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188-143
ALASKA OIL AND GAS CONSERVATION COMMISSION 'WALTER J, HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 August 5, 1994 Ethel H. Nelson, Land Mgr Texaco Inc. P O Box 100899 Anchorage, AK 99510 Re: Final Location Clearance Two Wolfbutton Wells Dear Ms. Nelson: Two of Texaco's wells have been reviewed for location clearance; they are W~butt°.n 2iS~6~g'.and Wolfbutton 32-7-8. The well files were recently reviewed to confirm that both wells were properly plugged. On August 23, 1989, Eric Decker from the DNR Division of Land and Water "...conducted an on site inspection of the Texaco exploratory drill site. The inspection revealed no further rehabilitation or clean-up activities would be required on this site by the division." Based on the above information, final location clearance is hereby apProved for these Texaco wells: Wolfbutton 25-5-9 (PTD 88-143) Wolfbutton 32-7-8 (PTD 88-144) Chairman~ ~ c: Blair Wondzell bew/1 ltx2nsw CORE LABORA'II:3RIES Fi'lONe: (f~KI7) 34~1-,3541 FAX: (907) TO: TEXACO, INC. ATTN: BOB CRANDELL FROM: PERRY BROWN CORE LABOFIATORIE$ 8O05 SCHOON ST. ANCHORAGE, ALASKA 9951.8 FAX NO: 276-7542 PAGES: 5.t. COVER DATE: 21-APR-92 ,..qUBJECT: CORE ANALYSIS DATA SHEETS FROM WOLFBUTTON 25-6-g 8005 ,~¢hoon Streei. Ancl~o~age, Alaska 99518-3G45, (907) 349-3541, t~x (907) 344.28'23 Di~%RTMENT OF NATURAL RESOURCES February 4, 1992 DIVISION OF LAND AND WA TER Texaco, Inc. 550 West Seventh Avenue Anchorage, Alaska 99501 Attention: Ethel Nelson Reference: Wolf button Well Site Close Out LAS 11663 LO/NS 88-123, LO/NS 88-124 WALTER J. HICKEL, G,~/ERNOR NORTHERN REGION ~1~ 3700 AIRPORT WAY l~ FAIRBANKS, ALASKA 99709-4699 PHONE: (907) 451-2700 ~ De,>_r M~. Nelson: On August 23,. 1989, Eric Decker from this office conducted an on site inspection of the Texaco Wolf button Exploratory Well Sites. This inspection revealed that no further rehabilitation or clean-up activities w-ould be required on this site by this division. This was reported to you in a letter from our office dated March 9, 1990. Unfortunately, this letter did not specify which of the Wolf button wells had been inspected, f The Wolf button wells that were inspected by Eric Decker were wells 32-7-8 and 25-6-9. By copy of this letter, I will pass this information 'to the Alaska Oil & Gas Conservation Commission. if you have any other questions regarding this matter, please call. Sincerely, N ~atural Resource Officer cc: 'DOuglass, AOGcc Matt Rader, DOG RECEIV£D FEB - 6 t99 Alaska 011 & Gas Cons. Commission Anchorage 10-J18LH IIII III I I RECEIVED WOLI:SUTT W LU; t:3 -7.1] & i i i · .... Oeparbnent of Na~:u~al Resources Dlviston of Land & Water Management 4420 At rport Way Fairbanks, Alaska g~JTO~ F E B - 3 1992 Alask~ Oil & Gas Cons. Commission Anchorage Attention: Mr, 6~e~; Ztmerman Natural Resource Offtcer Gentlemen: Thank you for your assistance end cooperation in the rev(ew and approval of the captioned permit, The purpose of this letter ts to inform you Df Texaco's co~npletton of ities &uthortzed unde~ the permit. Ail activities were conducted as Operations ~gan on Noy~bar X7, Z986~ and all operations ~elat~ve ~ drfltt~ of Texaco's ~lls were collated on Ha~h ES, ~989. The ice to Texmco's ~11 l~ations ~ere blocked off fr~ the rest ~ ~ r~da sfl~ be~. Va~(ous Sta~ ~pres~aGtves periodically tnspecCed our o~ e~tl~s. 8otb wells have ~en plugg~ a~ abandoned in acco~ance St&re ~ulati~s and witnessed and appr~ed ~ a repres~tattve of ~he AOGCG, No other ~lls we~ drilled by Texaco du~tng this winter's The remainder of the r~ds were m~tn~Ined ~or use by BP [xplor~tlon Unocal until March 2~, et whtch time BP co~leta~ operetdons ~nd the r~ m&Iniained untll iprll 3, 19~9, mt ~tch ti~ Unocal c~pleted ~r&~l~s the ~by ~ location. All equlp~nt and 9actl~ties have been re~ved e~ ~he ~ads were cleared of any r~Intng debris and ~ enti~ ice ~ ~yS~ aba~oned effective April 3, ~g89. i snow bern was placed at Arco's E9 pad our dep~ure, ~ ~ c~ kn~n occurrences of ~ndra disturbance during ou~ ope~atlons. ~ Nove~er Z~, t988, a dozer cleardng snow a~ mtle 2~ d~p~d the blade I~.and distu.~d the ~ndra, 0n March 14, S~9, wpdle grdnddng ~zen drill cutt. ln~ the operator went too deep and cul into ~ tundra a~ the storage pKI ~rea. l~se ~a$ w111 be Inspect;el thoroughly Chls s~er ~hen ~he sn~ ~or~gh (NSB), Finml cleanup of the drill site will 'be camj)leted by VROA Envtronmentml Services under-the supervision oi' ?~xaco and will be available t'ar inspection by nmp~sent~tives of AO6CC, DNR and NSB during the su~eP of 1089. Wm will notify you ot' t~e final completion clmte. Again, ~e appreciate your help and look forward to wa~ktng with you tn the E. H. PETE NELSON Senior Land Representattv~ £HN ~ cc: Mr. Warren Natumeak, NSB bce: PT/~3g RECEIVED F E B - 3 1992 Ala~ska Oil & Gas Cons. Commission Anchorage Narch 9, 1990 .I · , /~-%~a im~paotiom r, bvealed no further reh~:'.'.%~..~ion or c~ean-u,? activt~te~ W~ald b,a required on this ai~e !~2, ~is divi~A~n. T.e~a~3 has ahown .tn ~e pe~t~tnq Drocll~ and oxe~-up of ~ha you have any queaticmo, please call. Natural _~euouroe O~ficer j AN 3 11992 N~s~ U~ & Gas Cons. Commiss~oD ~chor~ge Tex~co USA April 14, 1989 Suite i 320 Anchorage 907 278 96! WOLFBUTTON PROSPECT ABANDONMENT MARKERS Mr. Mike Minder Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Dear Mike' As per our phone conversation this date, I am enclosing photographs taken of the abandonment markers on Texaco's Wolfbutton #25-6-9 and #32-7-8 wells. The pictures of the marker for #25-6-9 were taken on 2/16/89 and the inscription is: Texaco Inc. Wolfbutton Prospect ADL #3.68074 1544' FSL & 736' FEL Sec. 25, T6N, RgE, UM The .p-i..ctures....of,....--.the..,.ma.rke~.,~.,-f.or-..-..#32-7-8 were taken on 3/17/89 and the inscription is' ................. Texaco Inc 894 ,.N.L &.-2.434 FEL W,o,~' f6U t t o n If there are any questions, I will be in our Anchorage office through 3/19/89. I will return to Alaska in mid-July for cleanup and inspection by A06CC of our road routes and rig sites. Very truly yours, T. M. Y~ TMY'bjs Attachments T1/25 RECEIVED APR 1 8 1989 Alaska 0il & Gas Cons. Commlss{oil Anchorage '1 .! ALASli.~'~OIL AND GAS CONSERVATION C~vIISS_ION__ WELL COMPLE~ _. ~)N OR RECOMPLETION .... ~PORT AND LOG I. Szzlus of Wetl Classification of Service Well OIL !'1 GAS !:] SUSPENDED [::) ABANDONED ~)~ SERVICE ~] . . 2. Name of ODetator 7. Permit Number Texaco,. I nc. 88-143 3. Aclc~'eu 8. APl Number P.O. Box 811, Ventura~ CA 93001 so-223-20017 4. Location of well at surfaco 9. Unit or Lees4 N~ne ADL. #368074 1544' FSL, 736' FEL, SEC 25, T6N, R9E U.M." At Tol) Procl~cin~ Interval 10. Well Number Same (Straight Hole) Wolfbutton 25-6-9 At Total Depth 11. Field and Pool Same (Straight Hole') S. Elevation in feet (indicate KB, DF, etc.) I 6. Le~e Desigrmtion and $etbl No. KB 334' I 1-9-89 2-3-89 2-12-8~J _ feet MSL 0 17. TotelI~Dth(MD+TVD) 18.PluoBackDepth(IVlD~1~DI 19. OirectionelSur~.Y I 20. Depth where SSSV set 121. ThicknmofPlrmafrost 10,241' Surface~ ~YES.[~. NOB I , ___ feetMOI 1/~7~' KB :22. Type Ele:tric or Othm* Logs Run uipmeter-~~ ~_..;_~(~ ------~,,,~I-* ~'~.c, D/FL/BHC/AC/GR/SP, lC AL-ZDL/CNL/GR/CAE-DI FL/MLL/ES/AC/G R/SP- ZDL/CN L/SPL / 23. CASING. LINER AND CEMENTING RECORD SE'i'rING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 106.5~ K-55 Surf. 109! ~§" 5 yds. Permafrost ~'r,~.t. 13-3/8" 68# L-80 Surf. 2477' 17-1/2" 26~1~4 ft3 Permafrost Cmt. 24. Perforltiom open to Pr_,~J_,_~tion (MD+TVD of Top and Bottom ~nd 25. TUBING RECORD interval, size amd number) SIZE DEPTH SET (MD) PACKER SET (MD) N/A 26. ACID. FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED _ , 27. PRODUCTION TEST Dtte First Production I Method of Dictation (Flowing. gal lift. etc.) I Dire of Test Houri Tested PRODUCTION FOR OIL-~BL GA$-IVlCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO TEST PERIOD I~! .. Flow TUbing Casing Pressure CALCULATED . OIL-BBL GAS-IVlCF WATER-BBL OIL GRAVITY-APl (tort} Press. 24-HOUR RATE II~ 28. CORE DATA Brief cl~cril)tion of lithology, porof~ty, fractures, ~N3arent clips ~ presence of oil, gas or w~ter. Submit gore chil~. See core descriptions submitted IV~arch 3,1989. R EC E iV E D MAR 1 ,~ . Form 10407 Rev. 7-1~0 CONTINUED ON REVERSE SIDE S4jbmit in duplicate GEOLOGIC MARKERS FORMATION TESTS NAME Indu(le kttefv~ t~tecl, IN'e~uf~ ~let~, ~1 flu~ ~ ~ ~iW ME~, OE~H ~ TRUE VERT. DEPTH GOR. ~ t~e of ~ ~. HRZ 9180' 9180' K U PARU K 9440' 9440' J U RASS I C 10,080' .10, 080' INSTRUCTIONS Generah 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 end in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21: Indicate whether from ground level (G L) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of eny multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas 'Injection, ShUt*in, Other~xplain. item 28:: If no cores taken, indicate "n~ne". Fo~ 10-407 Company : TEXACO Well : WOLFBIJTTON 25-6-9 Location : Co,State : CORE CORE LABORATORTES Field : Formation : Coring Fluid : Elevation : ANALYSIS RESULTS File Date AP! No. Analysts SAMPLE DEPTH PERMEABILITY POROSITY SATURATION GRAIN NUMBER (HORIZONTAL) (HELIUM) (PORE VOLUME) DENSITY Kair OIL WATER ft md % % % 9m/cc 101~ 8310.5 0.02 12.8 11.9 82L6 2.72 102 8311.4 0.02 13.1 10.5 83.9 2.72 103 8312.2 0.02 12.4 10.8 84.4 2.72 104 8313.1 0.03 12.6 : 18.9 '77.4 2.72 105 8314.3 0.04 12.7 13.1 80.6 2.71 106 8316.9 0.08 8.0 16.1 61.0 2.67 107 8330.6 <.01 7.0 22.9 .76.4 & 2.69 108 8333.7 7.3 22.3 75.3 2.70 109 833g.7 7.7 15.1 83.3 2.68 110 8343.2 i 7.4 22.2 70.4 2.70 111 8345.9 8.9 21.1 72.2 2.70 112 8348.3 8.1 21.6 66.8 2.70 1 1 CORE LABORATORZES Company : TEXACO OIL CO. Well : WOLFBUTTON 25-6-9 Location : Co,State : NORTH SLOPE, ALASKA Field : EXPLORATORY Formation : Coring Fluid : Elevation : File No.: BP-3-1322 Date : 30-Jan-IH89 AP! No. : Analysts: PLB, GAC CORE ANALYSIS RESULTS P~LIMIN^RYC~y SATURATION SANPLE DEPTH PERNEABILITY POROSITY GRAIN DESCRIPTION NUNBER (HORIZONTAL) (HELIUH) (PORE VOLUHE) DENSITY Kair OIL WATER ft md ~ ~ ~ gm/cc lB 2490.0 35.5 TRACE 76.6 2.66 SS,ltgy,vf-fgr,pred fgr,wsrtd,sbrd,~fri,qtz,dk lith frags,sJlt 3B 2398.0 423. 38.5 0.2 80.4 2.61 SS,ltgy,vfgr,pred fgr,wsrtd,sbang-sbrd,fri,qtz,dk lith frags,slt,carb frags 5B 2200.0 116. 31.9 0.6 80.2 2.66 SS,ltgy,vf-fgr,pred fgr,mud ~srtd,sbrd,fri,qtz, lith frag$,slt,carb 6B 2141.0 47.7 27.2 0.2 96.5 2.69 SLTST, ltgy,sdy,arq,mud cons,sdy *lam,carb 8B 2024.0 72.5 34.0 TRACE 86.1 2.69 SS,ltgy,vfgr,v~srtd,sbrd,vfri,qtz,slty,carb frags 9B 1984.0 32~4 TRACE 83.6 2.63 SS,ltgy,f-mgr,pred fgr*,wsrtd, rd,fri,gtz,:ith frags,slt,carb frags lOB 1848.0 12.3 . 0.0 91.1 2.73 gDST, ltolvgy, pred slty,~cons,brittle 13B 1546.0 28.8 0.3 91.2 2.70 SS, vltgy,f-mgr,pred fgr,msrtd,sbrd,fri,drlg mud? 14B 1533.0 7.89 27.5 0.2 97.9 2.69 SLTST,ltgy,vsdy, lam, nod cons,mr mdy lam,carb ST 1510.0 291. 32.4 TRACE 82.6 2.66 SS,vltgy,vfgr,tr grnls,vwsrtd,sbrd-rd,frJ,qtz,slt 7T 1354.0 9.8 0.2 96.6 2.48 gDST,mgy, pred arg,slty, lam, md con$,abnt carb mat,carb lams 9T 1181.0 Drilling Hud 14T 549.0 35.5 35.5 0.4 93.6 2.66 SS,.~tolvgy,vrgr,arg,wsrtd,sbrd,sl rri,qtz,abnt slt,mica,carb frags SIDEVALL OEAN STARK ANALYSIS 1-1 Company #ell TEXACO O]L CO. #OLFBUTTON 25-6-9 ANALYTICAL PRO C E CORE DUR LABORATORIES Field : EXPLORATORY Formtion : ES AND QUAL I T File No.: BP-3-1322 Date : 30-Jan-1989 Y ASSURANCE I~LII~ ~ CLEANXII6 NLMYSIS Core Transportation : AIR FREIGHT Solvent : TOLUENE Extraction Equipment : DEAN STARK Extraction Time : Z4 HOURS Drying Equipment : CONV£CTIO# OVEN Drying Time : 24 flOURS Drying Temperature : ZZO DEG. F. Grain volume measured by Boyle's Law in a matrix cup using He Heter saturations by Dean Stark 0il saturations by weight difference in Dean Stark Sidewall samples were used. Bulk volume was by immrsion in mercury. ~ompany : TEXACO ~de11 : liOLFBLITTON 25-6-9 oLocatt on : Co,State : NORTH SLOPE, ALASKA CORE LABORATORTES Field : EXPLORATORY FornmtJon : Coring Fluid: BLeD 14UO Etewttm : CORE A~ALYSI S RESULTS File HO.: 8P-3-L322 Date : 27-Rat- x989 AP! Ho. : 50-223-2DOX7 Analysbs: PLB,GAC lg! 8310.5 4.02 12.8 11,9 52.6 2,7~- S$,ltgy,vf-fgr,pted v~gr.~srtd,sbrd,~cowa,$1calc 102 831~.4 O. D2 ~3.~ 10,5 83.9 2.72 SS,ltgY, ye-rgb, ~red 1~4 8313.1 ~.03 12.6 1~.9 ;7.4 2.72 $S,Ttgy.vf-f~r.pTed vrgr,tr ~r sd,~srtd,sbrd.~c~s,c~lc iO~ 8314.3 ~.04 ~2.7 13.1 ~0.6 2.71 SS,itgy.vf-fgr.pred v~gr.t~ m~r sd.usrtd, sbrd.uc~s.c~lc 106 8316.9 ~.08 8,0 lG.l 61.0 2.67 SS, ltgy.vf-fgr, pTad IOl 8330.6 ~.01 7.0 22.9 76.4 2.69 S$.ltgy.vf-?gr, pred ]08 8333.7 ),03 7.3 1~.3 75,3 2.70- SS,ltel~gy,~-~gr,p~ed fg~.wsr~d.sbrd,vcons,t~ e~lc.t~ c~rb 11~ 6~43.2 ~.02 7.4 Z~.~ TO.4 2.70 SS,ltgy, vf-fgr,9?ed vf~.vs~td, sb~d,~co~s,c~lc III 8345.g O.O2 8.9 21.~ 7~.Z Z.TO $S,ltgy, v~-~gr.pred v~gr.~rtd,sbrd,~coms,slc~lc,tr c~rb frogs 112 8348.3 0.03 8.~ ~1.6 GG.& Z.IO $S,ttgy, vr-fgr, pred rgr,tF mgr =d,~srtd,sbrd,~co~,v~lc ~13 8349.3 0.01 8.8 ~3.7 7~.7 Z.71 SS,ltgy,vf-fgr,pred ~gr,~d M~rtd.shrd,Nca~.calc I~4 8350,6 0.06 10.8 16.0 59.6 2.69--SS,ltgy, vf-fgr,pred fgr,mo~ wsrtd,abrd.qcons, calc,tr carb frags 115 8351.8 0.05 I1.6 15.8 68,7 2,71 ' $S, Itgy, vf- fgr, pred L~6 8353.3 <.Or 8.5 11.5 SZ.3 2.68 $S,ltgy,vf-fg~,p~ed fgr.~d wsrtd.abrd,~s,cal~ ~17 8354.9 0.07 ~0.9 11.3 73.7 2.68 SS,~tgy, vf-fg~,p-ed ~gr. Ms~d.sb~d,~co~s,calc ~18 8366.5 ~.Ol 9.9 11.~ 36,4 2.70 SS,Itgy, v~-fg~.p~ed vfor.~s~td,sbFd,uoo~s,slcalc,tr ~b frags rio 8~57.8 O. 08 11.9 13.4 37,9 Z. 70 SS, Ttgy, vf-fgr.p~ed vFgr,~s~td,sbrd, wcons, calc 120 8368.6 <.01 6.7 14.3 ~9.7 2.67 SS,Jtgy, vf-fgr,pred fgr,vsrtd,sbrd,~cons,c~lc.calx] frac 121 8360.4 0.0~ 10.3. 9.~ 79.4 2.68 S$,ltgy,vfgr,~r fgr ~d,wrtd,sb~d,~cons,slcatc 122 G361.E 0,02 12,4 8.G ~2.G 2.68 $S.Itgy. vf-f~r,pred vfg~,~srtd, sb~d,vcofls,slceTc 123 836~.4 O.gl II.3 13,~- 76,I 2.69 $S,itgy, vf-fG~,pred vfgr,vsrtd, sbr4.w~an~,slca)c 124 8363.2 O.O2 10.9 14.8 73.3 2.67 SS.ltgy,-v¢-fOr,pred vfgr.usrtd.sbrd,vcofls,calc 125 836e.~ <.01 7.6 20.2 76.4 2.64 SS,ttg~,v,-fg~.p,ed ,fgr.,s~td,sbrd.~~~b frag, APE 2 i iS3 l- Alaska Oil & Gms Cons. Commission Anchorage Ceopany: TEXt, CO U.S.A. 1fell : HOLFBUTTON 25-6-9 Locatio~ : Co,State = NORTH SLOPE, ALASKA CORE CORE LABORATORZES Field : EXPLORATeRY Formation : Cortng Flutd: Elevat. ton : ANALYSIS RESULTS Ftle lb. :~BP-3-Z322 Dabe : 27;ll&r..