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BP EXPLORATION (Alaska), Inc. To: Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 November 20, 1998 Attention: David Johnston, Chairman Subject: Well Name Change Request In order to facilitate efficient data sharing between BP Exploration (Alaska), Inc. and Arco Alaska Inc., we are requesting formal well name changes to the following wells: Well Name as permitted on 401 Permit Number APl Number New Well Name Requested PUT RIV J-2 69-43 500292002300 J-02 PBU J-02RD 69-97 500292002301 J-02A PBU TERM-C 78-102 500292035600 TW-C PBU TERM-A 79-81' 500292040600 TW-A/ PBU 14-9R 81-189 500292053401 14-09A,,RD PBU TR T-3C 81-12 . 500292055500 T-03C % PBU JX-2 85-234 500292145500 JX-02 CC-2A 90-26 500292201600 CC-02A Thank you for your attention regarding this matter. Sincerely, Thomas R. Bundy PBU Resource Management Computing Coordinator CC: AOGCC - Bob Crandall AOGCC - Steve McMains LARRY GRANT Attn. ALASka OIL + GAS CONS 3001 PORCUPINE DRIVE ANCHORAGE AK, 99501. Date: 13 May 1996 RE: Transmittal of Data Sent by: HAND CARRY Dear Sir/Madam, Enclosed, please find the data as described below: WELL # DESCRIPTION N-18 o~ ~' J-07 ~ ~i~ 1 CCL FINAL BL+RF X-04 (43-06-10-14)7q- ~'I 1PLS FINAL BL+RF i PLS FINAL BL+RF~-- Run ~ 1 ECC No. 3093.03 Run # 1 3964.06 1GR/CCL FINAL BL+RF~-- Run # 1 5748.05 Run # 1 5753.10 Received by: Please sign and return to: Attn. Rodney D. Paulson Western Atlas Logging Services 5600 B Street Suite 201 Anchorage, AK 99518 ~~~ ~/~///Date: ~"~-,~.-. i V ~D i996 . ~. ,,,, AL A OIL AND GAS CONSERVATION CO ;,~ WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1 Status of Well Classification of Service Well O~L r--I GAS F-I SUSPE.DED I--'1 ABA. DO. ED [] SERV,CE ED 2 Name of Operator 7 Permit Number ARCO Alaska, Inc 79-81 3 Address 8 APl Number P.O. Box 100360, Anchorage, AK 99510-0360 50-029-20406 4 Location of well at surface 9 Unit or Lease Name 1250' FNL, 2200' FEL, Sec. 33, T12N, R14E, UM i [,O¢-A,'II~ PRUDHOE BAY UNIT At Top Producing Interval I '~/~,_ ~ 10 Well Number 965' FNL, 890' FEL, Sec. 33, T12N, R14E, UM'i~. Term Well A At Total Depth i j- ~ 11 Field and Pool 1003' FNL, 826' FEL, Sec. 33, T12N, R14E, UM PRUDHOE BAY FIELD 5 Elevation in feet (indicate KB, DF, etc.) I 6 Lease Designation and Serial No. PRUDHOE BAY OIL POOL . I 73' RKB 12 Date Spudded 13 Date T.D. Reached 14 Date Comp., Susp. or Aband. 115 Water Depth, if offshore 116 No. of Completions 1/9/80 3/80 11/4/92 (Aband.)I N/A feet MSLI 1 17 Total Depth (MD+TVD) 18 Plug Back Depth (MD+TVD) 19 Directional Survey 120 Depth where SSSV set I 21 Thickness of permafrost 9715'/9460' 9360'/9107' YES E] NO OI N/A feet MDI 1900' (approx) 22 Type Electric or Other Logs Run 23 CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BO'FI'OM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 94 H-40 0' 113' 30" 274 sx Arctic Set None 13-3/8" 72 N-80 0' 2712' 17-1/2" 1893 sx Fondu & 400 sx PF II None 9-5/8" 47 N-80/S-95 0' 8630' 12-1/4" 1500 sx G & 75 sx AC I None 7" 29 L-80 8340' 9365' 8-1/2" 250 sx Class G None 5" 15 N-80 9305' 9715' 6" 65 sx Class G None 24 Perforations open to Production (MD+TVD of Top and Bottom and 25 TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) iPACKER SET (MD) 5-1/2" 8348' 8290' No perforations open to production. (cut @ 200' MD) 26 ACID, FRACTURE, CEMENT SQUEEZE, ETC DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED N/A 27 PRODUCTION TEST Date First Production IMethod of Operation (Flowing, gas lift, etc.) I N/A I N/A Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO I N/A N/A TEST PERIOD Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OILGRAVITY-API (corr) Press. 24-HOUR RATE 28 CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. , RECEIVED N OV 2' 1992 Alaska .0il & 6as Cons. Commission *NOTE: Well was plugged and abandoned to surface (11 '/92). See summary attached.~ J'J '" JlC'0J"ag~ Form 10-407 Submit in duplicate Rev. 7-1-80 0 21 / 1 SLW cc: SW, JWP CONTINUED ON REVERSE SIDE GEOLO~I~ MAI~E~ FORMAl M~ITESl'$ NAME Include interval tested, pressure data, all fluids recoverd and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. 31. LIST OF ATTACHMENTS and Abandonment Summary of OPerations and Well Sketch Plucj 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed '~'"~"'~ ~- ~ Title En_aineerin_a Supervisor Date INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1: Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21: Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-40;006/1 022/1 TERM WELL A PLUG AND ABANDONMENT SUMMARY OF OPERATIONS S~_~mmary of Operations: 4-26-92: RU WLU and pull SSSV. RIH and tagged PBTD @ 9286' WLM. POOH. 4-28-92: RU WLU and R]H with 3" tool string. Tagged at 9288' WLM. 5-4-92: MIRU CTU. Laid in 45 bbls cement from 9288' and squeeze 15 bbls behind pipe@ 1500 psi. Held 1500 psi for I hour. POOH and RD CTU. Leave 500 psi on well. 5-5-92: MIRU.WLU. RIH with 2-1/8" tool string. Tagged TOC at 7938' WLM. Presuure tested cement plug to 1500 psi for 30 min. Pressure tested 9-5/8" x 13-3/8" anuulus to 1500 for 30 minutes. RD. 5-8-92: RU ELU. Pressure tested 9-5/8" x 5-1/2" annulus to 1500 psi and tested 5-1/2" tubing to 2000 psi for 30 minutes. RIH with perf gun with circulation charge and perfd tubing @ 7862'. RD. 5-11-92: MIRU H_a_!!!burton. Circulated a balanced cement plug in the tubing and the tubing x 9-5/8" annulus. RD Halliburton. 5-12-92: RU WLU. RIH with 3" tool string. Tagged TOC at 7305'. RD. 10-14-92 RU ELU. RIH with jet cutter for 5-1/2" tubing and made cut at 200'. 11-1-92: ND tree. NU BOP's. pulled tubing free. POOH and L/D 4 joints of 5-1/2" tubing. 11-2-92: RU ELU and RIH with 8" GR/JB to 180'. RIH with BP to 161' and set BP. Setting tool did not release. Pulled out of rope socket. Left setting tool, CCL, XO, and cable head in hole. RIH with 150' of 1-1/2" tubing, RU H_alliburton, mix and pump 12 bbls of Permafrost C cement. POOH. RU WLU and RIH. Tag TOC at 50' below RKB. 11-3-92 RU Halliburton. Mix and pump an additional 5 bbls Permafrost C cement. M/U Tri-State casing cutter on 1 joint of HWDP and hang cutter in hole at 8'. Rotate cutter and make cut. POOH. ND blind rams and casing spool. Pull 9-5/8" easing head free with 9-5/8" stump 2" below spool. Excavate cellar to 3' below tundra level. Cut off casing and starting head. 11-4-92: Insta3led and sealed the abandonment plate on top of the 20" casing @ 3' below the tundra level. Backfflled excavation area. Circulated ColdSet 2 cement plug in 9-5/8" casing from 161' to surface. 9-5/8" 47//N-80/S-95 to 8630'. 9-5/8" BP set@ 161'. 13 3/8" Csg. @ 2712' MD Cement plug circulated in the 5-1/2" and the 5 x 9" annulus from 7862 - 7305' Holes punched in 5-1/2" tubing @ 7862' TERM WELL A( FINAL P&A SKETCH CUT ALL CSG STRINGS 3' BELOW TUNDRA LEVEL & WELDED PLATE OVER ALL STGS 5 1/2" tbg. cut and pulled @ 200' 5 1/2" RQY nipple @ 2189' 9 x 13 ann. pressure tested Arctic Pak to 1500psi. Top of Arctic Pak cement @ 2294' 7" liner top @ 8340' Cement plug circulated from 9288' to 7938' (WLM). Perfs bullhead squeezed. Perfs @ 9172 - 9188' cmt sqz'd 5" liner top @ 9305' ---_ 7-29~ L-80 liner ~ 9365' Tes~ in 8~1 to 3~ psi ~5" CIBP ~t ~ 9380' Peffs ~ 9394 - 9~8' ~ PBTD @ 9670' 5", 15# N-80 liner @ 9715' MEMORANDUM STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION to: Leigh A Griffin Commissioner date: November 11, 1992 file: JER11031.DOC thru: Blair E Wondzell'~-(l~3~4:~t~'~ Sr Petr Engineer rom: 'Jerry Herring Petr Inspector subject: Location Clearance PBU Term Well A Prudhoe Bay Field Tuesday, November 3, 1992: I completed a location clearance walkthrough of Prudhoe Bay Unit Term Well A with Nick Scales from B.P. Exploration. Debris was cleared from the pad. Well was cemented at perforation zone (witnessed and reported by John Spaulding). I witneSsed the surface plug above an inflatable plug. The casing was cut off 3' below the tundra grade. Abandonment marker was welded as a cap to the cemented casing. Correct information was bead welded to the marker. In summary, site pictures were obtained. Because of drifted snow, it was difficult to determine condition of Pad. It wi.__.ll need to be inspected next ~ Attachment ALASKA 0IL and GAS C0NSERVATION COMMISSION Surface Abandonment; Report (Title 20 AAC 25, Article 2) FILE INFORMATION Surface ~ermit ~: 7q- ~ APl ~: $0- ~$~-Z~G Unit or Lease Name: ~D~f ~ ~lr Weil Name: ~,,E,~ ~L~ ~ . F{eid and Pool: ~UDHO~ ~ ~L ,~L AA(: 25.120 - WELL ABANDONM-CNT MARKER Steel ods== diameter (~" rain)--'NIA , length (10' rain) Hei~n~ above final orade level: (~' mi~") Too of marker mime c]osed ~i~: cement p]~,~/A screw cap Set: on wellhead on cutoff csg ~ in' concrete plug .... ~i'n~ ] ~ distance below grade level ~ Side outlets: ' all valves & nipples rem~ed ~ all openings closed~ w/blinds Info.etlon beadwelded directly t~ marker (no~e where different fr~ file info.etlon) w/cement N/A Unit or Lease Name: 20 AAC 25.170 - LOC. ATION CLEANUP welds PLATE ~E~DED Pits: ...... filled in~ .liners removed or buried~' ~-'rFO'?~A debris removed contoured ,,. fla~__.__ compacted , , iron scrap . wood ,, _ mud ,,, cement tundra , , grass__ dirt_ ' , -gravel Surface of Dad and/or location: rough .smooth other CIeanu~ o~., ~ad, ~nd/or l,oFa~ion: clean ~ pipe scrap other Surrounding. area: wooded brush , other (:ondition surroundin~ area: clean ~// trash from site__ other trees and~o~ brush from clearing site Acce____~s ro___E~: /" ' . dir~ , gravel~', ice other Condition acce~road & surroundino: clean V/ rough smooth__ trash from operations ....... trees and/or brush from clearing road , spoil from clearing road~ other paper__ sand REMAINING TO BE DONE: RECOMMEND APPROVAL OF ABANDONHglT: Yes / No F(nal inspection C.OOlO (rev 05/01/90) Inspected by: Oa~e: · 1 . · . TERM WELL A P&A PROCEDURE AFE #AP0145 Sundry Approval #91-401 Give the AOGCC 24 hrs notice of the P&A operations. Mob a crane to Term Well A. Check the well head for pressure. ND the tree and adapter and NU a 13-5/8" 5k blind ram. Test through the tubing head to 1000 psi. Pull the FMC Gen 1 tubing hanger and 5-1/2" tubing. The tubing has been cut at 170°. RU Atlas and RIH with a 9-5/8" CIBP. Set the CIBP at 170'. RIH with a 1-1/2" work string to the ClBP. RU cementers and a vac truck. Fill the 9-5/8" casing with Arctic Set cement. Attempt to suck out the 9-5/8" to 3' below ground level with the vac truck hose. POOH with the 1-1/2". Use GBR (Wayne Simmons 659-2450) to reach through the BOP and cut off the 9-5/8" casing· Ensure that the well is stable. Use a back hoe and excavate around the well. Cut off all casing strings to 3' below grade. Weld a plate onto the top of the casing. The plate should be labeled: ARCO Alaska Inc. - Prudhoe Bay Unit Tract Well Term Well A 1250' S & 2200' W of NE cr Sec 3, T12N, R14E, UM Backfill the location. Send reports on the work to Anchorage. October 29, 1992 /: STATE OF ALASKA OIL & GAS coNSERVATION COMM Plug & Abandonment Report . Company Repr ~ ~ ~ S ~ ~ &~ Lea s e No. P~.~. W el 1 No .--~.~_~/. ~/A Date /!-3- ~,,~ Total Depth gT/~-' Elevation , ,Drilling Permit Mud Wt. ~' Cas ing: Drive Pipe, "O.D. Set at Ft. W/ Pene. .. Conductor ~ "O.D. @ ~ Ft. Surface ./~-~/~ "O.D. @~_~t. Intermediate ~ ~b "O.D. @ ~ ~7 Ft. Production ~ "O.D. @ q 7/~Ft. Plugging Data: 1. Open hole plugs: 2. Open hole isolation plug: 3. Perforation plugs (if any):,, d~/~7~/JL ~'~_~3~ .~'/?~-~/~~ L~ut3/> ' / ~ 4. ~nulus plugs (if any): N/~ 6. Surface plug: d~~$ El~ Casing removal: ~O "casing cu~ at --~,O ' {~ "casing cut at - ~,~ ' /0 ARCO Akska, Inc. P.O.Box 100360 Anchorage, Alaska 99510 DATE: 5-15-92 REFERENCE: ARCO CASED HOT~- FI21AL~ ~o~_~ 4-10 5-2-92 InJ Prof/Caliper l~m 1, I~' 4-17 5-2-92 InJ Profile l~m 1, z-~ 4-34A 4-30-92 Jewelry Run 1, I-//~ 44-38 5-2-92 Prod Proffie ~ 1, 5-9-92 PDx:-100/GR/C~., (Boraz) l~m 1, ~o-- ?'