal operations. All dry ditch.sample sets submitted to the Commission must be in no greater than 30' sample intervals from below the permafrost or from where samples are first caught, and 10' sample 'intervals through target zones. 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. Sincerely, Julie M. Heusser Commissioner BY ORDER OF THJg COMMISSION . DATED this ~Z~ ~ day of January, 2001 dlf/Enclosures cc: Department.ofFish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. PHIL ' ..,PS Alaska, Inc. A Subsidiary of PHILLIPS PETROLEUM COMPANY Post Office Box 100360 Anchorage, Alaska 99510-0360 Tom Brassfield Phone (907) 265-6377 Fax: (907) 265-6224 Email: tbrass@ppco.com January 5,2001 Daniel T. Seamount, Jr., Chairman Alaska Oil and Gas Conservation Commission 333 West 7th Avenue Suite 100 Anchorage, Alaska 99501 (907) 279-1433 Re: Application for Permit to Drill Phillips Palm #1 Surface Location: 2573' FNL, 1297' FEL, Sec. 18, T12N, R8E, UM or ASP4, NAD 27 coordinates of X=475954 & Y=5993843 Target: 2459' FNL, 1697' FWL, Sec. 18, T12N, R8E, UM BHL: 2420'FNL, 1064'FWL, Sec. 18, T12N, R8E, UM CONFIDENTIAL Dear Commissioner Seamount: Phillips Alaska, Inc. hereby applies for a Permit to Drill an onshore exploratory well, the Palm #1, located approximately 4 miles west of the Kuparuk River Unit's 3G Pad. This well will be accessed via ice road originating near 3G Pad, drilled using Nabors 19E, possibly sidetracked on a success case, tested and permanently abandoned prior to spring breakup. If this well is deemed to be commercial, a request could_ be made to the AOGCC to designate as a "keeper" well. A Sundry would be filed to suspend the wellbore bntil development plans are in place or a decision is made to P&A. Attached is the information required by 20 ACC 25.005 (c) for your review. There are no shallow hazards expected at Palm #1 (see attached graphs). The nearest offset wells indicate no overpressured intervals or lost circulation zones. There will be no reserve pit for this well. Waste drilling mud will be hauled to a KRU Class II disposal well. If a production casing string is set in.this well Phillips requests that Palm #1 be permitted for annular disposal of fluids occurring as a result of drilling operations, per regulation 20 AAC 25.080. As in the past Phillips would submit a 10-403 Form'to the Commission with the appropriate technical information. All cuttings generated will be either stored temporarily on site or hauled to the Prudhoe Bay Field for temporary storage and eventual processing for injection down an approved disposal well. If this well is tested, the produced fluids will either be hauled to Kuparuk for recycling or injection into an appropriate disposal well or the produced fluids will be reinjected into the Palm #1 wellbore. Please note that Phillips does not anticipate the presence of H2S in the formations to be encountered in this well. However, there will be H2S monitoring equipment operating, as is the usual case while drilling wells in and near the Kuparuk River Field. If you have any questions or require any further information, please contact me at 263-4603 or Tom Brassfield at 265-6377. Sincerely, Paul Mazzolini Exploration/Cook Inlet Team Leader RECEIVED JAN 0 5 Z001 Alaska Oil & Gas Cons. Commission 'Anchorage i ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 la. Type ofworlc. Ddll ~J Redrill I I I lb. Type of well. Exploratory ~ StratigraphicTest U Development Oil L~ Re-entry D Deepen ~]I Service [-1 Development Gas r"] single zone D Multiple Zone [~] 2. Name of Operator 5. Datum elevation (DF or KB) 10. Field and Pool ' Phillips Alaska, Inc. CONFIDENTIAL RKB 28 feet Kuparuk River Field/Pool 3. Address 6. Property Designation Exploration P.O. Box 100360 Anchorage, AK 99510-0360 ADL 380107 ALK 4624 Moraine/Kuparuk/J-4 4. Location of well at surface 7. Unit or property Name 11. Type Bond (see 20 AAC 2.6.0251) 2573' FNL, 1297' FEL, Sec. 18, T12N, R8E, UM Kuparuk River Unit Statewide At top of productive interval 8. Well number Number 2459' FNL, 1697' FWL, Sec. 18, T12N, R8E, UM Palm #1 #59-52-180 At total depth 9. Approximate spud date Amount 2420' FNL, 1064' FWL, Sec. 18, T12N, R8E, UM January 20, 2001 $200,000 12. Distance to nearest property line I 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MD and TVD) 1064 @ TD feetI Colville #1 2.7 mi @ surface feet 2448 7440' MD / 6670' TVD 16. To be completed for deviated wells 17. Anticipated pressure_ (see 20 AAC 25.035 (e)(2)) . Kickoff depth: 2780 MD Maximum hole angle 36.9 Maximum surface.~3,~sig At total depth (TVD) 3399 psig 18. Casing program Setting Depth o~(ot~' ~ size specifications Top Bottom ' Quantity of Cement Hole Casin(,I Weight Grade Coupling Len~h MD TVD MD TVD (include sta~le data) 24" 16" 62.5# H-40 Weld 80 28 28 108' 108' 9 cy High Early 12.25 9.625" 36# J-55 BTC 2632 28 28 2660' 2660' 590 sx AS III L & 350 sx Class G 8.5" 7.0" 26# J-55 BTC Mod 7412 28 28 7440' 6670' ~il~'sx Class G 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total Depth: measured feet Plugs (measured) tree vertical feet Effective Depth: measured feet Junk (measured) tree vertical feet Casing Length Size Cemented Measured depth True Vertical depth Conductor Surface IntermediateRECEIVED Production JAN 0'5 0Ol Perforation depth: measured Naska 0il & Gas Cons. Commission tree vertical ~llchorage 20. Attachments Filing fee r~ Property Plat D BOP Sketch r~ Diverter Sketch r'~ Drilling program r~ Drilling fluid program ~] Time vs depth plot DRefraction analysis [~ Seabed report D 20 AAC 25.050 requirements r~ 21. i hereby certify that the foregoing is true and correct to the best of my knowledge Questions? Call Tom Brassfield265-63~ Signed ~d2. ~~ Titie:Ex, lorationlCooklnletTe.mLeader Date Paul Mazzolini Pr@Dar@d bv Tom Rras~fielc Commission Use Onl) Permit Number ~.~ /,_ ~>.~-,,I APInumber I Approvaldate I See cover letter 3- I-oo 1 ~"-~g,~ o J jfor other requirements Conditions of approval Samples required [] Yes D No Mud l quired [] Yes g] No Hydrogen sulfide measures r~Yes D No Directional survey required [~ Yes E] No Required working pressure for BOPE Other. ~ . · by order of Approved by c~'~~..~ 7~ ~l~'~&~'~' Commissioner the commission Date Form 10-401 Rev. 12/1/85 · Submit in triplicate GENERAL DRILLING PROCEDURE Phillips Palm #1 Revised 01/04/01 1. Move in and rig up Nabors 19E over pre-installed 16" conductor casing. 2. Install diverter system. 3. Drill 12-1/4" hole to 9-5/8" surface casing point (2660' MD) according to directional plan. . Run and cement 9-5/8" 36 ppf J-55 BTC Mod casing string to surface. Employ lightweight permafrost cement lead slurry to assure cement returns to the surface. Adequate excess cement will be pumped to ensure cement reaches the surface during the first stage cement job. NOTE: TAM Port Collar will be placed in the 9-5/8" casing at approx. 1000' TMD below the surface. Port collar will only be opened and used if cement does not circulate to surface. As an alternative, if observations at surface indicate cement top is above the Port Collar, a top job may be performed in lieu of utilizing the port collar. A Top Job may only be performed after consulting with the AOGCC. This is based on the cement thickening time and time required to trip in the hole and open the Port Collar to perform the second stage cement job. 5. Install and test BOPE to 5,000 psi. Test casing to 2,500 psi. , Drill out cement and 20' of new hole. Perform formation integrity test not to exceed 16.0 ppg EMW. These test results must demonstrate that the integrity of the casing shoe will .be sufficient to contain the anticipated wellbore pressures. '. "' 7. Drill 8-1/2" hole to TD (7440' MD), coring as necessary, according to directional plan (if applicable). 8. Run open hole evaluation logs. 9. If the well is to be tested, run 7", 26 ppf J-55, BTC-M production casing. Go to step 10. Pressure test casing to 3500 psi. If the well will not be tested, P&A it per AOGCC regulations, or sidetrack with AOGCC notification. Go to step 14 10. Complete the well with 3-1/2", 9.3#, L-80, EUE 8rd tubing. ND BOPE. NU upper tree and test to 5,000 psi. 11. Shut in and secure well. RDMO Nabors 19E. 12. Hook up well for flow testing to surface tanks. Produced fluids to be trucked to Kuparuk production facilities or reinjected into the Palm #1 wellbore. 13. Test zones as appropriate. When complete, plug and abandon the well as per AOGCC regulations. 14. Thoroughly clean location and block off access ice road. TJB 01/04/01 REC'EIVED JAN 0 5 2001 Alaska Oil &.Gas Cons. Commission 'Anchorage Created by jonesFor: T Brassfield Date plotted : 5-Jan-2001 Plot Reference is Palm ~1 Version ~4. Coordinates ore in feet reference slot t~1. True Vertical Depths ore reference Est. RKB. INTEQ Phillips Alaska, Inc. Structure : Palm Field : Exploration Well: Palm1 Location : North Slope, Alaska <- West (feet) gOO 750 600 45O A 500 I '~-- 150 0 Z 15o 300 450 2850 2700 2550 2400 2250 2100 1950 1800 1650 1500 1550 1200 1050 900 750 600 450 300 150 0 150 300 450 <- Wesf (feel) !850 2700 2550 2400 2250 2100 1950 1800 1650 1500 1550 1200 1050 900 750 600 450 500 150 0 150 300 450 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I 273.63 AZIMUTH TD LOCATION: ~o, ~.,, ,o~, ~w, 1 gO?' (TO TARGET) SEC. 18, T12N, R8E 450 ¢- e~ &o¢o~,o~" o~O .o,~'~' Estimated TOP KUPARUK C .~ SURFACE LOCATION: 5oo TARGET LOCATION: ~5'~, .~.7-3' FNL, 1297' FEL 2459' FNL, 1697' FWL SEC. 18, T12N, RSE 450 600 750 9OO 750 6OO 5oo A I Z 150 0 0 .-i.-, 150 ( (' 3OO 30O 6O0 900 1200 1500 1800 . 2100- . 2400- . 2700- . 3000- 3300 3600 3900 4200 4500 4800 5100 54OO 5700 6000 6300 66OO 6900 300 Phillips Alaska, Inc. Structure : Palm Field : Exploration Well : Palm1 Location : North Slope, Alaska Est. RK8 Elevation: 55' Bose Permafrost Created by jones ~'or: T Braeet'ield Dote plotted : 5-Jan-2001 Plot Reference is Palm ~1 Version #4. Coordinates are in feet reference slot i~1. True Vertical Depths are reference Est. RKB. Top West Sak 5/8 Casing Pt C80 3.00 KOP 6.00 9.00 DLS: 3.00 deg per 100 ft 12.00 15.00 18.00 21.00 24.00 27.00 30.00 C50 53.00 K-3 36.00 EOC Moraine C30 %. 8~e,HRZ To_pTgt.? _Kup C '~ - _ _ . . '~ai~n'~l 'i;~j-~:u~C Rvsd 15-Dec-O0 ~ LC_U,/M_,uveacn , ~ [gt Bose ~4 TD AVERAGE 36.89 ANGLE DEG I I I I I I I I I i I I [ I I I I I i I 0 300 600 900 1200 1500 1800 21 O0 2400 2700 5000 Vertical Section (feet) -> Azimuth 273.63 with reference 0.00 N, 0.00 E from slot #1 RECEIVED JAN 0'5 ZOO1 Alaska Oil & Gas Cons. ~ Created by jones For: 1' Bras~fiel(~ Oote plotted : 3-Jan-2001 Plot Reference is Palm //1 Version //4. I Coordinates are in feet reference slot //1. I True Vertical Dept~ence Est. RKB.I Phillips Alaska, Inc. Structure : Palm Field : Exploration Well: Palm1 Location : North Slope, Alaska Point Base Permafrost Top West Sok 9 5/8 Casing Pt C80 KOP c4o o,o,n i ¢3o · Top HRZ C20 Base HRZ K-1 TopTgt - Kup C LCU/Miluveoch l~t Bose d-4 PR MD 1555.00 2065.00 2660.00 2760.00 2780.OO 3844.23 5955.94 4009.57 4151.63 5676.98 5818.26 6055.51 6138.35 6192.09 6505.87 6385.36 6440.90 6445.90 6939.76 7439.87 OFILE [nc 0.00 0.00 0.00 0.00 0.00 31.93 34.62 56.89 36.89 36.89 36.89 36.89 36.89 36.89 36.89 36.89 36.89 36.89 36.89 36.89 COMMENT Dir 275.65 275.65 273.65 275.65 275.65 275.65 275.65 273.63 273.63 273.63 273.63 275.63 273.63 273.63 273 63 275 63 275 63 273 63 273 63 273 63 TVD 1555.00 2065.00 2660.OO 2760.O0 2780.00 3790.00 5865.00 3926.37 4040.00 5260.00 5373.00 5561.00 5629.00 5672.00 5763.00 5824.98 5871.00 5875.00 6270.00 6670.00 DATA North 0.00 0.00 0.00 0.00 0.00 18.31 21.43 24.25 29.63 87.65 95.05 101.97 105.20 107.25 111.57 11 4.52 116.71 11 6.90 135.68 154.71 East 0.00 0.00 0.00 0.00 0.00 -288.33 -337.45 -381.55 -466.65 -1380.38 -1465.01 - 1 605.81 - 1 656.74 -1688.95 -1757.10 -1803.52 -1837.99 -1840.98 -2136.83 -2436.41 V. Sect 0.00 0.00 0.00 0.00 0.00 288.91 338.13 382.51 467.59 1383.16 1467.96 1609.05 1660.08 1692.35 1760.64 1807.15 1841.69 1844.69 2141.13 2441.32 Deg/lO0 0.00 0.00 0.00 0.00 0.00 3.00 3.00 3.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Phillips Alaska, Inc. Palm Palm1 slot %1 Exploration North Slope, Alaska PROPOSAL LISTING by Baker Hughes INTEQ Your ref : Palm %1 Version Our ref : Drop4049 License : Date printed : 3-Jan-2001 Date created : 13-Sep-2000 Last revised : 3-Jan-2001 Field is centred on n70 20 37.100,w150 51 37.53 Structure is centred on 477258.231,5996412.019,999.00000,N Slot location is n70 23 39.504,w150 11 44.320 Slot Grid coordinates are N 5993843.000, E 475954.000 Slot local coordinates are 2573.23 S 1296.54 W Projection type: alaska - Zone 4, Spheroid: Clarke - 1866 Reference North is True North RECEIVED JAN 0 5 2001 Alaska 0tl & Gas Cons. Commi~ 'Ancha-age Phillips Alaska, Inc. Palm, Palm1 Exploration,North Slope, Alaska Measured Inclin. Azimuth True Vert Depth Degrees Degrees Depth 0.00 0.00 273.63 0.00 500.00 0.00 273.63 500.00 1000.00 0.00 273.63 1000.00 1500.00 0.00 273.63 1500.00 1555.00 0.00 273.63 1555.00 2000.00 0.00 273.63 2000.00 2065.00 0.00 273.63 2065.00 2500.00 0.00 273.63 2500.00 2660.00 0.00 273.63 2660.00 2760.00 0.00 273.63 2760.00 2780.00 0.00 273.63 2780.00 2880.00 3.00 273.63 2879.95 2980.00 6.00 273.63 2979.63 3080.00 9.00 273.63 3078.77 3180.00 12.00 273.63 3177.08 3280.00 15.00 273.63 3274.31 3380.00 18.00 273.63 3370.18 3480.00 21.00 273.63 3464.43 3580.00 24.00 273.63 3556.81 3680.00 27.00 273.63 3647.06 3780.00 30.00 273.63 3734.93 3844.23 31.93 273.63 3790.00 3880.00 33.00 273.63 3820.18 3933.94 34.62 273.63 3865.00 3980.00 36.00 273.63 3902.59 4009.57 36.89 273.63 3926.37 4151.63 36.89 273.63 4040.00 4500.00 36.89 273.63 4318.63 5000.00 36.89 273.63 4718.54 5500.00 36.89 273.63 5118.45 5676.98 36.89 273.63 5260.00 5818.26 36..89 273.63 5373.00 6000.00 36.89 273.63 5518.36 6053.31 36.89 273.63 5561.00 6138.33 36.89 273.63 5629.00 6192.09 36.89 273.63 5672.00 6305.87 36.89 273.63 5763.00 6383.36 36.89 273.63 5824.98 6383.38 36.89 273.63 5825.00 6440.90 36.89 273.63 5871.00 6445.90 36.89 273.63 5875.00 6500.00 36.89 273.63 5918.27 6939.76 36.89 273.63 6270.00 7000.00 36.89 273.63 6318.18 7439.87 36.89 273.63 6670.00 RECTANGULAR COORDINATES 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.00 N 0.00 E 0.17 N 2.61 W 0.66 N 10.44 W 1.49 N 23.47 W 2.64 N 41.65 W 4.12 N 64.95 W 5.92 N 93.29 W 8.04 N 126.60 W 10.46 N 164.78 W 13 . 19 N 207.74 W 16.22 N 255.36 W 18.31 N 288.33 W 19.53 N 307.50 W 21.43 N 337.45 W 23.11 N 364.02 W 24.23 N 381.55 W 29.63 N 466.65 W 42 . 88 N 675.33 W 61.90 N 974.85 W 80.92 N 1274.36 W 87.65 N 1380.38 W 93.03 N 1465.01 W 99.94 N 1573.88 W 101.97 N 1605.81 W 105.20 N 1656.74 W 107.25 N 1688.95 W 111.57 N 1757.10 W 114.52 N 1803.52 W 114.52 N 1803.54 W 116.71 N 1837.99 W 116.90 N 1840.98 W 118.96 N 1873.39 W 135.68 N 2136.83 W 137.98 N 2172.91 W 154.71 N 2436.41 W PROPOSAL LISTING Page 1 Your ref : Palm #1 Version Last revised : 3-Jan-2001 Dogleg Vert Deg/100ft Sect 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Base Permafrost 0.00 0.00 0.00 0.00 0.00 0.00 0.00 Top West Sak 0.00 0.00 9 5/8" Casing Pt 0.00 C80 0.00 0.00 KOP 3.00 2.62 3.00 10.46 3.00 23.51 3.00 41.74 3.00 65.08 3.00 93.48 3.00 126.85 3.00 165.12 3.00 208.16 3.00 255.87 3.00 288.91 C50 3.00 308.12 3.00 338.13 K-3 3.00 364.75 3.00 382.31 EOC 0.00 467.59 C40 0.00 676.69 0.00 976.81 0.00 1276.93 0.00 1383.16 Moraine 0.00 1467.96 C30 0.00 1577.05 0.00 1609.05 Top HRZ 0.00 1660.08 C20 0.00 1692.35 Base HRZ 0.00 1760.64 K-1 0.00 1807.15 TopTgt - Kup C 0.00 1807.17 Palm#l TgtKupC Rvsd 15-Dec-00 0.00 1841.69 LCU/Miluveach 0.00 1844.69 Tgt Base 0.00 1877.17 0.00 2141.13 J-4 0.00 2177.29 0.00 2441.32 TD All data is in feet unless otherwise stated. Coordinates from slot %1 and TVD from Est. RKB (55.00 Ft above Mean Sea Level). Bottom hole distance is 2441.32 on azimuth 273.63 degrees from wellhead. ·Total Dogleg for wellpath is 36.89 degrees. Vertical section is from wellhead on azimuth 273.63 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ RECEIVED JAN 0'5 001 Alaska Oil & Gas Cons. Comaission Phillips Alaska, Inc. Palm, Palm1 Exploration,North Slope, Alaska PROPOSAL LISTING Page 2 Your ref : Palm #1 Version Last revised : 3-Jan-2001 Comments in wellpath MD TVD Rectangular Coords. Comment 1555.00 1555.00 0.00 N 0.00 E Base Permafrost 2065.00 2065.00 0.00 N 0.00 E Top West Sak 2660.00 2660.00 0.00 N 0.00 E 9 5/8" Casing Pt 2760.00 2760.00 0.00 N 0.00 E C80 2780.00 2780.00 0.00 N 0.00 E KOP 3844.23 3790.00 18.31 N 288.33 W C50 3933.94 3865.00 21.43 N 337.45 W K-3 4009.57 3926.37 24.23 N 381.55 W EOC 4151.63 4040.00 29.63 N 466.65 W C40 5676.98 5260.00 87.65 N 1380.38 W Moraine 5818.26 5373.00 93.03 N 1465.01 W C30 6053.31 5561.00 101.97 N 1605.81 W Top HRZ 6138.33 5629.00 105.20 N 1656.74 W C20 6192.09 5672.00 107.25 N 1688.95 W Base HRZ 6305.87 5763.00 111.57 N 1757.10 W K-1 6383.36 5824.98 114.52 N 1803.52 W TopTgt - Kup C 6383.38 5825.00 114.52 N 1803.54 W Palm%1 TgtKupC Rvsd 15-Dec-00 6440.90 5871.00 116.71 N . 