- ]gsg APl go. : 50:223-20017 Analysts: PLB, GAC SATUSAIlI)K SXD[~ALL ~ ~TARK ANALYSIS 14T ~).O 35.5 35.S L4 9~.6 ~.56 SS,Itol~y,vfgr,ar~,ssrt~,sbrd,s~ ~r~,qtz,e~t slt,mica,ci~b frEgs gT ]LB~. 0 ~tlllng Hud 69 1~.0 S~.~ TEACE ~.6 8B ZOO4.0 72.5 34.~ leACE BG.I 2.G~ SS, Ttgy,vfgr,vusrtd~sbrd,vfrl,qtz,slty,csrb frogs z6 zeeB. e ~5.~ T~ACE 7G.6 2,65 $S. ltgy,vf-~,~e~ ~gr,~rt4,sbrc,~rt;q~z,d~ 11th ~egs.stlt Z3T 4134.0 69.3 ZT..S 0.~ 86.& ZZT ' 45ZS. D 18.7 Z9.I O.Z g0.Z ~.BS SS.ltolgy,vr~,slty,vsrt~,sb&~-sbrd,fri 191 48)6.0 ZT.( 0.7 97.1 9T 7482.0 SS,ltgy,vfgr,slty,K~td, sb&~-sbrd,md c~s,calc [insufficient s~le) 25T 7925.0 32.0 28.5 2.5 67.5 2.7~ SS. ltel~y,vf~,slty,vsrtd,s~rd,frt,ca~ 5T Bee. 0 30.6 TRACE 98.0 Z.7~ S$, ltgy,vfgr,s lty,wsrtd, sb&~l,md c~s,calc 4T 60~.0 D~i~1ing Kud 46 ~.0 37.0 0.4 96.4 IT 80~.0 Drill Jn~ Hud APR 2 1 1992 ] - ! Alaska Oil & Gas Cons. Commission Anchorage : TEXACO U.S.A. : blOLFRUTTON 25-6-9 CORE CORE LABORATORTES Fteld : EXPLORATORY Foriat t on : ANRLYSZS RESULTS Hle Ho.: BP~3-]322 Date ; 27-11ar-198~) SATU~ATIOI i .......... ~AflPLE O~TK PERHEABIL:TY FORO$ITT GRA]R -~E$CR: PTI~ KU~ER (~R[ZORT~L) ~HEL~M) (PORE VQL~) Ka~r O~L I4T 8176.6 3:,1 0,5 8~,g 2.67 ~,ltgy, vf-fgr,s~t~,Na~d,a~ng,s]f~t.(drTg rid Inv,) SS a~.e ~4.3 0.5 at,6 a.og ~,l~gy,vfgr. slt~,v~td,s~-s~rd,vco~,slcalc {p~ aT a;sG. o ~G. 2 1. l g~. g Z,67 S$, ltW,vf-~gr, s}t~,~rtd,~g-abtd, ~t,calc 34 a~56.0 35.~ 0.8 gS.Z ~,78 SS, ~tgy,vr-~gr,a Ity,~rtd,sb~g-lbrd,Kons. calc 7T 8264.6 Z5. i T~CE 9S,4 ~.67 SS, Ttw,vfr,slt~,~rtd,~-sbrd, f~i,~lc 7B 8~0.0 3~.5 T~CE ~.4 ~.73 ~, ~gy,vfg~,slt~,vsrtd,sb~g-s~d,~rl, ~alc GO 8314.0 198. 35.1 1. ~ 90.8 ~.70 SS,lt~,~g%vslty,~rt~s~sbrd,f?t,calc 59 8318. Q 3a.4 0.~ 60.3 ~.70 S$,lt~.vfgt,vslty,vIrtd,~b~g-sbrd,f~t,c~tc (~or ~S 8320.Q 39.8 0.7 ~.g 2.75 S5, ltw,~fg?,vslty,vartd, s~g-sbrd,f~t.oaTc ~4 832Z. 0 34.5 0,8 ~.8 2.70 SS. ltw.vfgr,vs lty.~td, s~g-~rd, frl, talc 23 8324.0 31.0 O,S 91.9 2.70 SS, lt~,Yfgr,VS ]ty,vsrtd, Ibang-sbrd, f~i,eaic 4T 8~6. O 29.9 TRACE SS. ! 2.67 S~, It~,vfgr,vI lty.wsrtd, sbane-sbrd ,f~j. cake ~4T 8330.0 Ortll~ ~] ~X 8332.0 3e.3 TRACE ~.4 2.74 ~$,lt~,vfgr,~Tty,~e~td, ibang-~brd,~rl,~l~ (p~r 3T 6362.0 Zt.( TRACE ~.2 2.72 ~S, ltW,vfgr,vslty,mTtd,m~ng-s~d,fri,cal¢ (peer 20 8385.0 ~O.O ' 0.~ ~.7 ~.74 ~$T,~b~,slty,p ~ona (p~r I2T 9442.0 ~tags of ye]~.v~g~.slty sa,drlg fid thy. [tnaufficlent 1-2 ComparLY : TEXN;0 U. $ 1~ell : TIOLFBLITTON 25-6-9 ......... A E S CO~E CORE LRBORATORZES FJetd : EXPLORATORY Formation : AHALY S IS RESULTS RECEIVED ~ltska 011 & 6as Cons. Commission Ft10 liD,: 9P-3-]322 Date : 27-Hat-IRe9 20 9442.0 32,~ 35.~ 0.7 9~.9 Z.92 $$,Ye~g~,vfar,~ftY,arg,frl,c&lc,~ ~t frei lZ ~S2.O ~,yei~,vflr,slt~,drlg rld inv. (Inefficient ~e ~se.e ~,yel~,vf~,slt~.d~ ~d inv. $ 9457.0 F~gs -)P ~ ~st,~ fid tr~. ii.efficient 7 ~4S8.e 3S.7 0.4 g8.1 2,72 ~,YelgY,vfgr.slty, drlI fid t~. Jpoo- 6 9460.0 59.3 0.5 96.6 2.80 SS,yeqgy, vfgr,,tty,tr glauc,eate (pe~- 24 9462. e 21.7 TRACE 91.7 2.68 ~ST, ~.tley.mle,s~.~d ~ 4 9463,0 la.O. 0.2 93.9 ~.70 ~sr,~kgy, alty, mla,a~.md 22 9466.0 Or~11Jq fl~ 3 9470.0 17.8 0.l 96.9 2,69 ~ST,~,atty,nt~,sft,~d co~ (pooF J7 g476.0 25.6 0.2 9~.9 ~.55 ~$T.~,llty,~lc,~ft,~ c~ J~ 14 S~,O ZO,9 T~ACE 9Z.3 Z.64 HaST,dt~,slty,~d corn,mr salt7 lam (pa~ s~le) 13 9484.0 Drilling ~ 12 g486.0 8.7 TRACE ?g,l 2.57 K)ST,~w,slty, mlc,sft,~d c~s [pa~ sa~le) 11 9~8.0 ~9.3 0.0 9?,4 Z.55 fl}Sf,~gy,l:ty, JJc,sft,md cons [~or 10 9~0.0 ~)ST,dkgy,a~ty,mk.aft,~ cons [~r sable) C -'Oapany TEXACO U,$-,A. ~ i~eil :: HOLFI~Ofl'25-1-9 (; 0 R E CORE AH LABORATORZES Fteld : EXFLORATOR1 Fom~tion : L Y $ ~ S R£ SU LTS Ftle No.: BP-3-Z322- Bate : ' 27-1iar-1989 SAIIPLE DEPTH ? 9496.6 6 9600.0 4 960S. O 3 9603.0 PQ~O~ZTY O~L gA;ER OENS~Y 66, S lg, l 0.2 2.69 Fra~ ~f d~y ~dat,dr~ fid Inv. (tr~ft¢tent .ample) ~ST.~(~,o It~,mto. aft,md ~s,rr~hred ~ST,~,slty,~G,s~,~ ~s (i~fioi~t m~la) Fra~ of ~ ~t,~ rld inv. (lmfftgt~t ~leJ CE,VEb DATE: TO: February 7, 1989 Mr. E. W. Hudson Bellaire, TX FROM: Mr. D. C. Hartman Anchorage, AK SUBJECT: Brief Description of Core #1, W.B. 25-6-9, 8310'-8370' 8310' - 8314.8' ~ ss, ~g-vfg, mostly msv, gy, occas. It brn oil stains a-Tong bedding. Flat dips. Vy firm. 8314.8'-8316.7' L.i ss/sltst/sh, flat dip, even laminations, tiny flame structures at contact sh w/overlying ss. 8316.7'-8317.3' o.G' ss fg, vy It bm, even oil stain, good fluor, vy firm, , some convoluted layering. 8317.3'-8318' o.~ ss/sltst/sh, sharp to gradational layering, VS. 8318'-8318.4' o,&' ss, oil-stained in streaks parallel to bedding. 8318.4'-8339.5'~t,(~m ss, vfg-fg interbedded w/sltst/sh, ss: faint gold , i~Fuor throughout interval. 8339.5'-8340' o.~, ss fg-vfg mostly gray, little or no stain. 8340'-8340.7' o~ , sh/sltst/vfg ss, gy, wavy to flat bedding. 8340.7'-8341.5' o~ ss, gy, fg-vfg, common shale frags & grains, some carb ~t'l. 8341.5'-8342.1' 0,0', sh, some vfg ss, gy, vy firm. 8342.1'-8344.2'~.t ss, vfg, some thin shale laminae. 8344.2'-8345.8' (,(~' ~/sh interbedded, some graded bedding. 8345.8'-8346.8' L~I ss fg-vfg, gy, msv, some shale streaks. 8346.8'-8347.2'o.~ ~'~ale/sltst. 8347.2'-8355' I,%' ss discontinuous oil stains in partings and bedding p-Tanes, fg-vfg, good gold fluor. 8355'-8356.2' (,~' ss/sltst/sh,'-some ripups, some flat laminations, some flame structures/load structures. 8356.2'-8358.8' ~.G~ ss common sltst layer~ & swirls, some oil stain in ~-~rtings. 8358.8'-8360' t,~' sh/sltst/vfg ss,. gy. 8260'-8364' ~,o~ ss fg-vfg, some fluor, msv, l" sh at 8361.5'. 8364'-8370' G.O~ l-~terbedded ss beds 1"-10" with gradational sltst/sh layers. DCH:bjs D5/029 PROPRIETARY COPY WOLFBUTTON #25-6-9 API NO. 50-223-20017 12/29/88 NIRU Nabors Rig 26E and camp on location Section 25, TO Township 6N, Range 9E, North Slope, KuparukUplands, 1/7/89 Alaska. Set 20", 106.5#, K-55 conductor casing @ 109'. 1/8/89 R/U and mixed mud. Diverter test to 100 psi witnessed by AOGCC. Repaired mud pits. Picked up BHA and 17-1/2" bit. Spudded in @ 3:30 AM on 1/9/89. 1/9/89 1/lO/89 Drilled 17-1/2" hole to 435', Repaired drag chain. Drilled to 897'. Raw survey. POH and changed bits. RIH and drilled to 11~9'. POH to 90%. Repairing,hydraulic pump system. Waiting on pump parts. 1/11/89 Completed repairs on hydraulic pump system. Pulled up and checked bit. RIH% Washed and reamed from 1140' to 1169'. Drilled and surveyed to 1634'. Trip for bit change. 1/12/89 RIH with 17-1/2" bit and drilled from 1634' to 2232'. Surveyed and drilled from 2232' to 2500'. Circulated and conditioned mud. POH to 109'. Circulated for logs. 1/13/89 Rigged up Dresser Atlas. RIH. Loq Run #1: DIFL/BHC/AC/GR/SP/CAL stopped @ 1950'. POH and removed centralizer. Rigged down Dresser Atlas. Reamed from 1932' to 2035'. Circulated high viscosity sweep. POH and rigged up Dresser Atlas. Reran Log Run #1 from 2502' to 110'. Lo~ Run #2: ZDL/CNL/GR/CAL,from 2502' to 2200'. POH and reran Log Run #2. 1/14/89 Continued Log Run #2 from 2500' to 110'. Ran SWS. Shot 30 samples from 2490' to 360'. Recovered 29. Rigged down Dresser Atlas. RIH to 2500' and conditioned mud for casing. POH. Rigged up.and ran 64 joints (2478') 13 3/8", 68#, L-80 Buttress casing with shoe set at 2477'. Float collar @ 2396'. Ran 14 centralizers. Rigged down casing tongs. RIH with stab-in tool on 5" drill pipe and stabbed into float collar at 2396'. Circulated and conditioned mud. 1/15/89 Rigged up B.J. Titan. Tested lines to 2500 psi. Cemented 13-3/8" casing: Preflushed with 30 bbls fresh water followed by 2604 ft3 of 14.9 ppg permafrost cement. Full returns while cementing. No return~ during displacement. Rigged down B.J. Titan. I~E C~'-E'~. E D Wolfbutton #25-6-9 API No. 50-223-20017 Page 2 Float held. WOC 4 hours. Nippled down diverter. Cut 13-3/8" casing. No cement in 20" by 13-3/8" annulus. Rigged up B.J. Titan for top j~b. RIH to 100' with 1" tubing and cemented with 96 ft~ permafrost cement. CIP at 9=50 PM. Rigged down B.J. Titan. Cut and removed 20" wellhead, installed 13-3/8" x 3000# SOW wellhead. 1/16/89 1/17/89 Completed installing 13-3/8" wellhead. Tested to 2500 psi for 10 minutes. Nippled up 13-5/8" BOPE. Installed check valve in kill line. Changed out casing valve on wellhead. ~Ran test plug and tested BOP. Tested all rams and yalves to 3000 psi. Teste~ annular to 2500 pSi~ AOGCC witnessed test. Pulled test plug and ran wear bushing. Made up 12-1/4" bit. RIH and tagged float at 2396'. Broke circulation and pressure tested casing to 1500 psi. Completed pressure test to 1500 psi for 30 minutes. Drilled out float at 2396'. Drilled cement and shoe at 2477'. Drilled ~nd cleaned out to 2500'. Circulated and pulled to shoe. Leakoff Test #1: 8.9 ppg mud at 490 psi. EMW = 12.6 ppg. POH. Laid down eight 7-1/2" drill collars. Made up BHA, 9-7/8" bit and RIH with heavy weight drill pipe. Checked MWD. Drilled from 2477' to 3290'. 1/18/89 VRCA reported 100 gallon diesel oil spill at 3:00 PM. Spill was contained on ice pad and cleaned up. Spill was reported to ADEC and NSB. Drilled from 3290w to 3661'. Circulated bottoms up. POH for new bit. RIH and drilled from 3661' to 4570'. 1/19/89 Drilled from 4570' to 4831'. Circulated bottoms up. Tripped for bit. RIH and drilled from 4831' to 4989'. Circulated. Tripped for bit. RIH and attempted to circulate. Standpipe frozen. 1/20/89 Thawed standpipe. Drilled Circulated and tripped for bit. 5660'. from 4989' to 5203'. Drilled from 5203' to 1/21/89 Drilled from 5660' to 6028'. Circulated and tripped for bit. RIH and worked through tight hole from 4945' to 5968'. Reamed from 5968' to 6028w. Drilled from 6028' to 6355'. 1/22/89 DrilIe~""fr~Om 6355" to "6662'. Made 10 stand wiper trip. Tight hole from 6144 ~ to 6662 ~ . Drilled from 6662 ~ to 6976 '. Lost 400 psi pump pressure. POH. Found Wolfbutton #25-6-9 API No. 50-223-20017 Page 3 1/23/89 POH. Tested BOP. H/U bit and RIH to shoe. Checked Teleco and changed drilling jars. RIH and reamed 30' to bottom w/no fill. Repaired clutch. Drilled to 7333'. 1/24/89 1/25/89 Drilled from 7333t to 7410t. Tripped for bit. RIH to 3960'. Repaired drum clutch and RIH. Drilled to 7444'. Lost 300 psi pump pressure. POH. Looked for washout. Laid down washed out joint 12 stands down. Drilled to 7610'. Drilled from 7610~ to 7772'. POH and laid down 106 joints drill pipe. 'Picked up replacement drill pipe and drilled to 78.63'. 1/26/89 Drilled from 7863' to 8015'. Circulated for loggers. Drilled to 8225'. POH and changed bits. Serviced rig. 1/27/89 RIH to 6208' and filled pipe. RIH and washed bottom 30'. Pumped high'viscosity sweep. Drilled from 8225' to 8310~. Circulated for loggers. POH and laid down MWD. Made up core barrel. Circulated and dropped ball. Core #1: from 8310' to 8357'. 1/28/89 Continued coring to 8370'. POH.- Serviced and laid down core barrel, Recovered 59' of 60' cut. Picked up MWD, junk sub and new bit. RIH and washed and logged from 8310' to 8370'. Drilled to 8580'. 1/29/89 Drilled from 8580' to 8897'. 9003'. Circulated and drilled to 1/30/89 Drilled from 9003' to 9406'. Worked on mud pump coolant system. Circulated and drilled to 9434'. 1/31/89 Drilled from 9434' to 9788'. Circulated bottoms up. POH and laid down~WD and monel drill collar. 2/1/89 Tested BOPE at 250 psi low and 3000 psi high. Pulled test plug and inserted wear bushing. Blew fluid from manifold. Made up BHA, RIH, washed and reamed from 9760' to 9788'. Drilled to 9996'. 2/2/89 Drilled from 9996' to 10,057'. Circulated bottoms up. Mud cut to 9.3 ppg. POH and changed bits. RIH to 10,057' and cleaned out bridges from 10,007' to 10,009' ................. ~d I0;040' t0~-~10,042'. Mud cut to 9.2 ppg. Drilled to 10,215' gradually increasing mud wt. to 10.7 ppg. Started losing fluid to formation. Watered mud back to 10.6 ppg and formation holding after 70 barrels lost. Wolfbutton #25-6-9 API No. 50-223-20017 Page 4 2/3/89 Drilled to 10,241' and circulated bottoms up. Wiped hole 15 stands to 8831'. Circulated and conditioned mud for logs. Dropped survey'and POH. Rigged up Atlas Wireline Service. Loq Run ~1: DIFL/~W~LS/AC/GR/SP with caliper from 9565' to 2477'. Log Run #2: ZDL/CNL/SPL/GR with caliper. 2/4/89 2/5/89 Completed Log Run #2 from 9565' to 2477'. Log Run #3: Dipmeter from 9565' to 2477'. Ran SWS Gun #1 to 8425'. POH and removed decentralizer. RIH to 9540' and shot 50 cores from 9506' ~o 8326'. Recovered 23 samples. Ran SWS Gun #2 to 8345' and shot 50 cores from 8340' to 2794'. Recbvered 26~ samples. Rigged down loggers. Made up bit and RIH to 7000'. Circulated bottoms up'. Washed and reamed from 8380' to 8573'. RIH to 9544'. Washed and reamed from 9544' to 9650'. Circulated bottoms up. Pumped dry job and POH. Rigged up Western Atlas VSP equipment and RIH' to 2000'. Down 13 hours waiting on geophysical services. RIH to 9425' and shooting VSP at 70' intervals. 2/6/89 Continued running VSP and check shots from 9425' to 2477'. Shot 50 SWS from 9460' to-7925'. Recovered 16 samples. Made up bit and RIH to 7000'. Circulated bottoms up. RIH to 9520'. Washed and reamed from 9520' to 9681'. 2/7/89 Washed and reamed to 9710'. Circulated and conditioned mud. POH. Rigged up Western Atlas and shot 25 SWS from 9464' to 9437'. Recovered 8 samples. Shot 50 SWS from 9346' to 8340'. Recovered 20 samples. Rigged down loggers. Pulled wear bushing and installed test plug. Tested BOPE all rams and valves at 250 psi low and 3000 psi high. Tested Hydril at 250 psi iow and 2500 psi high. Pulled test plug and installed wear bushing. RIH to 2396' 2/8/89 Waiting on orders. 2/9/89 Circulated bottoms up. POH and laid down BHA. RIH to 7064'. Circulated bottoms up. RIH to 8764'. Circulated and conditioned for cement. Rigged up B.J. Titan and tested lines to 2000 psi. Mixed and pumped 325 ft3 (280 sacks) Class "G" cement. Displaced with 146 barrels 10.6 ppg mud'~ ...... Ct~~ @ ~5~.52 ..... ~M~ Calculated top of cement @ 8380'. POH 10 stands to Wolfbutton #25-6-9 API No. 50-223-20017 Page 5 7824w. Circulated and WOC. RIH and tagged cement @ 8489w with 30,000#. POH to 8380~., Rigged up B.J. Titan and tested lines to 2000 psi. Mixed and pumped 540 ft3 (470 sacks) Class "G" cement. Displaced with 136 bbls of 10.6 ppg mud. CIP @ 1=21 AH, 2/10/89. Calculated top of cement @ 7883~. POH 11 stands to 7345~. Circulated and WOC. 2/10/89 Circulated and WOC. RIH and tagged TOC at 7756~ with 25,000#. POH to 2572w. Laid down drill pipe. Circulated around c~ntaminated mud. POH to 2414~. Injected pit volume at 6 BPM with 450 psi. Cleaned pits and tar~ks while knjecting wash water. 