/ 17-3 4.29-92 Prod Profile ~ 1, -" %~l~° OWDW-NW 5-3-92 PITS l~n 1, ~o..--?,3 ?_ OWDW-SE 5-1-92 PITS Run 1, ~o..-. '~ OWDW-SW 5-2-92 PITS Run 1, f?~/ TermWen~t 5.S-92 CCL~rt). lhml,~' Please sign and return the attached copy as receipt of data. RECEIVED BY Have A Nice Day! Sonya Wallace ATO-1529 }~A¥ 2 ~ 19~Z APPROVED ~ Trans# 9210i--]-' Alaska Oii & Gas Cons. Oommiss,on Anc~',ora~ # CENTRAL FILES # CHEVRON D&M # EXTENSION EXPLORATION # EXXON MARATHON # MOBIL # PBILLIPS PB WELL ~ R&D # BPX # STATE OF ALASKA TEXACO TO: THRU: FROM: MEMORANDUM St [e of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION Lonnie C Sm~/' commissioner'~ ~ DATE: FILE NO: May 13, 1992 lg513-5 .doc TELEPHONE NO: Blair Wondzell ~ P. I. suPervisor~/'ff Louis R Grimaldi Petr Inspector SUBJECT: wellbore Plug ARCO Term Well "A" Permit 79-81 Sundry 91-401 Prudhoe Bay Unit Friday, MaY 8, 1992 I witnessed the verification of the bottomhole plug laid previously. The annulus and tubing were pressure tested separately to 1500 psi and both held the test with no visible loss of pressure., Wireline then tagged the top of the plug at 7950' (correlated to rig measurement). The plug appeared solid with no sticking of the tools. In summary, I 'witnessed the verification of the bottom plug in ARCO's Term Well "A". Attachments 02-00lA (Rev. 6/89) 20/11fMEMO1.PM3 Plug & Abandonment Report Operator Lease No. , Well No. Total Depth 9 7 / ~ Elevation Drilling Pemit ~ Sec. T-R Mud wt. Cas ing: Drive P~pe Conductor ~nt~r~ediate "O.D. Set at //~ Ft. W/ Pene. Ft. Production~; / "O.D. @ ~~l~t. "O.D. @ ~/~Ft. Plugging Data: 1. Open hole plugs: 2. Open hole isolation plug: e Perforation plugs (if any):,'~',~ % e~t~ - $ ~ ?~ ~ ~~ (~~ ~ ) 4. Annulus plugs (if any): 5. Casing stub plugs: 6. Surface plug Casing removal: "casing cut at ' "casing cut at ' "casing cut at ' ell -'-/6) 1 MAY-II-'g2 13:19 1D:PRB MESSAGE CENTER TEL N._0:659-5283 16:$6 t Pla- OP$-E N~ TO TERM WELL '°A" PPK~OUOER APl ~ ~AKBR ~t~ x ~ IAI mNBIaM ~C~ 4~ RECEIVF_D ~y 1 t 19~2 Gas Cons. Commission Anchorage 7 STATE OF ALASKA ALASK,~ IL AND GAS CONSERVATION APPLICATION FOR SUNDRY APPROVJW'Lq I 1. Type of Request: 2. Name of Operator ARCO Alaska, Inc. 3. Address P.O. Box 100360, Anchorage, AK 99510-0360 Alter casing Repair well Plugging ~ ,mm. mm ~ Change approved program Pull tubing Variance 5. Type of Well Explomtoe/ Stratigraphic 4. Location of well at surface 1250' FNL, 2200' FEL, Sec. 33, T12N, R14E, UM At top of productive interval 965' FNL, 890' FEL, Sec. 33, T12N, R14E, UM At effective depth At total depth 1003' FNL, 826' FEL, Sec. 33, T12N, R14E, UM Time extension Stimulate Perforam Othe~ 6. Datum of elevation(DF or KB) 73 RKB 7. Unit or Property Prudhoe Bay Unit 8. Well number Term Well A ~ 9. Permit number 79-81' 10. APl number ' 50 - 029-20406 11. Flelcl/Pooi Prudhoe Oil Pool feet 12. Present well condition summary Total depth: measured true vertical 9715 feet 9460 feet Plugs(measured) cement plug @ 9360' MD Effective depth: measured true vertical Casing Length Conductor 76' Sudace 2639' Production 8557' Liner 1025' Liner 410' 9360 feet 9107 feet Junk(measured) Size Cemented 40" 274 Arctk: Set 13-3/8" 1893 sx Fondu 9-5/8" 1500 sx C I G 7" 250 sx Cl G 5" 65 sx Cl G Meaeured depth True vertical depth 76' 76' 2712' 2712' 8630' 8379, 9365' 9112' 9715' 9460' Perforation depth: measured 9172-9188'; 9394-9608' RECEIVED true vertical 8920-8935'; 9141-9354' Tubing (size, grade, and measured depth) 5-1/2", 17#, L-80, Tbg @8348' MD. Packers and SSSV (type and measured depth) Baker SAB Packer at 8312' MD DEC 1 0 1991 Alaska 0il & Gas Cons. C0mmiss't0~ Anchorage 13. Attachments Description summary of proposal :X 14. Estimated date for commencing operatiOn December, 1991 16. If proposal was verbally approved Oil x Name of approver · Date approved Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Si~ned " Title Sr. Area__.Operations Engineer - FOR COMMI:R~I~N LI.~F tJNLY Conditions of approval: Notify Commission so representative may witness Plug integrity~ BOP Test Location clearance Mechanical Integrity Test ' Subsequent form required 10~'' , Approved by order of the Commissioner Form 10-403 Rev 06/15/88 780/6 SLW cc: SW, JWP ORIGINAL SIGNED BY ! nNNI,F ¢iT Detailed operations program _._ BOP sketch :X 15. Status of well classification as: Gas -._ Suspended ..._ SUBMIT IN TRIPLICAT? JAN ? ~2 10:05 F R~? P~-OPS-E. NG ( PAGE.002 TERM WELL A CTU PLUG AND ABANDONMENT PROCEDURE AFE # AP0145 INTENDED PROCEDURE Circulate a cement plug from +/- 9360 - 8300' MD, punch circulating holes in 5-1/2" tubing at +/- 8300', circulate a cement plug from 8200 - 8000' MD in the 5- 1/2" tubing and the 5-1/2" x 9-5/8" annulus, pressure test the 9-5/8" x 13-3/8" annulus, cut and pull 150' of 5-1/2" tubing and circulate a cement plug from 150'- 0' MD in the tubing and tubing x 9 5/8" annulus to permanently plug and abandon the well. _Procedure: 1. 2~ 3~ 1 i 6~ 7~ Contact AOGCC representative a minimum of 24 hours prior to commencement of Plugging Operations. RU CTU and RIH with CT to +/- 9360' MD. Tag and verify cement plug in 5" liner. Pull ct up to +/- 9350' MD and circulate a cement plug from 9360' - 8300' MD. Bullhead squeeze perfs @ 9172 - 9188' MD to 1500 psi. POOH and WOC for 12 hours, RBIH with CT and tag and test cement plug to 1500 psi. Test the 9'5/8" x 13-3/8" annulus to 1500 psi. RU ELU and punch circulating holes in the 5-1/2" tubing at. 8200' MD. Establish circulation between the 5-1/2" tubing and the 5-1/2"x 9-5/8" annulus. Circulate a cement plug in the 5-1/2" x 9-5/8" annulus and the 5-1/2" tubing from 8200' to 8000' MD. WOC for 12 hours. RBIH with slick_line and tag and test cement plug to 1500 psi on both the tubing RU ELU. Cut and p,,ll the 5-1/2" tubing at 150' MD. Circt, late a cement plug from 150' to surface in the 9-5/8" casing. Remove wellhead and cut off all casing strings at a point 6' below pad level. Weld a steel plate across the conductor. The steel plate will have the following information bead welded on top:. ARCO Alaska. InC. Prudhoc Bay Unit Term Well A 1250' S & 2200' W of NE cr, Sec,33, T12N, R14E. UM 9. Back fill hole, JAN T ~2 10:0~ Circulate a CoMSet 2 cement plu~ in 9-S/8' cazlng from ISO' to surface. 9$f~~ ~7# 13 3/8" Csg. @ 2712' 200' cement plug circulated in the ~-1/2" and the S x 9# -- annulus from 8209 - 8000' Hol~s punched in $.1/2" tubing @ +/.8200' PB-OPS-ENG TERM WELL A PROPOSED P&A SKETCH PAGE.003 CUT ALL CSG STRINGS 6~ BELOW PAD LEVEL & WELDED PI. ATE OVER ALL STO$ S 1/~" tl~ mt nd pulled ~ 5 1/2" RQY nipple @ 2189' 9 x 13 ann+ pressure tssMd Arctic Pak to l$00psL Top of Arctic Pak cement Sliding Sleove @ 8145' 5.1/2' x~ Nipple @ 7' liner ~op @ ~ Cement plug circulated from +/- 9360' to S300*~rfs bullhead P~s @ 9172 - 9188' 5", 150 N-80 ~ @ 9715' 6 5 4 3 2 A/ask; COILED TUBtNt~ UNIT' 60P £OU l PHENT 1. 5000 PSi 7" W[LLH[.AD CONN£CTOR FLANGE: 2. 5000 PS1 4 1/16" PiPE RAMS 3. 5000 PSI 4 1/6" HYD~L~ SLIPS 4. 5000 PSI 4 1/6" SHEAR RAMS ~). 5000 PSI 4 1/6" BLINI:) RAMS 6. 5000 PSI 4 1/16" STUFIrlNO BOX R'£:CEIVED Oil & Gas Cons. CornmissJo~ Anchorage N]REL INE -- BOP EOU] PMENT 1. 5000 PSI ?" WELLHEAD CONN£CIOR IrLAN, 2. 5000 PSI WIRELIN£ RAIDS (VARIABLE SIZE) 3. 5000 PS1 4 1/6" LUBRICATOR 4. 5000 PSi 4 1/6" FLOW TUBE PACK-OFF STATE OF ALASKA I I~ ALASKA AND GAS CONSERVATION C'_.~i MISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG ., 1. Status of Well Classification of Service Well OIL [] GAS [] SUSPENDED [] ABANDONED [[] SERVICE E~X Observation(Gas Nonitor) , , 2. ~Co~)e of Operator 7. Permit Number Alaska, Inc. 79-81 3. Address 8. APl Number P, 0. Box 100360, Anchorage, AK 99510-0360 50- 029-20406 4. Location of well at surface 9.JJnit or Lease Name 1250' FNL, 2200' FEL, Sec. 33, T12N, R14E, UN Prudhoe Bay Unit At Top Producing Interval 10. Well Number 965' FNL, 890' FEL, Sec. 33, T12N, R14E, UN Term Well A (41-33-12-14) A al D..epth 11. Field and Pool 1~t FNr, 826' FEL, Sec. 33, T12N, R14E, UM Prudhoe Bay Field 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Prudhoe Bay 0i 1 Pool 73' RKB APL 28300 12. Date Soudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. i 15. Water Depth, if offshore 16. No. of Completions 01/09/80 02/22/80 03/09/80I N/A feet MSL 1 , , 17. Total Depth (MD+TVD) 18.'Plug Back Depth (MD+TvD) 19. Directional Survey 2(~. Depth where SSSV set I 21. Thickness of Permafrost 9715'ND,9460'TVD :9670'ND,9415'TVD YESY~ NQ [] N/A feet MDI 1900' (Approx.) 22. Type Electric .or Other Logs Run D IL/SP/BHCS/GR, FDL/CNL/Ca]/GR, RFT, Di pmeter, CBL/VDL/CCL/GR, CNL/GR , , 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 40:: . ~.0~ H-~O ~urt '"76~ . .~4-,, "~74 sx Arctic"~e~; . 15--~/1~,* 72.0# N-80 Surf 2712' 17-1/2" 1893 sx ~Fondu ' ~J-5/~" 47.0# N-80 Surf 8630' 12-1/4- 1500 sx Class G / ...... 8340' '9365' 8-1/2" 250 sx C'l ass 6 ~"' '- -- 9305' 9715' 8=1/2" 65 sx Class G 24. Perforations open to Production (MD+TVD of Top and Bottom and "25. TUBING REcoRD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 9608' - 9598' 9474' - 9450' 5-!/2", 83~;8'" '8312' 9589' - 9579' 9422' - 9406' . 9560' - 9540' 9401' - 9394' ~'6.' 'ACID., FRACTURE, CEMENT SQUEEZE, ET~. '" 9520' - 9506' DEPTH INTERVAL (MD) AMOUNT& KINDOF'M'ATERIALUSED .... ;ock ~ 170 bb;~ 2~ · . 27. PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) N/A Date of Te;t Hour~; +~Sted PRODUCTION FOR OIL.BBL' ' GAS-MCF WATER~BBL CHOKE SIZE" I GA~'-oIL RATIO TEST PERIOD ~ Flow Tubing Casing pressu;e CALCULATED "'OIL-BBL GAs-McF WATER'-BB~' ' '0IL GRAvITY-APl Press. 24-HOUR RATE I~ 28, CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit co~e chips. See original core descrip~;ion , ,, ,, Form 10-407 (JG) WC1/160 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE j~, 29. NAME Top Sadlerochit Base Sadlerochit Top Lisburne GEOLOGIC MAR'r.. MEAS. DEPTH 8871' 9277' 9394' TRUEVERT. DEPTH 8619' 9024' 9140' 30. FORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. See Formation Test History, dated 08/15/80. 31. LIST OF ATTACHMENTS None 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed ~ _ Title Associate Engineer Date INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- lng and the location of the cementing tool. Item 27' Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 STATE OF ALASKA / OIL AND GAS CONSERVATION COI~. .... SSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon - Suspend~t Operation Shutdown -- Re-enter suspended well - Alter casing _- Time extension ~ Change approved program ~ Plugging-' Stimulate- Pull tubing-' Amend order- Perforate '- Othery,,_ 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360 Anchoraqe~ AK 99510-0360 4. Location of well at surface 1251' FNL, 2200' FEL, Sec. 33, T12N, R14E, UM At top of productive interval 965' FNL, 890' FEL, Sec. 33, T12N, R1.4E, UM At effective depth 984' FNL, 858' FEL, Sec. 33, T12N, R14E, UR At total depth - 1003' ~I~L, 826' FEL, Sec. 33, T12N, R14E, UN 5. Datum elevation (DF or KB) 73' RKB 6. Unit or Property name Pr~lhn~ R~.v Ilqit 7. Well number Term Well A (41-33-1 2-14) 8'. ~rmit number 79-81 9. APl number 50-- 029-20406 10. Pool Prudhoe Bay Oil Pool 11. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical 9715'MD 9460'TVD 9360'MD 9106'TVD feet feet feet feet Plugs (measured) Junk (measured) 9360' - 9380' No ne Casing Length Size Conductor 83' 20" Surface 2684' 13,3/8" Intermediate 8606' 9-5/8" Product i on 1025 ' 7" Liner 410' 5" Perforation depth: measured 9172 '-9188' true vertical 8919'-8935, Tubing (size, grade and measured depth) Cemented 274 sx Arctic Set II 1893 sx Fondu & 400 sx Permaf. rost II 1570 sx Class G & 75 sx AC I 250 sx Class G 65 sx Class G Measured depth 83 ' MD 2712'MD True VertiCal depth 83'TVD 2712'TVD 8630 'MD 8379 ' TVD 8340'-9365'MD 8089'-9111'TVD 9305 ' -9715 'MD .9051 ' -9460 'TVD 5-1/2" 17.0# L-80 tubing @ 8352' '"~';:~'~J('~'~ '" Packers and SSSV (type and measured depth) ROY SSSV ~ 2189', 9-5/8" SAB packer ~ 8290' 12.Attachments Description summary of proposal ~ Detailed operations program [] BOP sketch 13. Estimated date for commencing operation August, 1987 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 ~~ ~J~ Title Associate Engineer ~ Commission Use Only (JG) SA/121 Date ~-/~_~_~, Conditions of approval Approved by Notify commission so representative may witness I Approval No. ' [] Plug integrity [] BOP Test [] Location clearanceI Commissioner by order of the commission Date Form 10-403 Rev 12-1-85 Submit in triplicate TERM WELL A APPLICATION FOR SUNDRY APPROVALS ARCO Alaska, Inc., requests an extension of "suspended" status for Term Well A. The well is currently on our schedule to be plugged and abandoned in the summer of 1987. We also request an exception to the surface plug requirements of 20 AAC 25.110(c). This well has open perforations from 9172' - 9188'. The wellhead and casing are in good condition, and the well contains a non-freezing kill- weight fluid. The well can be reached by road which will allow easy access for monitoring. We request this exception until the well can be abandoned. SA/1 21 a :dmr 9-19-86 -_. August 6, 1986 x Telecopy No. (907) 276-7542 Mr. Randy Ruedrich Drilling Manager ARCo Alaska, Inc. P. O. Box 100360 Anchorage, AK 99510-0360 Re: Extension of Suspended Status Tract Well T-3C KRU West Sak SWPT No. 1 Term Well A East Bay State No. 1 Kuparuk 28243 No. 1 West Sak No. 24 Dear Mr. Ruedrich: A review of our records shows that the above referenced wells are suspended. Ail of the wells have tubing installed, and KRU West Sak SWPT No. 1, East Bay State No. 1 and West Sak No. 24 have perforations open to the well bore. Section ll0(a) of the regulations states the Commission will, in its discretion, approve the suspension of a well if the well is capable of producing hydrocarbons in paying quantities or is reasonably demonstrated to have future value as a service well. Section 105(e) states that "[e]ach well to be abandoned or suspended must be plugged...to prevent the movement of fluid either into or between freshwater and hydrocarbon sources and to prevent all other fluid migration within the well bore." in compliance wi~h Sec:ion 170(a) of the regulations, "It]he location of an abandoned well onshore or upon a historically stable island mms~ be cleared wi~hin one year following well abandonment .... , Section 170(b) provides the means for an extension of time ~ ~ a valid reason exists, and the wellbore is properly plugged. Hr' t~andy Ruedrtch August 6, ! 986 Page 2 We are, therefore, requesting that you submit Form 10-403, Application for Sundry Approval, ~rith (1) a program whichwill bring the status of these wells into compliance with the new~ regulations~ (2) justification for keeping the wells in suspended status~ and (3) a schedule for this s,~er when our field inspectors can accompany your representatives to the well sites for location clearance inspection. Please call Harold J. Hedlund at (907) 279-1433 if you have any questions. Sincerely, L°nnie C. Smith Commissioner jo/A.HJH. 06/07 ALASKA OIL AND GAS CONSERVATION COMMISSION ~ 3OOl PORCUPINE DRIVE November 9, 1984 / ANCHORAGE, ALASKA 99501-3192 ~ TELEPHONE (907) 279-1433 ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Re: Submittal of Form 10-403, "Sundry Notices and Reports on Wells," to Request an Extension of Time for Suspended Wells. Gentlemen: It is requested that the Form 10-403 for the extension of time for suspended wells under 20 AAC 25.270(b) be submitted at an early date. The request should include: 1. A request for a one year extension. 2. A reason for the extension of time. 3. A description of future clean-up plans, if applicable. The following wells are included under this request: - Delta State No. 1 Delta State No. 2 East Bay State No. 1 Gull Is. State No. 1 Gull Is. State No. 2 Highland State No. 1 Kavik Unit No. 3 Ugnu SWPT-1 West Sak SWPT-1 Kuparuk River State No. 1 N. Prudhoe Bay State No. 1 West Sak River State No. 1 West Sak River State No. 2 West Sak River State No. 3 West Sak 25631 No. 23 Sag Delta 31-11-16. NW Eileen State No. 1 Prudhoe Bay State No. 1 Prudhoe Bay Unit Term A Prudhoe Bay Unit TR T-3C Put River State No. 1 Ravik State No. 1 West Beach No. 1 West Beach No. 2 West Beach No. 3 W. Mikkelsen State No. 1 Kuparuk 28243 No. 1 West Sak River State No. 5 West Sak River State No. 6 West Sak 25590 No. 15 East Ugnu No. 1 Yours very truly, Kugle~ Commissioner be:2.K.T ARCO Alaska, Inc. B(0X Post Office · 100360 Anchorage, Alaska 99510 Telephone 907 276 1215 October 25, 1983 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT: Term Well A (41-33-12-14) Dear Mr. Chatterton: Enclosed is a Sundry Notice for the subject well. If you have any questions, please call me at 263-4944. Sincerely, d. Gruber Associtate Engineer JG:tw GRU5/L06 Enclosure ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany ~' STATE OF ALASKA O( ALASKA ILAND GAS CONSERVATION C ivlMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL [] COMPLETED WELL OTHER [] 2. Name of Operator 7. Permit No. ARCO Alaska, Inc. 79-81 3. Address 8. APl Number P. 0. Box 100360, Anchorage, AK 99510 50- 029-20406 4. Location of ~/Vell Surface: 1250' FNL, 2200' FEL, Sec.33, T12N, R14E, UM 5. Elevation in feet (indicate KB, DF, etc.) 73' RKB 6. Lease Designation and Serial No. APL 28300 9. Unit or Lease Name Prudhoe Bay Unit 10. Well Number Term Well A(41-33-12-14) 11. Field and Pool Prudhoe Bay Field Prudhoe Bay 0i1 Pool 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing [] Perforations [] Altering Casing [] Stimulate [] Abandon [] Stimulation [] Abandonment [] Repair Well [] Change Plans [] Repairs Made [] Other [] Pull Tubing [] Other [~X Pulling Tubing [] (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). ARCO Alaska, Inc., requests that the subject well be allowed to remain in suspended status. Approved Copy Returned 14. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ~-"~'-- ~'ii' Title Area Drilling Engineer The space below for C~ Date Conditions of Approval, ifanYou~ representative inspected this w~ll site on August 15, 1983. A subsequent inspection will be necessary by August 1984. Corrections needed were listed in our letter of Septen~er 20, 1983. ORIG;NAL SIGNED By Order of Approved by .,, ,-,~-,~r P ~MIl'l~ COMMISSIONER the Commission Date _ ...... ~" ..... : Form 10-403 Submit "Intentions" in Triplicate Rev. 7-1-80 GRU4/SN68 and "Subsequent Reports" in Duplicate ARCO Alaska, Inc. f~ Post Office B6.. 100360 Anchorage, Alaska 99510 Telephone 907 276 1215 October 21, 1983 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT: Term Well A (41-33-12-14) Dear Mr. Chatterton: Enclosed is the well completion report for the subject well. We are changing the status of this well to "suspended". If you have any questions, please call me at 263-4944. Sincerely, J. Gruber Associate Engineer JG:tw GRU5/L01 Enclosure OCT 2 ~ 1983 Oil &. Gas C~ns~ Commis~i~ Ar:chora9~ ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany ' _. '' ~"'~ STATE OF ALASKA _iP~ ~ 0~ WELL ' 'ALASKA~ AND GAS CONSERVATION C~-'~';~IISSION ~ COMPLE ION OFI RECOMPLETION REPORT AND LO .;. 1. Status of Well ' Classification of Service Well OIL [] GAS [] SUSPENDED ~X ABANDONED [] SERVICE [] 2. Name of Operator . ~.' 7. Permit Number ARCO Alaska, Inc. ' 79-81 3. Address · 8. APl Number P. O. Box 100360, Anchorage, AK 99510 50- 029-20406 4. Location of well at surface 9. Unit or Lease N~me 1250" FNL, 2200' FEL, Sec.33, T12N, R14E, UH Prudhoe Bay Unit At Top Producing Interval 10. Well Number 965' FNL, 890'FEL, Sec 33, T12N, R14E, UN Term Well A(41-33-12-14) At Total Depth ~ 11. Field and Pool 1003' FNL, 826'FEL, Sec.33, T12N, R14E, UN Prudhoe Bay Field 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Prudhoe Bay 0i 1 Pool 73' RKB ADL 28300 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 15. Water Depth, if offshore 116. No. of Completions 01/09/80 02/22/80 03/09/80 N/A feet MS LI 1 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+TVD) 19. Directional Survey 20. Depth where SSSV set I 21. Thickness of Permafrost 9715'HD,9460'TVD 9670'HD,9415'TVD YES [~ NO [] -- feet MDI -- 22. Type Electric or Other Logs Run D IL/SP/BHCS/GR, FDL/CNL/Cal/GR, RFT, 4-arm Dipmeter, CBL/VDL/CCL/GR, CNL/GR 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASINGSlZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD :AMOUNT PULLED 20" 94.0# H-40 Surf 76' 24" 274 sx Arctic Set cmt 13-3/8" 72.0~ N-80 Surf 2712' 17-1/2" 1893 sx FOndu 9-5/8" 47.0# N-80 Surf 86'30' 12-1/4" 1500 sx Class G 7" .... 8340' 9365' 8-1/2" 250 sx Class G 5" .... 9305' 9715' 8-1/2" 65 sx Class G 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 9608' - 9598' 9474' - 9450' 5-1/2" 8348' 8312' 9589' - 9579' 9422' - 9406' 9560' - 9540' 9401' - 9394' 26. ACID, FRACTURE, CEMENT SOUEEZE, ETC. 95201 - 95061 DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 9502' - 9486' W/4 spf 9573' - 9575' 75 SX Class G See perforated 170 bbls 28% HCL interval s 27. N/A PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) I Date of Test Hours Tested PRODUCTION FOR OI L-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATI© TESTPERIOD ~ I I .. . Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL' OIL GRAVITY-APl (corr) Press. 24-HOUR RATE t~ 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. See original core description. ' ~" ~: '-~ · .... Form 10-407 Submit in duplicate Rev. 7-1-80 GRU4/WC20 CONTINUED ON REVERSE SIDE 29. GEOLOGIC MARKERS NAME Top Sadlerochit Base Sadlerochit Top Lisburne MEAS. DEPTH 8871' 9277' 9394' TRUE VERT. D_EPTH 8619' 9024' 9140' FORMATION TESTS Include interval tested, pressure data, all fluids recovered and grav!t¥, GOR, and time of each phase. See Formation Test History, dated 08/15/80. 31. LIST OF ATTACHMENTS NONE 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Title Area Drilling Engr. Date INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. item 1' Classification of Service Wells' Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none" Form 10-407 Septem~,be-'r 20, 1983 ARCO Alaska, Inc. P. O. Box 100366 Anchorage, Alaska 99510 Re: Cleanup Inspection fcr the ~ollowing Suspended Wells: D.S. 11-14; Sec. 28, ~1i~], ~15E, U.~.~. D~.lta State ~.~o. 1; Sec. 10, T10[~, R16L, U.~. Delta State No. 2; Sec. 35, Ti1N, ~16E, East Bay State ~o. 1; Sec. 15, T1I}~, R15E, ~.~.~. Cull Island ~.~o. 1; Sec. 28, T12~, ~15~., Gull Island ~%'o. 2; Sec. 28, T12k~, R15L, U.M. Nighland State ~'~o. 1; '&~c. 24, Tll~, ~'~llE, U.}i. Kavik Ko. 1; Sec. 7, T3N, R23E, U.~.~. Kavik ~o. 3; Sec. 8, T3k~', R23E, U.M. ~obil Kuparuk 28243-1; Sec. 17, T1]/{, I~llL, ~.~orth Pru~oe bay State ~.~o. 1; Sec. 23, T12~.~, P. 14L, U.~-~. Prudhoe Bay State ~o. i; Sec. 10, Tll~, E14L, Kavik State ~-<o. 1; Sec. 32, T9~-~, R9E, Term.. A (41-33-12-14); Sec. 33, T12}~, RI4E, U.M. Tract ~11 T3C (17-11-15); Sec. 17, =~1~;, R15E, Ugnu ~$PT ~.~o. 1; Sec. 7, T12k{,' ~i0L, U.~. West Beach. State ~,~o. 1; Sec. 25, T12~.~, West Beach State 5o. 2; Sec. 25, T12E, R14E, U.M. ¥~est Beach State ~.;o. 3; Sec. 25, T12~, 514E, U.~. West SaP. ~o. 15; Sec. 5, T10~, R85, West Sak ~.~o. 23; Sec. 7, T12t4, 5.9L, U.M. ;~est Sak ~.~o. 24; Sec. 5, TllS, RllE, ~.