1837.99 W LCU/Miluveach 6445.90 5875.00 116.90 N 1840.98 W Tgt Base 6939.76 6270.00 135.68 N 2136.83 W J-4 7439.87 6670.00 154.71 N 2436.41 W TD Casing positions in string 'A' Top MD Top TVD Rectangular Coords. Bot MD Bot TVD Rectangular Coords. Casing ........................................................................................................... 0.00 0.00 0.00N 0.00E 2660.00 2660.00 0.00N 0.00E 9 5/8" Casing Targets associated with this wellpath Target name Geographic Location T.V.D. Rectangular Coordinates Revised Palm#l TgtKupC Rvsd 474151.000,5993963.000,-2.000 5825.00 114.52N 1803.54W 13-Sep-2000 RECEIVED JAN 05 Alaska Oil & Gas Cons. Commission Phillips Palm #1 PRESSURE INFORMATION AND CASING DESIGN (Per 20 AAC 25.005 (c) (4) DISCUSSION The following presents the d~a used for calculation of the anticipated surface pressures (ASP) used for the design and drilling of A,~js, #1. [ Casing Setting Depth Pore Casing I Fracture Pressure I Pore I ASP Drilling l Size [ Gradient Gradient I Pressure ~ ............ ~:? ............ I .................. ':~'~?~"7"~/i'/~'?~' ................. t ........ "¥~':~'"~i .................... ~:'~'"~g. ............. ] ......... :i'-~-,~'~"~a .......... ii ........... ':i"~/~""~a .......... Expected Maximum Mud Weights: 12-1/4" Surface Hole to 2660' TVD / 2660' MD: 10.2 ppg 8-1/2" Production Hole to 6670' TVD / 7440' MD: 11.2 ppg Procedure for calculating Anticipated Surface 'Pressure (ASP): ASP is determined as the lesser of 1) surface pressure at breakdown of the formation at the casing seat with a gas gradient to the surface, or 2) formation pore pressure at the next casing point less a gas gradient to the surface as follows: 1) ASP = [(FG x 0.052)- 0.11] D Where: ASP = Anticipated Surface Pressure in psi FG = Fracture Gradient at the casing seat in lb/gal 0.052 = Conversion factor from lb/gal to psi/ft 0.11 = Gas gradient in psi/ft D = True vertical depth of casing seat in ft. RKB OR 2) ASP = FPP- (0.11 x D) Where: FPP = Formation Pore Pressure at the next casing point RECEIVED JAN 0 5 2001 Alaska Oil & Gas Cons. Commission -1- ASP Calculations: 1. Meltw ~a~N~or~ #1 PRESSURE INFORMATION AND CASING DESIGN Drilling below conductor casing (16") ASP = [(FG x 0.052)- 0.11] D = [(11 x 0.052)- 0.11] x 108 = 50 psi OR ASP = FPP - (0.11 x D) = 1245- (0.11 x 2660) = 952 psi Drilling below surface casing (9-5/8") ASP = [(FG x 0,052) - 0.11]D = [(13.0 x 0.052).- 0.11] x 2660' = 1506 psi OR ASP = FPP - (0.11 x D) = 3399 - (0.11 x 6670') = 2665 psi RECEIVED JAN 0 5 Z001 Naska 0il & Gas Cons. Commission Casing Performance Pro .p...erties i /' Internal / i Size ] Weight j Grade [ Connection I Yield j co,ap..se I 3"~[~'~ ............ ....................... 'i~'8~i ......... i 9-5/8" .] ......... 36 ,p,,,,p,,f .... ] .......... J-55 BTC I 3,520 ,p,,si [ 2,020 p..si [ 639M I 564M Casing Setting Depth Rationale 16"-118' RKB Conductor casing to provide sufficient anchor and fracture gradient for diverter system. 9-5/8"-2660' TVD RKB Surface casing to provide good anchor for BOPE and sufficient fracture gradient and well control while drilling to next casing setting point. 7"-6670' TVD RKB 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. Annular Pumpin_~ Operations: Incidental fluids developed from drilling operations will be either injected into the Palm ¥', ~-~'-'~,~ #1 approved annulus or hauled to the nearest permitted Class II disposal well. The ~,,~,~'~ cement rinsate will not be injected down the dedicated disposal well but will be recycled ,~~ or held for the Palm #1 open annulus or injected down another Kuparuk well open annulus. The open annulus will be left with a non-freezing fluid during any extended shut down (> 4 hr) in pumping operations. The Palm #1 surface/production casing -2- ('" ~S~iNe~ North #1 PRESSURE INFORMATION AN DESIGN annulus will be filled with diesel after setting production casing and prior to the drilling rig moving off of the well. If isolation is required per regulations over significant hydrocarbons, then sufficient cement volume will be pumped during the production cement job to cover those formations. We request that Palm #1 be permitted for annular pumping of fluids (if production casing is set) occurring as a result of drilling operations, per regulation 20 AAC 25.080. Any zones containing significant hydrocarbons will be isolated prior to initiating annular pumping. There will be no USDW's open below the shoe or potable/industrial water wells within one mile of the receiving zone. Reference the enclosed directional drilling plan for other formation markers in this well. Surface casing will be set in the Cretaceous shales below the base of the West Sak Sands. These 300-500' thick shales are part of the Colville Group and are known to provide vertical barriers to fluid flow. The surface casing shoe will be set a minimum of 50' vertically below the base of the West Sak into the heart of the shales. The maximum volume of fluids to be pumped down the annulus of this well will not exceed 35,000 bbl without the specific permission of the AOGCC. Fluid densities will range from diesel to a maximum of 12.0 ppg for drilling fluid wastes. Using 12.0 ppg fluid and the rig's specified maximum pumping pressure of 1,200 psi for annular injection, the maximum pressure at the surface casing shoe is estimated by: Max Shoe Pressure = (12.0 ppg) * (0.052) * (Surf. Shoe TVD) + 1,200 psi = (12.0 ppg) * (0.052) * (2660') + 1,200 psi Max Pressure = 2860 psi This pressure is conservative, since frictional losses while pumping have not been taken into consideration. The surface and production casing strings exposed to the annular pumping operations have sufficient strength by using the 85% collapse and burst ratings listed in the casing performance properties above. Fluids to be disposed of in the annulus will be limited to drilling wastes associated with drilling a well as defined in 20 AAC 25.080 (h). RECEIVED JAN 0 5 ZOO1 Alaska Oil & Gas Cons. Commission Anchorage -3- DRILLING FLUIDS PROGRAI~: Phillips Palm #1 · ._D_e_.n__s_!!y_ ......................................................................... ~_.0_:_.!_.0_....2_ ...................... i' ................ _.8_.:_6:L%2_ PV 20-26 I 16-20 ,.......Y.....P_ .............................................................................................................................................................. ~...5..:.2....5. ......................................... i .................................... ~_ .5. :... .2.. 0.. [ Viscosity 50-100 i 30-40 · · ................................................................................................................................................................................................................................ ~ .............................................................................................. ~ Initial Gel ~ 5-15 ~ 4-6 ....................................................................................................................................... i ............................................................................................................... t .................................................................................................. ~ 10-Min. Gel 15-40 6-8 .. ...................................................................................................................................... ! ............................................................................................................... ! ............................................................................................... APl Filtrate ~ 10-12 I 8-10 " ............................................................................................................ ' ....................................................................................... -i ............................................................................ p..H 9.5-10 9.5-10 Drilling Fluid System: 3 - Derrick FIo-Line Cleaners Pioneer Model S2-12 Desander Tri-FIo 'Low Profile' Desilter Alpha-Laval Model DMNX 418 Centrifuge Pit Level Indicator (w/visual and audible alarms) Trip Tank Fluid Flow Sensor 8 - Brandt pit stirrers Drilling Area Risks: Examination of the two nearest offset wells, Colville #1, and Kalubik Creek #1 reveal no subsurface hazards such as abnormal pressure or lost circulation zones. Original pressures in the western edge 3G Pad wells were approximately 9.7 to 9.8 ppg EMW and these numbers agree with the DST data from the Kalubik Creek #1 well. For the well, Palm #1, a seismic analysis is plotted and pore pressure/fracture gradient curves derived. Again, no indications of abnormal pressure or weak formations were seen particularly at shallow depths. The mud weights planned for Palm #1 are conservatively based on those used during drilling of the offsets. Prudent and precautionary drilling/tripping techniques will be emphasized while drilling this well. No shallow gas hazards have been detected while drilling the Kuparuk 3G wells to the East. The 9-5/8" surface casing shoe will be tested to a maximum 16 ppg EMW formation integrity test or leak-off (whichever is least) after drilling 20 feet of new formation. TJB Ol/o4/ol RECEIVED JAN 0 5 2001 Alaska 0il & Gas Cons. Commission 'Andlorage Phillips Palm #1 PRESSURE ANALYSIS AND PREDICTION (Per 20 ACC 25.005 (c) (7) and 20 ACC 25.033 (e)) DISCUSSION: An analysis and prediction of overpressured strata was performed for the Palm #1 well as required by AOGCC regulations. Phillips does not expect to encounter abnormal pressure from any zones. The prediction is based on an evaluation of the Western 3G Pad wells plus the offset wells Colville #1, and Kalubik Creek #1. Attached are the following: · Mud weight versus depth graph for Colville #1 & Kalubik Creek #1. · Seismic analysis for Palm #1. Pore pressure, frac pressure and anticipated mud weight graph for Palm #1. · A discussion of the potential for shallow gas hazards will be included in the well plan. Also, as required by our internal SOP's a pre spud meeting with the crews will be held prior to spudding and the shallow gas hazard potentials discussed. · A special emphasis will be focused on controlling trip speeds to prevent swabbing/surging the wellbore- especially in the surface hole. · Particular attention will also be made in picking the surface casing setting depth below the base of the West Sak, but above the C80/K10 marker. · The 10 ppg planned drilling mud weight for the surface interval will also exceed the predicted pore pressure prediction of approxiamtely 9.0 ppg. RECEIVED JAN 0'5 2001 Alaska Oil & Gas Cons. Commiss~ . LEAK OFF TEST PROCEDURE~'~,'' Palm #1 After cementing casing and nippling up BOPE, RIH to top of cement and pressure test the casing to 2500 psi for 30 minutes and record on chart (AOGCC required casing integrity test). Record the information on the AAI LOT form (you can locate on the drilling web page). Plot Casing Pressure Test (volume vs. pressure and time holding pressure on casing). Verify that the test indicates a linear line and that there is no air entrained in the mud. Repeat Casing pressure test if needed. 2. Drill 20' to 50' of new hole below the casing shoe. . Circulate the hole to establish a uniform mud density throughout the system (required for a good FIT or LOT). PU into the shoe. 4. Close the blowout preventer (ram or annular). 5. Pump down the drill stem at 1/4 to 1/2 bpm. . . On the LOT form, plot the fluid pumped (volume or strokes) vs. drill pipe pressure until the formation begins to take fluid; at this point the pressure will continue to rise, but at a slower rate. Note: If 16.0 ppg EMW is reached, shut down and hold the pressure there. This becomes the data for a formation integrity test (FIT) instead of a LOT At leak off pump 3 bbls of mud into formation prior to shutting down the pump. Shut down when the leak-off point is clearly seen and 3 bbls of mud has been pumped into the formation. Record initial shut-in pressure. With the pump shut down monitor, record and report the shut -in pressures for a minimum of 10 minutes or until the shut -in pressure stabilizes. Record time vs. pressure in 1-minute intervals and plot information. Bleed the pressure off and record the fluid volume recovered. Forward the data to the Drilling Engineer in Anchorage. The Drilling Engineer will forward the information to the Agencies. RECEIVED JAN 0 5 Alaska Oil &.Gas Cons. Commission 'Anchorage TJB 01/04/01 1000 2000 3OOO 20" @ 94' DRILLING TIME AND MUD WEIGHT CURVE Colville #1 Depth 0 I--~-Mud Weight 11.4 11.2 11 '~'-"~ i ; L; ' ! .L ' ; ; / , , , , / , , ~ _i L , i ~ j._ t ! ; ; L-~ i ' ..'_i_]_~_J_Lj_i _:_±_:__,_,',__~_L_.'_.L_I_±--'--~----J--L----'----'---4--'-----"------ r ; i ; r ] i i ! ; ~ s j. i i : ; I i . ~ . 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Ll_l_l .... i_i_~_i_l_l_Ll_L___i_Ll_:----L-l-l--l-I --l--l--~l~'l[ll-- --i-T-: .... ~-:-~-FI-I-i-T-F-I'-F~-F-: .... ~ill ~.~:'~'' :I!I Il:: ' , ll i [ I i i i i i i : : i I i i i i i i i i i i i i i : ~ i _ _] _ ~_ .... l~ _ l_ ~ _ f_ _l _ ~ _i_ ~ _l_ J~ _ ~_ _l _ il --i .... i_~. ~-- -[ -- i ~i.--- ~- --i--~l~ ~- -~ -- [-- -f -- J- -{ I ~- --i-- f --I .... l-- il -- l- -i .... l-- -p --l-- -~ -- ~ -[ -- i- ~-- ~l -- -- ~- --i-- l~ i F- -I I f- --l-- f --l-- -- ;1 il -- l--~l -- I I I I i I l1 i I I II I I I I ll[~d.~ I ~1[ I i~ I I : I_l I I I__ I I.__I_L_I I I_ I. I L J ! .i i --~-~-- T-F-i-i -I T '~ T i -F~-F-,. .... ~ :~-~-:~ ~ ':2l'- ?--q-[ · F-- - i i : i : i : : : j : : i : ~ ~ : i / i i i : _ .... / : i i ~ i : .... ~-~ ' ~ ' '% .... I .... I .... , , ,.:, i ....... ' i i - I" _,__,_, .... ~_~_~ .... ,_.~__~ _ ~_,.~_._~_._. ............. 2_',_.[_i -I-- --,-- -L--L J--gl ' ' , --~ : : I ' ' ' : ' I~i , , i¥.Jl~ I I I i -~-, I iI ' ' I ' , : , i Fill' , : , , I I I ' i'-- _~_±_~_~_[_J_LW .... i_±_~__,_~_w_L--_£__~_~_ :_W-_L_~-~-' ..... 10.8,,~, 10.6 10.4 10.2 4000 ; 10 ~ -1- ~ 9.8 5000 6O00 9.6 ~ 9.4 8.8 8.6 814 8.2 7OOO 8OOO 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 TIME TO DRILL (DAYS) Rig Released 3/8/66 9O0O Spud 11/12/65 prepared by TJB 01/02/01 130" set @ 40'I 1000 2O0O 3OOO ~I~"4000 5000 60OO 7OOO 8OOO 9OOO DRILLING TIME AND MUD WEIGHT CURVE --e-Depth 20" set @ 180' I Kalubik Creek #1 ---'-Mud Weight -..-,,,,,, , ~, ,, , ~-:-~.-7-;-I 7-,-i-:.. f ;-7-P-..-T-.,--:-T-,-q--~-,-,-7-h-,-i-c-,-I , = , ..... i ....... - ~-- ~ -- ~ '-I-- I -- ~- --.'~[" -I -- I- -- -- d -- ? -- -- I -- 1- -- ' I -- 'ff -- i'- --f -- T -- ':- -1 -- 't' -- [-- --~ -- -I' -- !