2/11/89 Circulated bottoms up. RIH to 2582~. Circulated bottoms up. Injected remaining mud. Rigged up B.J. and tested lines to 2000#. Mixed and pumped 259 ft3 (225 sacks) Class #G" cement with 2.2% A-7 and 1 gal/hundred sacks FP-6L. Displaced with 36 bbls of 10.4 ppg mud. CIP at 12:03 PM 2/11/89. Calculated TOC @ 2233~. POH to 1617~. Circulated and WOC. RIH and tagged cement at 2323~ with 30,000#. POH and laid down drill pipe and kelley. Nippled down BOP and 13-3/8w~ well head spool. Cut well head off 13-3/8" casing 5~ below top of cellar. RIH to 190~. Rigged up B.J., mixed and pumped 130 f~3 (140 sacks) Cold Set I cement with returns to surface. 151~ cement plug witnessed and approved by AOGCC. POH with drill pipe. Welded plate on 13-3/8" casing stub. Released rig at 4=30 AH 2/12/89. form received received date comments 463 yes no sundry application 404 yes no ~, report of sundry application Open required received Cased required received nroductior required received hole Io~] , hole Io~] Io~ DIL~SFL ~ ~ CNL PROD DI_I_ CBT. PRESS BEC/SE CET SPINNER BH~AC ~' ~ EFq' OIHER DAIA LS8 PERF Survey REC SSS PACKER Digital FDC- Well CNL Tests FDC RWD required received SAMPLES required received MWD LDT~CNL dF ~itch ML core CYBER c~re LOOK ~naiysis AOGCC DETAILED WELL LOG INVENTORY PERMIT NO. ~'~ - //~S LOG TYPE RUN # INTERVAL SCAI'.F. 10) 11) 12) 13) 14) 15) 16) 17) 18) . . . ~: Da te : -.:s tV{ A ~,-t-\ f c¡ ß9 ~- Texaco USA - D. C. Hartman 550 W. 7th Avenue, Suite 11325 Anchorage, AK 99501 907-278-9611 - t\ LAç:SfC.A To: atL ~ GA~ CaN Ç.EfZ\j~ T\~t\.( c...o ('(\ ~ ( S S (~ l\J SO (j t Pð l2S:J.À Pi k(E"" b(2c\J£" Å ('\... ~ 't2A- ~ f:. I 4- (~ ITEM /I OESCR! PTln;'. ~~ W()LFBU1lC *1s- -9 c..op..€ . ( l:è)c (13 : ~ ~ \0 J ~ 0 )C. ~ ~ ~: ~ 3~ ~ -, 3 ~ ~ . ::if- 32-1-~ ODk'E M-MPLE.S : cort€ ~ I. ~ ~Z J Bo;< (of 3: bÇ9õ . b~O2) ~3' 9 - ~34-L. j . ~O)( ?. at 3 "0 ~ 343 -<6~bÇ, ; ß(!1^ ; '6 3: ~~~ 1.. 8,go eo1<..E'" ~ 3 I 'ßO)< I 1 7.. : "b14-1 - ~-no i "Bo)C 2.0-+ L. : 'ìl1 \. <ß 199 C--O~ * 4 B ox I '1 3 : ~q,?ì ~ <6~ S"3 i .Box. 2 ðf3: ~~ $"4,- Y;'ß~a ~ ~ 31 3 :, ~ ~ 8 I - 8 ~ 8 & f2E ~f'L6S : ~ 2 ~ :3: ß ~)~. ~ >~ 1 j PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING DUPLICATE COpy TO THE ABOVE ADDRESS. / ~ RECEIVED BY: ~~¡~ ---.' . REMARKS: ..or" DATE: 3 - ?.,J>'l t'/66 ,~~t<t'l~~~ ""......t~.,- .......~~~.,.""'... .......~--'-'-"" ~~!~...- ..- , To' ~_L~{~ O(L ~'~~ ITEM # DESCRIPTION Texaco USA D. C. Hartman 550 W. 7th Avenue, Suite #1325 Anchorage, AK 99501 907-278-9611 vc¢ 7 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING DUPLICATE coPYi~:~Q.YHE ABOVE ADDRESS.'~'~"'~., DATE: REMARKS' F/66 Date: Texaco USA D. C. Hartman 550 W. 7th Avenue, Suite ~1325 Anchorage, AK 99501 907-278-9611 ITEM # DESCRIPTION /4. z~ O~c~c~/~^~ ~,~ 'tz,% · re~,T PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING DUPLICATE COPY TO THE ABOVE ADDRESS. RECEIVED BY. ~, ~ DATE: REMARKS :i F/66 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COI%fiMISSION 3001 Porcupine Drive Anchorage, Alaska 99501 (-907) 279-1433 TO: RE: Receipt of the following material which was transmitted via is hereby acknowledged: QUANTITY DESCRIPTION Copy sent to sender YES, ~ NO ...... EMOR, N DIjM State uf Alaska ALASKA OIL AND GAS CONSERVATION coMMIsSION Commissioner FILE NO: D -H[;~. 89 THRU: Sr Petroleum Engineer TELEPHONE NO: SUBJECT: Wellbore Plugs Texaco 25-6-9 Wolfbutton Permit 'No. 88-143 Exploratory Sec 25, T6N, R9E, UM FROM: Harold R Hawkins Petroleum Inspector Thursday, February 9, 1989: I left AAI Pt McIntyre #3 Dpn, subject ~f 'an6%her report, 'f6r Texaco's 25-6-9 Wolfbutton to witness wellbore plugs. I witnessed the bottom cement plug tagged at 8489' inside open hole with 30,000 lbs. Plug was well set. Friday, February 10, 1989: I witnessed the second cement plug ~ged, to~ at'--7756', ins{de open hole with 25,000 lbs. This plug was well set. Cleaning pits and injecting down 13 3/8 into the formation above second plug top at 8070' was performed, Saturday, February 1I, 1989: The third plug was tagged at 2333' with 30,'000' ibS a't~ 4:55'p"m'~Cement was placed 108' in open hole up and inside the 13 3/8 144'. S~day, February 12, 1989: Top plug was set 150' below surf to s-u~fa~'/ i mad~~ "~p a S'c~ematic of work performed, and filled out an AOGCC field report which are attached. In summary, the wellbore plugs were satisfactorily performed on Texaco ~25-6-9 Wolfbutton. Attachments 02-001A IRev. 8185) ~ufo O&G #6 4Y80 Operator Company Repr_?~../~A~ ~2~ ~ ,~' Lease No. ~.~.-~J"~ Well No..,'~,~"'-~ ~fl}',.. ' Sec. T-R · Total Depth/&~/ ElevatiSn .~3'T !f_~-3~tMua wt. / Cas ing: Drive Pipe ~ ~//~ · · Conductor ~ 6~ I{ Plugging Data: 1. Open hole plugs :~~ OIL & ~S CONSERVATION COMM~ION . Plug & ~and'o~ent Report .' Date / ' Drilling Pe~it ,.. ~'O.D. Set at Ft. w/ Pene. ' "O.D. ~ ,/~ ? ~ ~'t. su~ace_'i]~ "O.D. ~ :~q. 77~ ~t. "O.D. @ Ft. Production ~6//~ "O.D. @ Ft. 2. Open hole isolation plu.g:.~~, . 3. Perforation._ plugs (if any) Casing removal: 4. Annulus plugs (if any): '~//~ I~ ~ "casing cut at "casing cut at ' / ~ "casing cut at ' REMARKS :.,/~, ~/'D / .. ' Inspector/s: [-~ ............. t .......... C:::,~ + 5'-0% '. C / t MEM:®RA'NDU M 'State of Alaska ALAS~ OIL A/qD GAS CONSERVATION COMMISSION · Smzth~.)~ DATE: February 23, 1989 TO: Lonnze Commissioner roLE NO: D.ADA. 159 TELEPHONE NO: Sr Petroleum Engineer Doug Amos~ Petroleum Inspector FROM: BOP Test Texaco Wolfbutton 25-6-9 Permit No. 88-143 Exploratory Sec 25, T6N, R9E, UM Monday, ~JanUary 16, 1989: I traveled this date from AAI PBU PBOC to T~Xac~ WolfbUtton 25,6-9 well to witness the BOP test. The testing commenced at 8:15 and was concluded at 12:00 midnight. The lower kelly valve and floor ball valve failed this test. Both valves were replaced and retested on 1/17/89. I filled out an AOGCC BOP inspection report which is attached. Tues..day, January_ 17, 1989: I witnessed the 13 3/8" casing shoe test this date' The-Shoe WaS tested with 1500 psi for 30 min with a total pressure loss of 75 psi. In s~ry, I witnessed the BOP test and 13 3/8" casing shoe test at Texaco'S Wolfbutton 25-6-9 exploratory well on Nabors Rig No. 26E. Attachment 5/84 STATE OF ALASKA ALASKA OIL & GAS CONSERVATION COMMISSION B.O.P.E. Inspection Report Operator Location: Sec ~ T~R~3~ M ~A,~A, Representative,, Mud Systems Drillin~ Contractor b~;O~% .. Location, General .. ~" Well Sign General· Housekeeping /Rig . ~,-'. Reserve Pit ~ , Visual Audio Trip Tank Pit Gauge Flow Monitor Gas Detectors BOPE S tack Annular Preventer v v Jf::F II ~H.C.R. Valve Ell Line Valve~ Check Valve Test Pressure Test Results: Failures ACCUMULATOR SYSTEM Full Charge Pressure Pressure After Closure Pump incr. clos. pres. 200 psig. Full Charge Pressure Attained: ~ ' , Controls: Mas~er Remote psig psi~ min %~sec. ~ min 5~ sec. .psig, / /Blinds switch cover ..Kelly and Floor. Safety Valves Upper Kelly %~est Pressure Lower Kelly ~ ,Test Pressure Ball Type ~ .Test'Pressure Inside BOP ~[ Test Pressure Choke Manifold ~ '~est Pressure No. Valves I ~-- No. flanges ~,,.~ Adjustable Chokes H.vdraui~ally .o~era~ed choke res hrs. Repair or Replacement of failed equipment to'be made within '1 day~ and Inspector/ Commission office notified · ~l ~1 Distribution orig. - AO&GCC cc - Operator cc - Supervisor Inspectcr CaUtPMEN~TE~ REPORT PlqllllJIII Is PlIIPOIiMANC1111't'I · 14. .15. 18. --------_ bPaTg ON llANO, OIL Old HAND WATIR ON HAND -,; ...... , ......... 8UIIIFA~AE' MUD VOL,UMI .... , HYORAUUO Off,, ON HAllO., qll, NITROI3~N BAOKUP NII'ltOmlN plIII,IlttUAF,, '-Ilk Ill. ORUM6 NO. OP .,. POI RECEIVED FEB 09]989 ',~ Ill I ILl I , 11 , --. . _. [ i i .... ii J _ j J .. , Jill .HII ~ ii · - - ,1~11 i i i - _ . I 1,, I - ' ...... 1:-: , J , 1--~. , i''1~' ..... · -- ' ::" i ,, il ,, ,, ,, .. . -:, ,: .-. i ._ '-- -- i ii i ____ i , - Ii '' '" ""~-" "- .... · '" ::: ..... i,ll . . .... · i . - I i ..... __. ._ 1,1,, _ , ....... , -- . . . 11 . I Iiq II - . I i ' ' ' .... I I[ I _ IiIl[i . II ] ,PO la. Il (1/113 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon --X Suspend __ Alter casing __ Repair well __ Change approved program m 2. Name of Operator I 5. Type of Well: ! Development m Texaco Inc. Exploratory ~X 3. Address P.0. Box 811, 133 H. Santa C] ara Stratigraphic ~ St., Ventura, CA 93001 Service__ 4. Location of well at surface 8. Operation shutdown __ Re-enter suspended well __ Plugging __ Time extension __ Stimulate m Pull tubing ~ Variance ~ Perforate ~ Other 6. Datum elevation (DF or KB) Est, KB 334' 7. Unit or Property name ADL #368074 Well number feet 1544' FSL, 736' FEL, At top of productive interval Same (Straight hole) At effective depth Same (Straight hole) At total deoth Same [Straight hole) Sec. 25, T6N, R9E, U.ll. Wolfbutton #25-6-9 9. Permit number 88-143 10. APl number 5o- 223- 20017 11. Field/Pool 12. Present well condition summary Total depth: measured true vertical 10,241 feet 10,241 feet Plugs (measured) Effective depth: measured true vertical feet feet Junk (measured) Casing Length Structural Conductor 77 ' Sudace 2,467' Intermediate Production Liner Perforation depth: measured true vertical Tubing (size, grade, and measured depth) Packers and SSSV (type and measured depth) Size 20" 13 3/8" Cemented To Surface To Surface Measured depth True vertical depth 109' KB 2,476' KB 109' KB 2,476' KB RECEIVED 13. Attachments Description summary of proposal m See Attached 14. Estimated date for commencing operation 115. Status of well classification as: 2/4/89 16. If proposal was verbally approved , Oil ~ Gas ~ Name of approver Date approved Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed~;k~ - ~' Title Drilling Iianager us o. Y Conditions of approval: Notify Commission so representative may witness r~ Plug integrity __ BOP Test __ Location clearance __ _ Mechanical Integrity Test __ Subsequent form required,'Jl~-/o - .... /x Approved Copy ~/~~__~_~ Returned Approved by order of the Commission _ Commissioner Rev Form 10-403 06/15/88 '/ / Detailed operations program ..X_ BOP sketch __ Suspended __ Date 2/3/89 i Approva' No. ~..-~~' SU B/'M I/~N TRII~ LICATE ~OLJf~UTTON PROSPECT Abandonment Procedure February 3, 1989 MECHANICAL CONDITIONS: TD 10241 ' RECEIVED CASING: 106.5# K-55 Surface to 109' 13-3/8",68#,L-80, Surface to 2477'. ESTIMATED BHT 166' FEB - 3 Oil& Gas CONS,. Commission NOTE: Open hole cement slurries to be lab tested once definitive depths and temperatures are obtained from logs. ABANDONHENT PROCEDURE: 1) Run in hole with open-ended drill pipe to TD and circulate in mud wl~h a density of at least 101.o6 P.P?. Pull up to 8750' la~ing down. Notify AO~CC witness pluqqinq operations. 2) Balance a plug from 8750' to at least 8485' with 170 cu. ft. cemant consisting of Class G with .07% R-6 retarder. Volume includes 20% excess in open hole. (Slurry ae=igned to prov4do -~-hr thiokanlng time for tag 9 16S'~) WOC. 3) RIH and tag cement plug. AOGCC to witness and approve. Pull I,m t;n t),'t70', lWlannt, h nl.n frnm ~137o' t-n ~tf' leaee 8030' with220 cu.ft, cement consisting of Ciasa Gw/ .07% R-6 retarder. Slurry to provide for a 2-hr. thickening time e 165'. Volume inclu.des 20% excess in open hole. WOC. ltlH and tag. AOGCC to witness. s) Pull up to 2580' laying down. Prior to laying plug across the shoe, dispose of excess mud in pits by injection. 6) Balances plug from 25?7' to at least 2377' wi~/l 250 cu. ft.of Class G with 3% CACLt. Volume includes 20t excess in ~he open hole. Slurry to provide a 3-hr. thickening time for tag. #0C. RIH and tag. AOGCC to witness. ?) Pull out of hole laying down drill pipe. Nipple down Cut and remove wellhead and casings at least 3~ below rig grade level. ~&ge 2 February 3, 1989 Wolfbutton Prospect Abandonment Procedure WiG pipe hung at 155', set a 150 lineal lo. ct surface plug cu. ft. of Coldset 1 cement. Thickening time 4 hrs. Tag. AOGCC to witness. Note: Top of plug must be 5' or less below rig grade elevation. 9) Install well cap~ weld marker post to well cap. Support filets to be welded between cap and post. Marker post to be made o£ pipe u£ ~ least 4" in diameter, 10' long. Post must extend from 4-6' above final ground level and be closed on top by a cement plug, welds, or a screwed cap. Include the following information welded directly to the Operator Name Lease Na~e Well Number Exact location with: Footage from section lines Section number Township Range and Meridian Rig down and move out. 11) Clean and restore location. AOGCC to approve. 12) Xf verbal approval was obtained to abandon by AOGCC, it will be necessary to file form 10-403 within ten days. APPROVI~D~ Drilling and Remedial Operations Gas ConS..Commii~tou '.Anchorage. ~'"~ STATE OF ALASKA ALAS, OIL AND GAS CONSERVATION COMk .~SION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon [] Suspend [] Operation Shutdown [] Re-enter suspended well [] Alter casing [] Time extension [] Change approved program ~[ Plugging [] Stimulate [] Pull tubing [] Amend order [] Perforate [] Other [] 2. Name of Operator Texaco [nc. 3. Address P. 0. Box 811, 133 #. Santa Clara Ave. 6. Venture. CA 93001 4. Location of well at surface 7. 1544' FSL, 736' FEL, Sec. 25, T6N, R9£, U.M. At top of productive interval 8. Same (Straight hole) At effective depth Datum elevation (DF or KB) Est. KB 334' Unit or Property name ADL ~368074 Well number Ifc] fbutton t25-6-9 Permit number 88-143 g. APl number $o-- 223-20017 10. Pool Same (Straight hole) At total depth Same (Straight hole) feet 11. Present well condition summary Total depth: measured true vertical · 9,434 9,434 feet feet Plugs (measured) None Effective depth: measured true vertical feet feet Junk (measured) Casing Length Structural Conductor 77 ' Surface 2,467' Intermediate Production Liner Perforation depth: measured Size 20" 13 3/8" true vertical Tubing (size, grade and measured depth) Packers and SSSV (type and measured depth) Cemented To Surface To Surface Measured depth 109' KB 2,476' KB R, CEIVED F E'~-:: '.' ~ ~', /~.Iaska.0il & Gas Cons. C0mmissi0i~ True Vertical depth 109' KB 2,476' KB 12.Attachments Description summary of proposal ~ Detailed operations program [] BOP sketch [] Proposed total depth of 10,500' (previously oemitted for !0.000') 13. Estimated date for commencing operation 2/1/89 14. If proposal was verbally approved Name of approver Date approved 15. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed~ ~ ~ ,~)~.~~ ,Title OrJl,ling Manager Date 2/1/89 I~ ! Commission Use Only Conditions of approval Notify commission so representative may witness I Approval No.~-~'" (~ (~ ! [] Plug integrity [] BOP Test [] Location clearancel / / Approved by App,ovod Copy Returned ,C;V' ~ T~ TON Commissioner Form 10-403 Rev 12-1-85 by order of the commission Date~-~ ---4~:) ~ Submit in triplicate STATE OF ALASKA ~" ALAS,~'~?OIL AND GAS CONSERVATION COMi~i' ~ION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon [] Suspend [] Operation Shutdown [] Re-enter suspended well [] Alter casing [] Time extension [] Change approved program I~ Plugging [] Stimulate [] Pull tubing [] Amend order [] Perforate [] Other [] 2. Name of Operator 5. Datum elevation (DF or KB) Texaco Inc. Est. KB 334' feet 3. Address P. 0. Box 811, 133 Il. Santa Clara Ave. 6. Unit or Property name Ventura, CA 93001 ADL #368074 4. Location of Well at surface ]544' FSL, 736' FEL, Sec. 25, T6N, RgE, IJ.M. 7. Well number Iio] fbutton ~25-6-9 At top of productive interval Sane (Straight hole) At effective depth Sane (Straight hole) At total depth Sane (Straight hole) 11. Present well condition summary Total depth: measured true vertical 8. Permit number 88-143 9. APl number 50-- 223-20017 10. Pool 9,434 feet 9,434 feet Plugs (measured) None Effective depth: measured true vertical feet feet Junk (measured) Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: measured Length 77' 2,467' Size 20" 13 3/8" true vertical Tubing (size, grade and measured depth) Packers and SSSV (type and measured depth) Cemented To Surface To Surface Measured depth True Vertical depth 109' KB 2,476' KB 109' KB 2,476' KB RECEIVED JAN Alaslra il.& Gas ns. mmlssl0n · '-*'-'i; · 0h0ra 12.Attachments Description summary of proposal ~ Detailed operations program [] BOP sketch [] Proposed total depth of lOtO00' (originally pereitted for 9500') 13. Estimated date for commencing operation 1/31/89 14. if proposal was verbally approved Name of approver Mi ke Minder Date approved 1/30/89' 15.1 hereby certify thal th,~e fo~o,~n~is true and correct to the best of my knowledge Signed ~, ~~ Title , Drilling Manager Commission Use Only Date 1/31/89 Conditions of approval Notify commission so representative may witness [] Plug integrity [] BOP Test [] Location clearance ~,pp,',wed Copy R~,,~tu rl'~d 9 Approved by Form 10-403 Rev 12-1-85 Commissioner the commission Date S~ibmi{' in triplica~ Mz TO: THRU: FROM: EM OR AI D M. OAS ka LOnnie C. Smith//~ January 19 1989 ,,, ~.~ ~.,~omm~,. s ~oner '/ DATE: ' " D.BDF. 035 FILE NO: ,~. ~,~,~,. TELEPHONE NO: Michael T, Minder SUBJECT,' Sr. Petroleum Engimeer Bobby D. Foster~-'] Petroleum Inspector Diverter Test Texaco Wolfbutton #25-6-9 Permit #88-143 Exploratory Sec. 25, T6N, R9E, UM Sunday, Janua~ 9, 1989: I arrived on the Wolfbutton location and ~h~~W :~a~:'~:~i~in.g ~the nipple up of the diverter system. After inspectingthe sYstem I requested a device be installed on the handles of the man~l divert valves to insure one of the valves would be in the open position at all t~es. I also requested an extra 30' of line be added to one of the lines as an added safety factor. The automatic valve would not operate so it was changed out and retested. Ail systems worked properly after the valve was changed. The other changes I requested were being attended to when I departed the location, In summary, I inspected the diverter system on Texaco's Wolfbutton #25-6-9. December 7, 1988 Telecopy (907) 276-7542 Mr. Feryal Sarrafian Assistant District Mgr., Drilling Texaco Inc. P.O. Box Ventura, AC 93001 Re~ Wolfbutton 25-6-9 .... Texaco,' Ina. ' Permit No. 88-14~ Sur. Loc. 1544'FSL, 736'FEL, Sec. 25, T6N, R9E, UM. Btmhol e Loc. SAME Dear Mr. Sarrafian~ Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not indemnify you from the probable need to obtain additional permits required by law from other governmental agencies prior to commencing operations at the well site. To aid us in'scheduling field work, please notify this office 24 hours prior to commencing installation of the blowout prevention equipment so that representative of the Commission may be present to witness testing of the equipment before the surface casing shoe is drilled. Where a diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so that the Commission may witness testing before the drilling below the shoe of the conductor pipe. Ve~r~tru%y y~Urs, Chairman of Alaska Oil and Gas Conservation Commission BY ORDER OF THE COMMISSION peg Enclosure cc: Department of. Fish and Game, Habitat Section w/o encl. Department of~;Environmental Conservtion w/o encl. C Spizale )istrict Manager ,./entura District Los Angeles Operations Division Texaco USA PO Box 811 Ventura CA' 93002 805 643 2154 November 18, 1988 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Gentlemen: Attachedplease find three copies.of the Permit to Drill for Well #25-6~-9~to be drilled on 'ADL #3.68074. Also included is check #1-00581~in the amount of $100 to cover the filing fee. '~ In evaluating for potential shallow gas, an analysis of a 2 x 2 mile grid of 48 CDP seismic data across the Wolfbutton Prospect, including seismic lines crossing through the proposed well location, indicate no shallow gas anomalies. Furthermore, evaluation of nearby well control indicates no abnormal shallow drilling conditions in the area. Ail submitted information is confidential and should be treated as such. If you should have any questions, contact Mr. G. B. Schrage at (805)643-2154. Yours very truly, GBS/lad Attachment NOV 2 ia;..... ~.~il.& Gas Con,. Co~mi,~lon STATE OF ALASKA ALASKA OiL AND GAS CONSERVATION COM~v, JSSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work Drill i:~ Redrill [31 113. Type of well. Exploratory I~ Stratigraphic Test I-i Development Oil [3 Re-Entry E) DeepenEll Service [3 Developement Gas !:3 Singl.e. Zone ~ Multiple Zone 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool Texaco Inc. Est KB 334 feet Wildcat 3. A~dress P.O. Box 811, 133 W. Santa Clara 6. Property Designation Sale 48 Ventura, CA 93001 ADL #368074 4. Location of well at surface 7. Unit or property Name 11. Type Bond;,# ;~ 1544'FSL, 736'FEL Sec 25, T6N, R9E U.M. Wolfbutton Blanket Operator At top of productive tntewa! 8. Well nurpDer Number Same (Straight Hole) 25-6 '-9~ 30-15-05 At total depth g. Approximate spud date Amount Same (Straight Hole) 1/7/89 $200,000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in propert:~ 15. Proposed depth(MD,,~VD) property line 5 miles ~ 17.7 mXles ~ 266 ~535 Gross MD~ TVD 9500 feet- 16. To be completed for deviated wells 17. Anticipated pressure me ;0 ,,c ~ Kickoff depth 'N/A feet Maximum hole angleN/A' a~,~,.c. 3966* ,.~,~,.~,.~rv~ 4750 18. Casing program Setting Depth size ; Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD' MD TVD (include stage data) 26" 20" 10615~./f~.;..~-SButt 40' Surf~ce 114' 114' ' +5 yards.** 17~" 13-3/8"68#/f~ L-80 Butt 40' Surf~ce )_490' 2490' 3417 cu ft ** 2 · · 9-7/8" 7" 29#/f~ L-80 Butt 40' Surf~ce 9490' 9490' 1615 cu. ft. , 19. To be completed for Redrili. Re-entry. and Deepen Operations. Present well condition summary ' **Actual quantity dictated Totai depth: measured feet Plugs (measured) by returns to surface true vertical feet Effective depth: measured feet .-Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural -Conductor RECEIVED *After 7" run. Maximum surface Surface pressure limited to 1625 psi by 13-3/8" shoe fracture until then. .A-ii depths Intermediate NOV' ,~ ~ ]9~ refer to KB. Production Perforation depth: measure~:i"~& ~ true vertical 20. Attachments Filing le~e ~) Property plat ~D BOP Sketch .1~ Diverter Sketch iii) Drilling program ~ Drilling fluid progra~~ ~me vs depth plot n Refraction &r~&lysis [3 Seabed report "El 20 AAC 25.050 requirements [3 21.1 hereby certify. A~-~.he',oregoi~g is tm, ,mi cDr,act to ,he best of my knowled~l. Signed ~>~///~ -~///:/// ! X Z~,,~zr / J Title Assistant Dis. trict Mgr.-Drillir~ate ' ~' ' // Commission Use Only Permit Number -I APl number I Approval data ! See cover letter ! 50-- ~ ~ ~ - .~ ~/~! 1 2/-0-7 / 8 8 ! for other requirements - .... ~',,-.. m NO M[Idlo r Ul ed Yes O No Conditions of approval Samtp~es requ,rea /k~_ ,,= ,., g eq ir~ ..~ Hydrogen sulfide measures /~RrYee__~ No Directional_survey required .,~ Yes E] No ReQuired working,.pl'~sure~B~][3~l; J~/~M; ~] SM; n 10M; D 15M Other:. /"' ,/~//" //// . 7 ~ by order of Approvedby~- /f~,( '~~~ Commissioner ,hecommisslon Date/~7~/~' Form 10-401 dicate DRILLING PROGRAM ADL #368074 SALE 48 November 15, 1988 ESTIMATE NO.: 288019 PROPOSED TOTAL DEPTH: 9500' TVD, MD SURFACE LOCATION: 1544' FSL and 736' FEL Section 25, T6N, R9E Latitude: 69° 50' 34.75" Longitude: 149° 45' 34.61" X: 530,341.31' Alaska State Plane - Zone 4 Y: 5,792,082.45' Alaska State Plane - Zone 4 SUBSURFACE LOCATION: Straight hole ELEVATION: 300' ground, 3'34' KB (estimated) CORRELATIONS: Marker Est. Est. Subsea Vertical Depth Depth Base Permafrost Top U. Cretaceous Top L. Cretaceous Top Kuparuk Base Kuparuk Top Kingak -1000' 1334' -1800' 2134' -8500' 8834' -8800' 9134' -9160' 9494' -9800' 10,134' PROPOSED WORK: 1) Prior to moving in the drilli6ng rig, install an 8' deep, insulated well cellar in the ice pad. 2) Dry drill a 26" hole with a bucket drill to 80' below ground level. Run 80' of 20", 94#, NT60LE conductor. Cement annulus to surface with ±5 yds of permafrost cement. Install 20" x 3000 psi S.O.W. casing head. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 2 3) 4) 5) 6) 7) 8) MIRU. Post AOGCC permit at wellsite. Install 20" diverter system. Test all pressure equipment and casing 100 psi. Note: Notify Alaska Oil and Gas Conservation Commission (AOGCC) 24 hours in advance to witness test. (907)279-1433. Drill 17%" hole vertically to ±2500'. a) MWD with directional/formation logging capability to be in assembly from drillout of 20" to TD. b) Directional surveys required at intervals not to exceed 500'. c) Install mud loggers immediately upon drilling out of 20". d) Ail crossover subs to be a minimum of 3' long. Circulate and condition hole for logging. accordance with the attached program. Log in Make cleanout trip, circulate and condition hole for running casing. Run 13-3/8", 68#, L-80, Buttress casing to ±2490' (5' to 10' from TD) as follows: a) Float shoe b) 2 joints (±80') 13-3/8" casing c) Stab-in type float collar d) ±2410' 13-3/8" casing e) Centralizers are to be placed 10' above the shoe and on every joint for 500' above the shoe (14 total) Note: Bakerlok the shoe and the top and bottom of the first four collars. Casing to be drifted to a minimum of 12.259" (API). Hold casing in position with casing spider and slips on top of rotary table. Run in drillpipe and stab into float collar. Circulate clean and cement according to the attached cementing program. Check for backflow. POH. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 3 Note: Cement to be pumped until good cement returns are obtained. Perform top job with 1" tubing if good cement returns cannot be obtained. 9) Land casing. Cut and recover 20" head. Install 13-3/8" x 3000 psi SOW casing head. 10) Install 13-5/8", 5000 psi WP BOP stack (API 5M-RSRdA). 11) Run test plug and test the BOP's. Test all preventers to 3000 psi. Note: AOGCC to witness test. advance. Notify AGGCC 24 hours in 12) Pick up and run a 12~" bit and 1 stand of collars to the top of the float collar. Test the casing to 1500 psi surface pressure. Note: AOGCC to witness test. 13) Drill out float collar and shoe and drill up to 10' of new hole. Run a formation leak off test as described in the attached program. If mud weight equivalent from LOT is less than 12.0 ppg, contact District Office. It may be necessary to cement squeeze the shoe and rerun LOT. 14) POH. Run in hole with 9-7/8" bit and drilling assembly with MWD. Drill 9-7/8" hole to 9500' TVD. Core as directed. Circulate and condition hole for logging. Notes: 1) Geologist to call actual TD. 2) Directional surveys to be taken at intervals not to exceed 500'. ~~,--~ 3) Mud weight to be increased to 10.1 ppg and fluid loss reduced below 6 at +8500' (minimum of 500' ~0~ 2 t !c~F~. above the Kuparuk) . ~~il.&GasG0ns.~0mm~s~9.~~ Insure sufficient rathole left to test lowermost · ~'~i ~_n~ho~a~ interval. 5) Ail crossover subs to be a minimum of 3' long. 15) Rig up loggers and log in accordance with attached program. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 4 16) 17) 18) 19) 20) 21) Make cleanout trip, circulate and condition hole for running casing. POH, laying down drillstring and BHA. Run 7", 29#, L-80, Buttress casing to ±9490' (5' to 10' from TD) as follows: a) Float shoe b) 2 joints (±80') 7" casing c) Float collar d) ±9410' 7" casing e) Centralizers are to be placed 10' above the shoe and on every other joint for ±2000' above the shoe (50 total) Notes: 1) Bakerlok the shoe and the top and bottom of the first four collars. 2) Casing to be drifted to a minimum of 6. 059" (aPI). 3) Circulating swage with valve to be available on rig floor. 4) Run short joint at approximately 500' above top of Kuparuk sand. 5) Install 7" rams prior to running casing. Circulate clean and cement according to the attached cementing program. Use top and bottom wiper plugs for displacement. Actual volumes to be determined by caliper log and should be calculated to provide 10% excess in open hole with TOC at ±4000' (1500' below 13-3/8" shoe). Note: Reciprocate casing during circulation and while mixing and displacing cement. Maximum overpull on casing is 160,000# over string weight. Use cement unit not mud pumps for displacement. Once cement is in place, flush 7" x 13-3/8" annulus by bullheading 375 bbls of mud. This will ensure the annulus is open for injection. Land 7" casing. Install and test 13-5/8" 3M x 11" 5M casing head with secondary packoff for 7". Nipple up 13-5/8", 5000 psi W.P. BOP stack (API 5M-RSRdA). Test all rams to 5000 psi. Test annular to 3500 psi. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 5 22) 23) 24) 25) Note: AOGCC to witness test. Notify AOGCC 24 hours in advance. Clean out 7" casing to float collar with 6" bit and casing scraper. Test casing to 2800 psi. Run cased hole logs in accordance with attached program. Perforate and test as directed. Abandon/suspend well in accordance with AOGCC regulations as directed. APPROVED: F. C. SPIZALE DISTRICT MANAGER Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 6 MUD PROGRAM Fluid Est. Mud Loss Interval Weight Visc. (cc/ (RKB, ft.) Type Mud (ppg) sec/qt. 30 min) PV YP pH 0-114' --- CONDUCTOR 114'-2500' Gel/Benex 8.8-9.2 50-200 N/C 10-15 25-50 8.5± 2500'-8500'* Gel/PHPA 8.8-9.2 40± 10-12 5-10 10-15 8.5± 8500 ' *-TD Gel/PHPA 10.1-10.5 35-50 5-6 10-15 10-20 8.5± *Weight up and fluid loss reduction to be in effect by a minumum of 500' above the top of the Kuparuk. RA Zone should come in approximately 250' above top of Kuparuk. 114'-2500' Build gel/benex system using approximately 25-30 ppb gel. Funnel viscosity of approximately 150 to be maintained through gravel sections. After drilling gravel, allow viscosity to gradually reduce while still maintaining adequate hole cleaning. Maintain minimum mud temperature to minimize hole enlargement through permafrost/gravel intervals. 2500'-8500' Change hole over to gel/PHPA system. Use all solids control equipment to maintain minimum mud weight. Adjust fluid loss using PAC. Maintain sufficient YP to effectively clean the hole while maintaining laminar flow in the annulus. 8500'-TD Continue with gel/PHPA/PAC system but raise mud weight with barite to 10.1 minimum and lower fluid loss to 6 maximum. If formations come in shallow, make adjustments to fluid properties at least 500' above the anticipated top of t~h~Kuparuk. Sloughing may be encountered in the~.~__n~9~ Increased mud weight should control sloughing. Soltex can be aded if weight alone does not alleviate problem. Notes: 1) Operate solids control equipment to maintain drill solids as low as possible. 2) Any use of thinners should be done as sparingly as possible. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 7 3) 4) Do not add water over shaker, necessary additions should be after shaker (minimize solids reduction and entrainment) . High viscosity sweeps to be run as needed to improve hole cleaning and prior to running logs and casing. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 8 EVALUATION PROGRAM 1) Mud.Logging Continuous mud logging equipment shall be employed from the shoe of the 20" conductor to TD. 2) Coring Conventional cores may be taken in both intervals. Geologist to select core points. 3) Electric Logging Interval 20" shoe - 13-3/8" csg. pt. 13-3/8" shoe - TD Logs Open hole: 1) DIFL-Sonic-GR 2) ZDL-CNL-GR 3) Sidewalls Open hole: 1) DIFL-Microlaterolog-LSS-GR 2) ZDL-CNL-Spectralog-GR 3) Dipmeter 4) Sidewalls Cased hole: 1) CBL-GR w/collar locator 4 ) Velocity Survey Survey to be conducted at TD 5) ~D MWD with gamma ray and resistivity capabilities to be run from the shoe of the 20" conductor to TD. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 9 FORMATION LEAK OFF TEST PROCEDURE 1. RIH with bit and drill out the float collar and shoe of casing string just set and cemented. 2. Drill 5-10' of new hole below current T.D. 3. Circulate and condition mud (MW even in and out, properties consistent and acceptable). Pull up to the casing shoe. Close the annular preventer. 4. Establish formation leak off by pumping down the drill pipe as follows: a. Pump at a constant rate of one quarter (%) BPM using cement pumps. b. Record and plot cumulative volume pumped (% bbl increments) vs. drill pipe pressure until leak off is reached. Leak off is reached when the pressure increase is no longer constant for each % bbl pumped and will be seen as a deflection to the right on the plot. The actual leak off pressure is the last point on the straiqht line of the graph (last point of constant pressure increase / % bbl pumped). NOTE: Equip cementing unit with pressure gauge in suitable range for anticipated surface pressure (generally, anticipated surface pressure plus 30%). · Upon reaching leak off, stop pumps and record pressure. immediately and at one minute intervals for ten minutes or until decline levels off, whichever comes first. 6. Relieve pressure and record mud flowback. · Forward data received to the Drilling Engineer in the Ventura District Office. Equivalent M.W. = M.W. in hole + Leak off pressure limit 0.052 x Csg. seat (TVD) Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 10 NOTE: Estimated fracture gradient and equivalent surface pressures at the various casing shoes are presented below. Test to be run to leak off. Do not stop at estimated equivalent mud weight unless that coincides with actual leak off. Assumed *Estimated TVD Estimated Mud Wt. Surface Equivalent Casing Depth Frac. Pressure during Press. at Mud Wt. Shoe ft. psi test ppg Frac. psi ppg 13-3/8" 2490 1750 9.0 585 13.5 *Equivalent surface pressure must be recalculated using actual mud weight in hole at time of bleed off test. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 11 Well Data: Hole Size Setting Depth Estimated~BHST ExcesS Slurry Volume: Open Hole: 13-3/8" SURFACE 17%" 2490 ' MD 80 °F 100% 13-3/8" X 17-1/2" X 2376' with 100% excess = 3301 cu. ft. Cased Hole: 13-3/8" x 20" 94# x 80' = 82 cu ft f · · Shoe Joint· 13-3/8" 68# x 40' = 34 cu ft Total Volume = 3417 cu. ft. Cementinq Procedure: Preflush: Cement: 30 bbls. of Fresh Water 3417 cu.ft. (3674 sks.) Regular Permafrost Yield: 0.93 cu.ft./sk. Water: 3.5 gal./sk. Weight: 14.9 ppg Thickening Time: 4% - 5% hours *Cement to be pumped through stab-in equipment. UNTIL GOOD RETURNS TO SURFACE ARE OBTAINED. CEMENT TO BE PUMPED **Cement company to verify thickening times prior to job using actual cement and water from location. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 12 7" PRODUCTION Well Data: Hole Size Setting Depth Estimated BHST Excess Top of Cement 9-7/8" 9490' MD 195°F 10% based on caliper log 4000' MD Slurry Volume: Open Hole: 7" x 9-7/8" x 5490' with 10% excess = 1598 cu.ft. Shoe Joint: 7" 29# x 80' = 17 cu ft Total Volume = 1615 cu.ft. Cementinq Procedure: Preflush: 20 bbls of Mud Flush 30 bbls of Dual Spacer @ 12.5 ppg Cement'. 1615 cu.ft. (1369 sks.) Class "G" + 0.5% Halad-344 + 0.2% CFR-3 + 0.2% LWL Yield: 1.18 cu.ft./sk. Water: 5.2 gal./sk. Weight: 15.6 ppg Thickening Time: 4% hours * Actual cement volume to be based on caliper log and should include 10% excess in open hole. ** Cement company to verify thickening times prior to job using actual cement and water from location. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 13 Conductor Casing: Surface Casing: Production Casing: CASING PROGRAM 20", 94#, NT60LE, Butt to ±114' TVD, MD 13-3/8", 68#, L-80, Butt to ±2490' TVD, MD , 29#, L-80, Butt to ±9490' TVD, MD CASING TEST PRESSURES Surface Production Rated 70% of Rated 70% of Test Burst Burst Collapse Collapse Pressure 5020 psi 3514 psi 2260 psi 1582 psi 1500 psi 8160 psi 5712 psi 7020 psi 4914 psi 2800 psi Note: Casing pressure tests will be conducted after drilling out cement to the float collar. Tests will be a minimum 30 minute duration. Wolfbutton #25-6N-9E Work Order November 15, 1988 Page 14 PRESSURE SUMMARY Casing Size 13-3/8" 7" TVD Mud weight (ppg) Formation pressure at next csg.pt. (psi) (1) Max. surface pressure (psi) (2) Max. surface pressure (psi) (3) Fracture pressure at shoe (psi) Hydrostatic pressure at shoe (psi)(4) 2490' 9490' 9.0 10.1 4750 4750 3966 3966 1625 3966 1750 6600 1310 4980 1) Formations normally pressured to Kuparuk. pressure gradient = 0.5 psi/ft. Kuparuk formation 2) Maximum surface pressure is the wellhead pressure due to a column of gas from TD. 3) Maximum surface pressure is the wellhead pressure due to a column of gas from TD but limited by established shoe fracture. 4) Hydrostatic pressure at shoe = maximum mud hydrosatic gradient to next casing point x shoe depth. MUD SYSTEM EQUIPMENT (TWo mud systems, either of which will meet requirements, are listed as rig is not yet finalized) Mud Pumps 2 Continental Emsco FB-1600 triplex pumps each with 2-EMD-D-79 MB traction motors, capacity 500 GPM at 3500 psi. Traction motors cooled by closed loop Hunt 3208 Aircon system. Instrumentation 1 - 7 pen Martin Decker drilling recorder 1 - complete set Martin Decker PVT recorders and flow-show Mud System (Rig 27-E) 4-tank enclosed mud system. Total volume 1200 bbls 7-active compartments, each compartment equipped with low pressure mud gun, one (1) agitator and PVT probe 2-75 bbl compartment trip tanks, each compartment equipped with low pressure mud gun, PVT probe and separate PVT recorder and two (2) 2" x 3" hole fill pumps 2 - Tri Flo dual screen high speed shakers, capacity 1100 GPM 2 - Tri Flo 16-cone sandsilt mud cleaners, total capacity 2000 GPM 2 - 100 GPM Pioneer Mark I centrifuge 1 - 1200 GPM vacuum degasser 1 - gas buster 1 - mud lab separate from mud system area 1 - 30' belt conveyor Mud storage tanks. Total volume 800 bbl heated with circulating pump Mud System (Rig 26-E) 4-tank enclosed mud system. Total volume 1200 bbls 7-active compartments, each compartment is equipped with low pressure mud gun, one agitator and PVT probe 1-160 bbl compartment trip tank, compartment is equipped with low pressure mud gun, PVT probe and separate PVT recorder and one 2" x 3" hole fill pump 1 - Tri Flo triple tandem shale shaker 2 - Demco 16-cone sandsilt mud cleaners, total capacity 2000 GPM 2 - 100 GPM Pioneer Mark I centrifuge 1 - Drilco See-Flo degasser 1 - Gas buster 1 - Mud lab separate from mud system area Diverter System Wolfbutton Wells Flowline 10" HCR valve opens automatically wher, annular closes . - 10" Diverter Line Ground ellar Valve J Drilling Riser An20'', 2000 Psi ' i nular Prevente~./J 20" Conductor Diverter line has two direction discharge capability RECEIVED NOV ~_ ~ 1.~,q ,' ~ch0rage Flowline 13-5/8", 5000 psi BOPE Wolfbutton Wells HCR 3" Kill Line Manual Valve ,, , Annular Preventer Pipe Ram Blind Ram Drilling Spool Pipe Ram Lliverter System Wolfbutton Well s Lines venting at 90° Manual Butterfly Valves (wired open) 10" line pipe (welded or 150# ANSI flan_oed) HCR valve opens automatically when annular preventer closes Cellar DIVERTER PR~EDU ,R,E le Rtg up diverter system consisting of 20' ~K)OO pst annular preventer wtth auxiliary equipment as shown on the dtverter drawtng. Connect opentng stde of hydraulic control for butterfly valve tO annular preYenter clostng 11ne for simulta- neous operation. Test Operation after Installation. 3~ Lay dual dtverter l tries. One to the reserve ptt taktng tnto account prevailing wtnds, and one to south end of location. - Open one valve on the reserved ptt "tee' to vent flow depend- tng on wind direction. Note: One 'tee' valve to be open at all ttms. 4. Zn the event of vel1 flow:' a) Idhtle drilling, ltft Kelly above 20' annular, kfhtle trtpptn9, tnsta11 drtllptpe safety valve (tnstde BOP). b) Close 20' annular. c) Vatch wtnd direction and adjust dtverter 1tne 'tee' as required. d) f) Pick up and make up K~11y tn tripptn9 situation. · Pump mud slowly through btt to avotd pluggtng or freezing. After nee~ for dtverter has passed, purge dlverter l tries with steam or air. NOTE: The hydraulic controlled butterfly-valve, at dtverter spool, opens by hydraulic l the connected to the 20' annular closing 11ne. This automatically opens the valve as the annular preventer closes. PROPOSED LOCATIONS OF WELLS & ICE ROADS FOR THE Texaco USA WOLF BUTTON PROSPECT T liN TION 1tgE .-~ (~ARCO KUPARUK CPF ~ ~ EXISTING GRAVEL ROAD .,L sxmTm~ .~ PAD PROPOSED ICE ROAD T ION T~N TION TgN TgN TSN' TgN TSN T8N TTN NO. 35-8-7 NO. 2-7-8 T~N T7N NO. 2 T7N T6N T6N TSN NO. 28-7-9 NO. 32-7-8 NO. 3--6-7 NO. 3 R7E RSE NO. 2-5-8 RSE NO. 12-6-8 NO. RgE RgE NO. 33-7-10 RIOE TTN TON ~ 19 · __ NAD x: ~3o,~4~.3~ 26 25 ZONE 4 ~ ~ ... - ELEVATION:3OO' (APPR DX.) 35 3~ ,, .D BK 870~, W.~.~4 6URVEYOR'6 CERTIFICATE ~O~ BUTTON ~OS~ECT "~ ~ELL LOCATION 25-6-g '..... ...."~ ~A FL CH~C~ L£$2 ~OK N~-g ~J. 2F.~HIT$ Company ~)c~~ . Lease & Well IT~ ~PRO~ DA~ - ~S NO (2 =bra 8) (8) Adm/n , (i0 and. i3) 12. I3. :4) Cas~ /~:'.Jg~."~-~/. (14 =hru 22) :s) so s. (23 thru 28) -. :6) o'~ ! . . '(29 t:hru. 31) 14. 15. 16. 17. 18. 19. 20. 21. '22. 23. 24. 25. 26. 27. 28. 2 I 1I b 1 d i~ d fin d p i ~ . S we :o e ocate a e e oo ... ...... ...., .... .o.....o... 3. Is well located proper distance from proper=7 line .................. ,,, 4. Is well lo=aced proper distance from ocher wells .................... , 5. Is sufficient undedtca=ed acreage available in :his pool .. .......... 6. Is well co be deviated and is wellbore a: included ................ 7 Is operator :he only affec=ed party '. ~ · . eeeeeeeeee eeeeeeeeee eeeeeeeeeeeee 8· Can permit be approved before fifteen-day-wait ...................... ,,,, , , / / Does opera=or have a bond in force .................................. Is a conserve=ion order needed ...................................... Is administrative approval needed ................................... Is the lease number appropriate .... ..... ............................ Does the well have a unique name and number ........................ ~ Is conductor string provided ........................................ Will surface casing pro=eat all zones reasonably expected :o serve as an underground source of dr/nk/ng water ..................... Is enough cement used :o circulate on conductor and surface ......... Will cement :ia in surface and intermediate or production str/ngs ... Will cement cover all known productive hor/zons ..................... ,,, Will all casing give adequate safeT7 in collapse, tension and burst.· Is this well :o be k/eked off from an ex/sting wellbore ............ '. Is old wellbore abandoumen=.procedure included on 10-403 ............ - ~./~ Is adequate wellbore separation proposed ' ···············eee·~········ 6) tdd: ;eology: 'c Eu~/neer:tu~: Les // ~v: 08/11/88 0ii Is a dtverter system required ....................................... Is :he drilling fluid program schema:ia and list of equ/pment adequate~ Are necessary diagrams and descriptions of diverter and BOPE a=tached. Does BOPE have suffic±en: pressure rating - Test to ~ Does =he choke manifold compl7 v/API RP-53 (~ay 84)... ~ ............ :. Is the presence of H2S gas probable ................................. Pot e~lorato~' and S=rattgrapkic wells: 29. Are data presented on potential overpressure zones? ................. 30. Are seism/c analysis data presented on shallow gas zones ............ 31. If an offshore loc., are survey results of seabed conditions presented Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history, file,. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. PROGRAM: LISCAN ~EVISION: 5.1 PART NUMBER: W5790-PE32 Star*. of execut±on: Weci 22 F:_3 89 12:02p_~ **** REEL L~[S 8~/2/5 HEADER **** ATLAS 01 'LIS CUSTOHER FORMAT TAPE' **'** TAPE LiS 891215 3716 01 HEADER **** Cn'~OSITE.,,~, TAPE, FILE # 1 **** FILE RUN 1 .001 1024 CN : TEXACO U.S.A. !NC. WN : WOLFBUTTON 25-6-9 FN : WOLFBUTTON COU~i : NORTH SLOPE STAT : ALASK& FORMAT RECORD (TYPES ONE OEPTH PER FRAME T/NPE DEPTH UNIT : FT 1 3 CURV ES : NAME COPE SAMPLE# UNIT BYTES * D~T~ RECORD (TYPE:~ O) 1~14,~ , ~YTCS, ,- DEPTH GR RiLM RILD S~D TTEN C&L TEMP AC C!LD C13 C74 ~511 O0n 24.09751 q68.2~27 7461.000 27.99719 111.3~5o 2411.~ ~ u 0 b 2~ 16~ 0 105.526~ 7361.000 28.37950 1!0.7025 23!1.000 2~.!5359 119.1600 2251 .000 28.87050 198.2653 2211 .000 2~.9o, 710 174.2264 2161.000 29.!237~ 116.05,S,.~ 2111,000 29.17340 !25,3894 2061.000 2~.90130 i21.1972 2011,000 29,99701 118,1122 56,46342 975.9023 ~2 24342 56.46342 2094.217 65.3~$13 32.23073 2074.117 1 9. 43656 40.69089 7030.133 25.65509 63.49432 2006.007 86.7786~ ~5 38628 2010.442 76.741~3 54.05908 199A 4~ 46.$4625 60.71082 19~,3 41~ 73.56018 5~,.lm214 1962.80':) 55.2!4!3 53,940P)~ ~ 1960,109 ~ ~661 0 Z8,43555 19~'2,072 t2,63909 I 1 .05403 13.02736 1 8. 24570 14.08694 13,0273~ ?4570 3'-'~. ~7566 1~ 1141~ 18.53857 31.73517 17,78082 18,14.'~00 10.42414 17.79576 18.1~944 12.32985 18.05731 18.46587 16.56~60 1S,05260 I ~ 53'~16 tZ.78418 I S.03731 18,3S335 16.60563 17.86006 15.03085 il .22039 1 ~ m344~ t8. 380~'~'oo 55.31 '978 17. 539 '~ 1 17,`97040 19.14116 74.49258 17¢ . u0901 15.07201 74.69781 17.80901 51.44804 74.73584 17.68965 38.97862 74,70488 17.41963 11.52357 74.73532 17.46208 1 3.03054 74,69879 t7,64874 21.34642 74.66559 17.57202 13.59431 74.61635 17.69127 18.1t131 74 4891 ~ · , ./ 17.65925 11 .31656 74.34901 17.68797 79.11960 74.14597 17.10812 RFOC SP 11.71636 -44.52556 13.~8052 -45.36836 35.99109 -46.33359 2Q.56512 -45.98878 11.931'04 -37.12183 14.07661 -31 .58356 17.03406 -33.76187 13.42702 -34.13145 15.71577 -36.93927 13.94965 -32.97179 52.8652q~ -44.1436,0 29.64050 1 £0.5?50 1911 .orjo 29.99701 112.5018 1861.000 30.0029! 119.53t~ 1811 .000 116.8856 1761.000 ~o, 99701 1 77 1~5~ . ., 1711.000 29.99701 125.507_:9 1661.0'"~0 30.76701 13i.6433 1611.000 39.99692 140.3979 1 5:51 · 000 30. SOgz,? 1 36.,~,~79'~- 1511.000 30.09692 139.058S 1461.000 30.590?0 128.0029 1411.000 30.88771 129.3132 1361 .000 20.35100 150.3838 1311.000 1 '-."'¢, 06920 I 54, t 751 1251.000 16.99730 81.50941 12!1.000 2:4.41501 79.41585 45 43 "3 15 17 41 17 30 17 34 .36 17 15 36 17 21 S5 17 34 40 16 30 57 16 83 57 16 47 26 S. 30 16 ~45,42 7.63~ ~.4490 880.38 1,2013 ,7~64 .976a ..~o33 1.5,60 .4750 31.97 .3350 ,4~41 11,~7 ,64£9 .~136 76,47 .2215 .0306 54.97 .0~= ,0777 61 .5507 .8865 39.87 .$260 .636g 08.94 .7315 .9!17 96,31 ~641 ,0644 72,39 .1713 ,1157 46,42 ,6009 .32~3 63,90 59747 .3527 56.21 09675 17.7t352 17.96295 35.90036 17.91606 18.18481 23,50891 18,00330 15,22998 27,22870 17,47685 17,7239~ 47.41437 17,39861 17.66614 44,0033c~ 1 7,54900 17,90947 27,20177 17,58446 17,80847 22.332~3 17,59303 18.12759 45.90883 17,68327 17,99304 33.8~060 17.85950 15.24989 23.43706 17.97041 18.45845 28.15g68 17.77t26 1¢3,34131 10,52017 1 o 02321 I,..,c" · 481 87 18,~0576 17,95544 18,10487 52.41489 2b.66139 24,43692 86.84323 23,19919 20,97462 74.05333 17.46407 47.16679 73.~0208 17.64729 28,59033 73.71748 17,77661 33.09625 73.61920 17,22o78 65.21028 73,45548 17.13107 56.57Q98 73.3?280 17.18851 33. 08899 713, 19881 17,36044 2~,38275 73.12164 17.05847 64,30553 72.89331 17,37350 45,81674 72,70726 17,46910 28.79224 72.45770 17.48238 32.93359 72.01125 17,20120 12.02337 71 ,42995 17,56453 21.00797 70.93083 17.80600 277.9731 70.59354 28.88585 322.,9192 70.12971 25,47375 -44.67767 31,09953 -47,20592 21,12178 -42.65504 26,14142 -46.83325 40,50760 -50.51385 35.11220 -47.95432 34.07407 -48.47974 24,13777 -36,71104 3R.,55539 -50,46117 30.09201 -45.98501 25.13116 -39,00330 22,51082 -40,56522 14.18640 -36,~3367 23.08658 -35.69012 196,8555 -42.75745 232,5523 -44.30170 1161.000 54.59026 23.98938 31.59471 33.63055 11 I 1. 000 17.14Z, 00 145.3973 1061 .000 2.6.37979 $4.13558 1011 .000 I 8. 871 51 t 21 . I ,333 961 OOn 1 ~ .... · .o5019 911.000 1,8.85110 76.5003,4 851 .000 18.99~10 76.44255 ~11 000 19.49770 157,4047 761.000 pp 72,08983 711.000 22.65~79 93.60814 66t.000 22.96790 165,4764 611.000 23.34160 82.66258 ~6t.000 1~.4~530 111,0104 511.000 24.56151 143.0653 461 .000 23.36R21 70.39445 4!1 .000 22.71 47! 72.19856 361 .0~0 1 28 · 831.3 48.58150 1041, 5'~6. 21 .96315 29,73997 1593.523 2.99~251 51 .50311 1566.126 14.44850 41 .72064 1 563 0=3 3.7~2810 28.72452 I 5t 7. g~2 2.224972 37.1x855 I 52 $ · 389 4.850213 51.97380 I 548.1 69 50.90105 28.43391 1529.108 2.104764 58.31271 1492.05,>3 18.74866 47.96046 1517.431 !7.24947 31.17876 1457.928 1.916453 50,56371 1462.724 26,19669 21 .15023 1444.153 3.807190 c7.26814 14~3.599 1.690958 2g.83543 1406.142 1.900484 50 '?'~ g31 1348,195 21 20~0 32.660~8 19.63345 1~,90239 98 97~05 23.23584 ~3.1505~ 41.42612 18.66571 18.95764 114.6357 20,47464 1 40947 · . 96.68776 22.74791 23.11249 75.50237 ~ . ~3.73975 23.25270 15.18712 18.78299 18.49710 111 .3151 24.82260 24.81718 3~ 1402° t ~. 2349~ 15.56511 38.58032 17.93401 1~.60323 1~3. ~77~ 23.68126 24,14211 07 3~229 I,~ ~ . 92715 115.7445 10.45654 18.74992 26.00374 25.4B567 61.17297 27,17447 25.79997 29.43906 1~.9017f~ lS.40828 45.53081 69.969~1 20,36452 333.4165 69.47426 23.32112 69.20990 69.17072 18.37378 263.6567 69.25027 19.53979 449.4438 69.17496 22.38332 205.9213 68.90877 24.22679 lO.64597 69.28046 19.06888 475.1125 69.19452 24.82802 54.7~855 68.~3518 17.~0486 57.97281 68.61908 t7.26477 521.7971 08.94492 23.22040 38.17278 69.14230 19.15482 262.6609 69.37483 20,16316 591 .3309 69.48401 26.52179 526,1816 60.5R014 28.54895 47.16113 6~.43735 10.3~528 44.49173 -44.B1657 181.6103 -44.59152 65.80455 -46.01852 157.0403 -43.~7716 303.6067 -39.21727 102.9~17 -43 9611= 27.74249 -42.30078 414.0781 -47.55034 45.90555 -49.94804 57.77084 -51 .79869 259.9160 -51.206,88 38.37511 -72.52155 286.4077 -R1.50557 x89.33~6 -62. 30570 467.8772 -78.40186 55.91585 -78.854Q3 24. I 1 491 74,476©9 261 .000 24.92401 69.36~06 211 ,000 16,1a591 82,21233 161,000 17,99821 116 65~m 111,000 25,59698 56,04921 61.000 24.09751 57.7179g 1455,624 4.954772 25,41757 1361 ,209 2,734333 30,60143 1395,881 2,776860 ~? 74599 1305.770 24.88647 21 .25426 1284.020 164.6973 22,61586 1329,667 9~ 8291 ? 29,12395 2a,36151 66,71179 26,15260 26,36151 94.75029 2! .79721 20.54309 16.42123 18.86906 18.84346 10000.00 19,84651 20.24255 10000.00 19.67249 20.04181 69,38519 28,88635 365,7200 69,33044 25,94368 350,118Q 6Q,13091 22,05133 40.18246 6~.00032 18.89467 6,071930 68,9477.8 19,45045 10,43524 68,~9314 19,30316 -69,74934 517,0138 -73,27530 316,1956 -104,1157 55.96068 -67.86749 5.064410 -36,96909 ~.868608 -56.84634 TOTAL D~TA RECORDS ST~RTINS TAPE DEPTH ~ILE TRAILER : 277 = ~511.00 ENDING T~PE DEPTH 23.00 FILE # 2 **** FILE HEADER RUN 2 .002 1024 ,RECORD (TYPE~, ,~.4),~ . DE~TH PER FRAME T~PE n~TH UNIT , , .... r- , : ,T I 9 CURVES : NAME CODE SAMPLE~,~ UNIT ! CHT 68 1 L3 2 GR 4n I '~P! 3 RILM 68 1 OHMM 4 RILD 68 1 OHMM 5 RFOC 68 t OHMM 6 SPD ,.6~ 1 FT 7 TTEN 68 I LBS 8 CAL 68 1 INCH 9 TEMP 68 1 9EGR 10 SP 68 1 HV 11 ~C 68 1 US/F 12 TZR2 68 I US 13 ~221 68 I US 14 TIR2 o8 I US 1 5 TIR1 68 1 US BYTES 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 10 DEr 58, 1 DEG 4 DATA DEPTH RFOC SO TlR1 RECORD (TYPE# CHT RMLL O) 966 BYTES * GR TTEN T2R2 CILD R ILM CAL T2R1 RB RILD TEMP TlR2 DEV 9579,000 3.692598 -6.831520 1132,000 -12g,4949 20,99789 870,8347 8,18~659 84,46141 2964,303 1506,188 314,4.~75 2.917888 11.52221 892.0000 4.768959 3,17097S 170,7830 1133,875 337,0203 9529,000 4.752466 -1C,!2710 759.5625 706,9778 23.99762 86,80813 8,186659 34.46141 4225.879 727.0625 243.6123 4.094967 11 .52221 900.2500 -1 .829817 4.104882 170.7830 929.4375 368.3232 9479,000 4,116666 -7,803868 775,5625 693.1321 t7.99821 813.96942 2.,386702 85.7667~ 4171.914 745.6250 319.7900 3.¢28961 13.83145 922.2500 -1.834910 3,127051 170,~822 946,1250 368,3284 9429.000 2.128044 -11.82288 942.6875 ?07,8262 19,40430 100,5356 1 ,t20886 103.9769 42t2.348 916.2500 653.4729 t,557394 18,05141 1112,313 -1,829817 1.530285 171.4810 1162.375 368.3232 9379,000 2,401213 -17,51047 92t , 562.5 788,0112 19,99799 ~o 33~21 I. 38741 4 9t,.35616 4~24,902 832,5000 722,5852 1.428617 17.92282 1099.438 -1.834910 1.383920 169.5645 1123.125 365.3284 9379,000 3,732435 -16.47574 84.2,4375 688.6101 20.S8870 95 9~03 2.193049 151,6055 4154.38'7 814,3750 351,1387 Z.8597P_6 16.09494 10C4.625 -1 . 841252 2.847878 167,8185 1030,1.2__5 368,3345 92~9.000 3.606025 -20,21240 795.8750 .~"; 0520 20.12~5~ 96.57851 2.719235 174.3132 ~ .3 4_u6 59 790.5000 494.9976 2.193099 13.19342 967,8750 -1.824149 2.020212 166.8580 99~.2500 368,3174 9229.000 3.506922 -~9.70119 900.0000 705,7134 ~0,083~0 109.9886 1.mS~869 22~.9244 4143,996 895,8750 44614592 2.236356 13.36356 1105.43~ -1.829817 2.239846 166.8738 11tl.688 368.3232 9179.000 4. '711 032 711 ,7222 lO, 997c;'9 107,517.o 41 5~ · 1 48 3.408173 70294 3.64486¢ 167.5802 91,79. 090 -7.512,411 734 31 9079,000 5.685479 -10.57584 73'7,5125 9029,000 5.801399 -8.319540 745,5625 8979,0©0 7.1L9004 -?.6450c~ mO? 06~¢, . 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2'1 77. 962 2.668Q12 13.25046 1140.253 -1 .B31738 3.744877 11.52194 1153.563 -1.829817 3.481025 11.480~2 1161.563 -1.838395 8.782196 10.69864 1087.125 -1.829817 11.84224 10.91504 1042.625 -1.$27475 6.676594 1 2. 03094 1179.625 -1 ,832103 B.665073 11.75776 11!~.063 -1.818381 ~.865793 11.31307 1031.813 -1.B2695S 14.61591 10.51708 104~.500 -1.83Z675 5.40654~ 12.06101 1169.688 -1.824740 7.975123 10·90493 3.107777 127.2485 1145.563 368.3252 4.107451 126.4769 1167.063 368.3232 3.767650 126.3511 1176.313 368.331~ 11.14808 125.6228 1002.938 368.3232 15.90838 124.7207 1062.750 368.3208 7.878488 1 24. 3936 1190.500 368.3257 11 .69950 1 23 · 8025 !131.500 368.3115 12.42280 123.3396 1095.188 368.3203 20.06459 122.9311 1064.313 368.32~2 6.622695 123.1421 1231 .813 368.3181 11.05783 122.5048 3079,000 11.~$336 -~.088553 833.5000 3029.000 8.:?31061 1.820t19 949.6~75 2979.000 11.46~43 -13.65569 876.1750 Z9~9.000 12.35270 -6.760237 910,t~75 2879.000 5.775620 5.952723 955.7500 2829,000 4.799221 1.~9152 996.0000 2779.000 11.38755 -12.20~62 902.8!23 2729. 000 16.01862 -7.547325 S71.1250 2679.000 28.33601 12,4045~ 873.5625 ~6~9,000 I o 34608 C). . .-. 0.557784~ 910.1250 ~579.000 9.412560 401 .0183 47,765Z1 94.51178 5. 34845 404.69~0 47.7~329 105.5829 4 I I ?~4 392.2363 47.95950 ~9.66356 4.165028 408.!990 48.01910 99.55794 3.750530 424.0432 47.65669 !11.7146 S 44~ 397.0623 47.A~822 114,3908 2,723097 3Ol.5119 47.17160 104.5446 3,501038 380,9555 48.06230 104.8264 3.682957 390.3674 47.54521 07.38292 7.360977 400.6855 47.55112 107.8092 3,751290 594.$909 47.96539 71 .78685 216! .253 S19.6875 52.49347 75.42087 2162.724 947.5625 S2.26939 74.16711 2126.674 866.2500 62.92117 73.23804 2t45.999 894.0625 55.05220 71 .26630 2148.541 95~],3125 t53.2112 69.25401 2096,094 955,4375 176.1386 69.97833 2070.424 886.0625 59.46632 69.39087 2022.056 86~.3750 43.2055~ 43,67448 20t7.727 856.3750 2~.72124 45.44!42 2014.269 897.1875 25.74310 63,5487~ 2001.!37 15.57112 11.19466 1030.750 -1.825796 9.308645 11.95265 1154.500 -1.826958 11.78080 11.1Z575 1084.188 -1.8Z9834 12.36405 11,27085 1091.750 -1.820980 5.293976 11.273~4 1162.688 -1.826941 4.543244 11.77847 1214.500 -1 .832675 11.69178 10.63168 1102.000 -1.826958 lw.45419 10.53406 1068.000 -1.824947 19.98447 10.45099 1067.938 -1.829817 18,45027 10,5154~ 1116.813 -1.829817 8.058455 15.20144 19.049~9 121.8563 1050.1~5 368.3191 12.15519 122.3046 1158.188 368.3203 1 5. 892 90 122.1212 1093,313 368.3235 lg.10458 121 .6852 1105.68~'~ 368.3142 6.526937 121.3540 1173.500 368.3203 5.677347 121.1965 1221.625 368.3262 16.81624 121.0Q47 1112.875 368.3203 23.14516 120.2375 1074.500 368.3184 44.01169 119.5798 1083.125 368.3232 38.84535 1!9.3264 t12~.813 36~.3232 12.460~5 119.9609 411 .8235 48.34801 113.864-4 13.56260 44 3049~ 2007.056 933.8750 2,~.31059 15.77875 11.90394 1168.000 -1.832675 35.32246 119.6222 1183.250 368.3262 247.°. .000 0.4748644 -*x.38~2n 633.5000 394.2124 48.23069 1 89.03'75 1 .539362 34.7~700 1981.697 622.2500 -13.14429 10000.00 13.32450 1198.313 -1.835534 10000.00 119.$6~$ 1023.188 368.3289 2429.000 2.320425 -20.05481 113e.063 371.3652 21.99780 198.7653 0.3638815 44.04445 195!.805 1256.125 512.8713 1.947238 13.20911 1505.000 -1.$32675 1.949807 120.9388 1515.813 358.3262 2379.000 2.320426 -13.42018 693.3125 371.3652 21.99780 190.0~35 I ~66~g£ 43.65613 1951 .