~'~. Wesk Sak P, iver State ~-~o. 3; Sec. 26, T1//~, West Sak I%iver State ~o. 5; Sec. 11, West Sak ~iv~r State ~'~o. 6; Sec. 29, Ti]/-:, 511E, U.~. BP Put kiver 01-10-14; Sec. 11, T10~, ~14E, O.~-~. BP Put P, iver 02-10-14; Sec. 11, T10N, }~14E, BP Put ~iver 11-10-14; Sec. 11, T10:.~, R14E, U.~i. BP Put River 12-10-14; Sec. 11, T10}~, K14E, BP Put River 13-10-14; Sec. 13, T10N, R14E, U.M. BP Put River 14-10-14; Sec. 13, T10N, ~i4E, BP Put ~iver 17-10-15; Sec. 19, T10~, ~i5E, U.~<. C~ntle~en: Our representatives insp~.cted these 32 well sites on August 14 and August 23, 1963. The following wells will require the sub~:ittal oi fom:~ i0-407, Well Cor:pletion or t.~eco~pletion Aepcrt and L¢~, tc classif} as AB. CO ~epter~¢~r 20, 198 ' Page 2 suspended ¥~11s. All requests ior classificatiens are initiatea hy the ot~rator on for~ 10-407: Eavik ~,~'o. 1 Prudhoe Say State l~o. 1 Term A (41-33-12-14) Tract Well T3C (17-11-15) The following wells need well signs: F, avik 2,0. 1, ~11 sign not properl~ attached and in poor condition. Prud/]oe ~ay State :~o. 1 The following well sites need the rat hole covered~ 5ighland State ~.O. 1 F~avik ~co. 1 Eavik State ~o. 1 Tract Well T3C West'~ak ~o. 15 Prud/~oe Bay State ~o. 1 BP ~t Eiver 13-10-14 The following welI Si~es ne~d improvement in housekeepin~ and trash removal ~ Prudhoe Bay St&~e ~.~o. 1,' the w~ll house also is in l~or condition. West Sak No. 24 West Sak River State ~o. 6 The following ~ells do not have all outlets on the tree Flugged, ~udhoe Bay State ~o. 1 ~orth Pr~dhoe Ba}~- State ~o. 1 ~avik ~o. 1 All of the 32 listed ~lls z'equire the sub~ittal of iorm 10-403, Sundry ~'~otices and Re~rts on Wells, to request and further extension. O~ one ~,ear for thc suspended sit~s a~ required under 20 AAC 25.170(h) (1) (2) and (3). It is requested that deficiencies be corrected as soon as and photographic evidence sup~lied thi~ office. Also please s~bmit at ~n early date the r~,qulred £o~s 10-403 and 10-407. A subsequent in~pectlon wil he, necessary b2- August, Sincerel ~ Lonnie C. Sm/th Commissioner LCS/J~,T: lc: 103 ~ K MEMORANDUM TO: Stat( of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION Thru: Lonnie C. Smith FROM: DATE: Ben LeNorman ' ~"-' SUBJECT: Petroleum Inspector August 25, 1983 108B:S4 Inspect Thirty-two ARCO Locations for Surface Cleanup for Suspension, North Slope. Sunday, August 14, 1983: I departed my home at 3:15 pm for a 3:45 pm'showup and 4:45 pm departure via Alaska Airlines, Flight No 341 for Deadhorse arriving at 7:10 pm Weather: +36°F light wind, fog. M.~onday, August 15, 1983: Inspection of forty-one abandoned and suspended, wells began at 9:00 am and continued until 3:30 pm on Wednesday, August 17. Separate reports cover abandoned wells and a BOPE test on ARCO's DS 4-20 Monday evening. I recommend to the Commission the following wells be approved for suspension: Delta State #2 Delta State #1 Gull Island #1 Gull Island #2 Te~ "A" 33-12-14 N. Prudhoe Bay State #1 Highland State #1 Mobil Kuparuk 28243 Ugnu SWPT #1 West Sak #23 West Sak #3 West Sak #5 Ravik State #1 West Sak #24 West Sak #15 West Sak # 6 Kavik #3 West Beach State #1 West Beach State #2 West Beach State #3 East Bay State #1 T3C 17-11-15 Put River 01-10-14 Put River 02-10-14 Put River 11-10-14 Put River 12-10-.14 Put River 13-10-14 Put River 14-10-15 Unknown DS 11-14 I recommend to the Commission the following wells not be approved until deficiences as noted on the suspended well and location report are corrected: Kavik ~ 1 Prudhoe Bay State I departed Deadhorse via Alaska Airlines, Flight #56 at 4:30 pm arriving in Anchorage at 6:10 pm and at my home at 6:40 pm. In summary, I inspected thirty-two. ARCO locations for well sus- pension and location cleanup .... Attachments Suspended Well and Location Report 20 AAC 25, ARTICLE 2 FILE INFORMATION: ~/~, ~ ' '0~e~a~or-- ~ ~-/~_~'~_ Date Suspended Address ~.~.~ ~ ~-~ ~ 7~~~~.. ~~ Surface L6ca~i°n Of We~ '~ - Permit No. ~f ~2~ Ft. ~ ~ n, 2~O Ft. F~~~ API No. 50~a~2p~6g Sec.~ T/~~R~~" ~ M.~or Lease Name_~.~'"~]L Field & Pool .~ ~O[ ..... Condition of' Pad Condition of Pits. Well head - Ail outlets plugged Well sign - Attached to well head Attached to well guard Attached to Information correct Q No ~ No Cellar - Opened ~ Fil led Yes Covered Yes WaterWell - Plugged off No No No Capped Open Rat Hole Open Yes No Fil led Yes No Covered ~ No Photographs taken to verify above conditionsQ No Exp la na ton Work to be done to be acceptable This well and location is (acceptable) (~.n ..... '-'__i._.) to be classified as suspended for the perio~ of _~-~'- ~ 19~ ~h~ru ~-~- ~9~.~. Inspected by:_ ~_F_~-~_ . _ Revised 8/24/82 ii i ARCO Alaska, Inc. Pos! Of:ice ,r ;.'" "' - . 95 .,.. lO, ag,_-, 7' . ":;-' 9 'i 0 ~. ,'-~c~hc::le .90'.' ;:77 56,S7 October 15, 1981 Mr. Hoyle Hamilton State of Alaska A1 aska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Subject- DS 11-4 Term Well "A" Dear Si r- Enclosed please find subsequent Sundry Notice for DS 11-4 and Term Well "A". ARCO considers the information dealing with Term Well "A" to be of a confidential nature and would appreciate your safely storing information dealing with subject well in a secure area. Sincerely, · M. A. Major Sr. Drilling Engineer MAM 'chi Enclosure A(' STATE OF ALASKA ,~,' ALASK ..,L AND GAS CONSERVATION C 'MMISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL [] COMPLETED WELL [] OTHER 2. Name of Operator RECEIVED 7. Permit No. 79-81 ARCO Alaska, Inc. 3. Address 8. APl Number P.O. Box 360 Anchorage, AK 99510 OC~ ~ O ].QB] 5o- 029-20406 4. Location of Well ~]a~k~ Oil & Gas Cons. 1250'S & 2200'W of NE cr, Sec 23, TiON, R14E, UM Anchorage 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. RKB 73' ADL 28300 12. 9. Unit or Lease Name on Prudhoe Bay Unit 10. Well Number Term Well A 11. Field and Pool Prudhoe Bay Field Prudhoe Oil Pool (Submit in Triplicate) Perforate [] Alter Casing [] Perforations Stimulate [] Abandon [] Stimulation Repair Well [] Change Plans [] Repairs Made Pull Tubing [] Other [] Pulling Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE'OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Duplicate) [] Altering Casing [] Abandonment [] Other 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). Term Well "^": Commenced 8/25/81 Completed 9/19/81 (25 da.vs) Commenced chemical tracer teS"t ~ ..... 2000 hfs, 8/25/81. Pumped CaCI~, followed by TCE* & chased with CaCl~. RIH and perforate well with 8 spf from 9~72'-9188'.' Flowed well. Injected diesel with 10% IPA* & 1% MIBK*. Switched to ~ 1% MIBK* Chased with diesel. Chemicals in place @ 0600, 9/1/81. SI well. Test resumed 9/14/81. Reperforated well with 4 spf from 9172'-9188' Opened well and flowed to tanks. Displaced tubing with diesel. RIH and set SSS~ @ 2189' MD. RIH and set · SSSV at 2189'MD. Tested lines at 5000 psi - ok. Tested valve - ok. Well secured @ 0100 hrs, 9/19/81. Tot~al volume~ produced fluids during flowback - 1696 bbls diesel, chemicals & crude with 574Mft~ gas flared. *NOTE' MIBK - Methyl Isobutylketone TCE - Trichloro Ethylene IPA - Isopropyl Acetate CON FI DENTI.AL 14. I hereby certify that the foregoing is true and correct to the best of my knowledge: Sr. Drilling Engineer Signed Title The space below for Commission use Date Conditions of Approval, if any: By Order of Approved by COMMISSIONER the Commission Form 10-403 Rev. 7-1-80 Date Submit "Intentions" in Triplicate and "Subsequent Reports"in Duplicate ARCO Alaska, Inc. Post Office B 360 Anchorage, Alaska 99510 Telephone 907 277 5637 July 24, 1981 Mr. Hoyle Hamilton State of Alaska Alaska Oil and Gas Conservati on Commi ssi on 3001 Porcupine Drive Anchorage, Alaska 99501 Subject' Dear Sir' Term Well A, Permit No. 79-81 West Beach State #2, Permit No. 75-27 Enclosed please find the Sundry Notices of Intent for Term Well A and West Beach State #2. The information regarding Term Well A is of a confidential nature and we would appreciate you placing this report in secured storage where it will receive minimum exposure. Please acknowledge receipt of the attached report by returning one signed copy of this letter for our files. Very truly yours, P. A. VanDusen District Drilling Engineer PAV/KJG'sp Enclosures ./F."~.'~'c ~ ~..- ~ ~ . '~ ~ , ~:,.~ ... Signa-t'ure Ti tl e RECEIV[:D JUL 2 ? Da te Alaska 0il ,N 5 .:. CnN Fi DENTIAL STATE OF ALASKA ALASKA L AND GAS CONSERVATION C MISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL [] COMPLETED WELL [] OTHER 2. Name of Operator 7. Permit No. ARCO Alaska, Inc. 79-81 3. Address P.0, Box 360, anchorage, Alaska 99510 4. Location of Well 1250;S & 2200'W of NE cr Sec 33, TION, R14E, 5. Elevation in feet (indicate KB, DF, etc.) RKB 73' 6. Lease Designation and Serial No. ADL 28300 8. APl Number s0- 029-20406 9. Unit or Lease Name Prudhoe Bay Unit 10. Well Number Term Well A 11. Field and Pool Prudhoe Bay Field Prudhoe Oil Pool 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO' SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate ~[X Alter Casing [] Perforations [] Altering Casing Stimulate [] Abandon [] Stimulation [] Abandonment Repair Well [] Change Plans [] Repairs Made [] Other Pull Tubing [] Other ~( Pulling Tubing [] (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). ARCO proposes to perforate a selected interval within the Sadlerochit zone and conduct a Chemical Tracer Test for the determination of in place water saturation values in the Sadlerochit. It is expected that some 10,000 to 20,000 bbls crude with it's associated gas will be produced back during the test flow periods. All produced crude will be trucked to a production facility. The produced gas will be flared in the flare pit on location. The perforated interval along with produced volumes will be reported on a subsequent report. A 5000 psi WP wireline BOP/lubricator, tested to working pressure, will be utilized on all wireline work. The downhole safety valve will be installed and tested upon conclusion of job. Estimated start 8-15-81. REQUEST THAT ALL INFORHATTON ON THTS BE CONSTDERED CONFTDENTIAL. RECEIVED N. ElD E NTIAi,] '"' Subse~iuent Wor~ ~e~o~ea 14.1hor~ that ~~roct to the best of mg kno~led~o.