-- -- -- 'I'. -- P .... i- ----,-- , --'-- -f -- ' -- -- , -- ' ----- ' -- , --.-- ' -- ' --'-- , -- ' --'- '-- ' - .... 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'- - - ~- ~-,~/'- -k -,- ~' - ~-,-- - ~#,- ' - ~-k ~ ....... , ......... ~; ..... ~ -: - ~~- ~.- = ~'F 1- ~-,- :- ~--F ~- ~-~'~- 1'- hl~Z- r'- lr ~-- ~ - r -'.,- ~- "--:- :- -'-'- "--'- ]- = -'- ~ - ~' l --,--~-~-,--~-~-,--~-~---~.- ~-,-~-~--;--~-.--~1-~--~--~-~--P ~-~--~-~-+' ~- ~- ?--~'~--~- ~-,--~- t--,- ~- ~--,--f- ~-'- -' - ~ -P ~- ~ -~- ~- r-'-- ~- ~-' ..... ~--~- ~-- ' -,- ; -113-3/8 set O27881'~--C~-r-F~-T'F¥1'~-,--,-7-F-'-7-,--'-T ,--,-T-F-I--r-~-,-~-~-,-~-r'-,-~-r-,--~-F-C~-,,, ! ----+-I ....... L~---i--~-~--!--t-~ I-~ -~--I---~--+--~.~--+--~---~---~ .-------'--------,----'-'-'-'-,--.-'-'-'-'--'-'-'-'-,-'-'-'-'---'-'-'-'- --,-,-,-,-,-,-,-,-,--,-,-,-,-,-,-,-, ~-,r ~-~ ~,. ,,. -~ ,~ ; , ; i ', i ; ; i ', ; , i ; ; ; i ~ i ; t , A; ; ll'; ; ; i/ i , , , ! , , , , / , , , , , , , , i .... / .... F-i- 7- r-[--f- r-,--~- r-l--f- r-F n- ~--~- ~-r -i--1- T ~F..~- Tyr ~- ~ -r-~--r-r--~--r-r-[- ~-h-i--~- r--r- 1- r-[--~- r---~- r-~--~- F-,--~- r-,--~ - r-,--~- ? - : .L ] -[ L _[ ' J /.. I_ ;__]_1_ J_.L .l__ J_ =__ _~ I_ [L J---~ -L --i-- £--L l---L-- L --I-- ; -- L--i- z - L--!-- J-- L --I-- J- -- L-- -- J -- L -l-- J -- I --i-- J - L- --I-- ~-l-j-J-J-- --- ~-F-:-t-, -~- ,-7-J- ~-~ - ~ ¥ ' / ~ ~ ., , I · .t, , w ,. ~ ~ , ! ~ ~ ~ ~ I ~ ~ ~ ~ i ) , , , , ~ , ~ I ~ ~ , , ~. , ~ , ~ _ --,-----,-'---,-----,-----,---'-,---, -,--1- =-,--I nrill l~.lla." 14nl. l-~'~-~-~--J--r-r--,-~-I--,--r-~-,-"-~--'- ~-~---~-=-'- ~.-~--'- ~- ~-'- I- ?-'- ~-~'- I ! ! I _j L I ' I I .L I J .L I I~ I I I ............... LLJ_£_LJ----t-L--!-;--LJ----I--L--I- --'--'-'-'----'-'--'-'-'-'-'-'-'-'-'-'-'-'- ---7-F-~-~-~ -~-~-.'----~- -~- -/-.--~ .... /-7-F , · % · ~ ! ~ ~ ' / ' ' 1 ' ' ' / .... I % · ' ' I I I I ; , I ~ I I ~ , ; ; I I I I I I | I I ; [ I 'li i%i ! ' i ~ ; I i , ; ; i ; ' i ; ' ' ' ' ' ' ~ ' I ' -- I I I I I I I i i I I I I J_ I I J I -I I I I ! Il_. I_lJ_ I yj~. ~ , I ! --t i ! , , ~_ ~ , I I , ! I , , , ! , ~_ ' ' _ I_ _'_ ..I_ .'_. _'_ _I _ L _ --F-?-F-~-' -,-,-,-,--,-,-,-,-,-,-'-, -i-I-7-1-~-T-i ~ ............. -~ . ~ I -~-J-4--i--4-+-1-.4-1~--!-.-~--4.-+-~---+-~--~--~-P-~-~-~--~-- ---,---,------,---,-,-----,--'-.-,----- , , , , , , , , ,,,, /,,,, | , , , , /, I~ & I , , , , ' ' ' ' I- ' ' ' ' ' ' ' ' '''' '-'-'-'-'--'-'-'-'-'- --,--f-F-,-'-F-,--f-F--~-T-,--~-~--,-'i-T-,--1-i--,-'~-7-Fm-~-FmyT-Fm-T-F--T-F-,--F-i -,-T-F-,-'-F-~--f-F--=,-F-,-q-1 .... I .... - - --~-- 4-- N--l--- -- b --!-- 4 -- J- --!-- 4 -- J-- --I-- 4 -- .J- --I-- J -- .I- --t-- ~ -- 4- --I-- -I -- 4- --I-- q -- 4- --I-- J ~ -t- -- ~1-4-- 4- --l-- -- -- ~ -- L --~-- ; -- r I I I I I ~ I i I ; I I I I I I I I I I I i i I i i I I I I I I I ~ ' ' I¢ ~.-a.~ __I_J_L_I_. _L_I_J_L_I_J_.L_I_J_J---I--J--J---I---JI--&--I--J.It''~Orell~olM I.V~F-.~ --~_L .... ~__L_~_-_L-_-~ I I ! I / I I I I ' ~ I I I I ! I I I I ~ i i~ i ~ i i i ! iI , i I i i ~ i ,- 4 DST data from 5808 to 5826 indicated a ore --,-~-~-,-~,-~-,- ~-~-I-=-~-,-~-. -,-~-~-,- .- ~-,- ~-~-I-~- ~-~-'r~e-~-- p .... ~-; ..... I ! ! I = L ! I ! I I ~ J~_ ! I j._ I I I ! ! I I ! I · /_1_ _/_L /_ I.L_ ~il ---;-r-,--_-,-,-~-r-'nr-,-~-,-.-~-,-,--t-~-,-~-~-l--.-~-,-s-+-,~-:-f-,'-~,- · - ~ , _ ~ F I ~ I ' / ' - ~- -i- - 't- -~- '~ - t- - --,--~- ~-,~ - ~ -,- ~- ~-~,~4,a ~-,--, .... ,- ~-*-,- ~- ~--,- ~- ~--~ ~-*-~ ~- +-~-~-*-~ 4~' -t ' ~ ~ ] ~:D ' L ~ ~ I!"!~ , , ~ , ! ~ i [ ; ~ , I ~ ~ ~ [ I ' ' ~ ' 1 ~ ' ' ~ ' ~ ' ~ ! ~ ' * ; ' ' ' ' ! ' ' ~ i I ' ' ' ' - --I-- 4- -- I- --I-- ~ ~- t- -- ~1 -- t- -- --.~[~a~.J- -- -- -i ..... -t -- '1- --I-- --[ -- + -- I-- '-I -- .-!- -- ~-- --I -- 4- -- -I-- --i -- ~ -- I-- --I -- + -- I-- --~ -- 4- --~J~-- --I--i'- ---'--'--'--'--"--'--'--'--'----'--'--'--'--'--'--'--'--'--'--'--'--'--'-- --~--f-F~-~F-¢~.-F-I-~'f~F-I- I ~ ~ ~ I -~ s ] ! ! I ~ ~ ~ ~- I -F]-T-F-~-T-i-'~b-T---~-'f-F-~-'~-i--,-~-F-!--f-F-,-7 ]-q-T-F-~-T-,--~-T- --,-,-, -,-'~', -,~.;, -i-t~11-:-, .... ,- ,-,-,-1-.~-,- ,-,-~r ,-,-Fi-ZI oomf/7727'to 7778' [--, .... , -,--~-, -I- -:-'-~ ,- ,- ----; ----'---,-; --~-7-F-,-'~tF-,'--rr_ T-I-'~' r-F-~ .... ,.--~-T-!-/-7-!--~-7-~ '~-T - -,- ~ - ~ -,- .-~.. -,--¢-. - -Ifil -,-. .... ,- ~. -. -,-4 -. -!- ~- .-- -t- ~- ~- -~ ~.- ~ ~ -'~ -'- ~- b -,- * -'-~- t - * -'- * - * -I- -. - * -'- * .... '- * - * -'-- - * -'- ~ - * - --,-,-,-,-,,-,-,-,--,-,-,-,-,-,-,-,-,-,-,-,-,-,- -,- T -."- -~- / - F -~- T - F i- '~ - ;- -~- -r - - -, f ! I : ~: I r ! I I ( I I i I I I / '. ! i ~ I I I I I I I | I i I I I I I ! ,I i I I I ! I I ] I I i ~ I I I I I I ~'~1_ I I I : I I I I ~ i I I I --'-'-'-'-'-'-'-'-'-'-'-'-'-'-'-'-'-' L~ @ 8452' MD IT-F~-T-Fi-¥-F-I-¥---i-7-F-I .... --,-----,-'---,-----'-.---,---'-,---' "u I+-~--'-~q--~ ........... -~- =-'- ~ ~ , : / , , , , i , , , ! / , , I . . .... . .... '/ i , ~ ~ _j ~ ~ , , ~ ~ , ~ ~ , , , 'r'r~"~ t , , , , ~ , , , ---I---T--F--!---[-F--I--'f--F--I---f--T--I--q--~---I---I--T--i---~--T--I--q--T--~---I--T--F'~.--'~--F~--T--F i-- 'T -- F --I-- 'T -- - --I-- % -- F --I-- --'--'--'--'--'-'-'-'--,-'-'-'-'---'-'-'-'- .... '-'-'-4-'--'--'-'-I-'-~-'-'-~--'-'-'-'-4 .'_,_J_'_F_'_'--_L'_.L_LJ_-~_LJ_'_L_'_'--_--'---~--'-'-- --'-'-'-'--'-'-'-'--,-'-'-' ..... ~--'-J-~-- / . I. /. . / ' I!''' i'' f','''' '' !' ''' ' ,''''Ii' '', .... 0 5 10 15 20 25 30 35 40 45 50 55 60 65 Spud 12/16/69 TIME TO DRILL (DAYS) Rig Released 4/6/70 11.4 11.2 11 10.8 ~..~. 10.6 10.4 10.2 9.6 ~ 9.4 9.2 8.8 8.6 8.4 8.2 prepared by TJB 01/02/01 Phillips Alaska, Inc. Diverter Schematic Nabors 19e Flowline ~ 211~,, HYDRIL MSP 2,000 psi WP ANNULAR PREVENTER 16" 200 psi WP HYDRAULIC KNIFE VALVE 21 lA" 2,000 psi WP DRILLING SPOOL w/16" Outlet 16" OD DIVERTER LINE 16-3/4" 2M SOW Starting Head 16-3/4" x 21-1/4" x 2M Psi DSA Flange 16" 62 ppf PEB CONDUCTOR .PIPE set at 80' (GL) RECEIVED JAN 0,5 ;~OO1 Alaska 13tl & Gas Cons. Commission 'Ancha-age Nabors 19e 11" 5,000 PSI BOP COMPONENTS I I 3" 5,000 psi WP OCT r MANUAL GATE V KILL LINE ~r~ 3" 5,000 psi WP Shaffer GATE VALVE 1 w/hydraulic actuator / / DSA 13-5/8" 5,000 psi WP x 11" 3,000 psi WP 11" 5,000 psi WP, HYDRIL Type GK ANNULAR PREVENTER w/companion flange to bell nipple DOUBLE 11" 5,000 psi WP, HYDRIL Magnum BOP w/pipe rams on top and blind rams on bottom / I 3" 5,000 psi WP Shaffer GATE VALVE r..j _ _ ~/hydraulic actuator Cw:°o:: 1~" 5,000 psi W~ w/two 3" 5M ~si We outlets ] SINGLE 11" 5,000 psi WP, I HYDRIL MPL BOP w/pipe rams RECEIVED JAN 0'5 2001 Alaska Oil & Gas Cons. Commission 'Anchorage PHILLIPS PETROLEUM COMPANY To: Chip Landmesser ATO-1462 Tom Brassfield ATO-1550 From: Kathy Heinlein ATO-1346 Subject: Pre-Drill Seismic Pore Pressure Prediction for Palm #1 and Palm #2 Date: December 19, 2000 Summary Seismic velocity data was used to predict pore pressures likely to be encountered in the proposed Palm #1 and Palm #2 (sidetrack) well locations. A local compaction trend and a local velocity to pressure gradient translation trend model were established based upon previous work in the area by Ray Wyndrinski (Feb. 1998). The compaction trend and pressure gradient translation model developed by Wyndrinski was evaluated against data from the Colville #1 and Kalubik Creek #1 wells and found to be acceptable for pressure prediction at Palm. The local compaction trend and the translation trend model were applied to velocities from 3D seismic data to predict pore pressures. No shallow hazards or abnormal pressures were observed intersecting the proposed borepaths. A zone of potential pressure increase (13.5 ppg) was observed 1100 ft east of the Palm surface location but does not appear to intersect the Palm #2 borepath. Seismic Processinq The accuracy of seismic geopressure analysis depends critically on the accuracy of the input velocity field. The velocities used for pressure prediction were generated using Phillips' AVEL software, an automated high-resolution velocity analysis program developed by ARCO Exploration and Production Technology. This process produces a very accurate velocity field defined at every sample in time and laterally along each seismic line. The output RMS velocities were smoothed over 9 CDPs to minimize instabilities in the velocity field that might result from noise, lack of signal or variations in CDP fold. RECEIVED JAN 0'5 Z001 Alaska Oil & Gas Cons. Commission Anchorage ( Pressure Prediction Procedure Phillip's PPFG software (developed by ARCO Exploration and Production Technology) was used to calculate the predicted pore pressures. The local normal compaction trend line and local velocity vs. pressure translation trend model developed by Wyndrinski (Feb. 1998) for this area were evaluated at the Colville #1 and Kalubik Creek #1 offset wells. This model was found to be a good match. Procedure 1 .) A Normal Compaction Trend Line (NCTL) was determined for a series of seismic lines from the WBA 3D seismic dataset. The series of seismic lines formed a cube which surrounded the deviated borepaths of Palm #1 and Palm #2. The NCTL extracted from the seismic data was close to the NCTL used by Wyndrinski. The slope of the NCTL line is -4.5'5, the intercept is 170. 2.) The difference between interval transit times (ITT), recorded by wireline sonic logs (z~T) in the existing wells or by seismic velocities in the proposed wells, and the Interval transit times predicted by a downward extension of the NCTL were measured. These values are the travel time differences, AAT. 3.) A translation trend model was established by comparing transit time differences (AAT) to mud weights. This model calculates pressure gradients (PP) using the equation PP = C2*AAT**2 + 01 */tAT + C0 Where C2 = 2.5769'4, C1 = .119231, CO = 8.94231 4.) Fracture gradients were calculated using the Eaton Method. Inputs are the bulk density, the calculated pore pressure gradient profile, and a Poisson's Ratio profile (from a West Cameron model). RECEIVED JAN 0'5 ZOO1 Alaska Oil & Gas Cons. Commission Seismic Pore Pressure Prediction Pressure gradients were predicted for a cube of 3D inlines and xlines surrounding the proposed Palm #1 and Palm #2 deviated boreholes. Pressure gradient prediction displays are provided for the following 3D lines: Predicted Pore Pressure Gradient Displays in Depth: Figure # Seismic Line Proposed Well Location & SSTVD 1 IL1056 Palm 1, Palm 2 surface 0 ft 3 Traverse Palm 1 TD 6500 ft 4 Traverse Palm 2 TD 6000 ft Predicted Pore Pressure Gradient Displays in Time with Migrated Time Overlay: Figure # Seismic Line Proposed Well Location & SSTVD 2 IL1056 Palm 1, Palm 2 surface 0 ft Warmer colors indicate higher predicted mud weights (pore pressure gradients). Figure 2 and Figure 3 display predicted pressure (ppg) along the Palm 1 and Palm 2 borepaths. There are no apparent zones of shallow hazards or abnormal increases in pressure along the proposed borepaths. Figure 1 shows the predicted pressure along seismic inline 1056, which intersects the surface location of Palm 1 and Palm 2 at CDP 799. There is a zone of potentially increased pressure located on inline 1056 at approximately 1100 ft due east of the Palm surface location. When observed in the 3D cube, this zone is shown to be of limited extent, and although it comes close to the borepath of Palm #2, it does not intersect the borepath. Gas-charged sands have been noted in this same interval in the Colville 1 well but do not result in a pressure anomaly of this magnitude. A review of the pre-stack seismic gathers indicates that the velocities input to the AVEL velocity program may have been too slow at this particular location, resulting in a false increase in pressure. Work is under way to determine if the observed anomaly is due to an error in seismic velocity. Pore Pressure Gradient Prediction at Proposed Well Locations: Figure # Seismic Line Well, Depth (SSTVD) 5 IL 1056, XL 799 Surface 0 ft 6 IL 1057, XL 779 Palm 1 6500 ft 7 IL 1062, XL 835 Palm 2 6600 ft RECEIVED J/iN 0 Alaska Oil & Gas Cons, Commls,flon Conclusions 1 .) There are no apparent shallow hazards along the proposed Palm #1 and Palm #2 borepaths. 2.) A potential pressure high (13.5 ppg) is present 1100 ft due east of the Palm surface location. It is possible that this anomaly is due to an error in the velocity model input to AVEL, but it is also possible that this interval may contain gas-charged sands. Work is in progress to determine the nature of the anomaly. 3.) The normal compaction trend model and velocity-vs-pressure translational trend model used for previous pressure prediction in this area (Wyndrinski) is suitable for this dataset. If you have any questions about any of the information in this report, please feel free to either call me (907) 263-4761 or email me (kheinle@ppco.com). RECEIVED JAN 0 5 200 Alaska Oil &.Gas Cons. Commission PHILLIPS PETROLEUM COMPANY Pore Pressure and Fracture Gradient System 12/16/2000 K. Heinlein Project: Palm Cross Section: IL1056 Method: Trend Curve NCTL: 170-4.5e-5 Model: Pliestocene Seismic Line IL1056 (depth) lil,8.&%.~PL_i~iB PALMi~I_TD PALM_SURFACE_LOC W E ,CDR ? 7, 7 7 7 7 7 7 7 7 7 7 7 7 7 T 7, 7, 7, 7 7, 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 O 0 1 1 2 2 3 3 4 4 6 5 6 6 7' T 7' 8 9 9 9 0 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 0 5 0 5 O 5 O 5 0 5 0 5 0 5 0 5 9 5 0 5 9 5 0 5 0 5 0 5 0 5 0 5 O 5 0 5 0 pll! MSLO,O 1000.0 20004 D E 3000,0 T H (Itl 40004, 5'000,0. 8.00 8,50 9,00 9,50 10.00 10.50 11.00 11.50 12.00 12.50 13.06 13.50 14,00 14,50 15.00 15,56 16,00 16.50 17,.00 17,,50 18.00 18,50 19,00 6000,0, -9 ~_ m ~, ~ 7ooo.o, · 8000.0, Figure 1 PHILLIPS PETROLEUM COMPANY Pore Pressure and Fracture Gradient System 12/16/2000 K. Heinlein Project: Palm Cross Section: IL1056 Method: Trend Curve NCTL: 170-4.5e-5 Model: Pliestocene Seismic Line IL1056 (time) 100,0, 200,0, 400 ,C 500 600 T I 700.0 M E 800,0 900.0 1000.0 1100.0 8.00 $ .50 9,00 9,50 10,00 10.50 11,00 11.50 12.00 12.50 13,00 13,50 14.00 '14,50 15,00 15,50 16.00 16,50 17,00 17.50 18,00 116,5o ,,,,~ 19,00 1200.0 1300.0 Figure 2 PHILLIPS PETROLEUM COMPANY Pore Pressure and Fracture Gradient System 12/16/2000 K. Heinlein Project: Palm Cross Section: traverse Method: Trend Curve NCTL.' 170-4.5e-5 Model: Pliestocene "I/I-~]-~iilLPALM-SU~ACE-LOC CDP E IvlSL 0,0 1000.0 2000.0. 8000.0, 4000.0, 5000.0. Seismic Traverse through Palm I (depth) PALM I TD W 1 I I I 1 I I I I 1 2 2 8 4 5 6 ? 8 9 0 I 2 3 4 5 $ ? 8 8 0 I 8,00 8,50 6,00 9,50 10,00 10.50 11 30 11.50 12.00 12.50 13,00 13,50 14,00 14.,50 15,00 15,50 ~ 16,00 -- 16.50 17,00 17.50 18.00 18.50 ~ 19.00 Z 6000.0. 8000.0 Trace Spacing = 100 ft Figure 3 PHILLIPS PETROLEUM COMPANY Pore Pressure and Fracture Gradient System 12/16/2000 K. Heinlein Project: Palm Cross Section: traverse Method: Trend Curve NCTL: 170-4.5e-5 Model: Pliestocene i},~..,,~E_$~ALM..~ = _S3-1RFACE.,. _LOC Seismic Traverse through Palm2 (depth) PALM 2 TD CBP W I I 2 2 1000,0. 2000,0 3000.0 4o00.0, EQO0.O. 8,00 8,50 9,00 9.50 10,00 10.50 11.00 11.50 12.00 12.50 13,00 13.50 14.00 14.50 15.00 15.50 -- 16.00 -- 16.50 17,00 17,.;0 18,00 18,50 --19,00 6000.0 ~= ~ 00,0. o 0 ~ ; ~ ~'"~ Trace Spacing Figure 4 PHILLIPS PETROLEUM COMPANY Pore Pressure and Fracture Gradient System 11/22/2000 K. 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':" .: ....... :'~.~ i' !i"i;" .... ;" ',""'~ .........':'"~'~'~' ?"' i:'.q ..... ~' ..................... 4 ............. ; ........................... -' ............ ~ ......... ~ ............................................ ~ ...................... :----~I"--I-~ !iii -.i ...... ~ ~ ...... ~'~i:::'...~... ~ ~ .... ;'.~"~ , ., . · ~: i~ i~ ~: ~ ----~--~----a ~ .... ---~:---~- 4 -~---~.~-------~:---_,- .... -', ...... ~--~-r'~" :~ * '~'~.. ~__.. ~-' ' ~"~'~__~'~" J ~'~,~, -I-,_" .