~05 620.06~5 513.2341 1.947499 13.15055 937.2500 -1.832675 1.948428 120.2158 934.0000 368.3262 TOTAL DATA RECORDS STARTING TAPE DEPTH $ILE TRAILER **** : 1206 = 9579.00 ENDING TAPE DEPTH = ~347.00 FiL= ¢ ~ RUN 1 .003 ***~ FIL~ H=ADCR~. . **** 1024 FORMAT ONE DEP T.APE DE RECORD (TYPE# 64) TH PER FRAME PTH UNIT : PT CURVES : NAME 1 CHT 2 CAL 3 C N 4 CNC 5 GR 7 LSN 8 SSN e ZCOR 10 ZOEN 1! SPD 2, TTEN CODE SAMPLE~ UNIT 68 1 LB 68 I INCH AQ , , ~ 1 PCT 63 t 'PCT. 68 I CTS 58 I CTS o8 1 CTS 68 1 GMCC 6~ 1 GMCC 6~ I PT 68 I LBS EYTES 4 4 4 4 4 4 4 4 4 4 15 SFTS 16 SHR 17 PE 18 RS 19 DFV 20 mORZ 68 I CTS 68 I BARN 68 1 DEG 68 I D~G 68 1 PCT DATA RECORD (TYPE# O) t014 BYTES * DEPTH CHT CAL CN CNC GR SSD LSN SSN ZCOR ZDEN SPD TTEN HRD1 HRD2 S~TS SHR PE RB DEV PORZ 2517.000 43.45454 2.500000 259'7.740 9.09O859 2467.000 48,08603 2.210193 1511.026 26,65497 2417.000 29.21768 2.153457 1624 0n~ 30.09352 2357.000 34.90324 2.209693 1428.944 26.68526 2317.000 69,36926 2.310101 1320.005 20.59~5 2267. OOO 44.5,8655 ~ 241 73: 1244.800 24.74335 22! '?, OOO 66,45546 2.311137 1134,000 20.53412 2157,000 63,93793 2.302102 1266.994 933.5708 10254,08 21.997.80 0.5999402 933.5703 9249,059 23.99762 0,6591231 933,5708 9059.570 25,15041 0.6076130 933.5708 9195.637 24,99751 0,6473778 933.570~ i~913.773 25.03120 0.5911959 933.57~8 8895,234 24.99751 0.6036961 ~3~. ¢, 5708 8737,513 25,13000 0.6091191 933,5705 8672.453 25.07100 0,6185980 13.00276 21,99730 878,3125 3.000000 17,50235 27,71570 1555.372 2.178674 17.68205 34.54449 1548.321 1,783849 16,84813 25.87210 1538,807 1,792.006 17 267:4 ,.: 4.. 4079n 152! .732 2.6974C~4 17,4t788 22.43811 15t0,328 t .987480 17.48-268 21 .17500 1515.482 2.154611 17.33289 23.0570t 1489,186 2,257283 15.00000 122,9877 3006,699 -1,895575 59.90105 123.9167 1767.882 -1.895575 41.13536 143.9797 1843.379 -1.895575 53.~2491 120.4565 1658.568 -1.895575 44.30722 118,4517 1504,311 -1.895575 57.60539 117.3314 1422.776 -t.895575 61 .472~8 113.9029 1373.274 -1 .895575 4~.86259 114.~586 !401.281 -1.395575 19.00000 0.0000000 3053.604 368.389~ 63.90108 0.6002471E-01 2145.275 368.3899 45.13536 0.4025651E-01 2233.170 368.3899 57.82491 0.9547496E-01 2027,482 368.3899 48.30722 0.4092614E-01 1862.036 368.3899 61 .60539 0.1174667E-01 1790.156 368.3899 65.47298 0.7513352~-01 1670.971 368.3899 52.86259 O. 5F;,O6820E-01 1782.109 365.3B99 .21 17,000 62,32~40 2.,185836 1312,602 28,13115 2067,000 59,~3R55 2,2a6465 1212,752 22,03242 2017,000 40,87415 2,113571 1912,293 32,5108~ 1967,009 33,45918 2,11 5023 1897,521 32,42285 1917,000 63.17143 2.302355 1932,4~+4 21,06940 1867,000 64,77740 2,29801 2 1147,820 21 ,3326t I ,31 7. 000 60. 5081 5 2,325637 1362.117 19,65836 1767,000 34,9~J213 2,104333 1 808,806 33,070'72 1717,000 31,74767 2,057501 138~,781 34,09087 1667,000 29,g0439 1 ,392426 4740,203 76,21663 1617,000 59,62560 Z.2!2o, 07 1721.407 933,5708 8854.109 25.20349 0,6217761 ~33,5708 go01.492 25,54431 0,0432332 9585,879 25,32080 0,7076778 933,5708 9558,168 25,22070 0,654o700 933,5708 10653,97 2=~. 55531 0.599~g90 93~. 5708 $488,000 25,26440 0,6088949 933,5708 8670,531 25,10669 0,5909328 933,5708 0431,840 24.99751 0.0676120 933,5708 8777,14B 25,28639 0,5904208 ~3'~ 570~ 12070,05 24.99751 0.77z+3411 933,57C~ 9385.512 25.96759 0,6230950 17.56230 25.34319 1446.814 2,264223 17.65617 26,29779 1465.503 2.661551 17.10500 32.19720 1411,904 1,844437 17,02925 30,58200 1384,268 2,111547 17,82925 27.32790 1398.717 Z,595306 17,67278 ~5 ~476r~ I 370. 949 2.368574 17.67514 26.72681 1338,993 ~.618976 16.99103 27,07491 1331 .02~ 2.068913 16,72174 26,$3870 1342.220 2.098474 1'?,~2674 21,49539 1333,8g0 2,385089 17,10500 21 ,10759 t385,336 3,074296 70,90042 t11.5928 1531.949 -1.895575 5~,51074 123,4801 1392,752. -1 , 8c~5575 45.07608 141.6158 2143.833 -1,895575 48.98946 135.1524 2129.816 -t.895575 43.90404 123,2219 2321.282 -1.895575 46.82738 122.9141 1333.391 -1.895575 57.92886 134.0344 1614.624 -t,R95575 45.79233 132,2466 2137.244 -t ,895575 46.Z3355 128.6942 1653.682 -1.895575 95,88654 114,3111 5320,746 -t,8~5575 52,97478 115,7325 lO6~,877 -1,895575 74.90042 0.6808907E-01 1898.184 368.3899 63.51074 0,9965378E-01 1738.643 368.3899 49.07608 0.1460292E-01 2626,340 368.3899 52.98946 0,2937499E-01 2614.956 368.3899 47.90404 0,3286372E-01 2B22.741 368.3899 50.82738 0.4390179E-01 1650,134 368.3~99 61.92886 0.7009989E-01 2008.090 368.3899 49.79233 0.7733993E-02 2545.869 368.3~99 50.23355 0.1969855E-01 2102.280 368.3899 99.~8654 -0.6672525E-01 6521.076 368.3899 56.97478 0.5568361E-01 2415.606 368.3599 567,000 34,19139 2.046~41 2t80,749 36.56!11 15!7.000 38.97929 2,020134 1952.586 3:3.17368 1467.000 51.63350 1.833345 1355.770 49.49420 1 4.1 7. 000 49,1g033 2.171082 209t .813 29.02534 1367.000 50,18082 1.996304 3090.730 39.61795 !317,000 34,15703 2.1034~0 3477.298 33,!2237 1267.000 25,28801 1.255213 8024,395 $4.53255 1217.000 28.86031 1.920369 4284.090 44.2P00~_ ,, 1167.000 61.58023 2,163161 5404,605 2~,50536 11!7,000 66,17082 2.252291 1231.593 24, I 035 8 I 0~ 000 53.39920 2.09352.9 1783.186 033 '::708 9811 .691 25,99739 0.7040510 933.5708 9234.406 ,-.c ~. 67993 6~,6151 933.570; 9270.152 25,61191 0.0408650 933.5708 10011.86 25,02731 0.~$04459 933,5703 11164.02 R4,67070 0.6316011 g33,570;~ 11~23.10 24,31500 0.6446140 933.5708 1 5290.29 24;'02742. 0.5635790 933,5F08 13605,99 24,18512 0.6137581 933,5708 12787.70 24,00351 0.7574090 033,5708 8576.043 23.34431 0.6454430 933,570'8 10903.48 ]3.99762 0.7080579 16.98866 27.34070 1293.576 1.d15991 17.33524 26.20461 1249.393 1,815956 17.10500 20.03130 1222.849 1,941335 17,03851 24,99420 1252.748 2,~47276 16.99t03 2!.55861 1208,872 2,395187 17.80055 20.25169 1201.436 1,586039 2~,91644 16.6004C 1142.891 2,979446 22.~1644 18.9702.0 1 097. 937 1 .88!504 20,07823 !8,54401 1153.694 1,70759~ 20 4t .37872 t11~', z,,02 2.407056 19,94211 23,i4~:42 t033.260 2,353163 46.57550 126.6523 2395.786 -1.395575 58.54173 126,9213 2103.603 -1.895575 78.32912 111.1605 !703.716 -!.~95575 49.55515 121.9318 2478.801 -1.895575 72,01554 112.8098 3531.562 -1 .895575 62,0o435 110.4269 3963.411 -1 .8~5575 82,73801 99,44083 9736.004 -1.895575 1 04,2339 101.1609 4787.566 -1.895575 67.05510 10~.0523 6094.730 -1 ,895575 47.88768 177.0590 1407.879 -1.895575 63.29814 t15.7059 2025,392 -1,595575 50.57550 0,1179075E-01 2949.683 368.3899 62,54173 0.9341622E-03 2734.216 368.3899 82.32912 -0.2330270E-01 2122.986 368.3899 53.55515 0.409203'~E-01 2964.082 368.3899 76.015~z, O, I 638234E-01 4200.16~ 368.3899 66.062,35 0.7553804E-01 4872..309 368.339Q 86.73801 -0,2825394E-01 13446,43 368.3899 10R.2339 0.1776997 6249.121 368.3899 71 .05510 0.1337641 791 5.51 6 368.3899 51.88768 0.2526391E-01 1772.254 368.3899 67.29814 0,3293528E-01 2529.121 368.3899 3 2 2 3 17.000 4.34328 ~021 5'64. 465.93t ;3.0870~ 967. 44.65744 2,053605 2067,270 36.14525 917.000 30.31110 2.151960 214t .168 30.1842.0 867.000 44.00500 1 $54~47 1969.~30 48. 20~22~ 8t7.000 63.36714 2.074684 2134.051 34.86761 767.000 30.21404 1.859253 2773.438 47.92406 717,000 65.83475 2.07484! 3129.665 34.85814 667.000 ?~ 5c91~ 2.193100 2611.68& Z7.690~ 617.000 56.79375 I .710411 3¢76.872 56.94~78 557.000 37.06369 2.112211 37.~-03P5 517.000 13 ~7~31 m ~- ¢~ 1.189226 9553.2~3 933.5708 11577.~7 23.87090 0.65751~0 933.5708 9481.825 23.79431 0.70o5761 '933.5708 11005.47 23.56221 0.7574121 933.5708 9965.P02 ~4.02151 0.6489961 933.5703 9957.516 23.88901 0.6309979 933.5703 12124.31 24. 071 21 0.7342449 933. 5703 1 ! ;543. OS 24.59940 0.6369821 933.5703 10511.80 24.07701 0.6587341 933.5708 11162.96 23.g0071 0.7013031 933.5708 13880.32 24.04541 0.6529039 933.5708 14785.86 24.09412 0.7903100 21.07942 21.51190 ~6 98~ 11u ...... 1.875608 21 .25290 30.92281 1040.991 1 .762051 22.91644 23.03120 1027.141 I .468332 22.91644 30.28549 9e0.7974 1.420282 1'~.18304 2t.64360 9~2 6501 2.429982 22.91620 18.80150 980.4736 1.444~97 17.54713 22.21Q39 !019.701 2 29796n 17.56078 16.70021 939.4429 2..113366 I 9.7:?:874 20.37071 912.4719 I .479584 22.91644 20.50970 946.0579 1.~99457 19.56203 16.85710 339.7305 1.572489 58.09508 110.6615 2789.659 -1 .895575 59.29971 139.1139 2295.313 -1.~95575 56.95187 111.0334 2368.848 -t.895575 44.69247 131.6730 2263.711 -1.895575 74.64009 116.5965 2493.191 -1.895575 75.88257 106.1208 3100.457 -1.895575 62.14017 11~.4541 3586.543 -1.895575 62.50204 102.5309 3024.761 -1.895575 77.71326 102.2110 ~099,551 -1.895575 55.66759 111.6912 5042.266 -1.895575 98.49344 101.5728 10671.65 -1.~95575 62.09508 0.$943802E-01 3387.817 368.3899 63.2~971 0.2201543E-01 2824.590 368.3899 60.95187 0.7269084E-01 2888.240 368.3899 48.69247 0.3568857E-01 2851.912 368.3899 78.64009 0.1412489E-01 3135.113 368.389~ 79.88257 0.1774940 3874.727 368.3899 66.14017 0.5735063E-01 4755.027 368.3899 66.50204 0.2838460E-01 3906.664 368.3899 ~1 .713~6 0.6867Z, 98E-01 5117.262 368.3899 59.66759 0.2283453E-01 6701.977 368.3399 107.4934 -0.6887829E-01 14056.09 368.3899 ~467. 000 933.5708 22.91644 38.79704 42.7'0,704 24,98058 10507. I 2 35 · 87660 1 38. 0331 O. 136.'~3-24 2,,2325;26 24.32442 883.3484 2215. 274 2718. 531 t 928 . 587 O. 7333570 1 · 703437 -1 . 805575 368 · 3899 25.30145 417. 000 0,33. 5708 22.9! 644 28.91823 32.91 823 24. :!~1168 10897,34 ~,0. 87901 I 48.41 56 O. I 36211 3 2 · 221769 24. I 8512 ~36. 8872 21 93 . 334 2644 · 543 1926,730 0.7390283 I ,552155 -1.895575 368.3899 25.95355 367.000 933.570~! 19.2C¢343 51,28783 55.28783 61 · 54401 91 50. 465 25.63040 I 25.9586 O. 4053829E-01 2. 246~19~ 24 .02151 846. 6985 1782 .142 2148.25~,~ 1516.249 0.604327[~ 2.414723 -1 .895575 368.3899 24.45337 317.0~ 933. 5708 1 ~.61559 45.63269 49.63269 58. 35097 106,61.3'4 25.68t 50 119.4858 0.7490549E-02 2.1~69~n.,, ,,; 74_ ,0711t :~18., .7261, 2333.612 2912.406 2076.118 0.6605600 1.740865 -1.8c~5575 368. 3899 31 .09210 267. 000 _033. 5708 22.91644 53.31760 57.31760 24. 30588 151 43. I 6 1 7. 04530 1 00. 9573 O. 1 666898 2. 067724 25. 99762 793. ,3269 6572. I '39 9186. 605 5860.238 0.6639901 I .683854 -1.~95575 368.3899 217.000 933.5708 2~.91644 78.76488 82.76488 23.68~65 10758.66 19.06310 104.7833 0.1022077 1.95161~ ~4.08641 $08.688~ 3353.399 4080.738 3081.636 0.7352730 1.243154 -1.895575 368.3899 42.32651 167,000 ~33.57.08 I 7. 65974 77. 36855 ~1 . 36855 6~,. 1911 9 I ~4°,¢ ,¢ , . 49 20 . 31 2~1,~,. I ! 0 .434~,¢ 0 . 9789276 E-01 2.0~0381 ~4. 94922 7~0.9~17 255~. 779 3224.400 2190 587 0 5o40~5o I 6~1~ .... ........ ~73 -1 ~95575 ~6R.3~99 33.o1631 117.000 933.5708 22.91644 78.62566 82.62566 23,53459 14403.30 1'7.52969 96.02240 0.1208615 1.59~550 24.51520 758.0615 7495.422 9752.094 6755.348 0.657679~ 1.925932 -1.~95575 368.3899 63.66362 TOTAL DATA RECORDS STARTING TAPE DEPTH **** =ILE TRAILER **** : 409 = 2517.00 ENDING TAPE DEPTH = 69.00 FILE # 4 RUN 2 .004 ****,FILE HC'~DER~. **** 1 024 FORMAT ONE OEP RECORD (TYPE# TH PER FRAHE TAPE [)EPTH UNZT : FT 20 CURVES : NAME COD I CAL 68 ? C N 68 3 CNC 6® 4 GR 68 ~ SSD 68 6 LSN 68 7 ZCOR 6S ~? ZDEN 68 9 S~D ~:~ 10 TTEN 68 11 HRDJ 12 HRD2 68 13 SFTS 68 14 SHR 68 15 rHT.,., 68 16 DE 6R 17 ~ 68 18 U 19 TH 68 20 KTH 68 E SAM 64) PLE# UNIT BYTES I INCH 4 1 PCT. 4 I PCT. 4 I API 4 t CTS 4 I CTS 4 I GMCC 4 1 GMCC 4 I FT 4 1 LBS 4 1 CTS 4 I CTS 4 I CTS 4 1 DIM 4 ! LB 4 I BARN 4 1 PCT 4 I P~M 4 I PPM 4 1 CTS 4 * DATA RECORD DEPTH SSD TTEN CHT KTH ~575.000 10411,96 O,O0000OO 20.89636 76.68076 2525.000 9353,454 O,O00000O 582.8696 82,47008 9475,000 10194.77 0.0000000 5~6,4504 80.01851 9425.000 10722.04 0.0000000 563.0295 94.65436 (TYPE// O) t014 BYTES * CAL LSN HRD1 PE 12.54038 44.09551 1501.850 3.000000 t2.2356'? 65.90971 1109.252 4.184208 12,86925 54.~7340 1540.084 4.623343 5. ~1 37o 31, ?605 904,085 .057585 CN ZCOR HRD2 K 15.00000 0,0000000 2243.775 1.527503 29.41m04 O. 1 893908 1511 .017 1. 647421 31.52130 0.8967125E-01 2060. 573 I .620651 50.2~9616 0.2106133 25!2.773 2.181643 CNC ZDEN SFTS U 16.09129 2.500000 1136.886 5.395603 29.41840 2.560226 907.4529 3.750426 31.07240 2.374460 1190.544 2.599633 48.21196 2.343687 1505.581 3.256530 GR SPD SHR TH 113.5636 22.99770 0.3599640 9.186108 108,0749 11.02870 0.5316091 9.848799 97.$1546 10.99890 0.4863222 8.792593 115.4658 11.02870 0.4618741 7.708219 -0', 0000000 542.411g [:~9,4 3304 9325.000 10728,16 0.0000000 u. 5~8~ 102.3737 9275.000 11094.40 O,O00000O 535,97'53 90,003~6 92Z5.000 12541,78 0,0000000 535.5930 130.3545 9175,000 10119,52 0,0000000 611 ,9015 106,2244 9125,000 9619,559 0,0009000 539,1033 54,54997 9075,000 9659,133 0,0000090 547,2073 8.5,50743 9773 41n 0.0000000 547,1216 94.15~08 8975.000 9752.53t 0.0000000 503,1206 !08,2443 $925,000 10020,2? O,O00000O 509,0542 86.99052 8875,000 11736,40 0.0000009 484,0710 113,0¢29 2609,967 6.069204 !3,06396 39,897~0 t554,571 5,777644 12,28686 46,93037 2064,582 6,494079 12.04982 36.71611 21 26. 045 5,110509 13,89461 36,45360 5,548738 t2,57637 49,46919 1455,284 4,766048 13,25713 46,74591 1273,Q09 3,906194 13.52331 55.819~1 t271 .135 3 .~56776 12.41205 50,27641 137~.170 4.826215 12.12221 44.13661 1452.035 5.~06360 1 2.3R618 43,94112 7038,475 3489.675 I 6o607"! 33.22141 O. 21~,9485 2194.001 I .736669 45.45576 0,2101353 2727.168 1.640073 46,39750 0.2770078 3015.705 1.923958 39.~5199 0,2230175 1928,257 2.0221 08 i6.091364 0.188~554 1897.548 1,14B09~ 29,83676 0,1115876 1033,58~ 1,672782 25.08~7G 0.I~09467 1700.368 2.025377 33,15555 0.1181338 1852.241 2.2~2887 40,052Z5 0,29051~8 1891,104 2,056269 31.49449 0.1839904 7705.964 2.127074 2006.615 3.149624 37.36414 2.398533 1151.70Q 11.50143 44.89099 2.656721 1567.444 11.81864 46.01292 2.31~$92 !599,558 8.720781 38.48189 2.450880 1090.202 4.187406 ~6.14186 2.492681 1161.067 4.232282 29.292~5 2.477300 102~.696 2.409629 27,53461 ~ ,489490 1017,135 2,501665 32.85951 2.496177 1047.634 3.315367 39.69563 2.406613 109~.299 4.199794 31,29643 2,362537 1557,000 4,46771~ 0.4570810 8.635507 198.6327 10.99890 0.3976419 $.110617 200.5258 10.99890 0.4576950 7.542852 207.4229 11.07240 0.3815320 14.34891 137.1627 10 99~00 0.4147891 10.04632 83.34686 10.99890 0.5177951 5.05Z252 102.3649 11.02870 0.4898221 8.207996 110.~267 11.12550 0.4859480 8.851088 131.0488 10.99890 0.4637309 0.130676 113.7538 10.99890 0.4507~90 5.882147 145.3435 10.99890 0.4412450 12.99811 ,q. 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P_0290 0.4394311 7.795497 68 q7¢01 31.80931 0.6445781 6.914765 ,C~. 0000000 432.2056 66'. $112 :.5 2725.000 85~7 895 0. 0000000 3 r.,,'.7.549 t 2673.000 8925.~39 O.O000OO0 405.6306 37.10443 26P_5.000 9494.o, 18 O.O000000 409.3677 61.40619 2575.000 110S5.68 0.0000000 440.6145 67.03561 ..52.,..,. 8875.438 O O0~'''''' ,., . uuO,qO /-+04.1770 53,37685 2475.000 2623.993 0.0000000 439.2R34 29.38197 2425.000 1079.892 0.0000000 410.2715 26.62926 152~.385 S. t 65~36 10.10769 50.84708 15S5.~13 3.184983 10.10769 44.20929 !709.484 2.640965 10.32103 30,09509 1653.202 11.89046 34.17372 2386.498 3.170272 11.07115 44.96211 1730.635 3.026297 lZ.446t6 480.0574 15.00823 1R.34039 25.9973~ S09.9492 24.30406 1983,607 1.552059 37,55997 O.62E. 7S75E-01 1990,205 0,~S39864 35.40134 0,5353605E-01 20~4.11~ 0.7357972 37,581 02 0.2608248E-01 2~083. 