~. ~ Signed Title District Drilling Engineer Date 7'&~-~/_ The space below for Commission use Conditions of Approval, if any: Approved by COMM ISS ION ER Form 10-403 Rev. 7-1-80 Approved Copy Returned By Order of the Commission Date Su bm it "I ntentions" i n Triplicate and "Subsequent Reports" in DupliCate ARCO Oil and Ga '~ mpany Alaska DistnC, Post Office Box 360 Anchorage, Alaska 99510 Telephone 907 277 5637 CONFIDENTIAL August 14, 1980 Hoyle Hamilton State of Alaska Department of Natural Resources Division of Oil and Gas 3001 Porcupine Drive Anchorage, Alaska 99501 Subject: Term Well A, Permit No. 79-81. Dear Sir' Enclosed please find the Completion Report reporting final test information along with the Formation Test Hi story. This information is of a confidential nature and we would appreciate you placing this report in secured storage where it will receive minimum exposure. Please acknowledge receipt of the attached report by returning one signed copy of this letter for our files. Very truly yours, ,P. A. VanDusen District Drilling Engineer PAV'ruo Enclosures T!tle ARCO Oil and Gas Company is a Division of AtlanticRich~:ieldCompany 'Form P--7 // - SUBMIT IN DUP~,~. <T'~* STATE OF ALASKA (see oth~, structions on reverse side) OIL AND GAS CONSERVATION COMMITTEE WELL COMPLETION OR RECOMPLETION REPORT AND LOG* WELLL_J DRY[]]] Other b. TYPE OF COMPLETION: NEW WORK DEEP-r--i PLUG F'--I DIFF. r'-I WELL[~] OVER r'-I EN I I BACKI'-/ RESER.I I Other 2. NAME OF OPERATOR Atlantic Richfield Company 3. ADDRESS OF OPERATOR P. O. Box 360, Anchorage, Alaska 99510 4. LOCATION OF WELL (Report location clearly and in accordance with any State requirements)* At surface 1250'S & 2200'W of NE cr Sec. 33, T12N, R14E, UM At top prod. interval reported below 9A6ttBo~alSde~h 8901W of NE cr Sec. 33, T12N, RI4E, UM p 1003'S & 826'W of NE cr Sec. 33, T12N, R14E, UM CONFIDENTIAL 5. APl NUMERICAL CODE 50-029-20406 6. LEASE DESIGNATION AND SERIAL NO. ADL 28300 7. IF INDIAN, ALLOTTEE OR TRIBE NAME B. UNIT, FARM OR LEASE NAME Prudhoe Bay Unit 9. WELL NO. Term Well A (41-33-12-14) 10. FIELD AND POOL, OR WILDCAT Prudhoe Bay Field-Prudhoe 0i 1. SEC., T., R., M., (BOTTOM HOLE p00 OBJECTIVE) Sec. 33, T12N, R14E, UM 12. PERMIT NO. 79-81 HQW MANY* 21. R Y TOOLS INTERVALS DRILLED BY 9715'MD 9460'TVDJ 9~:~'~qMD 9415'TVD blng/e CABLETOOLS 22, PRODUCING INTERVAL(S), OF THIS COMPLETION - TOP, BOTTOM, NAME (MD & TVD)* 23. WAS DIRECTIONAL Top Sadlerochit 8871' MD 8619' TVD Top LisbUrne 9394'MD SURVEYMADE Base Sadlerochit 9277' MD 9024' TVD 9140'TVD YES 24. TYPE ELECTRIC AND OTHER LOGS RUN DIL/SP/BHCS/GR, FDL/CNL/CAL/GR, CASING SIZE 1,3-3/8" 9-5/8" 26. SIZE WEIGHT, LB/FT. I GRADE 94# WeldedI H-40 72# Butt I N-80 47# Butt I N-80 LINER RECORD TOP (MD) BOTTOM (MD) 8340' 9365' 9305' 9715' RFT, 4-arm dipmeter, :ASING RECORD (Report all strings set In well) DEPTH SET (MD) HOLE SIZE /6 Below GL 24" 2712' 8630 SACKS' CEMENT* 250 sx Clas 65 sx Clas CBL/VDL/CCL/GR, CNL/GR 17-1/2" 12-1/4" CEMENTING RECORD 2/z~ sx Arctic set cmt. 1893 sx Fondu cm't 1500 sx Class G cmt SIZE -1/2" AMOUNT PULLED · TUBING RECORD SCREEN (MD) DEPTH SET (MD) PACKER SET {MD) s G cmt 8348' 8312' s G cmt 28. PERFORATIONS OPEN TO PRODUCTION 9608' - 9598' 9589' - 9579' 9560' - 9540' 9520 - 9506' 9502 .- 9486 30. DATE FIRST PRODUCTION N/A (I,nterval, size and number) w/4 SPF 29. ACID, SHOT, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL {MD) I A_M_O_UN.T .AN_D KIND OF MATERIAL USED l/U DDiS 28% HC,i see perforated{ i nterva I s IWELL STATUS (Producing or Ishut-In) 9474' - 9450' 9422' - 9406' 9401' - 9394' PRODUCTION IPRODUCTION METHOD (Flowing, gas lift, pumping--size and tyl3e of pump) OIL-BBL. TEST PERIOD I DATE OF TEST. IHOURSTESTED [CHOKE SIZE PROD'N FOR PRESS. 24-HOUR RATE 31. DISPOSITION OF GAS (Sold, used for fuel, vented, etc.) 32. LIST OF ATTACHMENTS GAS-MCF. I GAS-MCF. I WATER--BBL lOlL GRAVITY-APl (CORR.) I TEST W TNESSED BY Formation Test History SIGNED /, ~/. ~"'~'m"~'~ll~"~-'-~- TITLE District Drillinq Engineer DATE 8/15/80 *(See instructions and Spaces for Additional Data on Reverse Side) INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item: 16: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Items 20, and 22: If this well is completed for separate production from more than one interval zone (multiple com- pletion), so state in item 20, and in item 22 show the producing interval, or intervals, top(s), bottom(s) and name(s) (if any) for only the interval reported in item 30. Submit a separate report (page) on this form, adequately identified, for each additional interval to be separately produced, showing the additional data pertinent to such interval. Item 26: "Sacks Cement": Attached supplemental records for this well should show the details of any multiple'stage cementing and the location of the cementing tool. Item 28: Submit a separate completion report on this form for each interval to be separately produced. (See instruction for items 20 and 22 above). 34. SUMMARY OF FORMATION TESTS INCLUDING INTERVAL TESTED, PRESSURE DATA AND RECOVERIES OF OIL, GAS, WATER AND MUD 35. GEOLOGIC MARKERS NAME See attached Formation Test History MEAS. DEPTH TRUE VERT. DEPTI Top Sadlerochit 8871' 8619" CONFIDENTIAL ,.se Sadlerochlt 9277' 9024' Top Li sbourne 9394' 9! 40' 36. CORE DATA, ATTACH BRIEF DESCRIPTIONS OF LITHOLOGY, POROSITY, FRACTURES, APPARENT DIPS ..... AND DETECTED SHOWS OF OIL, GAS OR WATER. Core data sent under separate cover letter by our Geology Department da ted 3/26/80. · FORMATION TEST HISTORY Term Well A (41-33-12-14) API 50-029-20406, ADL 28300, Permit No. 79-81 C(]NFt[ ENTIAL Began test on 7/18/80. Tested tree, valves, choke manifold, flow lines, and all test equipment. Perforated intervals 9608' - 9598', 9589' - 9579', 9560' - 9540', 9520' - 9506', 9502' - 9486', 9474' - 9450', 9422' - 9406', and 9401' - 9394' with 4 SPF. Wellhead pressures of 350 to 550 psi noted at wellhead between gun runs. Pressure would bleed off immediately while flowing well during perforating next interval. Total diesel recovered during perforating 10 bbls. Ran temp. sur. Position HP @ 9374' w/SITP of 390 psi, BHP 4060 psi prior to opening well. Opened well, BHP dropped to 3633 immediately then gradually began increasing. Reran temp sur. SI well. Began acid job at 0930 hrs, 7/20. Established injection rate w/20 bbls diesel pad. Pumped 170 bbls 28% HCI~ followed by 240 bbls diesel. SI well w/1850 psi on tbg for 30 min. Press held @ 1850. Ran temp sur. Opened well to flow. Flowed 300 bbls diesel & spent acid water. Injected 70 bbls warm diesel. Flowed 120 bbls diesel & spent acid water. Injected 50 bbls warm diesel. Flowed 80 bbls diesel & water. Total of 550 bbls injected & 500 bbls flowed during test. Ran & set 5" bridge plug @ 9380' w/20' cmt on top. Ran and set Otis SSSV @ 2189'. Tested same. Set BPV in tree tested same leaving 750 psi below BPV. Closed all tree valves and suspend all operations 7/25/80. ARCO O~1 and Gas Con,pony Post Oil; Box ;360 Anchorn.qb. A~ska ~::5~g Te!ephene 907~.~T~, 3537 July 31~ 1980 Reference' ARCO Open Hole Logs /11-7/21/80 ~u~log 1/10/80 Borehole Geometry Log Run 1 , Please sign and return the attached Copy as receipt of 2"& 5" K. J. Sahlstrom North Engineering TRANSMITTAL #499 . ) T DISTRIB4rFION North Geology Poax o n R a D Hob fl Drillins Cctty En,~.~ ~,. Manager Phillips D [r H Sohio Ceolog}, }.Iarathon State o~ ~aska O~e~on Oil anO Gas Comp,thy ~s '~ D,~lsion ol All,~nhc P~chfi..,J:ICompaey Hoyle Hamilton State of Alaska Oil & Gas Conservation Commission '. 3Q01 Porcupine Drive _Anchorage, Alaska To: 99501 Date: Ju~e 20, 1980 Atlantic .Richfield Cor.,p.nny 'NORTH SLOPE' DISTRICT · .'"~l R_ES ENG "J ' w. c J 4 ENO Transmitted here~ith are the following: Term Well A: . Composite Qomputer Tape & Listing Runs 1-4 .'2/23/80 80.0'-9720.0' J 1 GEOL J 3 GEO.L.' / J .STAT T£C J STAT TEC- I CONFER: 'FILF: · . .o Return receipt tO: Atlantic Ricl]fie].d Coml~any North Slope District Attn: ])istr~ct Geolo~i~ Proccs~ed l))" J. B. McGregor ' P.O. ]~ox 360 Anchora~c, Alaska 995]0' ARCO O,t and Gas Company Post Of,~'-" ',x ;;GO A n c h o r,"~ ,aska 29510 Telephone ~307 277 .5637 June 4, 1980 Reference: ARCO Magnetic Tapes D.S. 2-lA 4/20/80 Tape #60457 D.S. 6-8 10/20/78 Tape #60227 ,~1/27/80 Tape #60277 J2/11/80 Tape #60371 ~/Please sign and return the attached copy as receipt of data. K. J. Sahlstrom North Engineering TRANSMITTAL #368 DISTRIBL~; ION North Geology L~xon R & D bIobil Drilling ~' Getty Eng. Manager Phillips D & M Sohio Geology Marathon State of Alaska Cl~e~ron ARCO Oil and O~s Company ~, 'l ~)~¢,slon OI Allanl,cR,chtieidConlp4ny ARCO .Oil and Gas(" mpany Post O[fice ibex 350 Anchorage. A!ask3 99510 Telephone 3'37 277 .56,37 April 8, 1980 Reference' ARCO Open Hole Log Tprm Well A 2/12/80 Long Space Sonic & Wavefom oPlease sign and return the attached copy as receipt data. K. J. Sahlstrom North Engineering TRANSblITTAL # 257 DISTRIBUTION North Geology R&D Drilling Eng. b!~nager D & 5I Geology State of Alaska F.x_xon Mobil Getty Phillips Sohio Marathon Chevron ' Atlantic Richfield Company NORTH SLOPE DISTRICT Mr. Hoyle Hamilton State of Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 · Date: 3-'~ ~80 ................ Transmitted herewith are the following: TPJhN SMITTAL ]From: ARCo TermWell 'A' .o 2 BL &.l Sepia- DIL 2"..& 5" Runs 1-4 2 BL &'l Sepia- CPL 5"- Run 2 2 BL & l' Sepia- BHCS 2" & 5" Runs .1-4 2 BL & 1 SePia- CNFD 2" & 5" Runs 1-3 2 Bi & 1 Sepia-FDC 5" Runs 1-3 2 BL & 1 .Sepia- FDC 2" Run 4 CO-NFIDE. N II'A L : acknowledg ~ Dat~ska . /Return rece~.pt to: Atlantic Richfield Company North Slope District , Attn: District Geologist Processed P.O. Box 360 Anchoraf;e, Alaska 99510 ARCO Oil and Ga~~ ')mpany North Alas~,. .~istrict Post Office Box 360 Anchorage, Alaska 99510 Telephone 907 277 5637 March 31, 1980 Mr. Hoyl e Hamil ton State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 I 3 ENO~ J 4ENG J J,,,.J 1 GEOL J 3 GEOL! I J STAT TEC~ ~,l, STATTEC J CONFER: '.] Subject- Term Well A, Permit No. 79-81 Dear Sir: Enclosed please find our Completion Report for Term Well along with the Drilling History and Gyroscopic Survey. We consider portions of this well to be tight hole infor- mation and would appreciate your cooperation in placing this report in secured storage where it will receive minimum exposure. Please acknowledge receipt of the attached report by return- ing one signed copy of this letter for our files. Thank you for your attention in this matter. Very truly yours, P.A. VanDusen District Drilling Engineer PAV:ls Enclosure Title RECEIVED · $19 ' C FI ! on el L AND GAS CONSERVATION COIVIMITTEE reverse side) 5. APl NUMERICAL CODE 50-029-20406 WELL COIVlPLETION OR RECOIViPLETION REPORT AND LOG* 6. LEASE DESIGNATION AND SERIAL NO. ADL 28300 Other. WELLI I DRY~l b. TYPE OF COMPLETION: NEW WORK I---1 DEEP- PLUG DIFF. ["--I WELL[~ OVER [_.J EN r--1 BACK RESER. I I Other 2. NAME OF OPERATOR Atlantic Richfield Company 3. ADDRESS OF OPERATOR P.O. Box 360, Anchorage, Alaska 99510 4. LOCATION OF WELL (Report location clearly and in accordance with any State requirements)* At surface 7. IF INDIAN, ALLOTTEE OR TRIBE NAME 8. UNIT, FARM OR LEASE NAME Prudhoe Bay Unit 9. WELL NO. Term Well A (41-33-12-14) 10. FIELD AND POOL, OR WILDCAT ~rudhoe ~ Field rudhne 'Pnnl 1250'S & 2200' W of NE cr SEC 33, T12N, R14E, UM At top prod. interval reported below Attotald~p~)nBIS & 890' W of NE cr 'SEC 33, T12N, R14E, UM 11. SEC., T., R., M., (BOTTOM HOLE OBJECTIVE) SEC 33, T12N, R14E, UM 12. PERMIT NO. 1003'S & 826' W of NE cr SEC 33,' T12N, R14E, UM 79-81 18. TOTAL DEPTH, MD&TVD tl9. PLUG BACK MD&TVDI20. IF MULTIPLECOMPL., I I ~-, o,~ I HOW MANY* 21. ROTARY TOOLS 9715 ;MD 9460 TVD 96~E~T3"' MD 9415 lVUI Single IAll 22. PRODUCING INTERVAL(S), OF THIS COMPLETION - TOP, BOTTOM, NAME (MD & TVD)* Top Sadle~'ochit 8871 'MD 8619 'TVD ,Top Lisburne 9394 MD Base Sadlerochit 9277 'MD 9024 ,TVD " 9140 TVD ELEV. CASlNGHEAD INTERVALS DRILLED BY CABLE TOOLS J23. WAS DIRECTIONAL SURVEY MADE Yes 24. TYPE ELECTRIC AND OTHER LOGS RUN ©il/Sp/BHCS/GR, FDL/CNL/CAL/GR, 25. CASING SIZE 20" ~ RFT, 4-arm dipmeter,CBL/VDL/CCL/GR,CNL/GR CASING RECORD (Report all strings set in well) 13 3/8" 9 5/8" IWEIGHT, LB/FT. I GRADE / DEPTH SET(MD)I 94#We]dedlh-40 ~6'bel0W GL 72# Butt In-80 /2712' 47# Butt In-80 18630' LINER RECORD 7IISIZE I 5" I TOP (MD) BOTTOM (MD) 24" 274 sx Arctic §ei~ cmt 17~" 1893 sx Fondu cmt 12~" 1500 sx Class G cmt 27. ,TUBING RECORD 8340 9305' 9365' 9715' 28. PERFORATIONS OPEN TO PRODUCTION SACKS CEMENT*/ SCREEN (MD) I 250 sx Cla~s G cmt 5½" 65 sx Clas~q G cmt SIZE DEPTH SET (MD) I PACKER SET (MD) 8348' J 8312' (Interval, size and number) 29. ACID, SHOT, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT AND KIND OF MATERIAL USED N/A 30. DATE FIRST PRODUCTION N/A DATE OF TEST. FLOW TUBING PR ESS. PRODUCTION ' I PRODUCTION METHOD (Flowing, gas lift, pumping--size and type of pum~ ~/t~, HOURS TESTED 'CHOKE SIZE CALCULATED 24-HOUR RATE IPROD'NFORTEsT PERIOD~ iOIL-BBL' iGAS-MCF' OIL--BBL. GAS--MCF. CASING PRESSURE WATER--BBL I STATe.U,~ or 31. DISPOSITION OF GAS (Sold, used for fuel, vented, etc.) ITEST I 32. LIST OF ATTACHMENTS Drilling History & Gyroscopic Survey IATER--BBI GAS--el L RATIO GRAVITY-APl (CORR.) WITNESSED BY 33. I he?eby certify that the_foregoing a[zd attach~:l information is cop3plete and correct as determined from all available records. *(See instructions and Spaces for Additional Data on Reverse side) INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item: 16: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Items 20, and 22: If this well is completed for separate production from more than one interval zone (multiple com- pletion), so state in item 20, and in item 22 show the producing interval, or intervals, top(s), bottom(s) and name{s) (if any) for only the interval reported in item 30. Submit a separate report (page) on this form, adequately identified, for each additional interval to be separately produced, showing the additional data pertinent to such interval. Item 26: "Sacks Cement": Attached supplemental records for this well should show the details of any multiple stage cementing and the location of the cementing tool; Item 28: Submit a separate completion report on this form for each interval to be separately produced. (See instruction for items 20 and 22 above). 