-p--4---+--4----;-~-p--~---i--. -~---~-f---+~_,_L.__~_,~~~T_?___.~_~4 ..... ----.1--~---,,-~- ~ · ~'-"'~ .... '-"":"--'~; ..... 't ..... 6 ? 8 9 10 11 12 15 14 15 16; 17 18 19 20 P. pQ 4,0 60 80 100 120 1~ 180 l~rL Ilden~q~ G£ = 171 Llgariiknde Eh, lin = k,. Caling Depll N iOe4t tFlew + Repeat FereudJoB TJd X Drm ~ Teat G, Produdill Prmlre O Leak-ogTelt m LeatCk'oulallm, Z#el - F. el'md# Tel) "'" b'lgok Pipe LIb"ldkll % Sklekllk LOldll ~' -o I?~.4~-,SPL, PPG o lll-4~PL-FG -- Figure 5 PHILLIPS PETROLEUM COMPANY Pore Pressure and Fracture Gradient System 11/22/2000. K. Heinlein Project: Palm Well: Palm #1 NCTL: 170-4.5e-5 Z DEPTH (Dam setto MSt.) MSL 1000 2000 ~000 4000~ 6000 6OOO 6600 40 80 80 100 120 140 HCTL lllJrMpt M ~1. = LogarimmloSlope= -4~e-lS Palm I TD: Velocity from IL1057 at XL779 Palm ilID MIA tD lirit lll~,Xliit tllJ ' '" ..... r ......... Z ......... ~ " · · ',!: 4 ........ ': ' ' " · ........ ~ ............. :, .............. t ....................... ; ............ ~ ......... . ............. i ................... ; .... j, , I f .......... ~ ,, , ,', , i , ............ i .............. ! ......... i ............. "' i' ' i '~ ' '. ..... Z'.:.'.i i./.'.....'i :' i ........... .L ........ ( .......... : ......... ~ ............ i .......... ~ i' ............ ~, .................. ' ......... ~ ......................... ' ........... ' ............................ .................. ~ ...... ! .......................... .,. ................. ..... , ........................... ~ ................. : :..:.:....:...~.:::. ::....::~..::..:::...:~. :..:.:...:.:..~..:.. ::.. :.::.!.... :.:..-:. .......... ...... ,: ............... ~ ............. ! ....................... ~ ............ :,, ......... ........... .'-. ......... ~ ............. ~ ......... · ............. -; ........... i ............................ ' ........ · ..? ............ ; ............ ! .......... ;,. .................. i .................................. : .............. · 'i .............. ' ................................ " .................... ~ ............. ~ ............. ! ................... .... i, , ; .... : , ' ' , .... i, i '. '" ~' , [ ............. ~. ............ !, ~ ,j ........ ; ................. , t : 'h .... · f 180 6 ? 8 9 10 11 12 13 14 15 PPG o tTI-4;-;PL-FG 16 17 18 19 20 flIT MSL lOO0 2OOO 3OOO 4OOO EO00 6OOO 65OO Figure 6 PHILLIPS PETROLEUM COMPANY Pore Pressure and Fracture Gradient System 11/22/2000 K. Heinlein Project: Palm Well: Palm #2 NCTL: 170-4.5e-5 Palm 2 TD: Velocity from IL 1062 at XL 835 Z ~TII (Detum set~ M~.) Pall #~' TI) (WBA MSL 1000: 2000 5000 600040 60 80 100 120 140 HCTL l/ree~ d ~ = Legerilllmie Slepe [] 180 6 7 8 9 c 'RI-~-SPL PPG c Y/I-G-SPL-FG ; 10 11 12 13 14 15 16 17 18 19 20 FEET MSL lOOO 2000 3000 400.~ Figure 7 American Express' Cash Advance Draft 109 PAY TO THE /-// ORDER OF' Enllewoad, Celaeado .. NOT/VALID FOR AMouNT OVER $1000 .' Grand Junctkm, Colorado '~ ' Il l,O i? &OOhOOl:'~,.5 '"O 1, ?Soo'O 5 ~,611'O &Oq Palm #1 Drillin.q Hazards Summary (to be posted in Rig Floor Doghouse Prior to Spud) RECEIVED · ~,,: 19 2001 12-114" Hole 1 9-$18" Casin.q Interval Event Risk Level r4itigation Strategy Conductor Broach Moderate Monitor cellar continuously during interval. Well Collision NA Nearest well is approximately 2.7 miles away. Gas Hydrates Moderate Monitor well at base of permafrost, increased mud weight, decreased mud viscosity, increased circulating times, controlled drilling rates, Iow mud temperatures, addition of 2.0 ppb of Driltreat (Lecithin) plus %% by volume Dril- N-Slide Running Sands and Low Maintain planned mud parameters, Gravels Increase mud weight, use weighted sweeps, run gravel isolation string. Abnormal Pressure in Low Diverter drills, increased mud weight. Offset Surface Formations wells (Colville #1 & Kalubik Creek #1) and 3G Pad wells indicate Iow probability of encountering abnormal pressures. Lost Circulation Low Reduced pump rates, mud theology, lost circulation material, use of Iow density cement slurries 8-112" Hole / 7" Casin.q Interval Event Risk Level I~litigation Strategy Lost circulation Low Reduced pump rates, reduced trip speeds, real time equivalent circulating density (ECD) monitoring, mud theology, lost circulation material Hole swabbing on trips Moderate Reduced trip speeds (especially thru the C80 interval @ 2760' MD), mud properties, proper hole filling, pumping out of hole, real time equivalent circulating density (ECD) monitoring, weighted sweeps. Abnormal Reservoir Moderate Well control drills, increased mud weight, Pressure contingencies for top set casing string. Hydrogen Sulfide gas Low H2S drills, detection systems, alarms, ..?.~ standard well control practices, mud ..~. scavengers Palm #1 Drilling Hazards Summary i 18 011.doc prepared by T.J. Brassfield 1/18/01 .~age 1 of 1 Palm 01 Exploration Well Cement loads Use 45% excess below the Permafrost and 400% above. Drilled with 12 %" bit. Port Collar at 1000' MD, 9 $/8", 36 #casing TMD 2660', Single Stage Design. TOtailC~ 800' above the shoe. Port Collar contingency if no cement to surface. Base of the Permafrost at 1555' MD Revised 1/19/01 by TJB Volume Calcs: Pump 20 bbls Arco Preflush, 50 bbls Arco Spacer ~ 10.Sppg w/0.1#fobl C359. Cement from MD to 800' above the shoe with Class G + adds ~15.8 ppg and from 1860' to surface with ASLite ~ 10.7 ppg Lead Slurry Requirements~: ASLite ~ 10.7 ppg, Class G + 50%D124, 9%D44, 0.4%D46, 30%D53, 1.5%S1, 1.5%D79 -4.43 ft3/sk (1860'-1555') x 0.3132 ft3/ft x 1.45 (45% excess) = (1555') x 0.3132 ft3/ft x 5 (400% excess) = 138.5 fi3 + 2435.1 fig = 2573.6 fl3/4.43 f~3/sk = 138.5 ft3 2435.1 ft3 2573.6 ft3 581 sks - Round up to 590 sks Have an additional 380 sks of lead on location for Top Oat/2nd stage, if necessary - enough cement to fill the annular space (400% excess) and the inside of the casing from port collar to surface. Tail Slurry Requirements: 15.8 ppg Class O + 1%S1, 0.2%D46, 0.3%D65 - 1.17 ff3/sk (800') x 0.3132 fl3/ft x 1.45 (45% excess) = Shoe Joints: (80') x 0.434 ft3/ft = 363.3 ft3 + 34.7 ft3 = 398 ft3 / 1.17 ft3/sk = 363.3 ft3 34.7 ft3 398 ft3. 340 sks - Round up to 350 sks CemCADE* Summary. Fluid sequence: Establish circulation using FW, 20 bbl Arco Preflush, 50 bbls 10.5ppg Arco Spacer w/0.1#/bbl C359, 590 sks (465 bbls) ASLite Lead, 350 sks (73 bbls) Class G + adds Tail. TJB 1/19/01 RECEIVED 19 2001 Palm#1 Exploration Well 7" Production Casing Cementing Loads 75% Excess, 7" 26# casing in 8 ½" Open Hole TD MD 7440', Cement to 1000' above target ~ 6383', TOC 5383' Pumoine Sequence: 20 bbls Arco Wash, 50 bbls Arco Spacer ~ 11.5 ppg, 85 bbls GasBLOK ~ 15.8 ppg Tail Slurry.: Cement fi.om TD to 5383' + 80' shoe volume Volume.'. 1.75 x (7440'-5383') x (0.1268 fl3/i~) + (80') x (0.2148 i~3/f~) = 473.6 R3 Yield = 1.17 R3/sk Total sacks = 473.6 fc3/1.17 R3/sk = 405 sacks. Round up to 410 sacks + Batch Composition: Class G cement ~ 15.8 ppg w/2gps D600 + D135, D047, D065, DS00, D053 per lab testing 130 BHST, 105 BHCT We will need to confirm the BHCT with MWD as these temperatures were extrapolated fi.om historical data of formations in the area. TJB 1/19/01 RECEIVED 19 2001 P '_LIPS Alaska, Inc. (" A Subsidiary of PHILLIPS PETROLEUM COMPANY Post Office Box 100360 Anchorage, Alaska 99510-0360 Your name Paul Mazzolini Phone (907) 263-4603 Fax: (907) 265-1336 Email: pmazzol@ppco, com January 25, 2001 Mr. Dan Seamount Commissioner Alaska Oil and Gas Conservation Commission 333 W 7th Ave Anchorage, AK 99501 RECEIVED Alaska Oil & Gas Cons. Commission ^nchorage Re: Addendum to APD, Palm #1 & Atlas #1 Surface Casing Setting Depth Rationale Dear Commissioner Seamount: Given the proximity of the proposed wells, Palm #1 and Atlas #1 to the Kuparuk River Unit (3-4 miles), it is expected that these exploratory wells will penetrate a typical Kupamk River Unit geologic section. KRU well designs, which are the model for these exploration wells include surface casings which are set in the Colville shales and cemented back to surface, thus isolating any potentially fresh water bearing horizons from the hydrocarbon formations below the surface casing shoe. Should you have any questions please call me at 263-4603. Sincerely, Paul Mazzolini ' Exploration Drilling Team Leader I .LS ~. .EW CO._~ '0. LOC^~O. ., DS 30 MONUMENTS PER LOUNSBURY & ASSOC. 2. COORDINATES SHOVel ARE ALASKA STA'rE PLANE ZONE 4., NAD27, '-'~" ' ;5. GEOGRAPHIC COORDINATES ARE NAD27. 4. ELEVA'I'[ONS SHOWN ARE BRITISH PETROLEUM MEAN ;-3 SEA LEVEL DATUM. ~ t,e~ '"..._ 5. ALL DISTANCES ARE TRUE. 7. DA'lES OF SURVEY; !2/18 8~ 19 AND !2/29/ee. SEC, 18, T 12 N, R 8 E, UMIAT MERIDIAN, LAT = 7~' 23' 39,51" LONG = 15e' 11' 44,,31" VICINITY MAP 1" = 2 Miles Y= 5,995,843,2' X= 475,954,4' 2,573' F,N,L,, 1,305' F,E,L, GROUND ELEVATION = 22,2' 7 8 j~ 18 17 ~, cu~t~.~, \" ~ -~- SCALE C/JS[ ~' ,,.ssomms, mc, MODULE: UNIT: i A Subsidiory of PH]LLIPS PETROLEUM COMPANY EXPLORATORY WELL CONDUCTOR AS-STAKED LOCATION _ LK6elD573 12/21/ee NSK 6,01-d373 10F1 WIS_L_L PERMIT CHECKLIST FIELD & POOL ADMINISTRATION AP.~ DATE / .~,.j/ COMPANY ENGINEERING WELL NAME PROGRAM: exp ~" dev INI~ CLASS ~"'t~P~- ~d//..7'~',~'~ GEOL AREA 1. Permit fee attached ....................... 2. Lease number appropriate ................... 3. Unique well name and number .................. 4. Well located in a defined pool .................. 5. Well located proper distance from drilling unit boundary .... 6. Well located proper distance from other wells .......... 7. Sufficient acreage available, in drilling unit ............ 8. If deviated, is wellbore plat included ............. . · · 9. Operator only affected party ................... 10. Operator has appropriate bond in force ............. 11. Permit can be issued without conservation order ........ 12. Permit can.be issued without administrative approval ...... 13. Can permit be approved before 15-day wait ........... 14. Conductor string .provided ................... 15. Surface casing protects all known USDWs ........... 16. CMT vol adequate to circulate on conductor & surf csg ..... 17. CMT vol adequate to tie-in long string to surf csg. ' 18. CMT will cover all known productive horizons ..... ' ..... 19. Casing designs adequate for C, T, B & permafrost ....... 20. Adequate tankage or reserve pit ................. reddl serv wellbore seg ann. disposal para req UNIT# ,,~} ON/OFF SHORE GEOLOGY A~.~. DATE /-//-o/ 21. 22. .23. 24. 25. 26. 27. If a re-drill, has a 10-403 for abandonment been approved... · Adequate weilbore separation proposed .............. If diverter required, does it meet regulations ....... '... Drilling.fluid program schematic & equip list adequate...... BOPEs, do they meet regulation .... ' ' '.~C~-' ~ ..... BOPE press rating appropriate; test to c)r~ psig. Choke manifold complies w/APl RP-53 (May 84) ......... 28. Work will occur without operation shutdown. ' . 29. Is presence of H2S gas probable .................. 30. Permit can be issued wlo hydrogen sulfide measu, res ...... Y~__~'~ .... ', 31. Data presented on potential overoressure zones~ ...... ~Y_~N 32. Seism~ic analysis of'shallow gas z'ones.-~. '~. ......... ~) N =~-~/~'. ~'_~,,~.Yf,~./~/,,r~_, ,z),4;/(..,.,.,~. ,z..u~'. /-/o-c~/.. '/~" '.~, ~,/-~,,~,~/~-,,~. ~ /vo Il 33.' Seabed condition survey (if off-shore) ............. II 34~ Contact name/phone for weekly progress reports [exploratory only]' Y~Y~Y~Y~Y~Y~Y~Y~Y~) N ' . . ' ANNULAR DISPOSAL35. With proper cementing records, this plan (A) will contain waste in a suitable receiving zonei .... .... APPR DATE (B) will not contaminate freshwater; or cause drilling waste... to surface; ~..~ ~1 ~/~l (C) will not impair mechanical integrity of the well used for disposal; · (D) will not damage producing formation or impair recovery from a pool; and . (E) .will not circumvent 20 AAc 25.252 or 20 AAC 25.412. · ENGINEERING: UlCIAnnular ia,.' , ' WM Y N COMMISSION: c:~nsoffice\wordian~diana~checklist (rev. 111011100) ' ' Comments/Instructions: ' '-- ~ ' / / O Z O Z -I -r .imm .( SIDEWALL CORE ANALYSIS REPORT PHILLIPS PETROLEUM CO. "PALM" #1 WELL CL FILE $7111-01047 CORE LABORATORIES CORE LABORATORIES RESERVOIR OPTIMI2ATiON SIDEWALL CORE ANALYSIS REPORT PHILLIPS PETROLEUM CO. "PALM" #1 WELL CL FILE 57111-01047 Performed by: Core Laboratories 3430 Unicorn Road Bakersfield, CA 93308 (661) 392.8600 Report Presented MARCH 28, 2001 INTRODUCTION Core Laboratories was requested by Phillips Petroleum Company to perform standard Dean-Stark porosity, permeability and fluid saturation analysis upon rotary- ddlled sidewall core samples from the 'Palm" 1 well. Sample end-clippings were cleaned and then forwarded to Geologics in Dallas Texas for thin-section preparation. Presented herein are the results of the analysis performed in Bakersfield with a brief description of the requested procedures and tests. In conjunction with the report, the core analysis results are supplied in Excel format on floppy diskette. We appreciate this opportunity to be of service and hope these data prove beneficial in the development of this reservoir. DESCRIPTION OF SERVICES Sample Preparation, Samples with adequate recovery were cleaned of drilling mud, trimmed to right cylinders, and mounted in thin-walled metal jackets. 120-mesh stainless steel end- screens were installed on each and the sleeves and jackets were seated under hydrostatic loading at a pressure of 1000 psig. Fluid Extraction Water and the oil were removed from the samples by Dean Stark methods using toluene as the solvent. Dean Stark extraction was performed for a minimum of sixteen hours and was terminated when the volume of water collected in each sample's receiving tube had stabilized. Hydrocarbon extraction was initiated using soxhlet extractors with a 70:30 methylene chloride/methanol mixture as solvent. To provide "quick -and-dirty" preliminary results as per Phillips' request, the samples were removed from the soxhlets after forty-eight hours, dried, and tested before they had been completely cleaned. Preliminary testing was performed as described for the final testing. Following the rush measurements, samples were returned to the soxhlets for complete cleaning. Fully cleaned samples were taken from the soxhlets and placed in a convection oven at 230°F to drive off residual solvent. After a minimum of twelve hours the extracted samples were removed from the convection oven and cooled to laboratory temperature in a desiccator. Grain Density Determinations Grain volumes were determined by Boyle's Law double-cell methods using an extended range helium porosimeter. Where applicable, metal jacket and end-screen weight and volume corrections were applied. Grain density values were calculated using Equation 1. ~ma 8ma -- Mg Matrix (grain) density (g/cc) Grain mass (g) Grain volume (cc) (1) porosity Determination (Jacketed Samples) Direct pore volume measurements also by Boyle's Law double-cell methods were performed upon jacketed samples confined at 400 psig in Hassler-type core holders. Porosity values for the jacketed samples were calculated using Equation 2. [(1/., F'~' ,~ = +15 Where: ~ = Porosity (%) Vp = Pore volume (cc) Vg = Grain volume (cc) (2) \ Fluid Saturation Calculations Oil and water saturation results were calculated using Equations 3 and 4. So -- (3) (4) Where: So = Sw = Oil saturation (%) Water saturation (%) Mf = Md = Mw = Vw = §o = Vp = Fresh sample mass (g) Extracted and dded sample mass (g) Extracted water mass (g) Extracted water volume ,.'