891 I .402031 44.43030 0.195~613 3053.214 1.832R05 41.65833 0.1082977E-01 2140.013 1 .178125 76.64769 -0,7673361 722.8245 0,4134402 44.88000 -1.574047 056.9346 0.5321128 1330.495 2.004135 38.86371 2.328161 1292.635 2.587502 36,75334 2.221563 1481,240 2.015593 38. 71 ,,~0 2.190001 1376.Z0~ 0.8150324 44.18852 2.223131 1909.864 2.302354 42,11728 2.176382 1538,313 1.410899 77,42247 1,908041 235,9829 0.4686804 44.28931 1,149053 186,9813 2.750145 0,5824391 8.808519 67.68256 31.12350 0.5977430 6.137244 50,65192 31 , 996'B1 0,6583149 4,947521 66.43619 32,35330 0,5487071 6,882921 79,91100 31 ,99681 0,6387858 4,453259 62.53011 32.167~2 0,§810510 5,187608 33,26300 31,99681 0,1818109 4.776028 46,21434 31,99681 0,1999798 2,446811 TOTAL DATA RE¢vORnS,- STARTING TAPE DEPTH FILE TRAILER **** : 1194 = 9575.00 ENDING TAPE DEPTH 2415.00 FILE ~ 5 RUN I . 005 **** FILE HEADER **** 1024 ',ONE DEPTH PER FRAHE · APE DEmTH UNIT : FT 13 CURVES : NAME CODE SAMP 1 GR 58 1 2 RILM 68 1 3 RILD 68 1 4 RFOC ^~ 1 5 SPD 68 1 6 TTEN 68 t ? C~L o8 1 8 TEMP 68 1 9 SP *~ 1 10 AC ~8 1 11 C!LD 66 1 12 C13 68 1 13 C24 68 1 LE .;¢ UNIT BYTES bPI 4 OHMM 4 OHMM 4 OHHM 4 mT 4 LBS 4 INCH 4 DEGR 4 MV 4 US/F 4 MMHO 4 IN 4 iN 4 * DAT,~ RECORD (TYPE# O) 1014 BYTES * DEPTH GR RILM R!LD SPD TTEN CAL TEMP AC ClLD C13 C24 345,000 23,36417 21.99780 1305,269 1021,414 13,09386 208,000 23,36417 29.47040 1381.298 67.04~1 5 -0.1 504526 248,000 24,57169 29.38029 1327,647 69.68031 0,5203320 198.000 40.'10950 ~*~. ,39740.. 1283,885 99.64778 4,899!71 148.000 26,25708 2~. 261 51 I 29S. 704 81.56728 14,02917 98.000 20.44186 28,9971 0 t 293. 071 57.21062 85,63591 48,000 2~,65352 28.99710 1293.071 45.74544 93,53648 35,07036 22,71124 20,99725 116.8958 22.71124 20,99725 95,11162 24,20610 24,34798 75,45676 1~ 5~345 20.07582 22.96510 21.16479 21.26364 10000,00 19.35258 19.40924 Uu00,00 19,22540 19,20901 76.37164 60.79395 24.42522 10000,00 62,99924 24.42522 1921.850 64,73013 24.06421 204.1161 65,96878 1 8. 991 07 71.28008 66.98650 21,06593 ,11.67734 67.69325 19.295~1 !0.69102 67.69325 19.24170 RFOC SP 68. 50407 10.73493 416.0015 51 ,58484 683.96~1 19.3~397 130.0250 -51 ,28070 65,64983 -92.20132 4.769528 -0,3447722 4.769528 5.123489 TOTAL DATA R=¢ .~ORDS : STARTING TAPE DEPTH = ~ILE TR~iLER **** 35 348.00 ~NnlNG TAPE DEPTH 36.00 R.U,N I .006 1024 FORMAT R ONE DE PT ECORD (TYPE# H PER FRAMF- TAPE~,,mEOTH, UNIT : FT 13 CURVES : NAME t GR RILM 3 RiLD 4 RFOC = SPD 6 TTEN 7 C .~ L 8 TEMP -7 S P 10 aC tl CILD 12 C13 1.5 C24 · ! o,-+) CODE SAMPLE# UNIT BYTES 68 1 API 4 68 1 OHMM 4 58 1 OHMM 4 58 1 OHMM 4 68 1 FT 4 68 ! LBS 4 68 1 INCH 4 68 1 DEGR 4 68 1 MV 4 68 1 US/F 4 68 1 MMHO 4 68 1 iN 4 ~8 1 IN 4 * DATA REt'ORD'.. DEPTH S~D AC 2511 · 000 28.o9710 974 481 '-' · U 2461.000 25.72459 112.291t 24!1 .000 'z0.99~92 105.8972 2361 .000 32.792~1_ ,,.~ 1t0.3631 2311.000 3~ 966~ 118.5632 2261.000 32.99670 108.1533 (Ty'mE¢ GR TTEN CiLD 49.9733 914.908 52 0~1° 49.9733 2029.62 ,57.1103 31.8o92 2038.55 19.5095 43.3336 2069.88 25.3539 61.3~01 2025.72 86.9833 ~z 1797 2012.57 76.$894 O) 1014 BYTES * RILM CAL C13 10.8~632 17.S4070 17.83391 I 3. 97959 17.84079 17.83391 39 . 9t 704 17.64134 17.67059 31.60442 17.41206 17.27994 10.38757 17.44020 17.44362 12.28902 17.70o27 17.76932 RILD TEMP C24 18.88504 74.4925;3 17.84767 14.90083 74.59258 17.84767 51 .25690 74. 6801 5 17.61208 3g.67876 74.75401 17.54417 11.49646 74.79059 17.43678 13.00568 74.76314 17.64923 RFOC SP 11.99224 -38.42616 13.95149 -33.92873 36.09297 -22.74165 29.67924 -19.70560 11.94621 -7.805099 14.11098 ?.$00133 -,1 24. 7220 21'61. 31.99681 113.~914 46.83513 58.02190 1988.401 21.39482 17.65929 ~ 30693 17.64666 17.85950 17.68057 46.74028 74.69255 17.83382 33.75258 -27.325Z9 IUTAL DATA RECOROS STARTIN"',,: TAP=,.- D:PTH,_ FILE TRAILER **** : 4.3 = 2511 .00 ENDING TAPE DEPTH = 2127.00 FILE # 7 RUN 2 .007 **** FILE HEADER **** 10Z4 FORMAT ONE DEP RECORD (TYPE# 54) TH PER FRAME TAPE DEPTH UNIT : FT 19 CURV 1 3 5 8 10 11 12 13 14. 15 I6 17 18 19 ES : NAME CHT GR PlLM RILD RFOC SPD TTEN CAL TEMP SP .AC T2R2 T2RI TlR2 TlR1 RMLL CILD R5 DEr ODE SAMPLE# UNIT 58 1 LB 65 1 AP1 68 I OHMM 6!~ 1 OHMM 65 t OHMM 58 I PT 68 1 LBS 68 I INCH 68 1 DEGR 6~ 1 MV o I US/F 68 I US 6.8 1 US 68 1 US 68 1 US 68 I OHMM 68 t MMHO (,8 t OEG 68 I DEG ~YTES 4. 4 4 4 4. 4 4 4 4. 4 4. DATA DEPTH RFOC SP TlR! RECORD (TYPE~ O) CHT AC RMLL 966 5YT~S * GR TTEN T2R2 C!L3 RILM CAL T2R1 R!LO TEMP TlR2 DEV 2795.000 282,3232 57.40738 11.48452 16.66382 · .1061 .438 2745.000 14.65646 -11.6781! 886.1250 30.20924 3i9.5801 50.00092 109.2106 30.20924 60.01027 57.40738 2024.145 861 .9375 47.68877 -1 .832675 14.44419 10.5198,3 1080.625 -1 .829817 368.3262 20.9o93© 118.6882 1099.750 368.3232 2695.000 25.19800 1.684906 881.0000 325.7046 51.52322 104.3642 4.511003 54.99522 2010.811 870.5625 22.45270 18.33710 10.48349 1080.688 -1 .832658 44.53807 118.5156 1091.813 368.3262 2645.000 20.11647 -1.424533 891.1250 353.0010 42.07521 105.6431 5.372066 57.03~12 2023.782 874.1250 26.59544 18.90981 10.31410 1083.625 -1.82Q817 37.60043 117.8935 1101.250 36S.3232 2595.000 6.408553 5.242390 1070,658 34t.7278 41.11661 126.0176 3.392565 64.71c~85 1960.784 1059.125 1 23.6651 5.956760 12.75013 1295.500 -1.829817 8.086357 117.9645 1308.188 368.3232 2545.000 13.52730 -1 ,171408 909.5625 350.4497 40.37250 106.6007 6.783000 54.33662 1956.867 S90.1250 40.73959 14.87679 11.28034 1104.438 -1.832675 24.54614 118.2303 1120.750 368.3262 2495.000 9.55427? -0.7339158 1927.500 366.2544 41.14291 !19.6223 2.997438 48.69~72 1957.492 1012.625 47.89131 10.36116 15.15632 1247.563 -1.827582 20.88062 118.5305 1264.188 368.3210 2445.000 0.4800814 -10.36897 631.2500 34~.1055 40.Q9591 62.28416 0.9585719 43.03377 1927.407 706. '25 O0 -13.08636 10000.00 13.0031'7 119Q.250 -1.82695B 10000.00 118.7896 255.1250 368.3203 1395,000 0.4800814 -10.36897 626.2500 349.1 055 40,90591 54.13522 0.9726741 27.05~06 1927.407 706.2500 -13.08636 10000.00 13.01,876 1199.250 -1 .826958 10000.00 119.6157 254.5625 368.3203 TOTAL DATA RECORDS : STARTING TAPE DEPTH : FILE TRAILER **** 9 2795.00 ENDING TAPE DEPTH = 2387.00 FILE # 8 RUN 1 .00~ **** FILE HEADER **** FORMAT ONE DEP RECORD (TYPE# TH P~R ~R~ TAPE DEPTH UNIT = FT ~'0 CURV~'S : · NAME COO 1 CHT 6r~- 7 CAL 68 3 CN 58 4 CNC 68 6 SSD 68 '7 L SN 68 8 SSN 68 o ZCOR 68 ~ TTEN 68 13 HRD1 6~ I 4 HRD2 68 I 5 SFTS I 6 SHR 1~ ~E 68 18 RB 19 DEV 68 20 PORZ 68 E SAMPLE~ UNIT BYTES 1 LB 4 1 INCH 4 I PCT. 4 I PCT. & 1 API 4 I CTS 4 1 CTS 4 1 CTS 4 ! GM C C 4 1 GMC C 4 t FT 4 I LBS 4 1 CTS 4 I CTS l+ I CTS 4 1 '~M 4 1 E, ARN 4 I DEG 4 1 DEG 4 I POT 4 * DATA RECORD (TYPE~ O) 1014 BYTES * DEPTH CHT CAL CN CNC GR SSD LSN SSN ZCOR ZDEN SmD TTEN HRD1 HRD2 SFTS SHR PE RB DEV PORZ 380.000 72.2013g 2.500000 3437,656 9.0~0880 330.000 63.35912 1.962773 3506,051 4!,65009 280.000 27,59949 2.119020 3494.357 32.!2605 230,000 31,70886 1,644o23 933,5708 14921.51 26.99730 0.7299271 933. 5708 I 3877.57 '24.77661 0.6~3458o2 933.5705 13592,17 25.18219 0,7642342 933.570g 15077.45 f:5.04709 22.91644 17.99821 927.1074 3,000000 18.05458 19.21051 622.7620 1.869366 22,91991 17.54869 802.7776 0.~o~28S6 72,01644 !6.o5440 R~9 0427 ¢ ,,,./ , 15.00000 109.9890 3821 .618 -1 .895575 71 .23032 107.3218 3992.191 -1 . 895575 A4 m97~5 104.6916 3925.491 -1.895575 ~3.00568 ! 01 . 5931 5555. 367 19.00000 0.0000000 4784.523 368.389g 25.23032 0.9484047E-01 5172.996 368.38~9 68.99785 0.1822811 4855.023 368.3899 97.60568 0.1207689 7112,609 130.000 2T. 1 8,708 1 .34168~ 5722.523 79. ~185 033.5708 1272g ,~.7 '~4 c~ 5'~61 0.7417}00 1 g, 0Q067 17,99~29 ~1 '~ 4~~ I .409344 74,.o702g 105,9291 6290,406 -1 ,895575 78.97028 -0,3268346E-01 7640.234 368.3899 l'~O.OnO~, .,., o33. . q708 27. 91644 114. 3525 118. 3525 25. 474~7 1 ~026.2'3 I 6.6~460 99. 55581 O. 17781 73 1 ·7425_ ,,z9 25.1o1~ 8~.~ 75~. ,1475 10634.69 1,,~930.86 9060~ .EP~,_, 0.~=63469~ 2.4oo51o,, , -1.895575 368.3899 54. ?9740 ~0 OhO o'x~ ~70~ 1 ~ .81424 ~5 76421 99 76421 24,46640 31 ! 7.68g 1 3. ~9860 98. 99011 -0. 6958777 1.887~69 24.99751 792.9~07 639·9355 039.9~63 327.9673 0.18~9809 16·40370 -1.895575 368.3899 46.18369 TOTAL DATA RECORDS : STARTING TAP= DEPTH = FILE TRAILER **** 53 3~0.00 ENDING TAPE DEPTH = 68.00 FILE # 9 RUN 1 .009 FILE HEADER **** 1024 FORHAT ONE DER RECORD (TYPEfi 64) TH PER FRAME TAPE DEPTH UNIT : ~T 20 CURVES : NAME I CHT 2 CAL 3 CN 4 CNC 5 GR 6 SSD 7 LSN 8 SSN c ZCOR 10 ZOEN 1! SPD 12 TTEN 13 HRD1 14 HRD2 15 SFTS 16 SHR 17 PE 18 R~ t9 DEV CODE SANPLE# UNIT 6~ I ~B 68 t INCH ~.;~ 1 mCT, 68 1 PCT, 68 1 AP1 5.~- 1 ~,~'T S ~8 I CTS 08 1 CTS 68 I GMCC 6© 1 GMCC 68 t FT 68 1 LBS 58 1 CTS 68 1 CTS 6:3 I CTS 6~ I DIM 6~ 1 BARN 68 1 DEG 68 1 OEG 5YTES 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 TA RECORD (TYPE# O) 1014 BYTES * DEPTH CHT CAL CN CNC GR SSD LSN SSN ZCOR ZDEN SPD TTEN HRD1 HRD2 SFTS SHR PE R8 DEV PORZ 2512.000 933.570B 10.26796 15.00000 19.00000 47.46574 11804.82 21.99750 114.9885 0.0000000 2.500000 23.90762 914.9087 3483.652 4259.574 3146,686 0.6699331 3,000000 -1,895575 368,3899 9.090859 2462.000 933. 5708 I 7. 40627 63.00804 67.00504 50,05376 9785 · 711 20,61319 108.4093 O, 8523494 E-01 2,266926 24. 99751 1624,907 1829,425 2227. 685 1537.889 0.6419569 2,031570 -1 ,895575 368.3899 23.21660 2412.000 933. 5708 I 7.33289 76. 24574 80. 24574 33,82146 961 6,883 22 , 95071 ! 09. 1496 O, 1063424E-01 2.1-/6554 25,07100 1577.8-79 21 90,276 2691 .057 1956. 596 0,70481 90 2,232163 -1 . 895575 368,3899 28.69370 2362. 000 933. 5708 1 7.21 892 58. 85109 62 . 85109 40.60304 9042. 891 25. 05841 1 20. 0096 O. 4919622E-01 2. 226934 25,27121 1582.680 1783,277 2206 · 174 1570.990 0,7008029 1 ,$~7755 -1 .895575 368,3~99 25.64032 2312. 000 933. 5708 1 7.33330 60.42432 64.42482 64. 065~9 9104 · 395 20. 52451 I 1 5 · 2975 0,7482690 E-01 2,31 5~12 25,71790 I 544,663 1547,427 1 891 , 281 1~4/' 471 0 ~z*7 p° - .... o3° ~ 5402~~ 1 ~.95575 36~ 3~99 20.253 SO 2262.000 :)33.5708 17.60052 . 64.48555 68.48555 56.t175~.~ ,:.~°975.445 2'>~~./~'~600, . I0~,_;.529x. . 0.785654~E-01,. 2.3622~6 25.31 I 60 I 540. 569 1 551 . 863 191 0. 243 1301. 4~ , 0 .5 ~ 54641~.~ 2 .3~406 0~... , -1 . ~955 7~,. 368 .3899 1 7.4396.5 2212. 000 9:33. 5705 I 7.71 407 63.18654 67.1 8654 45..~q2~,~. _, 9520.$75 23.5611 '~, 110.01. 82 ,S.4903137E-01 2. 291696 25.1 4450 151 2.71 ! 21R3.07t 2653. 224 1900.160 0.~744411 2.3~6328 -1 .895575 368. 3899 21,71541 TOTAL DAT~ RECORDS : STARTING TAPE DEPTH = **** FILE TRAILER **** .'5.8 '~51 ~ O0 ENDING T~PE DEPTH = 2168.00 FILE ~ 10 · :RUN I .0t0 FORMAT RECORO (TYPE# ONE DEPTH PER FRAME TAPE D=aTM. ;, UNTT. : ,FT 64) PLE~ UNZT ~YTES 1 L5 4 I ZNCH 4 t PCT. 4 1 PCT. 4 I ~Pi 4 t CTS 4 I CTS 4 I CTS 4 1 GMCC 4 i GMC~ 4 t FT 4 I LgS 4 1 CTS 4 1 CTS 4 1 CT$ 4. I DIM 4 I 5ARN 4 1 DEG 4 I DEG 4 1 ?CT 4 . DATA RECORm DEPTH GR ZDEN SFTS PORZ 2514.000 44.79151 2.500000 2556,745 9.090gg9 2454.000 46.01854 ?.P479~m 1426.449 24.36604 2414.000 39 ~'~ ,o 36 m ~ 2.!~8377 29.79533 (TYPES O) 10!4 BYTES * CHT SSD SPO SHR 933.5705 9869.016 24.o9751 0.5899410 Q33.5705 9355.699 24.9¢151 0,6720680 933,5705 9202.34~ 24,79t52 0.6642960 CAL LSN TTEN PE 12.43301 24.99751 578.3125 3.000000 17.444~9 25.65790 1597.074 2.132578 t7.33165 32.89~28 1574.562 2.252850 CN SSN HR01 RB 15.00000 118.9881 2957.704 -1.895575 50.$8428 120.4577 1652.252 -11895575 52.70097 134.7519 1867.885 -1.895575 CNC ZCOR HRO2 DEr 19.00000 0.0000000 3~68.603 368.3899 54.B8428 0.7886642E-01 1973.025 368.3899 56.70097 0.41~0375E-01 2195.883 368.3899 2364,000 933 · 5708 1 7. t 8999 63. 09274 67. ~c~2'74 ~1443.225 O. 6554159 28.61584 1.829597 -1.895575 368.3899 Z314. 000 933 . 5708 17.342.15 69. 52623 73. 58623 57.71661 $679. 715 2,,0.32640 106.t823 0.5F373337E-01 Z. 362791 24. 52110 1 55~. 635 1480.69~ 1 ~1 g. 725 1245.118 ©.6©8372~ 2.75 4o063 -1.895575 368.389~ 17.C~65~ 2264.0~0 ~3~.57~$ 17.4468~ 65.02484 6~.~2454 46.66757 ~731.$20 Z0.54750 108.7606 0.36889~2E-01 2..235520 24.24741 1533.295 1371.099 169~.556 1168.549 0.6305550 2.167933 -1.895575 368.3899 25.11996 1~14.000 933 . 5708 I 7.44682 79 · 05406 83 · 05406 61 . 24081 8~73. 176 I 7. I O050 104. I 501 O. 8107656E-01 2.27B271 24.5~940 1493. 651 1 479.941 1796.195 126~.197 0.61 70731 2.458802 -1.~,95575 368.3890 22.52904 TOT&L DATA RECORDS : STARTING TAPE DEPTH : FILE TRAILER **** 58 2514,00 F~NDING TAPE DEPTH = 2170.00 FILE .~ 11 RUN 2 .011 **** FIL:~. HEADER **** 10!4 FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME TAPE DEPTH UNIT : FT 20 CURVES : FLAME COD I ~.r4L 68 2 C ;,l ~ ,8 3 C NC 68 4 GR 6:5 5 SSD 68 6 LSN 68 7 ZCOR .!,g 8 ZOEN 68 o SPO e, 8 10 T!EN 68 11 HRD1 68 12 HRO2 68 1 3 SFTS 6,3 14 SHR 68 15 CHT 68 16 PE 6g 17 K 68 E SAMPLE~ UNIT I iNCH I PCT. I PCT. I AP1 1 CTS I CTS t GMCC I GMCC 1 FT 1 LBS 1 CTS 1 CTS 1 CTc I DIM 1 LB 1 BARN i ~CT ~YTES 4 4 4 4 4 4 4 4 4 2O KTH 68 1 CTS 4 * DATA RECORD DEPTH SSD T?EN CHT KTH 9581,000 10915.91 0.0000000 43.15585 70.14165 9531,000 8392.445 0 n .~O~uuO0 049 ~63~ 56.45866 9481.000 10509.64 0.0000000 668.8705 93.77501 9431.000 11487.0o 0.0000000 598.4873 88.24806 9381.000 12795.72 0.0000000 655,3174 78,90068 (TYPE# O) 10!4 BYTES * CAL LSN HRDt PE 11,90577 52.99472 1~47 84: 3,000000 12,42163 62.18182 1018.7e9 4,703125 12.6,6z, 58 51.62099 1576.412 41923090 16.25363 29.08519 2048.348 5.776812 !5181924 24.57629 2876.713 5.947409 CN ZCOR HRD2 K 15.00000 O.O00000O 2228.777 1.277539 ~1 25~15 0.16526S8 1~25.127 0.~025586 30.6698'3 0.1894726 21~9,654 2.040227 49.33868 0.2213958 2655.407 1.821065 59.76781 0.2140183 3951.605 1.5e0053 CNC ZDEN SFTS U 16,36705 2.500000 1251.875 6.080327 31 .05464 2,492406 837.1611 13.58138 30.37511 2.379030 1243.108 1.458582 47.15816 2,192404 1 576. 080 3.929379 58.03450 2.146355 2087.791 2.311964 GR SPD SHR TH 114.0271 23.99762 0.4309561 9.186107, 145,2934 9.99~002 0.5311750 9.568594 103.1606 9.999002 0.4769740 10.43707 114.0117 9.999002 0.4790410 9.303394 94.02604 9.999002 0.4199582 9.051672 TOTAL DATA RECORDS STARTING TAPE DEPTH FILE TRAIL=R **** 38 9581.00 ENDING TAPE DEPTH 9357.00 **** TAPE LIS 89/~t~ 3716 01 TRAILER **** TOTAL RECORDS iN THIS LOGICAL TAPE : 3L$3 **** REEL TRAILER **** ~ ATLAS 01 ~ TOTAL RECORDS IN THIS LOGICAL REEL : 3484 TOTAL RECORDS ZN THIS PHYSICAL REEL: 3484 Enct of execution: Wed 22 FEB 89 12:18p Elapsed ~xecu~on t~m~ = 16 m±nut~s, ~5.0 $~conds. SYSTEH RETURN CODE = 0