34. SUMMARY OF FORMATION TESTS INCLUDING INTERVAL TESTED, PRESSURE DATA AND RECOVERIES OF OIL, GAS, 35. GEOLOGIC MARKERS WATER AND MUD iN/¢,,~/~ ~ NAME MEAS. DEPTH TRUE VERT. DEPT ITop Sadl erochit 8871' 8619' ?. Base Sadl erochit 9277' 9024' · Top Lisbourne 9394' 9140' . - :' 36.'C0RE DATA,"~T~Ac" BRIE'F'DEscRIPTIONS OF LITHOL'0GY, ~OR'OSI~:Y, FRACTUREs, APPARENT DIPS AND DETECTED SHOWS OF OIL, GAS OR WATER. ., .................... Core data sent under separate cover letter by our Geology Department dated 3/26/80 , , Drilling History Term Well A (41-33-12-14) API 50-029-20406, ADL 28300, Permit No. 79-81 Spudded well @ 0600 hrs 1/9/80. Drld 17½" hole to 2750'. Ran DIL/ SP/BHCS/GR & 4-arm CAL. Ran 13-3/8" 72# N-80 csg w/shoe @ 2712'. Cmtd csg w/1893 sx Fond~u cmt fOl$owed by 400 sx Permafrost II cmt. Ii,st. P. koff. NU BOPE & tstd to-15OOO'.-psi..~'_D~.l.d FC.,~..c-m.t,'_shoe & ~O.'-..new-.'for~,.-...Tstd form to 12.'5 ppg EMW. Drld 12¼" hole to 8650'. Ran DIL/SP/BHCS/GR,FDC/CNL/ CAL/GR, & HDT. Ran 9-5/8" 47# N-80 & S00-95 csg set @ 8630'. Cmtd csg w/1500 sx class G cmt. Instl pkoff. Dwnsqueezed 300 sx Arcticset I cmt thru lOwer FO. Arcticpacked 9-5/8" x 13-3/8" ann thru upper FO followed by 75 sx Arcticset I cmt. Drld FC, cmt, shoe & 10' new form. Tstd new form to 12.5 ppg EMW. Chng over to oil faze mud. Drld 8½" hole to 8750'. Cut 12 cores from 8750' -9296'. Ran DIL/GR, BHCS/GR, FDC/CNL/CAL/GR & RFT Logs. Drld to 9365'. Ran sonic, velocity sur & dipmeter. Ran spectralog & neutron capture log. Ran 7" lnr set @ 9365'. Cmtd lnr w/250 sx Class G cmt. TIH to LC @ 9282'. Tstd csg to 3000 pS~_ ........ Ra~]ap tst. Drld to-9399'. Cored from 9399'-9740' - 15 cores.~...D~d to ~7]..~~ Ran DIL/GR, BH~S/GR/FDC/CNL/GR CAL, velocity sur, and 4-arm dipme~'~ .............. R'~"-~'' lnr from 9305'-9715 . Cmtd w/65 sx Class G cmt. Set pkrs. Drld LC. Tstd csg to 2000 psi. Ran CBL/VDL/CCL/GR & gage ring & ink bskt. Set ret @ 9620'. Squeezed 75 sx Class G cmt. Drld out ret & FC @ 9670~ Ran gyro, CNL/CCL/GR & CBL/ VDL/CCL/GR logs. Chng over to CaClz. Ran JB & gage rng to PBD, 9670. RIH w/perf gun & Perf'd interval 9573'-9575' w/4 SP~. Set ret @ 9555'. Stung into ret. Broke dwn perfs w/lO00 psi 3B~M Inj. Rate. Squeezed perfs ~/75 sx Class G cmt. Drld ret & cmt to.9668'. Ts%d csg to 1400 psi. Lost 50 psi in 30 min. Ran s~ectralog.&~CBL/VDL/CCL/GR logs. RIH w/WSO tst toOls. Set ,p~r @9205'. Performed WSO tst. Had very weak blow 3' rise. Ran 5~½" 17# L-80 tbg fr/9305'-9715'. Tstd Cntrl lns. Set pkr. Press tstd tbg & developed leak. Ran temp log. Fnd leak thru perfs @ 9573' -9575'. Ran CCL/GR log. ND BOPE. NU & tstd tre~.- Pulled dummy SSSV. Displ tbg & ann w/diesel. Ran SSSV. Released rig ~ 1200 hrs 3/9/80. %'%,% Eastman Whipstock A PETROLANE COMPANY REPORT of SUB-SURFACE D IREC TI ONA L SURVEY ARCO 0IL & GAS COMPANY JOB NUMBER A180D0204 Well A WELL NAME ___.~,.,~.~,, PRUDHOE BAY,,,, ~~'~ :'0,? ,:~ > ...... hO¢~T~O~ ~' .? ,. ,, TYPE OF SURVEY DIRECTIONAL SINGLE SHOT DATE !0-15-79 SURVEY BY S. RATCLIFF OFFICE Alaska ARCO OIL AN~-J OAS TERM WELL A ,. 2680 MB, TIE-IN POINT MMS TO MMS ( BOTH BY SDC ) 2775-6627 MD, MMS SURVEY BY SBC F;RU[~HOE ~'"BA Y ,' ~ NORTH" SLOPE'~, ........ ALASKA~ ................... : : RECORD OF SURVEY ARCO OIL·' ANita 'GAS': .~ COMPUTATION .... PAGE NO~ ~ '1 TERH WELL A TIMME [mATE ' DSS, 6775-8217MMD, SURVEYOR: S RATCLIFF J/N; A180D0204 15:14;00 21-FEB-80 · TRUE MEASURED DRIFT DRIFT COURSE VERTICAL VERTICAL R E C T A N G U L A R C L 0 S U R E [mOGLE£ DEPTH ANGLE· DIRECTION ............ EENGTH ...... DEF'TH SECTION ...... C 'O"O"'R [m ~'I N"A'"'T'" E"$ ..... DISTANCE' DIRECTION ...... SEVERIT FEE]' D I4' D FEET FEET FEET FEET FEET D H DG/1OOF 2680, .......... 0"30 S i3"'E 0'; ............... 2679;92 ........ : .....4~:0'0 ............................ 5;6~"S ................. 5;"41 E ......... 7.'83 S 43'42'E '0.00 2680 MMD TIE IN POINT FROMM PREVIOUS SDC HMMS SURVEY 2775. 0 0 0 95. 2774.92 4,00 6.06 S 5.50 E 8.19 S 42 13 E 0~'"~'~ 2868. 0 0 0 93. 2867°92 4°00 6.06 S 5.50 E 8 19 S 42 13 E 0 O0 2961, ..... 0'30 S ..... ............................. 93; .......... 29&0','92 ..................... 3;97 ................. 6,47 'S ........................... 5~56'""E .................... 8:53' S 40 41 E 0:54" 505J. 1 0 S 8 E 92. ~052.91 ~.86 7.66 S 5.73 E 9.56 S 36 48 E 0.54 .... 3145~ ................ i ........ 0 .............. S ....... 9'"E ............... : .................. 92~: ............. . 3i"44~'90 :<~'3~'74 ........................ 9-~"25 "s 5'~6"-E ............... 11.00 S 32 50 E 0.02 ' 3237. 1 0 S 17 E ~?:::9::2:. 3236:~:88 ~,:~ 3'74 ~10.81 S 6.53 E 12.52 S 30 20 E 0.'15 ........... tI:<.~<~ ........................ I8~::33:::S ......... 15::~7:3 E 24.15 S 40 39 E 2.42 3702. 8 0 S 66 E 92. 3700.93 19..29,":~:?':/:::~:~0~.::S:~'~Y.. ~ .~..~ 25.14 E 34.23 S 47 16 E 3.11 3796~ 9 30 S 74 E 94. 3793~84 31+28. 28+11 S 38.57 E 47.73 S 53 55 E 2.05 ' 3889' 9'30 .... N 82'E ....................... 93, 3885+'56 45,85 ........ 29'17 S 53.77"E .... 61.17 S 61 31 E ~ 4.23 3?82. 10 SO N 61 E ~3. 3977.15 61.84 24.08 S 69.00 E 73.08 S 70 46 E .~.04 4167. 16 15 N 76 E 88. 4156.87 105.08 11.00 S 110.37 E 110.91 S 84 18 E 4261. ~7 45 N 88 E ~4. 424~.7~ 132.41 7.18 9 137.53 E 137.72 9 87 I E 4.05 4354'J~ 21 0 N'"'87 E ............ : ..... 93' :' "4334,48 ....... 162,'75 5,84' S ..... 168.35'E ....... 168.45 ..... S 88 i E '3.51 44~7. 23 0 N 83 E 93. 4420.71 197.24 2~80 S 203.05 E 203.07 S 89 13 E 2.69 4540. 24'30 ' N'80'E ................. 93, 4505',83 234,58 .............. 2.73 N · 240.09'"E .... 240.10 N 89 21 E ' 2.07 · ~ ~ 24 8.96 N 277.30 E 277.45 N 88 9 E 0.46 4631 24 30 N 81 E 91. 4588.63 ~7~. 4723. 24 15 N 82 E 92. 4672.43 310.10 14.57 N. 314.86 E 315.19 N 87 21 E 0.52 48i5, ............ 25 0 .... N·~81 E 92~ ......... 4756'07 ...........348·;~1 .................. 20,24N ......... 352'~'77·"E .............. 353;35 N 86~43E ' 0.93 4907. 25 0 N 81 E 92. 4839.45 387.10 26.32 N 391.17 E 392.05' N 86 9 E 0.00 50'0'i''~, ........... 25 30 N'83 E ...................... 94, 4924;46 : 427,05 ............. 31'+90"N ....... 4;.'~0;87'E ......... 432,05' N 85"46 E "' 1.05' 5093. 25 30 N 81 E 92. 5007.50 466.50 37.41 N 470.09 E 471.58 N 85 27 E 0.94 51860 26 0 N 85 E 93. 5091027 506.68 42.34 N 510,19 E 511.94 N 85 15 E 1.94 · ARCO OIL AND GAS TERM WELL A ,DSS,..,. 6775:8.217MD~. _S,UR. VE¥OR._:~ ..... .S,.~..,R,ATCL.I..FF.. ........J/N: .... A180[m020~ TRUE ........................... COMF'UTAT I ON .... F'AGE NO'.' TIME DATE .................... 15:~.4,;00 21-FEB-80 · MEASURED DRIFT DRIFT COURSE VERTICAL VERTICAL R E C T A N G U L A R C L 0 S U R E ......... DOGLEG DEPTH -ANGLE DIRECTi'ON ....... ~ENGf'H ............... DEPTH ................. SE'CT~'~N .............. ~'-'~""O""R""Ei-"-~'-~-'-'~'-"Y-"'E""~ ........ DISTANCE ....... DIRECTION SEVERIT FEET D M D FEET FEET FEET FEET FEET D M DG/IOOF ''5'279j ......... 25""'3~ ............ N"83""E ...................... 9'~"~ ............. 517.5'~-0~ .................... 54~'~78 ................ 46~5~'-'N ........ 550'~-3'7"-"E ...... 5520'33'"N 85'10 E ...... 1',08' 557~o 26 0 N 84 E ~4. 5258.70 587',~6 51,18 N '590,~4 E 585.15 N 85 ~ E 0.70 5466. 26 0 N 84 E 93, 5~45.29 627.8S 55,44 N 651,49 E 6~5.72 N 84 59 E 0.00 5~8. ..... 26 ...... 0 ...... N 86 E ........................... 92; ........... 542~097 .................. ~'~7,'76 ......................... ~8~'~6'"N ......... ~P-i'";'~"-E ............... 674',24'" N'84 59'E ....... 5649. 26 0 N 86 E 91. 5507.76 707.17 61.74 N 711.46 E 714.15 N 85 2 E 0 .... 5741~ ....... 26 .... 0 ..... N"G6"'E ........................................ 92"~ .......... 5590'~'45 ............ 747.01 ....................... 6'4'*"55'N .............. 75i*'6'~'"E ............ 754.46 ....... N 8~''6"E ..... 0.00" ~ N 85 8 E 0.00 583~0 26 0 N 86 E ~30 5674.0~ 787.28 67.40 N 7~2.36 E 5~26. 26 JO N' 84 E 92, 5756.55 827,57 70,~4 N 8~2,87 E 835,71 N 85 8 E 1.10 '6'018. ..... 27 0 .......... N'"'86"E .................................. ~2'~ .............. 878 7' ............ e 8',58 ................... 74;'5 'N .......... 874~'14'-'E ........... 877~1 ..... N 85 .... 8 E ........... 1.12" 6108. 25 ~0 N 70 E ~:~0~. 5~19~42 ~08.25 ~ 82.80 N ~12,~5 E 716,70 N 84 4~ E 8,01 6~0o'; ......... 23' 30 N 60 E ~, 600.4,,.96~!94~6~32%~ ~-99~25-.N':~;~,~48~.2'~. E 953,41 N 84 1 E 4,89" ~,~ .~ ~<~.. 0 ,a 16 O~ N ~,..979.,i~ E 986 03 N 83 14 E 6295 21 0 N 63 E ~,~9~, 6091,0-~.~.~78 .... ~..~ ~! ~. ... :~¢~ · , ~:~'~... 6177,85~'~:1.0!'2:~5' ~'~i~0'o92_J N~i~O0~:O0 E 1017 46 N 82 6481. - 20 0 N. 64 E 97-;':~`':' .......... 626'4~'76 ........ 1044v~8 ......... 14~'~20'N 10S8.~7 E 1048o]8 N 82 2 E 1,08 6573. 19 ~0 N 65 E 92. 6351.54 1074o72-:t/'f:~158~59 N"~/"-~YlO66,~J E 1078,06 N 81 ~2 E 0.66 660~. ''18 45 N'&3"E ............ 30".' 6J7~.8~ 1084'o30' 162,87 N '1075.17 E '1087o4~ ..... N 812~'E' 6627 18 0 N 64 E 24 6402 66 1071 66 166 27 N 1081 ~4 E 10~4 64 N 81 16 E 6627M~" TIE IN F'OiNT FROM'-SD~'--HMS-suRVEy 'FOR DSS 6775. 16 0 N 64 E 148. 6544.1~ 11~3.81 185.24 N 1120.83 E 1116.0~ N mo s7 E 1.~5 6~55o 1~ 45 N 62 E .................... 18'0. 6718.15 .... 11'78,6'S ...... 206.21 N .... i'i~I*~'"'E ...... 1180.15' N 7?'56 E .... 1,28' 7111o 12' 0 N 62 E 156. 6870.22 1212,20 ~.SJ N 1192,68 E 1215.27 N 77 26 E 1.12 ~S. 70~.0.~7 1~41.10 ~J6,~1N ..... 1217.16'E ....... 1241 85' N 79 2 E '7264. 10 SO N '63"E .............. i~ o o ..... ~ ................. ~ · 7422, 9 15 N 66 E 158. 7175,9] 1267,54 247.98 N 124S,61E 1268,09 N 78 4~ E 0,86 7547, 7 SO N 68 E 125, 7299,59 1285.47 255,09 N 1260,~7 E 1285.92 N 78 34 E 1,42 7673~ ............. 6~J0 N'-71"E .................. 126;" ...... 7424*65 .........1'300;'~'9 .................... 260;47"N ..... 1274'75'E ............ 1301',07 ..... N'78"27'E 7800, 5 ~0 N 74 E 127. 7550°95 1~1~o92 264.46 N 1287.41 E 1514o27 N 78 24 E 0,82 7950. ~ 45' N 81 E 150~'7700'46 ..... 1~26'~01 " ..... 267,07'N .... 1297'21 E .....1S26,~8 .... N 78 8108, 2 ~0 S 84 E 158. 7858,2~ 13~4 45 267,~0 N 1~07,80 E 1~4,8~ N 78 27 E 0.94 8217, 2 50 S 84 E 109. 7967,12 1~8o92 266,80 N 1~12o5J E 1S37o~7 N 78 ~1 E 0,00 ..... ......................... COMPLETION-, REPORT ARCO OIL/GAS GYROSCOOlC SURVEY RADIUS OF CURVATURE METHOD OF COMPUTATION p: " CO.MPUTED FOR SDC BY F M L. INDSEY -- RECORD OF ALL CALCULATIONS PERFORMED BY TRUE MEAS. DRIFT VERTICAL SUB DRIFT DEPTH ANGLE DEPTH SEA DIREC D M DEG,. ~¢'- :;:' ,'i- ":;' ~' ".~ 'I"('W L A SURVEY :'~ · I~S M ELECT~O. NtC .., ~ ,:..'": ~ . : ,, .,., ,,, . =OTA ., .- ,~:.. · ~, ['~' ,: ., /: 1,38 N'"]:~.:~ - ~.26 W 2 ' ~ 2 .::N~?