.cc) Density of oil Pore volume (cc) Permeability to Ai,,r, Permeability determinations were made on the jacketed samples following pore volume determinations. Permeability values for the un-jacketed samples were estimated. Permeability values of sleeved samples were c~,lculated utilizing Darcy's Equation for compressible fluids, Equation 5. L JL J Where: Pa = vg = AP = p = Qa = L = Vb = Permeability to air (md) Atmospheric pressure Gas viscosity (cp) Differential pressure Mean pressure Flow rate (cc/sec) Length (cm) Bulk volume (cc) Sample Disposition Sample plugs are being returned to Phillips Petroleum in Anchorage under separate cover as per Phillips' instructions. .~. Phillips PetroleumCo. File No. : 57111-01048 "Palm" 1 Loo. : Sec.18 -T12NIRSE E.r.~ Kuparuk River Unit APl No.: 50 - 103 - 20361 ROTARY SIDEWALL CORE ANALYSIS RESULTS Sample Depth Perm. Porosity ' Saturations ' 'Total Grain, DesCription ' Method I_B 4302.0 3,0 23.2 25. 5 14, 9 f. 71 40, 5 2.70 1 4344.0 11. 28,9 18,7 73,1 0.26 91.8 2.72 2 4354.5 48. 28.3 10.7 84.9 0.13 95.6 2,71 2 B 4362.5 22, 26.6 33.2 3.9 8.48 37.1 2.63 3 B 5676,0 2,7 18.8 7,5 23.7 0,32 31.2 2,67 4 B 5694.0 0.074 15.1 19,8 ~1.4 1,74 31.2 2.67 _ 3 5725.0 4.9 20.8 30,7 58.1 0.53 88.9 2,73 4 5742,0 5.3 21.8 18.5 69,0 0.27 87.5 2.70 5 5791.0 3.6 20.3 20.0 72.2 0.28 92.3 2.71 6 6420,5 0,030 7.2 34.2 47.4 0.72 81.6 2.85 7 6423,0 158. 32,4 36.4 52,2 0.70 88.6 3.09 8 6427.0 0.145 17,3 37,5 36.4 1.03 73,8 3.09 9 6434,5 44. 23,2 41,2 41.1 1.00 82.3 3.03 10 6436.0 0,049 15.8 35,4 38.4 0.92 73,8 3.06 1 t 6438.0 440. 30,5 31.5 50.5 0.62 82,0 2.78 12 6444.0 0.005 4.8 31,7 19.0 1.67 50,7 3.03 13 6447.0 920, 27.4 31.5 36,7 0.86 68.1 2.69 14 6449,0 9,6 15.1 43.1 30.1 1.43 73.2 2.84 15 6450.0 43. 22.2 36,4 40,2 0.90 76.6 2.69 t6 6453.0 3,2 20.5 24,1 61.8 0.39 85.9 2,69 17 6459.0 0,111 15.0 27,4 58,9 0,46 86.2 2.71 18 6464.0 0.089 14.6 13,3 61.9 0.22 75.3 2,72 i , i Method: DS - Dean Stark toluene ~, sexhlet (~. Boyle% Law grain and pore volumes, aa~ady-state perm. to sir, Note: Metal jaoket~ were removed for final permeability measurament~ Sst - Fluids part~ally extracted in Barflesville DS Sst tan-gry vfgr vslty cly It strk sin gld flu DS Sst tan-gry vfgr vslty sh lams m strk stn gld flu DS Sst- Fluids partially extracted in Bartlesville DS Sst - Fluids partially extracted in Bartlesville DS Sst- Fluids partially extracted in Bartlesville DS Sst tan vfgr vsity m sin dgld flu DS Sst tan vfgr vslb/m sin dgld flu DS Sst tan vfgr vslty m sin dgld flu DS Sst gry-lt tan vfgr vslty It strk sin gld flu DS Sst dk bm vf-fgr slty cal(~ incl dk sin dor flu DS Sst dk bm vf-fgr slty dk sin dor flu DS Sst dk bm vf-fgr sity dk stn dor flu DS Sst bm vf-fgr vslty dk sin dor flu DS Sst dk bm vf-fgr sslty dk stn dor flu DS Sst gry-tan vfgr vslty It sp sin gtd flu DS Sst dk-bm vf-fgr sslty dk sin dor flu DS Sst bm vf-fgr slty dk sin dor flu DS Sst dk bm vf-fgr sslty dk sin dor flu DS Sst dk bm vf-fgr slty dk stn dor flu DS $itst gry-tan vfgr sd shly It sp sin gld flu D8 $1tet gry-tan vshly It sp ,tn gld flu DS 8eating Pressure (pslg) :1000 Confining Pressure (pslg): 400 PHILLIPS PHILLIPS Alaska, Inc. PALM #1 Section 18 T12N-RaE, UM North Slope Borough, Alaska February 15, 2001 John Morris, Sr. Logging Geologist Steve Hamer, Sr. Logging Geologist Bob Nichol, Logging Geologist EPOCH TABLE OF CONTENTS TABLE OF CONTENTS Phillips Alaska, Inc. Palm #1 North Slope Borough TABLE OF CONTENTS .................................................................................................. 2 WELL RESUME .............................................................................................................. 3 FORMATION SUMMARY ................................................................................................ 4 RIG ACTIVITIES ............................................................................................................ 24 MUD RECORD ................................ ~ ............................................................................. 28 SURVEY RECORD ................... , ................................................................................... 29 BIT RECORD ................................................................................................................ 31 DRILLING PROGRESS ................................................................................................ 32 RIG TIME DISTRIBUTION ............................................................................. '. .............. 33 FINAL LOGS ....................................................... ' ......................................... APPENDIX 1 EPOCH 2 Operator Well Name: Location: Coordinates: Elevation: County: State: APl Index: Spud Date: Contractor: Foremen: Rig: Logging Unit: Geologists: Co. Geologist: Log Interval: Dates: Mud Types: Casing Data: Hole Size: ~ PHILLIPS Alaska, Inc. Palm WELL RESUME Phillips Alaska, Inc. Palm #1 North Slope, AK Sec 18, 12N, 8E, UM 2574' FNL, 1305' FEL KB: 60.38' amsl North Slope Borough Alaska 500103-20361-00 2/2/2001 Nabors Alaska Drilling Bobby Morrison, Mike Whiteley #19E - Land Built In John Morris, Steve Harner, Bob Nichol Rick Levinson, Jim Sallee 125' to 6620' 2/2/2001 to 2/15/2001 Spud Mud to 2633', LSND to 6620'. 16" at 115', 9 5/8" at 2616' 12 1/4" to 2633', 8 1/2" to 6620' EPOCH 3 115' 185' 250' 300' 340' 370' ~ PHILLIPS Alaska, Inc. Palm #1 FORMATION SUMMARY SAND/GRAVEL = MED GRAY OVERALL; DOM CLEAR AND FROSTED, COM BLACK, DARK GRAY GRAINS; CLASTS RANGE FROM FINE LOWER TO PEBBLE FRAGS, DOM MEDIUM RANGE; ANGULAR TO ROUNDED, DOM SUBANGULAR TO ROUNDED; POORLY SORTED; DOM QUARTZ, COM DARK GRAY TO BLACK LITHICS; SCAT TO COM WOOD FRAGS; SCAT TO COM DK GRAYISH BROWN METAMORPHICS; ESTIMATED FAIR TO GOOD POR AND PERM; NO EVIDENCE OF MATRIX; NO OIL INDICATORS. SAND/GRAVEL = LIGHT TO MED GRAY OVERALL; DOM CLEAR TO TRANSL WHITE, COM LT TO MEDGRAY, COM BLACK, RARE REDDISH ORANGE;CLASTS RANGE FROM FINE TO PEBBLE FRAGS,DOM FINE TO MEDIUM RANGE; INCR PERCENTOF GRANULE TO PEBBLE SIZE GRAINS; ANGTO ROUNDED; DOM SUBANGULAR; COM BIT CHIPPED GRAINS; COM FROSTED GRAINS;QUARTZ RICH , COM META AND IGNEOUSLITHICS; SCAT TO COM CARBONACEOUSMATTER; SCAT WOOD FRAGS; RARE CHUNKSOF DEVITRIFIED TUFF; NO OIL INDICATORS. SAND/GRAVEL = LIGHT GRAY OVERALL; DOMCLEAR AND TRANSL WHITE, COM LT TO DARKGRAY; COM BLACK; RARE REDDISH ORANGE;CLASTS RANGE FROM FINE TO PEBBLE FRAGS;INCREASING GRANULE TO PEBBLE SIZEFRACTION WITH INCREASING DEPTH; SCATWOODY CARBONACEOUS MATERIAL; INCR IN AMORPHOUS CLAY, POSS MATRIX MATERIAL; NO OIL INDICATORS. CLAYSTONE = MEDIUM BROWNISH GRAY; VERY SOFT; APPEARS AS HYDRATED AMORPHOUSLUMPS IN SAMPLE; MATTE, EARTHY LUSTER;SMOOTH TO MOD GRITTY TEXTURE; NON TO OCCSLI CALCAREOUS; LOCALLY SLI SILTY; COMBLACK PINPOINT SPECKS; NO STRUCTURE; NO OIL INDICATORS. COAL = (360') DARK BROWN TO BLACK; FIRM; SLIGHTLY BRITTLE; WOODY; POOR GRADE OF LIGNITE; DULL LUSTER; GRAINY, WOODY TEXTURE; INTERBEDDED WITH SAND AND CLAYSTONE. SAND/GRAVEL = LIGHT GRAY OVERALL, DOM CLEAR AND TRANSL WHITE; COM LT TO MED GRAY, BLACK, MOD BROWN; RARE REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE FRAGS, DOM FINE TO MEDIUM RANGE; ANGULAR TO ROUNDED, DOM SUB ANGULAR TO ROUNDED; POORLY SORTED; QUARTZ RICH, COM META AND IG LITHICS; SCAT WOOD AND COAL FRAGS; CLAY MATRIX IS. INFERRED; EST FAIR POR AND PERM; NO OIL INDICATORS. EPOCH 4 440' 500' 560' 600' 660' 700' ~ PHILLIPS Alaska, Inc. Palm #1 SAND/GRAVEL = LIGHT GRAY OVERALL; DOM CLEAR, TRANLS WHITE, LT TO MED GRAY; COM BLACK, RARE REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE FRAGS, DOM MED TO COARSE GRAIN; ANGULAR TO ROUNDED; COM BIT SHEARED FLAKES FROM PEBBLE AND/OR COBBLES; POORLY SORTED; QUARTZ RICH, COM IGNEOUS AND META LITHICS; RARE CHUNKS OF DEVlTRIFIED ASH; RARE LUMPS OF CLAY/CLAYSTONE, PROB MATRIX MATERIAL; EST FAIR POR AND PERM; NO OIL. SAND/GRAVEL = LIGHT GRAY OVERALL, DOM CLEAR AND TRANSL WHITE; COM LT TO MED GRAY, BLACK, MOD BROWN; RARE REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE FRAGS, DOM FINE TO MEDIUM RANGE; ANGULAR TO ROUNDED, DOM SUB ANGULAR TO ROUNDED; POORLY SORTED; QUARTZ RICH, COM META AND IG LITHICS; SCAT WOOD AND COAL FRAGS; CLAY MATRIX IS INFERRED; EST FAIR POR AND PERM; NO OIL INDICATORS. CLAYSTONE = MEDIUM BROWNISH GRAY; VERY SOFT; APPEARS AS HYDRATED AMORPHOUS LUMPS IN SAMPLE; MATTE, EARTHY LUSTER; SMOOTH TO MOD GRITTY TEXTURE; NON TO OCC SLI CALCAREOUS; LOCALLY SLI SILTY; COM BLACK PINPOINT SPECKS; NO STRUCTURE; NO OIL INDICATORS. SAND/GRAVEL = LIGHT GRAY OVERALL; DOM CLEAR TO TRANSL WHITE; COM LT TO DK GRY; SCAT REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE FRAGS, DOM FINE TO MED GRAIN; GRAIN SIZE IS DECREASING WITH DEPTH; ANGULAR TO ROUNDED, DOM SUBANG TO SUBROUND; POORLY SORTED; COMPOSED OF DOM QUARTZ, COM META AND IG LITHICS; SCAT LIGNITE; SCAT CLAY MATERIAL, POSS FROM MATRIX; EST FAIR POR AND PERM; NO OIL. CLAYSTONE = LIGHT TO MED BROWNISH GRAY; VERY SOFT; APPEARS AS SMOOTH TO LUMPY CLAY IN SAMPLES; DRIES WITH MATTE LUSTER . AND SMOOTH TO SLI GRITTY TEXTURE; NON TO LOCALLY SLI CALCAREOUS; SCAT TO COM VERY SMALL BLACK SPECKS; LOCALLY SILTY; NO OIL INDICATORS. SAND/GRAVEL = MEDIUM GRAY OVERALL; DOM CLEAR AND TRANSL WHITE; COM LT TO DK GRAY; OCC BLACK AND DK REDDISH ORANGE; FINE TO PEBBLE FRAGS, DOM MED TO COARSE; ANG TO ROUNDED, DOM SUBANG TO SUBROUND; POORLY SORTED; NO ACID RXN; NO OIL. EPOCH 5 735' 795' 875' 930' ~ PHILLIPS Alaska, Inc. Palm #1 CLAYSTONE = LT GRY TO LT BRNISH GRY; V SOFT TO SOFT; MOD TO STRONG DISPERSION IN FRESH WATER; SMOOTH TO SANDY AND GRITTY F/ASSOC CONGLOMERATIC/GRAVEL SANDS; GENERALLY DULL AND EARTHY TO FINELY MATTE W/DISSEM MICROSPARKLES WHEN DRY; APPEARS PASTY AND GREASY TO SOUPY AND CLOTTED BEFORE WASHING; DOMINANTLY NONCALC; OCC FLOODS OF PEAT AND WOODY PLANT DEBRIS; NO OBSERVED OIL INDICATORS. SAND/GRAVEL = MED LT GRY TO MED GRY OVERALL W/COM DK GRY TO BLK CHERTY LITHICS AND CLR TO MLKY WHT QTZ + FELDS; UPPER FN TO VERY CRS UPPER W/COM GRANULES AND PEBBLE FRAGS OF 2 TO 6+MM; SBANG TO V WELL RNDED; MOD TO POORLY SORTED; MOD TO HIGH SPHERICITY; MOSTLY CLR, TRNSLU, MLKY WHT QTZ AND CHALKY WHT TO GRY FELDSPAR W! ABUND DK GRY TO BLK CHERTY LITHIC GRS, REWORKED LIGNITIC TO SBBIT CARBONACEOUS MATERIAL, DK BRN TO BRNISH BLK WOOD AND PEAT; OCC LT GRN TO GRYISH GRN ALT SILIC LITHICS; SCAT BRN DETRITAL GRS AND RARE BRIGHT ORNG SILIC LITHICS; NO DISCERNABLE OIL INDICATORS. CLAYSTONE = V LT GRY TO LT BRNISH GRY; V SOFT TO SOFT; MOSTLY AS SOUPY TO SLI PASTY MATERIAL THAT EASILY DISPERSES AND WASHES OUT OF SPLS; SUSPECT LARGELY AS MATRIX MATERIAL ASSOCIATED W/SAND AND GRAVEL DOMINANT SEQUENCE; SMOOTH TO V GRITTY AND SANDY; MOSTLY DULL AND EARTHY TO MATTE W/ DISSEM MICROSPARKLES; OCC WOODY PLANT DEBRIS AND PEAT; NO OIL INDICATORS OBSERVED. SAND = OVERALL MED LT GRY TO MED GRY WI ABUND DK GRY TO BLK SILIC LITHIC GRS; UPPER FN TO V CRS UPPER W! INTERMITTANT FLOODS OF GRANULES AND PBLS F/2 TO 6+MM AND GREATER; MOD TO POORLY SORTED; SBANG TO WELL RNDED; MOD TO HIGH SPHERICITY; MOSTLY CLR, TRNSLU AND MLKY WHT QTZ W/CHALKY WHT TO CLOUDY GRY FELDSPAR, DK GRY TO BLK CHERTY APHANITIC LITHIC GRS, MOD TO LT GRN AND GRYISH GRN ALT CHLORIC IG LITHICS, OCC TRNSLU MAFIC INCLUDED IG GRS; RARE REDISH ORNG GRS (POSSIBLE PALAGONITE); NONCALC; OCC REWORKED DK BRNISH BLK TO BLK LIGNITIC TO SUBBIT CARBONACEOUS GRS; RARE YEL LITHICS; SCAT SILVERY WHT TO IRID GRN CHLOR/SERICITE FLAKES; TRACE FAIRLY BRIGHT YEL MINERAL FLUOR; NO DISCERNABLE OIL PARAMETERS. EPOCH 6 1025' 1100' 1200' 1270' 1320' ~ PHILLIPS Alaska, Inc. Palm #1 CLAYSTONE = LT GRY TO LT GRYISH BRN; V SOFT TO SOFT; WASHES OUT OF SPLS W! MINIMAL EFFORT DISPERSING QUICKLY; APPEARS MOSTLY AS SOUPY TO PASTY MASSES W/LOW COHESION AND MOD TO LOW ADHESION; MOD SMOOTH TO V SANDY AND GRITTY; DULL AND EARTHY TO MATTE W/DISSEMINATED MICROSPARKLES F/REFLECTIVE QTZ, FELDS AND MICAS; MNR BRN TO BRNISH BLK WOODY PLANT DEBRIS AND PEAT; SUSPECT LARGELY AS ASSOCIATED MATRIX MATERIAL OCCURING WI SAND AND GRAVEL AND AS OCC THINLY INTERBEDDED MUDROCK; NO DISCERNABLE OIL PARAMETERS. SAND = MED LT GRY TO MED GRY OVERALL WI COM DK GRY TO BLK CHERTY LITHIC GRS; UPPER FN TO V CRS UPPER W/OCC GRANULES AND PBLS OF 2 TO 10+ MM; POOR TO MOD SORTING; ANG AND FRESHLY SHATTERED TO WELL RNDED; MOD TO HIGH SPHERICITY; MOSTLY CLR, TRNSLU, AND MLKY QTZ W/WHT TO CLOUDY GRY FELDSPAR, COM DK GRY TO BLK CHERTY LITHICS, OCC BITUM DETRITAL COAL GRS AND PBLS; MNR SUBHED TO EUHED MICROXTLN PYR ASSOC W/ALT APHANITIC GRY LITHICS; SCAT SILKY WHT TO IRID GRN CHLOPJSERICITE; RARE YEL AND ORNG ALT IG LITHIC GRS; SCAT PALE GRN TO GRYISH GRN GRS; RARE CLR LT PINK ROSE QTZ; NONCALC; VARIABLE DISPERSING MTX CLAY COMP; VERY RARE CLR TO TRNSLU LT YEL AMBER ASSOC WI FREE COAL GR; NO DISCERNABLE OIL INDICATORS. CLAYSTONE = LT BRNISH GRY TO BRNISH GRY; V SOFT TO SLI FIRM; APPEARS VAGUELY MORE INDURATED THAN PREVIOUS MUDROCK ABOVE; SOUPY AND PASTY TO LUMPY AND CLOTTED MASSIVE MATERIAL IN SPLS; MOD SMOOTH TO SILTY, SANDY AND GRITTY; MOD TO RELATIVELY HIGH ADHESION AND MOD HIGH TO MOD COHESION; SUSPECT INCREASED SMECTITIC COMP AND H20 SENSITIVITY; OCC DK BRN TO BRNISH BLK WOODY PLANT DEBRIS AND PEAT; NONCALC; GRADATIONAL TO ARGILLACEOUS SILTSTONE AND MUDSTONE; NO OIL INDICATORS OBSERVED. SAND = LIGHT GRAY OVERALL, DOM CLEAR TO TRANSL WHITE, COM LT TO DK GRAY, OCC LT TO M'ED GREEN, RARE REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE FRAG, DOM MED TO COARSE RANGE; ANGULAR TO WELL ROUNDED, DOM SUBANG TO SUBROUND; META AND IGNEOUS LITHICS, RARE FREE CLUSTERS PYRITE; UNCONS IN SAMPLE; ASSUME CLAY MATRIX; NO OIL. NOTE: COAL CAVINGS PRESENT IN SAMPLES. EPOCH 7 1345' 1415' 1455' 1525' ~ PHILLIPS Alaska, Inc. Palm #1 SAND/GRAVEL = LIGHT TO MEDIUM GRAY OVERALL; DOM CLEAR, TRANSL WHITE, LT TO MED GRAY; COM BLACK, OCC GREEN, RARELY REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE, DOM MED TO COARSE; ANGULAR TO WELL ROUNDED, ANGULAR FRACTION PARTLY DUE TO BIT SHEARING; SUBANGULAR TO ROUNDED MOST COMMON; POORLY SORTED; COMPOSED OF QUARTZ, COMMON META LITHICS, SCAT COAL SLOUGH, RARE FREE CLUSTER CRYPTOCRYSTALLINE PYRITE; UNCONS IN SAMPLE; POSS CLAY MATRIX; NO OIL INDICATORS. SAND = LIGHT TO MED GRAY OVERALL; DOM CLEAR, TRANSL WHITE, LT TO MED GRAY GRAINS, COM DARK GRAY TO BLACK GRAINS; CLASTS RANGE FROM FINE TO VERY COARSE, DOM MED TO COARSE RANGE; ANGULAR TO ROUNDED; MOD SORTED; QUARTZ, META LITHICS; SCAT COAL (SLOUGH?); NO OIL. SAND/GRAVEL = LIGHT TO MEDIUM GRAY OVERALL; DOM CLEAR, TRANSL WHITE, LT TO MED GRAY; COM BLACK, OCC GREEN, RARELY REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE, DOM MED TO COARSE; ANGULAR TO WELL ROUNDED, ANGULAR FRACTION PARTLY DUE TO BIT SHEARING; SUBANGULAR TO ROUNDED MOST COMMON; POORLY SORTED; COMPOSED OF QUARTZ, COMMON META LITHICS, SCAT COAL SLOUGH, RARE FREE CLUSTER CRYPTOCRYSTALLINE PYRITE; UNCONS IN SAMPLE; POSS CLAY MATRIX; NO OIL INDICATORS. SAND = LIGHT GRAY OVERALL; DOM CLEAR, TRANSL WHITE, LT TO MED GRAY; COM BLACK, MED TO DARK GRAY; RARE LIGHT TO MED GREENISH GRAY; CLASTS RANGE FROM FINE TO COARSE, DOM MED TO COARSE; SCAT TO 10% GRANULE AND PEBBLE SIZE FRAGS ARE PROBABLY CAVINGS; ANGULAR TO ROUNDED, DOM SUBUANGULAR; MOD SORTED; COMPOSED OF DOM QUARTZ, COM META AND IGN LITHICS; SCAT CHUNKS OF WHITE CLAY MINERAL; SCAT LT YEL MINERAL FLUOR; NO OIL. 1585'SAND = LIGHT GRAY OVERALL, DOM CLEAR TO TRANSL WHITE, COM LT TO DK GRAY, OCC LT TO MED GREEN, RARE REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE FRAG, DOM MED TO COARSE RANGE; ANGULAR TO WELL ROUNDED, DOM SUBANG TO SUBROUND; META AND IGNEOUS LITHICS, RARE FREE CLUSTERS PYRITE; UNCONS IN SAMPLE; ASSUME CLAY MATRIX; NO OIL. NOTE: ROP INDICATES BASE OF PERMAFROST AT 1615. EPOCH 8 ~ PHILLIPS Alaska, Inc. Palm #1 1650' CLAYSTONE = LIGHT TO MED BROWNISH GRAY; VERY SOFT; THICK TO RUNNY; APPEARS AS AMORPHOUS CLAY IN SAMPLES; SCAT SLI FIRM LUMPS; DRIES TO MATTE, EARTHY LUSTER; SMOOTH TO MOD GRITTY TEXTURE; NON TO VERY SLI CALC; COM PINPOINT BLACK SPECKS; LOCALLY SILTY; NO OIL INDICATORS. 1690' SAND/GRAVEL = LIGHT GRAY OVERALL; DOM CLEAR, TRANSL WHITE, LT TO MED GRAY, OCC BLACK, RARELY LT TO MED GREENISH GRAY; CLASTS RANGE FROM FINE LOWER TO PEBBLE FRAGS, DOM MED TO COARSE GRAIN; ANGULAR TO ROUNDED, DOM SUBANGULAR; MOD TO POORLY SORTED; COMPOSED OF DOM QUARTZ, COM CHERT AND META LITHICS; RARE CHUNKS DEVlTRIFIED ASH; SCAT LIGHT YELLOW MINERAL FLUORESCENCE; NO OIL INDICATORS. 1750' CLAYSTONE = LT TO MED BROWNISH GRAY; VERY SOFT TO RARELY SLI FIRM; DOM AS AMORPHOUS LUMPY CLAY; MATTE, EARTHY LUSTER; SMOOTH TO MOD GRITTY TEXTURE; NON TO LOCALLY SLI CALC; SCAT TO COM BLACK PINPOINT SPECKS; LOCALLY SILTY; INTERBEDDED WITH SAND; NO OIL INDICATORS. 1795' SAND = LIGHT TO MEDIUM GRAY OVERALL; DOM TRANSL WHITE, CLEAR, LT TO MED GRAY; COM BLACK; RARE LT TO MED GREENISH GRAY; CLASTS RANGE FROM FINE TO COARSE, COM PEBBLE FRAGS, PROB CAVINGS FROM UPHOLE; ANGULAR TO ROUNDED, DOM SUBANGULAR TO SUBROUND; MOD SORTED; COMPOSED OF QUARTZ, CHERT, COM META AND IGNEOUS LITHICS; RARE PYRITE CLUSTERS FREE IN SAMPLE; EST FAIR POR AND PERM; NO OIL. 1855' CLAYSTONE = LIGHT TO MED BROWNISH GRAY; VERY SOFT; THICK TO RUNNY; APPEARS AS AMORPHOUS CLAY IN SAMPLES; SCAT SLI FIRM LUMPS; DRIES TO MATTE, EARTHY LUSTER; SMOOTH TO MOD GRITTY TEXTURE; NON TO VERY SLI CALC; COM PINPOINT BLACK SPECKS; LOCALLY SILTY; NO OIL INDICATORS. 1895' SAND = LIGHT GRAY OVERALL, DOM CLEAR TO TRANSL WHITE, COM LT TO DK GRAY, OCC LT TO MED GREEN, RARE REDDISH ORANGE; CLASTS RANGE FROM FINE TO PEBBLE FRAG, DOM MED TO COARSE RANGE; ANGULAR TO WELL ROUNDED, DOM SUBANG TO SUBROUND; POORLY SORTED; GRANULE AND LARGER FRACTION IS PROBABLY CAVINGS; EST FAIR TO GOOD POR AND PERM; NO OIL INDICATORS. 1945'CLAYSTONE = LT TO MED BROWNISH GRAY; VERY SOFT TO RARELY SLI FIRM; DOM AS AMORPHOUS LUMPY CLAY; MATTE, EARTHY LUSTER; SMOOTH TO MOD GRITTY TEXTURE; NON TO LOCALLY SLI CALC; SCAT TO COM BLACK PINPOINT SPECKS; LOCALLY SILTy'; INTERBEDDED WITH SAND; NO OIL. gl EPOCH 1985' 2100' 2200' ~ PHILLIPS Alaska, Inc. Palm #1 SAND/PEBBLY SAND = MED GRY TO MED LT GRY OVERALL W/ABUND DK GRY, BLK AND DK BRN LITHICS; MOSTLY LOWER MED TO LOWER CRS WI UPPER FN AND COM V CRS UPPER THROUGH GRANULE AND PBLS OF 2 TO 15 MM, APPEARS BIMODAL; FN FRACTIONS ANG TO SBRNDED, CRS FRACTIONS SBANG TO V WELL RNDED AND POLISHED; MOD TO WELL SORTED AT FN END AND MOD TO POOR AT CRS; MOD TO LOW SPHERICITY FNS AND MOD TO HIGH SPHERICITY CRS; MOSTLY TRANSLU, CLR AND MLKY WHT QTZ W/CLOUDY GRY AND WHT FELDSPAR, ABUND DK GRY, BLK AND DK BRN TO DUSKY BRN SILIC LITHICS; FAIRLY COM MICROXTLN PYR CLUSTERS SUSPECTED TO BE ASSOCIATED WI CLAYSTONE; SCAT SILVERY IRID WHT AND GRN SERICITE/CHLOR FLAKES; RARE PALE ORNG TO WHT SHELL FRAGMENTS (POS REWORKED); SCAT DK BRNISH BLK TO BLK BITUM COAL (POS REWORKED/OR THIN PARTINGS ASSOC WISHALY CLAYSTONE); NO DISCERNABLE OIL INDICATORS. CLAYSTONE/MUDSTONE = LT BRNISH GRY TO BRNISH GRY W/MED LT GRY HUES; V SOFT TO SOFT AND OCC FIRM; MOSTLY AS STIFF LUMPY TO PASTY, SLAKY AND SOUPY MOD TO WELL HYDRATED MATERIAL IN SPLS W/GENERALLY FLATTENED AND RNDED OUTLINE; MOD TO LOW COHESION AND HIGH TO MOD ADHESION; COM APPEARS TO BE SMECTITIC WI STRONG HYDROPHILIC PROPERTIES; MOSTLY DULL WI DISSEM MICROSPARKLES FROM SUSPENDED REFLECTIVE QTZ, FELDSPAR AND MICROXTLN SULPHIDES; GENERALLY SMOOTH TO SILTY AND SANDY, ALSO NOTE POSSIBLY ACTS AS MTX SUPPORT FOR GRANULE AND PBL RICH MUDSTONE; OCC FLOODS OF MICROXTLN PYRITE CLUSTERS; SCAT DK BRN TO BLK LIGNITIC TO SUBIT CARBONACEOUS MATERIAL, POS AS THIN DISCONTINUOUS INTBEDS OR SLOUGH; NO OIL INDICATORS OBSERVED. PEBBLY SAND = MED LT GRY TO MED GRY WI ABUND DK GRY, BLK AND DK BRN LITHICS; LOWER MED TO LOWER CRS W/UPPER FN AND UPPER CRS THROUGH PEBBLES OF 4 TO 20 MM, APPEARS BIMODAL; ANG TO SBRNDED AND SBANG TO V WELL RNDED AND POLISHED; MOD WELL TO POORLY SORTED; MOD HIGH TO LOW SPHERICITY; DOM TRNSLU, CLR AND WHT QTZ W/CLOUDY GRY TO WHT FELDSPAR, ABUND DK GRY TO BLK SILIC LITHICS AND DK BRN CHERTY REWORKED SHALE FRAGMENTS; SCAT PALE GRN, PALE ORNG, V LT BRNISH GRY AND YELISH GRY ALT PHANERITIC SILIC VOLC FRAGS; MNR GRN AND WHT MICA FLAKES; NOTE THAT SAND AND PBLS POS IN PART SLOUGH/OR ASSOC W/PEBBLY MUDSTONE; NO OIL INDICATORS OBSERVED. EPOCH 1 o 2290' 2365' 2450' 2525' ~ PHILLIPS Alaska, Inc. Palm #1 CLAYSTONE/MUDSTONE = LT BRNISH GRY TO BRNISH GRY; V SOFT TO SOFT AND FIRM; OCCURES MOSTLY AS MASSIVE LUMPY, PASTY, SLAKY, WELL TO MOD WELL HYDRATED CTGS WI NO DISCERNABLE BEDDING FEATURES OTHER THAN OCC VAGUELY PLANAR CLAYEY AGGREGATES; SMOOTH AND GREASY TO SILTY AND GRITTY; GENERALLY DULL W/ DISSEM MICROSPARKLES; NONCALC OTHER THAN OCC PALE ORNG TO WHT SHELL FRAGMENTS; SCAT MICROXTLN PYRITE CLUSTERS; APPEARS SMECTITIC AND DISPLAYS STRONG TO MOD HYDROPHILIC PROPERTIES; NO DISCERNABLE OIL INDICATORS. SAND/PEBBLES = MED LT GRY TO MED GRY AND LT BRNISH GRY OVERALL; UPPER FN TO LOWER CRS AND COM V CRS UPPER TO PEBBLES FROM 3 TO 15 MM; ANG TO SBRND AND SBANG TO WELL RNDED AND POLISHED; MOD TO HIGH SPHERICITY; MOSTLY TRNSLU, CLR AND MLKY QTZ WI CLOUDY GRY AND PEARLY WHT FELDSPAR, COM DK GRY, BLK AND DK BRN TO DUSKY BRN LITHICS; OCC GRN, WHT AND REDISH BRN ALT IG DETRITAL GRS; MNR SILVERY WHT TO PALE IRID GRN SERIClTE/CHLOR FLAKES; SCAT FREE MICROXTLN PYRITE AGGREGATES; OCC PALE ORNG TO WHT SHELL FRAGMENTS; POSSIBLE SLOUGH IN WHOLE OR PART; NO DISCERNABLE OIL INDICATORS. CLAYSTONE/MUDSTONE = LT BRNISH GRY TO BRNISH GRY; V SOFT TO SOFT AND FIRM; MOSTLY AS MASSIVE NONSTRUCTURED LUMPY, PASTY, SLAKY, SOUPY AND WELL HYDRATED MATERIAL IN SPLS; FAIRLY SMOOTH AND GREASY TO SILTY AND PEBBLY; DOM DULL AND EARTHY W/SCAT MICROSPARKLES; NONCALC OTHER THAN OCC PALE ORNG, YELISH GRY AND WHT SHELL FRAGMENTS; SMECTITIC AND STRONGLY HYDROPHILIC; OCC MICROXTLN PYRITE CLUSTERS; SCAT PALE IRID GRN AND SILVERY WHT CHLORITE/SERICITE FLAKES; SCAT VARICOLORED LITHIC GRS; NO OIL PARAMETERS OBSERVED. SANDSTONE/PEBBLY SAND = MED LT GRY TO BRNISH GRY W/DK GRY, BLK, DUSKY BRN, CLOUDY GRY AND WHT LITHICS; LOWER FN TO UPPER MED AND LOWER CRS TO PEBBLES OF 4 TO. 20 MM; MOD TO POORLY SORTED; ANG TO SBRNDED AND SBANG TO WELL RNDED AND POLISHED; MOD TO HIGH SPHERICITY; MOSTLY TRNSLU, CLR AND MLKY QTZ WI CLOUDY GRY TO CHALKY WHT FELDSPAR, ABUND DK GRY, BLK AND DUSKY BRN LITHICS; SCAT GRYISH GRN TO GRYISH WHT SILIC ALT IG GRS; NOTE LOWER V FN TO UPPER FN GR FRI TO TIGHT ARGIL AND SILTY SANDSTONE W/SPOTTY, BRIGHT YEL FLUOR, FAST BRIGHT YEL STREAMING CUT, AND SPOTTY DK REDISH BRN TO BRNISH BLK RESIDUAL OIL STAIN. EPOCH 11 ~ PHILLIPS Alaska, Inc. Palm #1 2640' CLAYSTONE/MUDSTONE = LT BRNISH GRY TO BRNISH GRY; V SOFT TO SOFT AND FIRM; MOSTLY AS MASSIVE NONSTRUCTURED LUMPY, PASTY, SLAKY, SOUPY AND WELL HYDRATED MATERIAL IN SPLS; FAIRLY SMOOTH AND GREASY TO SILTY AND PEBBLY; DOM DULL AND EARTHY W! SCAT MICROSPARKLES; NONCALC OTHER THAN OCC PALE ORNG, YELISH GRY AND WHT SHELL FRAGMENTS; SMECTITIC AND STRONGLY HYDROPHILIC; OCC MICROXTLN PYRITE CLUSTERS; SCAT PALE IRID GRN AND SILVERY WHT CHLORITE/SERICITE FLAKES; SCAT VARICOLORED LITHIC GRS; TRACE OIL FLUOR IN SAMPLE. 2730' CLAYSTONE = MED BROWNISH GRAY; VERY SOFT TO RARELY SLI FIRM; DOM APPEARS AS STICKY AMPORPHOUS CLAY; RARELY AS SLI FIRM LUMPS; DRIES TO MATTE, EARTHY LUSTER; SMOOTH TO MOD GRI'rTY TEXTURE; COMMON BLACK PINPOINT SPECKS; LOCALLY SILTY; SCAT TUFFACEOUS BLEBS; SCAT LT YEL MINERAL FLUOR; FAINT LT YEL CUT FLUOR FROM BULK SAMPLE. 2780' SAND = LT TO MED GRAY OVERALL; DOM CLEAR, TRANSL WHITE, MED GRAY; COM BLACK, OCC MED GREENISH GRAY; CLASTS RANGE FROM VERY FINE TO MEDIUM, DOM FINE RANGE; SUBANG TO SUBROUND; MOD SORTED; COMPOSED OF DOM QUARTZ, SCAT TO COM IGNEOUS AND META LITHICS; SCAT CHUNKS OF ASH FALL TUFF; SCAT MOD BRIGHT LIGHT YEL MINERAL FLUOR; FAINT TR PALE YEL SLOW CUT FLUOR CONTINUES. 2835' SAND = LIGHT GRAY OVERALL; DOM CLEAR AND TRANSL WHITE, COM MED TO DARK GRAY; COM BLACK; CLASTS RANGE FROM VERY FINE TO MEDIUM, DOM VERY FINE TO FINE GRAIN; SUBANGULAR TO ROUNDED; MODERATELY SORTED; COMPOSED OF DOM QUARTZ, COM META AND IGNEOUS LITHICS; COM CARBONACEOUS MATERIAL; SCAT CHUNKS OF ASH FALL TUFF; TRACE MOD BRIGHT LT YEL MINERAL FLUOR; NO OIL INDICATORS. 2895' CLAYSTONE/MUDSTONE = LIGHT TO MED BROWNISH GRAY; VERY SOFT TO SOFT; DOM THICK, PASTY, STICKY AMORPHOUS CLAY; OCC CRUMBLY POORLY INDURATED IRREGULARLY SHAPED CUTTINGS; MATTE, EARTHY LUSTER; MOD SMOOTH TO ABRASIVE TEXTURE; LOCALLY SILTY, GRADING TO SILTSTONE IN PART; COMMON CARBONACEOUS MATTER; RARE CLUSTERS CRYPTOCRYSTALLINE PYRITE FREE IN SAMPLES; NO OIL. 2950' ASH FALL TUFF = LIGHT GRAY, PALE YELSH BROWN; SOFT TO SLI FIRM; MATTE TO SLI RESINOUS LUSTER; SMOOTH, WAXY APPEARANCE; SCAT VERY FINE SPECKS VOLC GLASS; OCC LAMINATED WITH CLAYSTONE; SCAT PINPOINT BLACK SPECKS AND STREAKS; MOD BRIGHT LIGHT YELLOW MINERAL FLUOR; NO OIL INDICATORS. EPOCH 12 ~ PHILLIPS Alaska, Inc. Palm #1 2995' 3005' NOTE: TRACE AMOUNTS "INOCERAMUS". SILTSTONE = LIGHT GRAY TO MEDIUM GRAY; SOFT TO MOD FIRM; CRUMBLY TO MUSHY; DULL LUSTER WITH COM MICROSPARKLES; GRITTY, ABRASIVE TEXTURE; NON TO OCC MOD CALC; ARGILLACEOUS, GRADING TO AND INTERBEDDED WITH CLAYSTONE; SCAT BLEBS OF ASH FALL TUFF; COMMON CARBONACEOUS MATERIAL; NO OIL. 3050' CLAYSTONEIMUDSTONE = MED BROWNISH GRAY; VERY SOFT TO SLI FIRM; DOM APPEARS AS CLAY, OCC AS SLI FIRM, ROUGH CTGS; MATTE LUSTER; MOD SMOOTH TO GRITTY TEXTURE; OCC SILTY, GRADING IN PART TO SILTSTONE; COMMON CARB MATTER; SCAT BLEBS ASH FALL TUFF; NO OIL. 3090' CLAYSTONEIMUDSTONE = BROWNISH GRAY; SOFT TO OCC SLI FIRM; DOM APPEARS AS CLAY WITH COM SLI FIRM LUMPS, OCC AS MUSHY TO CRUMBLY IRREG SHAPED CTGS; MATTE LUSTER WITH SCAT SPARKLES; MOD GRITTY; NON TO LOCALLY MOD CALC; COM CARB SPECKS AND STREAKS; EASILY HYDRATED; SCAT BLEBS OF ASH FALL TUFF; SCAT MINERAL FLUOR; NO OIL. 3140' ASH FALL TUFF = LIGHT GRAY, PALE YELSH BROWN, OCC PALE BLUISH GRAY; SOFT TO OCC FIRM; CRUMBLY TO OCC MOD TOUGH; SLI RESINOUS LUSTER; SMOOTH TO SLI GRAINY TEXTURE; NON TO RARELY SLI CALC; COM APPEARS "WAXY"; COM VOLC GLASS SHARDS; SCAT GRAY ASHY STREAKS; MOD BRIGHT LT YEL MINERAL FLUOR; NO OIL. 3185' CLAYSTONE/MUDSTONE = MED BROWNISH GRAY; VERY SOFT TO SLI FIRM; DOM APPEARS AS CLAY, OCC AS SLI FIRM, ROUGH CTGS; MATTE LUSTER; MOD SMOOTH TO GRITTY TEXTURE; OCC SILTY, GRADING IN PART TO SILTSTONE; COM CARB MATTER; NO OIL. 3220' SAND = LT TO MED GRAY OVERALL; DOM CLEAR, TRANSL WHITE, MED GRAY; COM BLACK, OCC MED GREENISH GRAY; GRNS RANGE FROM VERY FINE TO L FN, DOM V FN; APPROACHES SILT IN GRN SIZE; SBRDD TO SBANG; MOD WELL SRTD; HAS COMMON IGN, META, CARBONAC MATL DISSEM; SCAT ASH FALL TUFF THRUOUT; SCAT LT YLW MINRL FLUORESCENCE; TR OIL STAIN. 3270' CONGLOMERATE = MED LT GRY TO BRNISH GRY W/DK GRY, BLK, DUSKY' BRN, CLOUDY GRY AND MILKY QTZ; LOWER FN TO UPPER MED AND LOWER CRS TO PEBBLES OF 4 TO 10 mm; POORLY SORTED; ANG TO SBRNDED AND SBANG TO WELL RNDED AND POLISHED; MOD TO HIGH SPHERICITY; MOSTLY TRNSLU, CLR AND MLKY QTZ W/CLOUDY GRY WHT FELDSPAR, ABUND DK GRY, VIT LITHICS DSKY BRN CLAY RICH MATRIX; OCC ANGLR GRNTC PEBBLES >CM DIAM. EPOCH 13 ~ PHILLIPS Alaska, Inc. Palm #1 3330' SILTSTONE = GRAYISH BROWN; SOFT TO MOD FIRM; CRUMBLY TO MUSHY; DULL LUSTER WITH COM MICROSPARKLES; GRITTY, ABRASIVE TEXTURE; NON TO OCC MOD CALC; ARGILLACEOUS, GRADING TO AND INTERBEDDED WITH CLAYSTONE; SCAT BLEBS OF ASH FALL TUFF; ITINERANT CARBONACEOUS MATERIAL; NO OIL. 3375' CLAYSTONE/MUDSTONE = GRYSH BROWN TO GYSH RED; VERY SOFT TO SLI FIRM; MOD ADHESIVE; HYDRATED EASILY; OCC AS SLI FIRM, SBRDD CTGS; MATTE LUSTER; SMOOTH TO SLI GRITTY TEXTURE; OCC GRADATIONAL W/SILTSTONE; COM CARB MATTER; NO OIL. 3415' SILTSTONE = DK YLWSH BRN TO BRNSH GRY; SOFT TO MOD FIRM; CRUMBLY TO MUSHY; DULL LUSTER WITH OCCAS MICROSPRKLS; GRITTY, ABRASIVE TEXTURE; NON TO OCC MOD CALC; ARGILLACEOUS, GRADING TO AND INTERBEDDED WITH CLAYSTONE; RARE BLEBS OF ASH FALL TUFF; ITINERANT CARBONACEOUS MATERIAL; NO OIL. 3460' CLAYSTONE/MUDSTONE = GRYSH BROWN TO GYSH RED; VERY SOFT TO SLI FIRM; MOD STRONGLY ADHESIVE; HYDRATED EASILY; OCC AS SLI FIRM, SBRDD CTGS; MATTE LUSTER; SMOOTH TO SLI GRITTY TEXTURE; OCC GRADATIONAL WI SILTSTONE; DECREASING AMTS OF CARB. MATL W/DEPTH; NO OIL INDICS. 3505'SILTSTONE = DK YLWSH BRN TO BRNSH GRY; SOFT TO MOD FIRM; CRUMBLY TO MUSHY; DULL LUSTER WITH OCCAS MICROSPRKLS; GRITTY, ABRASIVE TEXTURE; DOMINANTLY MOD CALC; ARGILLACEOUS, GRADING TO AND INTERBEDDED WITH CLAYSTONE; RARE BLEBS OF ASH FALL TUFF; NO OIL INDICATORS. 3550' CLAYSTONE/MUDSTONE = GRYSH BROWN; VERY SOFT TO SLI FIRM; FIRMING UP W/DEPTH; DEVELOPING PLANAR BDG; INCREASINGLY ARGILLACEOUS; MOD ADHESIVE; HYDRATED EASILY; DOM MUSHY W/SLI FIRM, SBRDD CTGS; MATTE LUSTER; SMOOTH TO SLI GRITTY TEXTURE; OCC GRADATIONAL W/SLTST; RR BLEBS OF CARB MATL; NO OIL INDICS. 3600'SILTSTONE = DK YLWSH BRN TO BRNSH GRY; SOFT TO MOD FIRM; CRUMBLY TO MUSHY; DULL LUSTER WITH OCCAS MICROSPRKLS; GRITTY, ABRASIVE TEXTURE; DOMINANTLY MOD CALC; ARGILLACEOUS, GRADING TO AND INTERBEDDED WITH CLAYSTONE; RARE BLEBS OF ASH FALL TUFF; NO OIL INDICATORS. EPOCH 14 r 3645' 3715' 3760' 3805' 3855' 3900' 3950' ~ PHILLIPS Alaska, Inc. Palm #1 CLAYSTONE/MUDSTONE = DSKY YLWSH BRN TO YLWSH BLK; EQUAL PARTS ARE VERY SOFT TO SLI FIRM; FIRMING UP W/DEPTH; DEVELOPING PLANAR ARGIL BDG; PLATEY CTGS APPROX 1/5 OF SAMPLE; MOD ADHESIVE; HYDRATED EASILY; DOM MUSHY W/SLI FIRM, SBRDD CTGS; MATTE LUSTER; SMOOTH TO SLI GRITTY TEXTURE; OCC GRADATIONAL W/SLTST; NOTE: LT GRY/WHT TO PALE BRN; CRMBLY HORIZONS OF HIGHLY ACID REACTV CALCITE TO 5 10mm DIAM NOTED FROM 3630 COMPRISES UP TO 5% OF SAMPLE. SILTSTONE = DK YLWSH BRN TO BRNSH GRY; SOFT TO MOD FIRM; CRUMBLY TO MUSHY; DULL LUSTER WITH OCCAS MICROSPRKLS; GRITTY, ABRASIVE TEXTURE; DOMINANTLY MOD CALC; ARGILLACEOUS, GRADING TO AND INTERBEDDED WITH CLAYSTONE; RARE BLEBS OF ASH FALL TUFF; NO OIL INDICATORS. CLAYSTONE/MUDSTONE = DSKY YLWSH BRN TO YLWSH BLK; EQUAL PARTS ARE VERY SOFT TO SLI FIRM; FIRMING UP W/DEPTH; DEVELOPING PLANAR ARGIL BDG; PLATEY CTGS APPROX 1/5 OF SAMPLE; MOD ADHESIVE; HYDRATED EASILY; DOM MUSHY W/SLI FIRM, SBRDD CTGS; MATTE LUSTER; SMOOTH TO SLI GRITTY. SILTSTONE = DK YLWSH BRN TO BRNSH GRY; SOFT TO MOD FIRM; CRUMBLY TO MUSHY; DULL LUSTER WITH OCCAS MICROSPRKLS; GRITTY, ABRASIVE TEXTURE; DOMINANTLY MOD CALC; DRIES QUICKLY, MOD POROSITY; NO OIL INDICATORS. CLAYSTONEIMUDSTONE = MED BROWNISH GRAY; VERY SOFT TO SOFT; THICK, PASTY, STICKY; OCC POORLY INDURATED ROUGH CUTTINGS; MATTE, EARTHY LUSTER; MOD GRITTY TEXTURE, OCC VERY GRAINY, GRADES IN PART TO SILTSTONE; RARE THIN LAMS OF CALCITE; SCAT TO COM CARB MATTER; OCC BLEBS ASH FALL TUFF; NO OIL. ASH FALL TUFF = WHITE, PALE YELSH BROWN, OCC PALE BLUISH GRAY; SOFT TO OCC FIRM; CRUMBLY TO OCC MOD TOUGH; SMALL IRREG CTGS WITH DISTINCT EDGES; WAXY, SLI RESINOUS LUSTER; SMOOTH TO OCC SLI GRAINY TEXTURE; DOM NON CALC, RARELY VERY CALCAREOUS; SCAT VOLC GLASS SHARDS; SCAT MED TO DARK GRAY LAMS; MOD BRIGHT LT YEL MINERAL FLUOR; NO OIL. SILTSTONE = LT TO MED GRAY WITH SLI BROWNISH HUES; SOFT TO SLI FIRM; CRUMBLY TO MOD TOUGH; SMALL IRREG CTGS; MATTE LUSTER WITH SCAT SPARKLES; GRITTY, GRAINY TEXTURE; SLIGHTLY TO OCC MOD CALC; ARGILLACEOUS, GRADES TO AND IS INTERBEDDED WITH CLAYSTONE; NO OIL. EPOCH 15 3990' 4035' 4080' 4130' 4195' 4230' 4275' ~ PHILLIPS Alaska, Inc. Palm #1 CLAYSTONE = MED BROWNISH GRAY; VERY SOFT TO SOFT; THICK, STICKY, COHESIVE; MATTE LUSTER; MOD GRAINY; NON TO LOCALLY MOD CALC; COM CARB SPECKS; SCAT CALCITE XLS; SCAT BLEBS OF ASH FALL TUFF; NO OIL INDICATORS. CLAYSTONE/MUDSTONE = MED BROWNISH GRAY; VERY SOFT TO SOFT; THICK, PASTY, STICKY; OCC POORLY INDURATED ROUGH CUTTINGS; MATTE, EARTHY LUSTER; MOD GRITTY TEXTURE, OCC VERY GRAINY, GRADES IN PART TO SILTSTONE; RARE THIN LAMS OF CALCITE; SCAT TO COM CARB MATTER; OCC BLEBS ASH FALL TUFF; NO OIL. ASH FALL TUFF = WHITE, PALE YELSH BROWN, OCC PALE BLUISH GRAY; SOFT TO OCC FIRM; CRUMBLY TO OCC MOD TOUGH; SMALL IRREG CTGS WITH DISTINCT EDGES; WAXY, SLI RESINOUS LUSTER; SMOOTH TO OCC SLI GRAINY TEXTURE; DOM NON CALC, RARELY VERY CALCAREOUS; SCAT VOLC GLASS SHARDS; SCAT MED TO DARK GRAY LAMS; MOD BRIGHT LT YEL MINERAL FLUOR; NO OIL. ASH FALL TUFF = WHITE, PALE YELSH BROWN, OCC PALE BLUISH GRAY; SOFT TO OCC FIRM; CRUMBLY TO OCC MOD TOUGH; SMALL IRREG CTGS WITH DISTINCT EDGES; WAXY, SLI RESINOUS LUSTER; SMOOTH TO OCC SLI GRAINY TEXTURE; DOM NON CALC, RARELY VERY CALCAREOUS; SCAT VOLC GLASS SHARDS; SCAT MED TO DARK GRAY LAMS; MOD BRIGHT LT YEL MINERAL FLUOR; NO OIL. SHALE = MOD BROWN; SOFT TO FIRM; CRUMBLY TO MOD FLEXIBLE; MATTE TO SLI SHINY LUSTER; SMOOTH TEXTURE; MOD TO VERY FISSILE; OCC APPEARS AS THIN BOOKS; APPEARS HIGHLY ORGANIC; NO OIL INDICATORS. CLAYSTONE/MUDSTONE = MED BROWNISH GRAY; VERY SOFT TO SOFT; THICK, PASTY, STICKY; OCC POORLY INDURATED ROUGH CUTTINGS; MATTE, EARTHY LUSTER; MOD GRITTY TEXTURE, OCC VERY GRAINY, GRADES IN PART TO SILTSTONE; RARE THIN LAMS OF CALCITE; SCAT TO COM CARB MATTER; OCC BLEBS ASH FALL TUFF; OCC MICAS; NO OIL. SANDSTONE = LIGHT GRAY; VERY FINE; FRIABLE; SILTY; VARIABLE MATRIX/GRAIN SUPPORT; QUARTZ RICH, MINOR LITHICS; SBRDD MILKY QTZ PEBBLES TO 5mm DIAM; WK ACID REACN; WI DILUTE HCI; TR PYRITE; PRLY SRTD SD GRNS; FN TO CRS GD; GD SPHERICITY; SOME PL RDSH BRN QTZ GRNS DISSEM AS FLATTENED GRNS; MOD BRT LT YEL SAMPLE FLUOR; INSTANT BRIGHT LT YEL CUT FL PALE STRAW VISIBLE CUT. EPOCH 16 ~ PHILLIPS Alaska, Inc. Palm #1 4350' SANDSTONE = MED TO DK GRY; VFN GD; WELL SRTD; HARD; SILICA CMNTD; GRN SUPT GD SPHER; TR PY; MANY MED C. GD QTZ GRNS; MANY DK GRY TO BLK LITHIC GRNS ARE SBRDD TO ANGLR; STRONG BRT LT YEL SMPL FLUOR; INCR AMTS OF BLK CARBONAC MATL DISSEM THRUOUT SAMPLES; OCC MILKY QTZ PEBLS AND MED CRS SBRDD GRNS; VERY BRT MILKY/LT YEL SAMPLE FLUOR; INSTANT BRIGHT LT YEL CUT FL PALE STRAW VISIBLE CUT; RR YLW STREAMERS. 