~;:~?.::: ~:'~ r. ~ z w' ' 2.08:':.:N?'::.:?;$;' ;'L'::q:. 38 W 2.02 S ?::'-]:," :..': 2 . 64 E 2.~7 s:(?:?:_,:_::3.33 E 2.50 S.,:'-':' ~:'' 3.46 E t. ], 3.47 5. ?~"," 3.22 E 6.69 5 :"-"-:'::':~:3.72 E :--, . 8.3~ s ... -.-~.t4 E 12.25 S ~:::*'-:~:4,82 E 13,99 S '..::.': '...4,98 E 15.73 S:!;'.~:.:::- :.:~.96 E . .., 17.45 s:'??: .:.~.65 E , ::.. 28.60 S ?'~ 11.0& E 50.85 S "::,,:_ 27.08 E ,.. .' _,. . ... 0 0 0 0.00 -73,00 N OoOOW 500 0 15 499.99 426,99 N33,68W 1000 0 0 999.99 926.99 S75,00W 1500 0 15 1499,99 1426,99 N44,96E 1800 0 0 1799,99 1726,99 'NT3,16E 1900 1 0 1899.98 1826,98 S24,1tE 2000 1 0 19'99,97 1926,97 S59,39E 2100 I 0 209'9,95 2026.95 S30.23E 2200 ! 0 2199.94 2126.94 S15.49E 2300 0 0 2299.93 2226.93 N. 70.25E 2aO0 0 15 2399,93 2326-93 S18,99W 2500 0 0 2499,93 2426,93 N69,73E 2600 0 15 2599,93 2526,93 S57,46W 2700 0 45 2699,93 2626,93 S 4,21W 2800 1 0 2799.92 2726,92 S12,08E 2900 1 0 2899,90 2826.90 S14,34E 3000 1 0 2999.89 2926,89 613.61E 3100 i 15 3099.87 ~026.87 S 9.88E 3200 1 0 3199.85 3126.85 S 6,14E 3300 1 0 3299,83 3226.83 S 4.39E 3400 1 0 3399,82 3326,82 S 5,36W 3500 1 0 3499,80 3426,80 S15.09W 3600 3 45 3599.71 3526,71 527.21E 3700 7 0 3699.25 3626,25 S52,64E 3900 9 0 3897.30 3824,30 S18~93E FT Job no, CONFIDENT:AL COMPUTER CLOSURES DISTANCE ANGLE D M 0,00 S 0 0 0 W 1.07 N 16 50 23 W 1.88 N 42 22 12 W 2.67 N 38 40 ~4 W 2.66 N 24 43 54 W 2-!2 N 10 31 31 W 1,10 N 43 7 19 E~ 2,01 $ 78 2 27 E 3,33 S 52 38 53 E 4.09 S '54 31 ~+8 E 4.27 S 54 9 23 E 4.44 S 53 49 22 E 4.57 S 52 58 7 E 4,74 S 42 48 32 E 6,00 S 33 39 19 E 7.66 S 29 5 35 E 9,35 S 26 18 20 E 11.27 S 23 47 46 E 13,17 S 21-28 20 E 14.85 S 19 35 35 E 16.50 S 17 30 53 E 18.06 S 14 56 25 E 22,07 S 1~ 19 2 E 30.66 S 21 6 56 E 57.62 S 28 2 25. E DOG LEG SEVERITY DEG/iOOFT 0.000 0.050 0.050 O.050 0.083 1.000 0.606 0,503 0,257 1.000 0,250 0.250 0.250 0,500 0,250 0,039 0.013 0-250 0.250 0.031 0.170 0.170 2.756 3,272 1.082 38 SECT lO"' O I STANCE 0.00 -0.12 -1.00 -1.27 -0.66 -0.01 0.88 1.86 2.24 2,86 3,00 2.55 2.39 2.48 2.59 2.65 2.57- 2.42 2.10 1.49 i,20 5.81 17.67 ARCO O/G MEAS, DRIFT DEPTH ANGLE D M 4000 tl 0 4100 15 0 4200 16 0 a300 18 45 4400 21 3O 4500 23 a5 4600 2a 15 aTO0 24 45 4800 25 0 4900 25 0 5000 25 15 5100 25 0 5200 25 0 530.0 26 0 5400 26 15 5500 26 30 5600 26 0 5700 26 0 5800 26 15 5900 27 0 6000 27 0 6100 26 0 6200 24 0 6300 21 15 6400 21 0 6500 2 ! 0 6600 t9 0 6700 t6 15 6800 16 0 TERM WELL A ALL RECORD CALCULATIONS PERFORMED TRUE VERTICAL DEPTH 3995.77 4093,19 4189,55 g284,98 4378,86 4471,16 4562.52 4653..51 4744,24 4834,87 4925,41 5015,94 5106.57 5196,83 5286,61 5376.21 5465,89 5555,77 5645.56 5734.95 5824.05 5913.54 6004,!7 6096.47 6t89.74 6283,10 6377.07 6472,36 6568.43 SUB DRIFT SEA DIREC DEG, 3922.77 N56.84E 4020.19 N62.S1E 4116,55 N78.08E 4211.98 N88.13E 4305.86 N82.69E 4398.16 N76.68E 4489,52 N76,46E 4580,51 N76,25E 4671,24 N77.93E 4761,87 N77,78E 4852,41 N78,50E 4942,94 N79,S1E 5033,57 N80,1tE 5123.83 N80.74E 5213.61 N82.39E 5303.21 N83.13E 5392.89 N83.08E 5482,77 N84,79E 5572,56 N84,59E 5661,95 N83.21E 5751,05 NSl,O6E 5840.54 NTO.83E 5931-17 N60,61E 6023,47 N60.49E 6116,74 N62,21E 6210o'10 N62oO6E 6304.07 N62,89E 6399.36 N63,79E 6495,43 N62,69E ,. · OF SURVEY'-~.::....- : BY I B vI::ELEC:TRONIC COMPUTER TOTAL COORDI-NATES 55- 75 !'S',.-(,~ 41 · 33 E 44,36 :.S:{i'"'.'. 60 · 72 E 35.34'!.S.:?'~!'~ 85.?8 E 3 1.76- ~:,: 115.39 E 29o00,~'iS'~::': 14,9.67 E · ~.~ .. 22.12 S.".~!,:187.50 E 12.67 "'!S':.'% :227.06 E 53.45".;N?.~ ,'560.48 E 59,05 N'q~.~?~.'~604,55 E 68 99 '~N,~:'{?.]:692 .05 E 84.04 ~,-.. ':825.42 E 94.86-N.';',:..,: ,868.65 E 112.22 N%:-::'f~ 907.12 E ,. , . .... 13t.13 .~N?'~':':9'40.6i E 148.41 'N~:4:..~ 972.24 E . ;... .,.:. 165.16 N.~.':I003.92 E .. : , 180.97 :N.'..':1034.25 E - : , . 194.55 'N' ::-1061.31E , 207.05 'N':~ :tO~6.10 E . , : : - . . . . : · ~L~ '.~-:'~ '- CLOSURES DISTANCE ANGLE D M 69,40 S 36 75,20 S 53 92,78 $ 67 119,68 S 74 152,45 S 79 188.80 S 83 227,41 S 86 267,37 S 89 308,42 N 88 350.01N 87 391,97 N 86 434,09 N 85 476,14 N 85 519,05 N 84 563.02 N 84 607,43 N 84 651.64 N 84 695,48 N '84 739,51 N 84 784,32 N 84 829.69 N 84 873,81 N 83 914,03 N 82 949.71 N 82 983,50 N 81 1017,42 N 80 1049.96 N 80 i078,99 N 79 1105,67 N 79 6 MAR 80 DOG LEG SEVERITY DEG/iOOFT 33 18 E 4,290 50 47 E 4.017 36 35 E 1,561 36 38 E 2,940 1 51 E 2.845 16 13 E 2,452 48 15 E 0,501 22 46 E 0.501 47 31 E 0.391 28 45 E 0,063 28 19 E 0.282 44 2 E 0,289 12. 1 E 0.338 48 17 E 1.007 33 5 E 0,408 25 13 E 0,290 19 52 E 0,500 18 22 E 0,750 19 44 E 0,253 18 16 E 0,802 11 9 E 0.976 46 1 E 2,206 56 5i E 2,6i9 3 47 E 2.750 19 14 E 0.334 39 26 E 0.054 4 30 E 2,002 36 43 E 2,751 12 23 E 0,264 ,'. Job no o 38~3., , SEC T I ON D I STA~NCE 30.8?-'-'- 78.19 i07.96 142,19 180,64 ~21.24 262.64 ~04,65 346,89 389.33 431,78 %74,05 517,09 561,%~.. 605, 649,6: 693,35- 737,22 7~1,92 827.2~ 8'71.74 912.67 948,95 983.1'7 10i7.31 1049.95 107~,~5 1105,60 RECORD OF tONS PERFORMED BY SUB DRIFT SEA DIREC DEG. SURVEY-: ' ' I B M ELECTRONIC . TOTAL, CO'ORD I. NAT ES 91,91 N62,58E 219 38,88 N62,43E 230 36,27 N63,28'E 24.0 34,13 N63.16E 250 32,33 N63,03E 258 ~0,73 N63,86E 266 "9,39 N65,86E 273 '8,39 N67,6~E 279 '7,6~ N68.6~E 283 7,05 N72,63E 287 6.59 N76,63E 289 6,28 NSO,63E 291 6.09 N86,63E 291 5.98 N87,63E 292 5.91 S85,41E 292 5,83 S82.4.3E 291 3.75 S79,43E 291 5,67 S69,44E 290 5.57 S78,56E 288 5,37 $66,61E 286 5.11 S66.61E 284 +.83 $60.64E 280 · 49 S59.66E 276 · 09 S59,69E 272 · 61 ~54.73E 266 · 14 S59.74E 261 °70 S60,63E 256 ,Z6 $57.46E 252 · 14 N'i'? 1109.46 E · 4.i N .~' i'i31.11 E .77 Ni.:!c 1151,32 E · 04. N!' 1169.69 E .58 N:.i:} '1'186.51 E -':53 Ix?-- 1:2i02.43 E · 03 N';~{!!~12.30,16 E 2 7 :NY:%-;.1268 , 6 7.. E · lO N()~::.{~1283.23 E · 68 N ¢1287,13 E · 06 N~:":;~::J~29i,01 E · 0t1 N~;;.: ;1'294,79 E · 75~ N"~ ,1'299.18 E .¢ . : · 78 N.~7,;1'341.57 E · 39 N;;¥¢'1369.63 E , · 93 N t: :1'337.76 E · 11 N.~;-;;~;1'365,79 E ; -'t.- . ? :: {: . ;-~' , . , 6 MAR 8O COMPUTER CLOSURES DISTANCE ANGLE D M 1130.90 N 78 49 34 E 1154.34 N 78 29 9 E 1176.22 N 78 11 16 E 1t96,11 N 77 56 0 E 1214,36 N 77 42 19 E 1231,62 N 77 30 5 E 1247.51 N 77 20 16 E 1261.41 N 77 13 11 E 1273.44 N 77 7 59 E 1284.26 N 77 4 42 E 1293,83 N 77 3 36 E 1301.67 N 7'7 4 10 'E 1307,74 N 77 6 0 E 1312,25 N 77 8 6 E 1316.05 N 77 10 34 E 1319-77 N 77 13 53 E t323.~+1 N 77 17 41 E 1326,87 N 77 22 29 E 1330.89 N 77 28 9 E 1336,36 iN 77 36 15 E 1342.20 N 77 47 2 E 1348.00 N 77 58 49 E 1354.17 IN 78 12 50 E 1360.81 N 78 27 58 E 1367.84 N 78 45 11 E 1374.75 N 79 i 50 E 1381-86 N 79 !7 3 E 1388,87 N 79 32 28 E DOG LEG SEVERITY DEG/iOOFT 1.500 0.750 t.251 1.250 0.750 0.50i 1.251 1.250 1.000 0.502 1,000 1.o00 1.000 0.750 0.273 0.117 0,118 0-392 0.750 1.252 0.250 0.501 0.500 0.250 0.752 1.001 0.750 0.750 Job no. 3813 · SECTION DISTANCE 1i54.0D !17b.75 1195.46 1213.53 1230.61 1246.34 1260.1i 1272,04 1282.79 1292.3~ 1300.17 1306.26 1~i0.60 13!4 6~ i3i8[q' 1325.65 1329.76 1341.35 i347.30 1353.64 1360.43 1367.60 1374.62 1381.79 NRCO O/G TERM WELL A GYROSCOPIC RECORD OF ALL CALCULATIONS PERFORMED BY 4EAS, DRIFT )EPTH ANGLE D M TRUE VERTICAL SUB DEPTH SEA 9715 5 0 9459,83 9386,83 ~.OTTOM HOLE CLOSURE DRIFT DIREC DEG, S57,46E 1396,21 FEET AT N 79 49 18 SURVEY' " · . SURVEY ,B ~ ELECTRON -. ~ . TOTAL COORDINA'TES 246.72 N !i::'...1374.,24 E '. . · · · . . . COMPUTER CLOSURES DISTANCE ANGLE D M E 1396,21 N 7.9 49 18 E /'dAR 80 DOG LEG SEVERITY DEG/iOOFT 0,000 Job no. SEC T 10/''4 D I S TA~NCE ARCO O/G TERM WELL A GYROSCOPIC SURVEY:' ',.' . : INTERPOLATED TRUE VERTICAL DEPTHS, COORDINATES-'.AND CLOSURES FOR GIVEN DEPTHS TRUE CODE MEASURED VERTICAL N.A.~ E DEPTH DEPTH' TOP SAD 8871 8619,1'8 TOTAL COORDINATES . ::.- :,... ~, - , ; . ~:t'~ . . . 284.'76 N 1~ -- o .~09., t E CLOSURE DISTANCE ANGLE D M S 6 MAR 80 BASE SAD 9277 9023,73 TOP LIS 9394 9140,17 SUB SEA 1340,51 N 77 44 6 E 8546.18 1366.13 N 78 41 4 E 8950.73 1374,27 N 79 1 10 E 9067,17 · , Job no. 381~ · · ARCO O/G TERM WELL A MEASURED DEPTH AND OTHER TRUE MEASURED VERTICAL DEPTH DEPTH 173 273 973 473 573 673 773 873 973 1073 1 1173 1 1273 1 1373 1 1479 ! 1573 i 1673 I 1773 1 1873 i 1973 1 2073 2 2179 2 2273 2 2973 2 2473 2 2573 2 2673 2 2773 2 2873 2 297'9 2 3073 3 3173 3 3273 3 3373 B 3473 3 3573 3 DATA SUB SEA !73. 100 273. 200 373. 300 473, 400 573, 50O 673. 600 773, 700 873. 800 973. 900 073. 1000 173, 1100 273, t200 373, 1300 473. 1400 573, 1500 673, 1600 773. 1700 873, 1800 973, 1900 073. 2000 173. 2100 273, 2200 373, 2300 473. 2400 573, 2500 673 · 2600 773 · 2700 873. 2800 973. 2900 073. 3000 173, 3100 273. 3200 373, 3300 473. 3400 573, 3~500 FOR GYROSCOP!C SURVEY'. - - ; ~ EVERY EVEN 10'0: FEET OF SUB MD-TVD DIFFERENCE 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 '0 vER:T I CAL CORRECT ION 0 0 0 O_ ,0 '0..' ': 0 ". .. - 0 -., "i -,-_-0~':; · .. "4' :0,';:. i '-~-~ ~: . .. 0 ;-0-~: ': ~-¢. , .. ,.0'~: ' .. ~'_. ~, - -_. - O..' . ' 0 ~ ' .0 0 0 o-' ~. -..- .0. '- ~ '. ~ · . -~ .. SEA DEPTH. TOTAL COORDINATES 0.12 N 0.32 N 0.58 N 0.92 N 1.26 N 1.46 N 1.54 N 1.52 N 1.42 N 1.38 N 1.41 N 1.51 N 1.72 N 2.00 N 2.27 N -' .... 2.41 N 2.43 N 2.31 N 1.07 N 0.03 S 1.57 S 2.51 S 2.42 S 2,65 S 2.68 S 3,18 S 4.54 S 6,24 5 7.93 S 9,75 S 11,77 S 13.52 S 15.26 S 16,99 S 19.97 S 6 MAR 0,01 W 0,05 W 0,12 W 0,25 W 0,49 W 0.75 W 0,98 W 1.16 W 1,25 W 1,29 W 1,39 W 1,53 W 1,66 W 1,69 W 1,46 W 1,24 W 1.12 W 0.68 W 0.36 E 1.70 E 2.50 E 3.22 E 3.43 E 3.55 E 3,66 E 3.32 E 3.25 E 3,60 E 4,02 E 4.42 E 4,75 E 4,93 E 4,99 E' 4,77 E 4.67 E 8O Job no, 3813' ,. ARCO O/G TERM WELL A MEASURED DEPTH AND OTHER TRUE MEASURED VERTICAL DEPTH DEPTH 3674 3673, 3774 3773, 3~75 3873, 3977 3973, 4079 4073, 4133 4173. 4287 4273, 4394 4373, 4502 4473. 4611 4573, 4721 4673, 4832 4773 · 4942 4873, 5053 4-973, 5163 5073, 5273 5173. 5385 5273, 5496 5373, 5608 5473 · 5719 5573 · 5831 5673, 5943 5773. 6055 5873. 6!66 5973. 6275 6073 · 6382 6173. 6g89 6273° 6596 6373. 6701 6473. 6805 6573. 6~]OU 6673, 7011 6773, 7114 6873. 7216 6973. 7318 7073 · DATA SUB SEA 3600 3700 3800 3900 4000 4t00 4200 4300 4400 aSO0 4600 4700 4800 4900 5000 5100 5200 5300 5400 5500 5600 5700' 5800 5900 6000 6100 6200 6300 6400 6500 6600 6700 6800 6900 7000 ., GYROSCOPIC FOR EVERY EVEN MD-TVD DIFFERENCE 0 1 2 3 6 9 14 20 29 38 48 59 69 80 9O 100 111 123 135 146 157 170 182 193 202 209 216 223 228 232 235 238 241 243 245 · ,. ~ SUR:VEY ' ' ' 100 F-.EBT o.F ' . .. VERT f'CAL:' · CORRECT t._ON .. SUB SEA TOTAL .. . ; DEPTH. COORDINATE$ 26.57 S 35,22 S 47,52 S 57,06 S 46.73 S 36.36 S 31.92 S 29.06 S 21.92 S 11.58 S 0,78 S 9,51 N 19,33 N 28,67 N .... 37,22 N '''45,27 N 52,93 N 59,03 N 64,78 N 69,87 N 74,53 N 80,34 N 89.17 N 105.99 N 126.81N 145.55 N 163,38 N 180.56 N 194.63 N 207,67 N 220.08 N 231,63 N 242,14 N 251,45 N 260,06 N 8.81 17.82 25.34 37,31 55.98 81.16 111.26 147,37 188.28 231,45 275,90 321,42 367,02 413.13 459.03 505.27 553.77 602.75 651.90 700.34 749,al 799.67 849.51 894.50 932.38 966 · 44 1000,40 1032.88 1061.47 1087.26 1111,23 1133,41 1154.00 1172,45 1189.42 E E E E E E E E E E E E E E E E E E E E E. E f_- ,-- E E E E E E E EE. 6 MAR 8O Job no. 381'3 ARCO O/G TERM WELL A h!EASURED DEPTH AND OTHER TRUE MEASURED VERTICAL DEPTH DEPTH 7420 7173, 7521 7273, 7622 7373. 7722 7473. 7823 7573. 7923 7673. 8024 7773. 8124 7873. R22~ 7973. 8324 8073. 8a24 8173. 8524 8273. 8624 8373. 8724 8473° 8825 8573. 8925 8673. 9025 8773. 9126 8873. 9226 8973. 