4410' SHALE = MOD BROWN; SOFT TO FIRM; CRUMBLY TO MOD FLEXIBLE; MATTE TO WAXY, DULL LUSTR; SMOOTH TEXTURE; EASILY SCORED W/ PROBE; MOD TO VERY FISSILE; OCC SEEN AS THIN LAYERING; QUICK MILKY SMPL FLUOR; BRT YEL VIS CUT. 4445' CLAYSTONE/MUDSTONE = MED BRNSH GRY TO DK YLWSH GRY; THICK, PASTY, V SOFT; V ADHESV; POORLY INDURATED CTGS; WELL HYDRATED; POOR SAMPLE RETURNS; MATTE, EARTHY LUSTER; OCCASIONAL GRITTY TEXTURE, OCC GRAINY, GRADES IN PART TO SILTSTONE;OCCAS LAMS OF CALCITE; SCAT TO 10% CARB MATTER; OCC BLEBS ASH FALL TUFF; OCC MICAS; QUICK MILKY FLUOR, SCAT LT YLW CUT FLUOR. 4500' TUFF = WHITE, PALE YELSH BROWN, OCC MED GRAY; SOFT TO RRLY CRUNCHY; CRUMBLY TO OCC COHESV; SMALL IRREG CTGS WITH THIN EDGES; WAXY LSTR; DOM NON CALCAREOUS W/OCCAS FIZZ; INTERBDD AS V THIN LAMELLAE/BANDS IN CLYST; PROB WATER LAIN ASH FALL TUFF. 4540' CLAYSTONE/MUDSTONE = MED BRNSH GRY TO DK YLWSH GRY; THICK, PASTY, V SOFT; V ADHESV; POORLY INDURATED CTGS; WELL HYDRATED; POOR SAMPLE RETURNS; OCC SBRDD, DK GRY/BLK LITHIC PBLS; MATTE, EARTHY LUSTER; OCCASIONAL GRITTY TEXTURE, OCC GRAINY, GRADES IN PART TO SILTSTONE;OCCAS LAMS OF CALCITE; SCAT TO 10% CARB MATTER; OCC BLEBS ASH FALL TUFF; OCC MICAS; QUICK MILKY FLUOR, SCAT LT YLW CUT FLUOR '4615' MUDSTONE = MED BROWNISH GRAY; VERY SOFT TO OCC SLI FIRM; DOM APPEARS AS CLAY WITH COM LUMPS; OCC AS POORLY INDURATED IRREGULAR CTGS; MATTE, EARTHY LUSTER; MOD GRAINY TEXTURE; NON TO OCC SLI CALC; LOCALLY SILTY, GRADING IN PART TO SILTSTONE; SCAT TO COMMON CARBONACEOUS MATTER; SCAT TO COMMON BLEBS OF WHITE TO LIGHT GRAY ASHY MATERIAL; SCAT MOD BRIGHT LT YEL MINERAL FLUORESCENCE; NO OIL. EPOCH 17 ~ PHILLIPS Alaska, Inc. Palm #1 4675' SILTSTONE = MEDIUM GRAY WITH SLIGHT BROWNISH HUE; SOFT TO OCC FIRM; CRUMBLY TO RARELY MOD TOUGH; SMALL LUMPY CTGS; WITH ROUNDED EDGES; MATTE LSTR WITH SCAT MICROSPARKLES; GRITTY, GRAINY TEXTURE; NON TO OCC SLI CALC; GRADES TO AND IS INTERBEDDED WITH MUDSTONE; SCAT TO COM MICROFINE MICA; SCAT CARB SPECKS AND STREAKS; OCC BLEBS OF ASH FALL TUFF; NO OIL INDICATORS. 4730' MUDSTONE = MED TO DK BROWNISH GRAY; VERY SOFT TO RR SLI FIRM; DOM APPEARS AS CLAY WITH COM LUMPS; RR AS POORLY INDURATED IRREGULAR CTGS; MATTE, EARTHY LUSTER; MOD GRAINY TEXTURE; NON TO OCC SLI CALC; LOCALLY SILTY, GRADING IN PART TO SILTSTONE; SCAT TO COMMON CARBONACEOUS MATTER; SCAT TO COMMON BLEBS OF WHITE TO LIGHT GRAY ASHY MATERIAL; SCAT MOD BRIGHT LT YEL MINERAL FLUORESCENCE; NO OIL SHOW. 4790' TUFF = WHITE, PALE YELSH BROWN, OCC MED GRAY; SOFT TO RRLY CRUNCHY; CRUMBLY TO OCC COHESV; SMALL IRREG CTGS WITH THIN EDGES; WAXY LSTR; DOM NON CALCAREOUS WI OCCAS FI?7; INTERBDD AS V THIN LAMELLAE/BANDS IN CLYST; PROB WATER LAIN ASH FALL TUFF. 4830' SILTSTONE = MEDIUM GRAY WITH SLIGHT BROWNISH HUE; SOFT TO OCC FIRM; CRUMBLY TO RARELY MOD TOUGH; SMALL LUMPY CTGS; WITH ROUNDED EDGES; MATTE LSTR WITH SCAT MICROSPARKLES; GRITTY, GRAINY TEXTURE; NON TO OCC SLI CALC; GRADES TO AND IS INTERBEDDED WITH MUDSTONE. 4870' MUDSTONE = MED TO DARK BROWNISH GRAY; VERY SOFT TO FIRM; DOM VERY SOFT TO SLI FIRM MUSHY STICKY CLAY; OCC FIRM TO MOD HARD; MATTE LUSTER; SMOOTH TO GRITTY TEXTURE; DOM NON CALC, OCC MOD TO VERY CALC; LOCALLY SILTY, GRADING IN PART TO SILTSTONE; LOCALLY ARGIL, GRADING IN PART TO CLAYSTONE; SCAT FLAKES OF CALCITE; SCAT TO COM CARB MAT; RARE FREE CLUSTERS OF MICROXLN PYRITE; SCAT BLEBS ASH FALL TUFF; NO OIL. 4930' ASH FALL TUFF = WHITE, PALE YELSH BROWN, OCC LT GRAY; SOFT TO FIRM; CRUMBLY TO OCC MOD TOUGH; DOM WAXY APPEARING, OCC CHALKY; 1 TO 3 MM FLAKES; OCC TABULAR SHAPED CTGS; SLI RESINOUS LUSTER; SMOOTH TO MOD GRITTY TEXTURE; OCC VERY CALC; MOD BRIGHT LT YELLOW MINERAL FL; NO EVIDENCE OF OIL. EPOCH 18 ~ PHILLIPS Alaska, Inc. Palm #1 4975' SILTSTONE = MEDIUM GRAY WITH SLIGHT BROWNISH HUE; SOFT TO OCC FIRM; CRUMBLY TO RARELY MOD TOUGH; SMALL LUMPY CTGS; WITH ROUNDED EDGES; MATTE LSTR WITH SCAT MICROSPARKLES; GRITTY, GRAINY TEXTURE; NON TO OCC SLI CALC; GRADES TO AND IS INTERBEDDED WITH MUDSTONE. 5015' MUDSTONE = MED TO DARK BROWNISH GRAY; VERY SOFT TO SLI FIRM; DOM V SOFT MUSHY STICKY CLAY; RR FIRM AND CRUNCHY; MATTE LUSTER; SMOOTH TO GRITTY TEXTURE; DOM NON CALC, OCC MOD TO VERY CALC; LOCALLY SILTY, GRADING IN PART TO SILTSTONE; LOCALLY ARGIL, GRADING IN PART TO CLAYSTONE; SCAT FLAKES OF CALCITE; SCAT TO COM CARB MAT; RARE PIECES SHOW INCIPIENT FISSILITY; SCAT BLEBS ASH FALL TUFF; NO OIL. 5075' ASH FALL TUFF = WHITE, PALE YELSH BROWN, OCC LT GRAY; SOFT TO FIRM; CRUMBLY TO EASILY SCORED; DOM WAXY APPEARING, OCC CHALKY; 1 TO 3 MM FLAKES; OCC LENTIL SHAPED CTGS; SLI RESINOUS LUSTER; SMOOTH TO SLI GRITTY TEXTURE; OCC VERY CALC; MOD BRIGHT LT YELLOW MINERAL FL; NO EVIDENCE OF OIL. 5120' SILTSTONE = BROWNISH GRAY TO DK YLWSH BRN; RESISTANT; CRUMBLY TO MOD TOUGH; SMALL PLANAR CTGS W/ROUNDED EDGES; MATTE LSTR WITH SCAT MICROSPARKLES; GRITTY, GRAINY TEXTURE; MOD TO STRONG CALC; GRADES TO AND IS INTERBEDDED WITH MUDSTONE; SCAT TO COM MICROFINE MICA; DK GRY/BLK CARB SPECKS AND FINES DISSEM THRUOUT; OCC BLEBS OF ASH FALL TUFF ASSOCIATED; MOD BRIGHT LT YELLOW MINERAL FL; NO EVIDENCE OF OIL. 5185' MUDSTONE = MED TO DARK BROWNISH GRAY; VERY SOFT TO SLI FIRM; DOM V SOFT MUSHY STICKY CLAY; RR FIRM AND CRUNCHY; MATTE LUSTER; SMOOTH TO GRITTY TEXTURE; WKLY CALC, OCC MOD TO VERY CALC; LOCALLY SILTY, GRADING IN PART TO SlLTSTONE; LOCALLY ARGIL, GRADING IN PART TO CLAYSTONE; SCAT FLAKES OF CALCITE; SCAT TO COM CARB MAT; RARE PIECES SHOW INCIPIENT FISSILITY; STRONGLY HYDRATED; SCAT BLEBS ASH FALL TUFF; OCCAS SBRDD DK GRY LITHIC PBLES ARE RARE; NO OIL SIGN. 5255' NOTE: INOCERAMUS SPICULES FIRST NOTED IN 5250 5280 SAMPLE TRANSPARENT, RECTANGULAR LATHS FOSSIL DEBRIS HORIZON DECLINES TO <1% BY 5340 5280 ASH FALL TUFF = WHITE, PALE YELSH BROWN, OCC LT GRAY; SOFT TO FIRM; CRUMBLY TO EASILY SCORED; DOM WAXY APPEARING, OCC CHALKY; 1 TO 3 MM FLAKES; OCC LENTIL SHAPED CTGS; SLI RESINOUS LUSTER; SMOOTH TO SLI GRITTY TEXTURE; OCC VERY CALC; MOD BRIGHT LT YELLOW MINERAL FL; NO EVIDENCE OF OIL. EPOCH 19 5325' 5485' 5530' 5570' 5615' ~ PHILLIPS Alaska, Inc. Palm #1 SILTSTONE = BROWNISH GRAY TO DK YLWSH BRN; RESISTANT; CRUMBLY TO MOD TOUGH; SMALL PLANAR CTGS W/ROUNDED EDGES; MATTE LSTR WITH SCAT MICROSPARKLES; GRITTY, GRAINY TEXTURE; MOD TO STRONG CALC; GRADES TO AND IS INTERBEDDED WITH MUDSTONE;5365 MUDSTONE = MED TO DARK BROWNISH GRAY; VERY SOFT TO SLI FIRM; DOM V SOFT MUSHY STICKY CLAY; RR FIRM AND CRUNCHY; MATTE LUSTER; SMOOTH TO GRITTY TEXTURE; WKLY CALC, OCC MOD TO VERY CALC; LOCALLY SILTY, GRADING IN PART TO SILTSTONE; LOCALLY ARGIL, GRADING IN PART TO CLAYSTONE; UBIQUITOUS CHUNKS OF CALCITE; SCAT TO COM CARB MAT; RARE PIECES SHOW INCIPIENT FISSILITY; STRONGLY HYDRATED; SCAT BLEBS ASH FALL TUFF; OCCAS SBRDD DK GRY LITHIC FRAGMENTS TO 4mm DIAM; OCCAS PYRITE XTALS AND AGGLOMERATIONS DISSEM;5440 SANDSTONE = GRYSH BRN; VFN GD; WELL SRTD; HARD;CALCITE CMNTD; GRN SUPT GD SPHER; TR PY; MANY DK GRY TO BLK ASSOC LITHIC GRNS ARE SBRDD TO SBANG; HARD, CRUNCHY, INCIPIENTLY FISSILE; TR INOCERAMUS REMNANTS V DISSEM; INSTANT BRIGHT LT YEL CUT FL PALE STRAW VISIBLE CUT; NO VIS OIL STNG. ASH FALL TUFF = WHITE, PALE YELSH BROWN, OCC LT GRAY; SOFT TO FIRM; CRUMBLY TO MUSHY; DOM WAXY APPEARING, OCC CHALKY;COMMON LENTIL SHAPED CTGS; SLI RESINOUS LUSTER; SMOOTH TO SLI GRITTY TEXTURE; OCC VERY CALC; MOD BRIGHT LT YELLOW MINERAL FL; NO VIS EVIDENCE OF OIL. SILTSTONE = MEDIUM GRAY WITH SLI BROWNISH HUE; SOFT TO SLI FIRM; CRUMBLY; MATTE LUSTER WITH SCAT SPARKLES; GRITTY, GRAINY TEXTURE; NON TO LOCALLY MOD CALC; SCAT TO COM MICRO MICA; SCAT CARB SPECKS; ARGILLACEOUS, GRADES TO MUDSTONE/CLAYSTONE; NO OIL. CLAYSTONE/MUDSTONE = MED BROWNISH GRAY; VERY SOFT TO SOFT; INCREASINGLY INDURATED CUTTINGS; PLATY TO BLOCKY HABIT; MATTE, EARTHY LUSTER; SMOOTH TO MOD GRITTY TEXTURE; NON TO LOCALLY VERY CALC; LOCALLY SILTY, GRADING TO AND INTERBEDDED WITH SILTSTONE; NO STRUCTURE; NO OIL INDICATORS. SILTSTONE = MEDIUM GRAY WITH SLI BROWNISH HUE; SOFT TO SLI FIRM; CRUMBLY; MATTE LUSTER WITH SCAT SPARKLES; GRITTY, GRAINY TEXTURE; NON TO LOCALLY MOD CALC; SCAT TO COM MICRO MICA; SCAT CARB SPECKS; ARGILLACEOUS, GRADES TO MUDSTONE/CLAYSTONE; NO OIL. EPOCH 21 ~ PHILLIPS Alaska, Inc. Palm #1 5655' SANDSTONE = MEDIUM GRAY; VERY FINE LOWER TO VERY FINE UPPER; FRIABLE; SUBANG TO RNDD; WELL SORTED; QUARTZ RICH WITH SCAT IGNEOUS LITHICS, RARE MICA; VAR GRAIN MTX SUPPORTED; SILTY; LIGHTLY CALCITE CEMENTED; ESTIMATED FAIR VISUAL POR; MOD BRT LT YEL SPL FL; SLOW STEAMING MILKY YEL CUT FL; PL STRAW VIS CUT. 5705' TRACE DARK BROWN OIL FREE IN SAMPLE. 5715' SILTSTONE = MEDIUM GRAY TO DARK GRAY WITH SLI BROWNISH HUES; SOFT TO FIRM; IRREG AND TABULAR CTGS; MATTE LUSTER WITH SCAT SPARKLES; GRITTY, GRAINY TEXTURE; NON TO SLI CALC; COMMON VERY FINE SAND GRAINS; GRADES IN PART TO VERY FINE GRAIN SANDSTONE; MOD BRIGHT LT YELLOW SAMPLE FL; MOD BRIGHT LT YELLOW MILKY SLOW STREAMING CUT FL; NO VISIBLE CUT IN WHITE LIGHT. 5770' SANDSTONE = LIGHT GRAY WITH SLI BROWNISH HUE; VERY FINE LOWER TO MEDIUM LOWER, DOM VERY FINE TO FINE RANGE; SUBANG TO ROUNDED; MOD SORTED; COMPOSED OF DOM QUARTZ, SCAT IGNEOUS LITHICS; VARIABLE MATRIX/GRAIN SUPPORT; LIGHT CALClT CEMENT; EST FAIR VISIBLE POR; LIGHT YEL SAMPLE FL; FAST STREAMING MILKY YEL CUT FL; PALE STRAW VIS CUT. 5820' SILTSTONE = LIGHT TO MED GRAY; SOFT TO FIRM; MATTE LUSTER WITH SCAT SPARKLES; GRITTY, GRAINY TEXTURE; SLI CALC;' SMALL LUMPY OR TABULAR CTGS; COMMON VERY FINE SAND; GRADES TO AND IS INTERBEDDED WITH SANDSTONE; MOD BRIGHT LT YEL SAMPLE FL; SLOW STREAMING MILKY YEL CUT FL; NO CUT VISIBLE IN WHITE LIGHT. 5865' SHALE = DARK GRAY TO BLACK; MOD FIRM; DULL LUSTER; SMOOTH TEXTURE; PLATY TABULAR CTGS HABIT; NON TO SLI CALC; SCAT CARB STREAKS; INTERBEDDED WITH CLAYSTONE AND SILTSTONE; MOD TO VERY GOOD FISSILITY. 5900' SANDSTONE = LIGHT GRAY; VERY FINE TO MEDIUM, DOM VERY FINE TO FINE; FRIABLE; SUBANGULAR TO ROUNDED; MOD SORTED; COMPOSED OF DOM QUARTZ, SCAT LITHICS; VARIABLE MATRIX/GRAIN SUPPORT; CLAY MATRIX; SLIGHT ACID REACTION; ESTIMATED POOR TO FAIR VISUAL POR; TRACE LT YEL SAMPLE FL; LT YEL SLOW STREAMING CUT FL; NO CUT VISIBLE IN WHITE LIGHT. [:1 EPOCH 22 ~ PHILLIPS Alaska, Inc. Palm #1 BROWNISH IN COLOR WITH DEPTH; SOFT; MUSHY TO CRUMBLY; PLATY BLOCKY AND IRREG CUTTINGS HABIT; MATTE LUSTER; SMOOTH TO SLI GRITTY TEXTURE; DOM NON CALC, OCC SLI TO MOD CALC; SCAT LAMS OF ASH FALL TUFF; SCAT CARB MATTER; LOCALLY SILTY, GRADES IN PART TO SILTSTONE. 6000' SHALE = DARK BROWN, DARK REDDISH BROWN, DARK GRAY; MOD FIRM TO FIRM; CRUMBLY TO BRITTLE; 2 TO 5 MM CTGS; DOM PLATY HABIT WITH COMMON VERY FINE CRENELATIONS; APPEARS SIMILAR TO CHOPPED LEAVES; OCC IN THIN BOOKS; V FISSLE; NO OIL. 6045' SHALE = DARK BROWN, DARK REDDISH BROWN, DARK GRAY; MOD FIRM TO FIRM; CRUMBLY TO BRITTLE; 2 TO 5 MM CTGS; DOM PLATY HABIT V THIN BDG OCC CRENULATED; FLAKEY; APPEARS SIMILAR TO VERMICULITE; COM IN THIN BOOKS; V FISSLE; DK GRY CARB MAT FLAKES ALIGNED ALONG V THIN BDG PLANES; DECR FLAKINESS, BETTER INDURATED W/BLOCKY CTGS FROM 5090 6030 SAMPLE ON. 6095' ASH FALL TUFF = WHITE TO LT GRY; RR PL YLWSH BRN; SOFT TO FIRM; CRUMBLY TO MUSHY; DOM WAXY APPEARING, OCC CHALKY;PLANAR CTGS; WELL BDD; SLI RESINOUS LUSTER; SMOOTH TO SLI GRITTY TEXTURE; OCC VERY CALC; INCR WELL INDURATED W/DEPTH; NO OIL INDICATORS. 6140' SANDSTONE = DK YLWSH BRN; V FINE TO MEDIUM, DOM VERY FINE TO FINE; FRIABLE; SUBANGULAR TO ROUNDED; MOD SORTED; COMPOSED OF DOM QUARTZ, SCAT LITHICS; DOM MATRIX SUPPORTED; CLAY AND CALCITE MATRIX; STRONG ACID REACTION; FAIR VISUAL POR; ABSORBS LIQUID RAPIDLY; LT YLW SMPL FL; LT YEL SLOW.STRMING FL; NO CUT VISIBLE IN WHITE LIGHT. 6190' SHALE = DARK BROWN, DARK REDDISH BROWN, DARK GRAY; MOD FIRM TO FIRM; CRUMBLY TO BRITTLE; BLOCKY CTGS; DOM PLANAR; BDG OCC CRENULATED; EASILY SCORED W/PROBE; CLAY RICH UNIT; FISSLE; DK GRY CARB MATTER ALIGNED ALONG BDG PLANES; INCR INDURATED W/ DEPTH; OCCAS SBRDD QTZ GRNS SCAT THROUGHOUT; INTERBDD W/ SNDST HORIZONS; MILKY YEL CUT FL; WK PALE STRAW VIS CUT. 6285' SIDERITE = PL RDDSH BRN; V HARD, SMOOTH; NON-POROUS CAPSTONE; V SLOW REACTANCE W/DILUTE HCL; V RESISTANT; ANGULAR, BLOCKY CTGS 2/SB CONCHOIDAL FRACTURE; NO APPARENT OIL SIGN. [:1 EPOCH 23 ~ PHILLIPS Alaska, Inc. Palm #1 6315' SAND = LIGHT GRAY OVERALL; DOM CLEAR AND TRANSL TO MILKY; DOM MED GRAIN; DOM SUBANG W/OCCASIONAL WELL ROUNDED, GOOD SPHERICITY; CLEAR QUARTZ GRAINS; INVARIABLY ASSOCIATED WITH ROUNDED PYRITE CRYSTAL AGGLOMERATIONS; OCCASIONALLY SUBROUNDED QUARTZ PEBBLES ARE 2 TO 5 MM DIAM; TRACE YELLOWISH FLUOR AND QUICK MILKY CUT. 6355' SHALE = DARK REDDISH BROWN TO BROUWNISH BLACK; MOD FIRM TO FIRM; CRUMBLY TO BRITTLE; BLOCKY CTGS; DOM PLANAR; OCC CRENNELATED; VERY THIN BEDDING PLANES; 1MM DIAMETER CALCITE BLEBS DISSEM; RARE QTZ PEBBLES DISSEM RANDOMLY; WEAK OR NO REACTION WITH DILUTE HCL; UNIT INTERBEDDED WITH MUDSTONE HORIZONS; CLAY RICH SHALE; OIL ODOR NOTED; MILKY YELLOW CUT FL; WK PALE STRAW VISIBLE CUT; WEAK OIL SLICK NOTED ON WATER SURFACE. 6435' SAND = LIGHT GRAY TO WHITE OVERALL ;DOM CLEAR, TRANSL WHITE, RR LT TO MED GRAYISH GREEN; VERY FINE TO MEDIUM, DOM FINE GRAIN; ANGULAR TO ROUNDED DOM SUBANG TO SUBROUND; POOR TO MOD SORTED; COMPOSED OF DOM QUARTZ, SCAT IGNEOUS/META LITHICS, RARE GLAUCONITE; LOOSE IN SAMPLES; EVEN MOD BRT LT YEL-GOLD SAMPLE FL; INSTANT BRT YEL-WHITE CUT FL; NO CUT VISIBLE IN WHITE LIGHT. 6490' SILTSTONE -- LT TO MOD BRN, INCR REDDISH W/DEPTH; SOFT TO FIRM; CRUMBLY; 2 TO 3MM IRREG SHAPED CTGS; MATTE LUSTER WITH SCAT SPARKLES; GRITTY, GRAINY TEXTURE;NON TO LOC MOD CALC; COM VERY FINE SAND,GRADES TO AND IS INTERBEDDED WITH SANDSTONE; LT YEL-GOLD SPL FL; SLOW STREAMING LT YEL CUT FL; NO CUT VIS IN WHITE LIGHT. 6555' SAND = DOM CLEAR, TRANSL WHITE; CLASTS RANGE FROM VERY FINE TO GRANULE SZ;DOM FINE GRAIN; SUBANG TO ROUNDED;POORLY SORTED; QUARTZ RICH, SCAT IGNEOUSAND META LITHICS; APPEARS TO BE VERYTHIN STRINGERS INTERBEDDED WITH SILTSTONE. EPOCH 24 RIG ACIVITY 2/2/2001 2/3/2001 2/4/2001 2/512001 2/6/2001 2/7/2001 ~ PHILLIPS Alaska, Inc. Palm #1 RIG ACTIVITIES Finish repairing shaker in rock washer house. Drill 12.25" hole from 115' to 909'. Change shaker screens to minimize overflow at rock washer. Drill from 909' to 934'. Clean solids out of rock washer fluid returns tank with super sucker. Drill from 934' to 1294'. Drill from 1294' to 2633'. Pump hi vis/Icm sweep, circulate hole clean. Pump slug and POOH to 912'. Intermittant tight hole from 1935' to 1093', 25-50k over. Had to pump and pack ream using rotary slips. Trip in hole. Ream through tight spot 1500' to 1540'. Pump hi vis/Icm sweep. Circulate and condition for casing. Pump slug and POOH. Tight from 1640' to 1590', 25k over. Work through without pump. Lay down BHA. Download MWD/LWD data. Rig up casing running equipment. Run 9.625" casing. Circulate casing 60 spm at 750 psi at 1506'.mprecautionary. Continue running casing. Hit bridge at 2040'. Could not work through bridge. Rig up to circulate through bridge. While circulating and working casing the casing collar jung on the diverter riser and broke air boot seal. Shut down pump for repairs. Finish repairs to flow riser. Circulate through tight spot at 2040'. Finish running casing to bottom at 2616'. Land casing on hanger and make up Dowell cement head. Circulate' and condition mud prior to cement job. Replaced 2" cement line with high pressure hose. Test cement line to 3500 psi. Cement casing per procedure. CIP @ 10:36 hrs. 2/5/2001. Bumped plugs and floats held. Clean out diverter. Nipple down and set out same. Set in and nipple up BOPE. Rig down casing elevators and bails. Rig up floor to drill ahead. Rig up to test BOPE. Test all BOPE equipment. Test witnessed and approved by John Spalding (AOGCC). Set wear bushing. Rig down BOPE test equipment. Blow down BOPE lines and test equipment. Make up BHA #2, orient and load sources. RIH to2349'. Cut and Slip drilling line (140'). Pick up delly, thaw ice plug. Circulate and condition mud for casing test. Test casing to 2500 psi for 30 minutes. RIH to 2478'. RIH to tag cement at 2512'. Clean out cement to float collar at 2529' and drill same. Clean out cement to 2616' and drill casing shoe. Clean out rat hole to 2633' and drill 20' of new formation to 2653'. Circulate and condition mud for formation leak off test. Run formation integrity test to 16.o ppg emw. Circulate and change out mud to 9.5 ppg. Conduct baseline test for PWD tool. Drill ahead 2653' to 2670'. Drill 2670' to 3860'. EPOCH 25 2/8/2001 2/9/2001 2/10/2001 2/11/2001 ~ PHILLIPS Alaska, Inc. Palm #1 Drill from 3860' to 4019', sweep hole, flow ck, pump dry slug, wipe hole to shoe, no problems. Drill 4019' to 4306' Gas gradually increasing with a peak to 730 units. Increased mud wt from 9.6 to 9.8 ppg, gas decreased to 250 to 350 units level. Continued to raise mw to 10.0 ppg. Circulated gas to below 100 units. Drill 4306' to 4311'. Circulated up a BU gas of 270 units. Raise mud wt from 10.0 to 10.2 ppg. Drill 4311' to 4434'. Drilling down increasing increments from 10'to full kellys, max gas 635 units, circulating gas down after each increment to <200 units and flow checking before proceeding. Drill from 4434' to 4625' (full kellys) with flow checks. BG gas progressively decreasing from 300 to <150 units. Connection gas decreased from 500 to 10 to 20 units. Drill from 4625' to 5072'. Short trip to 3700'., circulate bottoms up of 135 units gas. Drill from 5072' to 5600'. Drill from 5600' to 5677'. Circulate bottoms up -350 units gas down to 100units. Drill from 5677' to 5709'. With flow checks on connections. Change pop off on #2 pump. Drill from 5709' to 6251'. Pump sweep and circulate bottoms up--gas 770 units down to 170 units. Wipe hole 5 stands. Tight 26k over at 5878'. Worked through with no problems. Circulate bottoms up. Max gas 360 units. Flow check and pump dry job. Short trip to shoe at 2616'. Hole in good shape. Service rig and monitor well. Trip in hole from shoe @ 2616'. Hole free-- no fill. Circulate bottoms up--1100 units trip gas. Circulated with one pump while repairing pump #2. Found a piece of wood in pump. Drill from 6251' to 6288'. Gas at surface 2500 units +. Well flowing--shut in same at 07:09 hours. SIDPP = 40 psi, SICP = 20 psi. Blow down kelly. Weight up surface system from 10.6 to 10.8 ppg. Moved all misc. equipment and trucks away from rig while weighting up mud system. Started pumping kill weight fluid at 09:08 hrs. Pumped kill weight fluid per pump schedule. Kill weight fluid at surface at 11:36 hours. Shut down pump and observe well. No flow. Open hydril--well static. Blow down choke line. Circulate bottoms up. Continue circulating and weight up from 10.8 to 11.0 ppg. Drill from 6286' to 6442'. Checked well on connection--well flowing--shut in same using hydril at 18:11 hours. SlDPP = 120 psi. SICP = 10 psi. Blow down kelly. Weight up surface mud system from 11.0 to 11.4 ppg. Moved vac and water trucks away from rig while weighting up. Started pumping kill weight fluid at 20:55 hours. Pumped kill weight fluid per pump schedule. When kill weight mud should have been at surface 11.5 it was 8.5 to 8.8-- gas was down to 300+ units. While circulating out gas ranged from 3000 to 4000+ units. Epoch equipment was pegged--live oil on shakers. gl EPOCH 26 2/12/2001 2/13/2001 2/14/2001 ~ PHILLIPS Alaska, Inc. Palm #1 Note: the following ops were conducted on 2/12/2001' We continued pumping 11.4 ppg mud at 70 spm--watching casing pressure closely. 20 psi was the highest pressure observed on the casing gage. At the end of a full circulation mud weight out were 8.9 to 9.2 ppg~cjas was back up to 1300+ units. Shut in well at 01:25 hours 2/12/2001. SIDDP = 50 psi, SICP = 0 psi. Weight up to 11.7 ppg. Continued to circulate through choke 11.4 ppg mud at 70 spm. Watched casing pressure closely. 20 psi was the highest pressure observed on the casing gage. At the end of a full circulation mud weights out were 8..9 to 9.2 ppg. Gas was back up to 1300units+. Shut in well at 01:25 hours. SIDDP = 50 psi. SICP = 0 psi. Continued to weight up to 11.7. Observed gas to 3250 units when gas began to gradually decrease to 750 units with mud weight out @ 10 ppg + at 08:30 am. Continued to circulate via choke at 3.4 bpm while adding barafiber and baraseal to build concentrations of 3 and 2 ppb. Additions of barite were continued to maintain 11.7+ in with mud weight out slowly increasing to 11.6 ppg+ and gas decreasing to 300 to 350 range. Flow check well dead, configure to circulate conventionally at 5 bpm, bottoms up gas 1200 units. Circulate at 5 bpm with gas decreasing to 300 units. Flow check well dead, pump dry pill, pooh 15 stands, no problems. Monitor well--dead for 1 hour. Run into hole---no problems. Circulate bottoms up of 2850 units gas at 3.5 bpm. Required 1.25 hours from gas peak to 400 units of gas. Circulate and raise mud wt to 12.0 ppg. Observe well, slug drill pipe. Short trip, pulled 15 stands---no problems. Observe well. Run into hole--no problems. Circulate bottoms up--mud cut to 11.5 ppg. Circulate and raise mud weight to 12.2 ppg. Observe well, slug drill pipe, pooh with 25 stands drill pipe to 4009'--no problems. Observe well--static. Run into hole---no problems. Circulate bottoms up~400 units background gas. 600 units bottoms up gas. Condition mud to 12.2 ppg for trip out. Pooh for weakly BOPE test. Monitor well at 2543' for .5 hour, hole took 1 bbl at 2 bph. Cai fill to this point = 24 bbl, actual fill 39.5 bbl, (15.5 bbl over). Continue pooh. Pull out of hole for BOPE test, remove RA source. Lay down BHA, pull wear ring, wash out stack, function test BOPE. Rig up test equipment. Test BOPE as per Phillips policy. Repair kelly cock and 4 way valve. Finish BOPE test. Pull test plug and set wear ring--hole took 3 bbl mud in 9 hours. Make up BHA #3--changed out motor and reconfigured MWD tools. Run into hole to 6390' breaking circulation and circulate bottoms up at 2672' and 4672'mhole in good shape. Circulate up---520 units trip gas, mud weight 12.5 ppg. Circulate and condition mud to 12.2 ppg. Running mud over shakers. No mud losses. gl EPOCH 27 2/15/2001 ~ PHILLIPS Alaska, Inc. Palm #1 Circulate and condition mud to 12.2 ppg to drill ahead. Put mud over shakers. Drill from 6442' to 6620' T.D. of well. Pump sweep around and circulate hole clean for wiper trip. Observe well, slug drill pipe. POOH with 25 stands to 4200'. Hole in good shape. Observe well--static. Run into hole--no problems. Circulate bottoms up~50 units gas. Pump sweep around and condition mud and hole for logs. No mud losses to formation. Monitor well--slug drill pipe. Start POOH to 6274'. Run into hole due to high winds--55 MPH. Circulate and work pipe, wait on weather. EPOCH 28 MUD RECORD ~ PHILLIPS Alaska, Inc. Palm #1 MUD RECORD DATE 212101 2/3101 214101 215101 216101 217101 218/01 219101 2110101 2111101 2/12/01 2113/01 2/14/01 2115/01 2/16/01 DEPTH 145' 1250' 2633' 2633' 2633' 2653' 3860' 4590' 4590' 6251' 6442' 6442' 6442' 6442' 6620' MW PPg 10.1 10 98 10.2 10.1 9.6 9.6 10.2 10.2 10.6 11.4 11.8 12.3 12.2 12.2 VIS 101 92 98 104 5O 52 47 49 49 46 54 60 61 52 52 PV 31 25 36 41 24 14 18 18 18 26 21 32 26 20 22 YP GELS FL FILTER CAKE 39 23/50 9.2 2 27 18/44 6,8 2 39 21/45 5.4 1 42 23/44 5.8 1 11 8-Apr 6 1 12 3-Feb 6 1 16 14-May 5 1 17 14-Jun 4,5 1 17 14-Jun 4.5 1 23 10-Jul 3.4 2 18 9-Jun 3,6 2 26 12-Aug 3 2 17 8-Jun 3 2 15 7-May 3 2 18 8-May 3.4 2 SOLIDS % SAND % 8 na 11 1 12 0.5 13 0.25 12 tr 6 0 8 tr 8 0.01 14 tr 14 tr 15 tr 16 tr 17 tr 17 tr 17 tr pH 9.8 9.5 9.2 9.1 8.8 10 10.1 9.9 9.9 8 8,8 9.4 9.5 9.3 9.5 CI- ppm 4OO 3OO 3OO 3OO 3OO 5OO 4O0 35O 35O 5OO 7OO 7OO 70O 7OO 700 OIL % EPOCH 29 SURVEY RECORD ~ PHILLIPS Alaska, Inc. Palm #1 SURVEY RECORD Depth Incl. Azim. TVD NIS E/W Vert. Dogleg Dep. Dep. Section Sever. 116.00 0.00 0.00 116.00 0.00 0.00 0.00 0.00 143.29 0.87 125.78 143.29 -0.12 0.17 -0.18' 3.20 234.79 1.16 114.42 234.77 -0.91 1.57 -1.63 0.38 329.60 1.32 106.43 329.56 -1.61 3.49 .3.50: 0.25 419.58 1.48 116.65 419.52 -2.43 5.53 -5.67 0.33 510.22 0.86 116.49 510.14 -3.26 7.18 -7.37' 0.68 601.69 1.29 102.26 601.59 -3.79 8.81 -9.03 0.55 693.63 1.30 118.61 693.51 -4.50 10.74 -11.00 0.40 784.68 1.57 116.86 784.53 -5.56 12.75 -13.08 0.30 875.75 1.1 9 119.66 875.57 -6.59 14.68 -15.07 0.42 967.87 1.29 111.81 967.67 -7.45 16.48 -16.92 0.22 1061.25 1.25 114.73 1061.03 -6.26 18.38 -18.86 0.09 1159.64 1.14 107.70 1159.40 -9.01 20.28 -20.81 0.18 t 255.t 7 1.31 101.84 1254.90 -9.52 22.25 -22.81 0.22 1351.02 1.06 99.44 1350.73 -9.89 24.19 -24.77 0.26 1446.73 0.95 89.01 1446.43 -10.02 25.86 -26.44 0.23 1550.33 1.41 86.81 1550.0t -9.94 27.99 -28.56 0.44 1637.72 1.16 87.84 1637.38 -9.84 29.94 -30.51 0.28 1732.88 1.38! 101.68 t732.61 -10.04 32.03 -32.60! 0.40 1828.54 1.52 98.38 1828.24 -10.40 34.41 -35.01 0.17 1924.52 1'59. 102.04 1924.09 -10.92 36.97 -37.59 0.13 2019.43 1.45 98.33 2018.96 -11.37 39.46 -40.09! 0.18 2115.33 1.42 106.28 2114.83 -11.88 41.79 -42.46 0.21 221t.10 1.201 111.69 2210.58 -12.58 43.86 -44.57 0.26 2306.81 1.11 112.96 2306.27 -13.31 45.65 -46.40 0.11 2402.85 0.79 119.52 2402.29 -14.00 47.08 -47.87 0.35 2498.78 0.89! t13.77 2498.21 -14.63 48.33 -49.16 0.14 2565.99 0.84 118.03 2565.42 -15.07 49.25 .50.10 0.12 2643.27 0.83 114.05 2642.69 -15.56 50.26 .51.14 0.08 2706.42 0.61 118.32 2705.83 -15.91 50.97 .51.88 0.36 2802.25 3.54 267.92 2801.61 -16.26 48.46 -49.39 4.26 2897.88 7.66 275.44 2896.76 -16.76 39.16 -40.08 4.36 , 2993.23 1t.82 274.66 2990.72 -14.38 23.09 -23.96 4.36 3089.00 15.56 270.41 3083.76 -13.51 0.46 -1.32 4.03 3154.97 18.73 267.94 317,5.45 -13.97 -27.81 26.87 3.39 3283.12 21.71 268.92 3267.54 -14.88 -61.71 60.65 3.05 3376.55 24.49 271.16 3353.48 -14.81 -98.36 97.22 3.12 3472.06 27.87 273.91 3439.18 -12.89 -140.43 t39.34 3.76 , 3567.87 30.82 275.34 3522.68 -9.08 -187.23 186.28 3.17 3663.90 33.73 275.40 3603.86: .4.24 -238.28 237.53 3.03 3759.64 34.89 275.54 3682.95 1.08 -291.98 291A6 1.22 3855.07 35.54 276.53 3760.87 7.02 -346.75 346.50 0.89 3960.69 36.01 . 276.76 3838.40 13.50 .402.34 402.39 0.42 4045.95 35.32 271.45 3915.81 17.49 .457.69 457.88 3.33 EPOCH ~ PHILLIPS Alaska, Inc. Palm #1 Depth Incl. Azim. TVD NIS E/W Vert. Dogleg Dep. Dep. Section Sever. 4141.79 35.33 270.58 3994.00 18.48 -513.10 513.24 0.52 4237.56 35.53 271.36 4072.04 19.42 -568.61 568.70 0.51 4333.33 36.31 270.84 4149.60 20.49 -624.78 624.82 0.88 4429.20 36.76 270.37 4226.63 21.09 -681.85 681.82 0.55 4525.44 36.64 271.30 4303.79 21.93 -739.36 739.26 0.59 4821.05 35.87 272.67 4380.89 23.88 -795.86 795.78 1.17 4716.51 35.64 271.47 4458.26 25.91 -851.74 851.67 0.74 4812.01 36.08 270.67 4535.55 26.95 -907.82 907.70 0.56 4908.24 35.97 273.21 4813.38 28.87 -964.37 964.27 1.56 5008.61 36.25 273.58 4694.47 32.37 -1023.43 1023.42 0.36 5099.72 36.42 274.03 4767.86 35.95 -1077.29 1077.41 0.34 5194.48 35.02 273.60 4844.79 39.63 -1132.49 1132.73 1.49 5290.21 34.82 273.13 4923.28 42.85 -1187.20 1187.53 0.35 5385.75 34.71 272.70 5001.77 45.61 -1241.61 1242.01 0.29 5481.98 34.21 271.81 5081.11 47.76 -1296.01 1296.44 0.73 5577.47 33.81 274.35 5160.27 50.62 -1349.34 1349.84 1.54 5673.43 34.02 274.01 5239.91 54.52 -1402.74 1403.38 0.29 5769.12 34.52 272.02 5318.98 57.34 -1456.54 1457.25 t.29 5864.51 34.11 274.72 5397.77 60.50 -1510.22 1511.02 1.65 5960.22 33.79 274.97 5477.16 65.01 -1563.48 1564.46 0.37 6055.32 33.73 274.24 5556.23 69.25 -16t6.16 1617.30 0.43 6147.65 33.48 273.66 5633.12 72.77 -1667.15 1668.41 0.44 6246.73 32.99 273.68 5715.99 76.25 -1721.34 1722.72 0.50 6342.09 33.09 273.69 5795.93 79.59 -1773;23 1774.7t 0.10 6437.36 33.37 273.15 5875.62 82.70 -1825.34 1826.91 0.43 6533.29 32.72 273.73 5956.03 85.83 -1877.56 1879.23 0.75 6553.25 32.49 273.32 5972.85 86.49 -1888.29 1889.98 1.59 6620.00 32.49 273.32 6029.15 88.57 -1924.09 1925.64 0.00 EPOCH 32 BIT RECORD ~ PHILLIPS Alaska, Inc. Palm #1 BIT RECORD BIT GRADING I 0 D L B G O W N U U O E A T H N T L C A U H Y E E L A R G E R R T I E R P C I N U R R H O G C L O O A N $ H L JETS TOTAL AVG W Wi R A E S S R D BIT SERIAL SIZE (in 32nds) DEPTH DEPTH FEET BIT AVG AVG AVG PUMP NUMBER NUMBER INCHES MAKE TYPE I 2 3 4 IN POOH DRILLEE HOURS FTIHR WOB RPM PS1 I D47JM t2.25 HTC MXCI 12 16 16 16 1t5 2633 2518 24 106 22 t20 1540 4 4 W1 A E I ER TD 2 24312 8.5 HYC DS?0FNPV 6 x t2 2633 6442 3809 66.76 67 5.5 130 2650 I t BT N X I INO HR 2RR 24312 8.5 HYC DS?0FNPV 6 x 12 6442 6620 178 2.9 6t 5.5 140 2650 NOT GRADED EPOCH 33 DRILLING PROGRESS ~ PHILLIPS Alaska, Inc. Palm #1 -1000 -2000-! -3000-! e -4000- -5000 i -6000 -7000-' ........ Phillips Alaska, Inc. Palm #1 Drilling Progress , ,, ..,, , , ~, , . i gl EPOCH 34 RIG TIME DISTRIBUTION OCH RIG HOURS Phillips Al(, Inc. Palm #1 North Slope Borough I- 0 -- ~ w 0 ~- LU 0 I- I ILl I-- I-- <~ n,, tY o (3 ~ 0 0 O, ~ n, _ n- n, _ LU LU _ [u 0 2/2/01 22.50 1.50 24.00 213101 22.50 1.50 24.00 2/4101 3.00 8.00 3.00 2.00 7.00 1.00 24.00 2/5/01 4.50 . 0.50 7.00 9.00 3.00 24.00 2/6101 4.00 0.50 2.50 1.50 3.50 ZOO 5.50 0.50 4.00 24.00 2/7/01 24.00 24.00 2/8101 2.00 18.00 4.00 24.00 2/9101 4.50 19.50 24.00 2/10101 4.00 5.00 14.50 0.50 24.00 2/11101 4.00 1.50 3.00 15.50 24.00 2/12/01 24.00 24.00 2/13/01 12.00 8.00 4.00 24.00 2/14101 1.50 13.50 2.00 7.00 24.00 2115101 4.50 4.00 8.00 7.50 24.00 n LU ~ z ~E I u.II- I-,~ ~Y o ~ 0 0 ~ n,' _ n,' r~ _ LU LU -- LU I-- 0 0 0 0 0 0 0 0 0 0 0 0 1.0 ~ 0 0 0 0 0 1.0 0 0 0 'TOTAL .. Phillips Alaska, Inc. Palm #1 Rig Utilization 132% m4% m5% [31% m13% m16% m6% m2% m5% Ei11% m23% [3:311% /mSHA !mDRILL I[3WIPER TRIP [3CIRCULATE mTRIP mDIR WORK mREPAIR RIG 13 REAM / CLN OUT m RUN & CMT CSG m NIPPLE UP--DOWN I [3 TEST BOPE mWELL CONTROL mOTHER .,_.J Phillips Alaska, Inc. Palm #1 Rig Utilization = 40.00 70.00 60.00 50.00 30. O0 20.00 · BHA ·]DRILL []WIPER TRIP []CIRCULATE ·]TRIP · DIR WORK · REPAIR RIG [] REAM ! CLN OUT · RUN & CMT CSG · NIPPLE UP--DOWN 13 TEST ·OPE · WELL CONTROL · OTHER 10.00 0.00 FINAL LOGS