9327 9073 · 9427 9173, 9527 9273, 9628 9373, DATA SUB SEA 7100 7200 7300 7400 7500 7600 7700 7800 7900 8000 8100 8200 8300 8400 8500 8600 8700 8800 8900 9000 9100 9200 9300 FOR GYROSCO'PIC SURVEY ';';;';: . EVERY EVEN IO.O~FEEI~,..i'OF SUB · . MD-TVD VERTt AL?:: · . . DIFFEREN{E CORREC:T:i ON 247 248 249 249 25O 250 251 ,251 251 251 251 251 251 252 251 252 252 253 254 253 254 255 SEA TOTAL DEPTH. COORDINATES 268.05 N 274.76 N 280.12 N 284,4'8 N 287.89 N 290.18 N 291.53 N 292.03 N 292.21 N 292.01 N 291 · 54 N 290.86 N 289.68 N 288.44 N · 286.12 N 283.26 N 279.72 N 275.4a N 270.81 N 2~5.21 N 260.36 N 255 · 59 'N 250,79 N 1205.42 E 1220.01 E 1232.74 E 1243,76 E 1253.99 E 1262.88 E 12'70.26 E 1275.94 E 1280.25 E 1284.17 ~ 1288.06 E 1291 · 93 E 1295.71 E 1300.47 E 1306,86 E 1313.41 E 1320,16 E 1327.55 E 1335.40 E 1343 · 79 E 1351,69 E 1360,05 F 1367,82 E 6 MAR 80 Job no. 38~3 ARCO O/G TERM WELL A INTERPOLATED VALUES MEASURED DEPTH 1000 2000 3000 4000 5000 6000 7000 8000 9000 FOR EVEN TRUE VERTICAL DEPTH 999, 1999. 2999. 3995, 4925. 5824. 6761. 7749. 8747. 1000 SUB SEA 926. 1926, 2926. 3922. 4852. 5751. 6688. 7676. 8674. GYROSCOPIC SURVEY _ FEET OF MEASURED DEPTH, · TOTA~ COORD INAT.ES : , : . . 1.39 N 1,26 W 0.80 N~ 0,75 E 8,39 S -- 4,13 E 55.73 S.- i' i-' :"41,26 E 24.58 N :~'.':391.12 E 84.15 N 82'5.41. E 230,60 N... i .1131.01 E 291,35 N ' 1'268,65 E 280.64 N~: 1318.41 E . _ . MAR 80 Job no o 3815 400 800 1200. 2000- -" VERTICAL -SECTION ARCO OIL/GAS: - TERM WELL A .. RADIUS OF CURVATURE GYROSCOPIC SCALE I" = IOOO' ........................................... MARCH'Y, 1980 ............... ~-~-: .......... 8000- -8400- ................. 8800 - 9200- .......... .i-:'.: ......... TMD~: f HORIZONTAL VIEW ARCO,OIL/GAS TERM WELL A .... RADIUS OF CURVATURE GYROSCOPIC SCALE I"= IOOO' . MARCH 7, 1980 COMPLETION REPORT ARCO OIL/GAS GYROSCOPIC SURVEY RADIUS OF CURVATURE COMPUTED FOR SDC BY ALL METHOD OF COMPUTATION F M L INDSEY G ASSOC RECORD OF CALCULATIONS PERFORMED BY TRU, E' MEAS. DRIFT VERTICAL DEPTH ANGLE DEPTH D M · SUB DRIFT SEA DIREC DEG. 0 0 -0 5OO 0 15 1000 0 0 1500 0 15 1800 0 0 ]900 1 0 2000 1 0 2100 i 0 2200 1 0 230O 0 0 2400 0 15 2500 0 0 2600 0 i5 2703 0 45 2800 ! 0 2900 ! O' .3000 1 0 3100 i 15 3200 1 0 3300 I 0 3400 ! 0 3500 1 o 3600 3 45 3700 7 0 3900 9 0 'o.bo -73.0o 499,99 426,99 999,99 926,99 1499,99 1426.99 ]799.99 1726,99- 1899,98 1826.98 '1999.97 1926,97 2099,95 2026,95 2199.94 2126,94 2299,93 2226.93 2399,93 2326,93 2499.93 2426,93 2599,93 2526,93 2699,93 2626',93 2799,92 2726,92 2899,90 2826,90 2999,89 2926,89 3099,87 3026,87 3199,85 3126.85 32.99,83 3226,83 3399,82 3326,82 3499.80 3426-80 3599,71' 3526.71 3699,25 3626,25 3897-30 3824.30 N O,OOW N33,68W S75.00W N44.96E N73.16E 524,I1E 559,39E. 530,23E S15,49E N70,25E S18,99W N69.73E S57'46W S 4.21W S12,08E S14,34E S13,61E S 9.88E S 6.14E S 4.39E S 5,36W~ S15.09W S27,21E 552.645 $18.93E 6 MAR 80 'TERM ',,'/ELL A '. K B ELEV 73 FT SURVEY B M ELECTRONIC COMPUTER TOTAL COORDINA. TES O.'DO S 1.02 N 1,38 N 2.08. N 2.42' N 2,08 N.. O, 80 'N"C/ 0.41 S 2.02S 2,37 5 2,50 $ 2.62 S 2,75 S 3.47 S 4.99 S 6,69 S '8,39 I0,31 S 12.25 S 13.99 S 15.73 $ 17.45 S 21.48 S 28~60 S 50.8.5 S C LO-SU DISTANCE 0.00 W 0,00 0.31 W 1.07 1.2'6 W 1.88 1.67 W '2.67' 1.11 W 2.66 ',.0.38. W 2',12 0.75' E .~; .-.'.': 1 · 10 1'97'E ': ...... " 2,01 2',64 E 3,33 3.33 E 4,0.9 3,46 E 4,27 3.58 E 4,44 3.65 E '4,57 3.22 E 4,74 '3.32 E 6,00 3,72 E 7,66 ~.i4 E 9,35 4.54 E 11.27 4.82 E 13.17 4,98 E 14.85 4.96 E 16.50 4.65 E .18,06 5,08 E '22,07 11,04 E 30,66 27,08 E 57,62 RES ANGLE D M S 0 0 0 W N 16 50 23 W' N 42 22 12 W N 38 40 34 W N 24 43 54 W N 10 31 31 W N 43 7 19 E S 78 2 27 E' S 52 38 53 E S 54 31 ~+8 E 554 9 23 E S 53 49 22 E S 52 58 7 E' S 42 48 32 E S 33 39 19 E S 29 5 35 E S 26 18 20 E S 23 47 46 E S 21' 28 20 E S 19 35 35 E S 17 30 53 E S 1'4 56 25 E S 13 19 2 E S 21. 6 56 E S 28 2 25 E Job no, DOG LEG SEVERITY DEG/iOOFT 0,000 0,050 0,05O 0,050 0.063 1o000 0.606 0,503 0,257 1.000 0.250 0,250 0.250 0.500 0,250 0,039 0,013 0.250 0.2.50 0,031 0,170 0.170 2.756 ' 3,272 3813 SECTION DISTANCE 0.00 -0.'12 -1.00 -1.27 -0.66 -0.01 0.88 1.86 2.24 2 3.06 3,10 2.55 2.39 2.48 2.59 2.65 2.57 2 · a2 2-10 l.a9 1.20 5.81 17.67 ARCO O/G TERM WELL A GYROSCOP[.C SURVEY 6 MAR 80 Job no. 43813 RECORD'OF SURVEY ALL CALCULATIONS PERFORMED BY I B M ELECTRONIC COMPUTER MEAS. DRIFT DEPTH ANGLE D M 4000 4100 4200 4300 4400 450O 4600 4700 480(3 4900 5000 5100 5200 530O 5400 5500 5600 5700 5800 5900 6000 6100 6200 6300 6400 -6500 6600 6700 6800 TRUE · VERTICAL SUB DEPTH SEA 11 0 3995,77 15 0 4093,19 16 0 4189,55 18 45 4284,98 21 30 4378,86 23 45 4471.,16 24 15' 4562.52 24 45 4653.51 25 0 4744,24 25 0 4834.87 25 15 4925,41.' 25 0 5015,94 25 0 5106.57 26 0 5196.83 26 15 5286.61 26 30 5376.21 26 0 5465.89 26 O 5555.77 26 15 56q5.56 27 0 5734.95 27 0 5824.05 26 0 5913,54 24 0 6004.17 21 15 6096~'47',. 21 0 6189,74 21 O. 6283',10 lg O 6~77~'O7 16 15 6472,36 16 0 6568,43 3922.77 4020.19 4116,55 4211.98 4305.86 43-98.16 4489,52 4580 · 51 4671,24 4761,87 4852,41 4942.94 5033,57 5123.83 5213.61 5303,21 5392,89 5482.77 5572.56' 5661.95 5751.05 5840,54 5931.17 6023.47 6116,74 6210.10. 6~O4.07~ -6399.3C 6495.~3 · ,1 DR IFT DIREC DEG, N56,84E N62,31E N78,08E N88,13E N82,69'E N.76,68E N7.6,46E N76,25E N77,93E N77,78E N78,50E N79,3-1E NSO, 1IE NSO,74E N82,39E N83.13E N83.08E N84,79E. N84,59E N83,2IE N81,06E N70,83E NG0,6.1E- N60,49E N.62.21E N62,06E N6~,89~ N63,79E N62.69E TOTAL COORDINATES 55,75 S 41,33 E 44,36 'S .60,72 E 35.34 S 85,78 E 3t,76 S 115.39 E 29,00 5 149,67 E 22,12 S 187.50 E 12.6'7 S 227.06 E 2,89 5 267.36 E 6,50 N 308,36 E 15,3'9 N 349.67 E · 24,12 N : 391,22 E .. 32,29 N 432.89 E 39,83 N 474.47 E 47.00 N 516.92 E 53.45 N 560.48 E 59,-05 N 604,55 E 64-36 N 648,46 E 6'8.99 N 6'92,05 E 73.0'7 N 735.89 E 77.8~S N 780.45 E 84,04 N 825,42 E 94.8:6 N 868.65 E 1t2.2~ N 907.12 E 131.13 N 94'0.6]. E $..148.41 'N 972,24 E 165, l¢ii'N 1003,92 E 180,971].N 1034,25 E 194e55.~ N I06i .31 E 207,05 N 1086.10 E ,, · CLOSURES DISTANCE ANGLE D M 69.40 S 36 33 18 E 75,20 S 53 50 47 E 92,78 S 67 36 35 E 119,68 S 74 36 38 E 152.45 $ 79 1 51 E 188,80 S 83 16 13 E 227,41 S 86 48 15 E 267,37 S 89 2~ 46 E 308,42 N 88 47 31 E 350,01 N 87 28 45 E 391,97.N 86 28 19 E 434,09 N 85 44 2 E 476,14 N 85 12 1 E 519.05 N 84 48 17 E 563.02 N 84 33 5 E 607.43 N 84 25 13 E 651.64 N 84 19 52 E 695,48 N 84 18 22 E · 739-51 N 84 19 44 E 784.32 N 84 18 16 E 829.69 ,N 84 11 9 E 873,81 N 83 46 1 E 91a,03 N 82 56 5.1 .E 949,7i N 82 3 47 E 983,50 N 81 19 14 .E 1017,42 N 80 ~9 26 E 1049,96 N 80 4 ~0 ~ 1078.99 N 79 36 43 E 1105.67 N 79 12 23 E DOG LEG SEVERITY DEG/tOOFT 4,290 4,017 1,561 2,940 2,845 2,452 0,501 0,391 0,063 0,282 0,289 0,338 1.007 0.408 0.290 0.500 0.750 0.253 0,802 0,976 2,206 2,619 2.750 0,334 0,054 2~002 2.751 0,264 SECTION DISTANCE 30,83 51,92 78,19 107,96 142.19 180,64 221,24 262.64 304,65 346,89 389,33 ~31,78 474.05 517,09 561--4~0 60L i7 6a9.63 593,35 737.22 781.92 827.28 871.74 912.67 9~8,98 983,17 1017,31 10a9,9~ 1078,98 1105,60 ARCO TERM WELL A ALL CALCULATIONS GYROSCOPIC SURVEY RECORD OF ' S'U[~VEY PERFORMED BY I B M ELECTRONIC COMPUTER 6 MAR 80 Job no. 381-3 MF, AS, DEPTH DRIFT ANGLE D M 6900 14 30 7000 13 45 7100 12 30 7200 11 15 7300 10 30 7400 10 0 7500 8 45 7600 7 30 7700 6 3O 7800 6 -0 7900 5 ' 0 8000 4 0 8 lO0 3 0 8200 2 15 8300 2 15 8400 2 15 8500 2 15 8600 2 15 8700 3 0 8800 4 15 8900 4 0 9000 4 30 9100 5 0 9200 5 15 9300 6 0 TRUE VERTICAL SUB · DEPTH SEA 6664,91 6591,91 6761,88 6688,88 6859,27 6786,27 6957.13 6884.13 7055,33 6982,33 7153.73 7080.73 7252,39 7179.39 7351,39 7278,39 7450.64 7377.64 7550.05 7477.05 · 7649,59 7576,59 7749.28 7676.28 7849.09 7776.09 7948.98 7875.98 8048.91 7975,91 8148.83 8075.83 8248,75 8175,75 8348.67 8275.67 8448.57 8375.57 8548.37 8475.37 8648.11 8575,11 8747.83 8674,83 8847.49 8774.49 8947.09 8874,09 9046,61 8973.61 DRIFT DIREC DEG., N62.58E N62.43E N63.28E N63.16E N63,03E N63,86E N65,86E N67,64E N68,64E N72,63E N76,63E NSO,63E N86.63E N87.63E S85.41E 582.435 $79,43E S69.44E. 578,56E S66.61E S66.61E S60.64E. S59.66E S59.69E S54,73E TOTAL COORDINATES 219,1~ N 1109,46 E 230,41 N 1131,11 E 240,77 N 1151,32 E 250'04 N. 1169-69 E 258,58 N 1186,51 E 266,53 'N 1202,43 .E 273.45 N t217,17 E 279.03 N 1230,16 -E 283,57 N 12flt,47 E 287-18 N 1251,74 E ' 289.Y2 N 1.260,98 .E'- 291,27'N " 1268.67 E E E- E E E 291.94 N 292.17 N 292,10 N 29'1,68 N 291,06 N 290,01 N 28.8.75 N 286.86 N 284,00 N 280,71N 276,.59 N 272,08 N 266,78 N t27~.73 1279.31 1283.23 1287.13 129i,01 1294.79 E 1299,18 E 1305,2i E 1311,81 E 1318,44 E 1325,63 E 1333,34 E 1341.57 E CLOSURES D.! STANCE ANGLE D M DOG LEG SEVERITY DEG/IOOFT 1130,90 N 78 49 3~+ E 1,500 1154,34 N 78 29 9 E 0,750 1176,22 N 78 11 16 E 1,251 · 1196,11 N 77 56 0 E 1,250 1214,36 N 77 42 19 g 0,750 1231,62 N 77 30 5 E 0,501 1247,51 N 77 20 16 E 1,251 1261.41 N 77 13'11 E 1,250 1273,44 N 77 7 59 E 1,0.00 1284,26 N 77' 4 42 E 0,'502 1293,83 N 77 3 36' E. t.000 .. 1301,67 N 77 4 10 E 1,000 1307.74 N 77 6 0 E 1.000 1312.25 N 77 8 6 E .0.750 1316.05 N 77 10 34 E. 0.273 1319.77 N 77 13 53 E 0.117 1323,41 N 77 17 41 E 0.118 1326.87 N 77. 22 29 .E 0.392 1330.89 N 77 28 9 E 0.750 1336.36 N 77 36 15 E 1.252 i342.20 N 77 47 2 'E 0.250 1348.00 N 77 58 49 E ~ 0.501 1354.17 N 78 12 50 E 0.500 1360,81 N 78 27 58 E 0,250 t367.84 N 78 45 11 E 0.752. , SECTION DISTA~ 1130,73 1154,03 1175,75 1195,46 1213,53 1230,61 1246,34 1260.11 1272,04 128.2,79 1292,33 1300.17 1306.26 131~80 131 35 1318o42 i322.13 i325.66 1329.76 1335.36 i.341 · 35 .1347,30 1353.64 1~60.43 1367,6~.. ARCO .O/G TERM WELL A GYROSCOPIC SURVEY INTERPOLATED TRU.E VERTICAL DEPTHS, COORDINATES AND CLOSURES FOR GIVEN DEPTHS TRUE CODE MEASURED VERTICAL NAME DEPTH DEPTH 'TOTAL COORDINATES CLOSURE DISTANCE ANGLE D M S MAR 8o Job no... 381 SUB SEA TOP SAD 8871 8619,18 BASF. SAD 9277 9023,73 284,76 N 268,04 N I309,91 E 1340.51 N 77 44 6 E 8546,18 1366,13 N 78 41 4 E 8950,73 ARCO -O/G MF. ASURED TERM WELL DEP TH AND A OTHER DATA FOR GYROSCOP!C SURVEY EVERY EVEN 100 FEET OF SUB SEA DEPTH, 6 MAR 80 Job no. -3813 MEASURED DEPTH TRUE VERTICAL SUB DEPTH SEA MD-TVD DIFFERENCE VERT I CAL CORRECTION' TOTAL COORDINATES 173 273 373 473 573 673 773 873 973 1073 1173 1273 1373 1473 1573 1673 1773 1873 1973 2073 2173 2273 2373 2473. 2573 2673 2773 2873 2973 3073 · 3173 3273 3373 3473 3573 173. 273, 373, 473. 573, 673. 773. 873, 973. 1073, 1173, 1273, 1373. 1473, 1573. 1673. 1773. 1873. 1973. 2073. 2173. 2273. 2373. 2473. 2573. 2673. 2773. 2873. 2973. 3073, 3173, 3273. 3373, 3473, 3573. 100 200 300 400 500 600 70.0 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200 2300 2400 2500. 2600 2700 28OO 2900 3000 3100 3200 3300 3400 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 .0 0 0 0 0 0 0 0 0 0,12 N 0,32 N 0.58 N 0,92 N 1,26 N t.46 N 1.54 N 1.52 N 1,42 N 1.38 N 1.41 N 1.51 N 1.72 N 2.00 N 2,27 N 2,41 N 2.43 N 2,31 N 1.07 N 0.03 S 1.57 S 2.5t S 2.42 S 2.65 S 2.68 S 3.18 $ 4,5fl' S · '6,.24 $ m 7.93 S 9,75 S 11.77 $ 13.52 S 15.26 S 16,99 $ 10 o'7 0.0'1 W 0.05 W 0.12 W 0.25 W 0.49 VI 0.75 W 0.98 W 1.16 W 1.25 W !.29 W 1,39.W 1.53 W 1.66 W 1.69 W 1.46 W 1.24 W 1-12 W 0,68 W 0.36 E 1.70 E 2-50 E 3.22 E 3.43 E 3.55 E 3.66 E 3.32 E 3.25 E 3.60 E 4.02 E 4.~2 E , 4,75 E 4.93 E 4,99 E 4.77 ~ ARCO MEASURED TERM WELL A DEP'TH AND OTHER DATA FOR GYROSCOPIC SURVEY EVERY EVEN 100 FEET OF SUB SEA DEPTH · 6 MAR 8O Job no, · 38 3. MEASURED DEPTH TRUE VERTICAL SUB DEPTH SEA MD-TVD DI.FFERENCE VERT I CAL CORRECTION TOTAL COORDINATES 3674 3774 3875 3977 4079 4183 4287 4394 4502 4611 4721 4832 4942 5053 5163 5273 5385 5496 5608 5719 5831 594 3 6055 6166 6275 6382 648 9 6596 6701 6908 7011 7114 7216 7318 3673. 3600 3773. 3700, 3873. 3800 3973. 3900 4073. 4000 4173, 4100 4273, 4200 4373, 4300 4473, 4400 4573, 4500 4673, 4600 4773, 4700 4873, 4800 4973,. 4900 5073. 5000 5173, 5100 5273. 5200' 5373, 5300 5473. 5400 5573, 5500 5673. 5600 5773. 5700 5873. 5800 5973, 5900 6073, 6000 6173. 6100 6273. .6200 6373, 6300 6479, 6400 O~7D, 0900 6673, 6600 6773, 6700 6873, 6800 6973, 6900 7073, 7000 0 1 2 6 9 14 2O 29 38 48 59 69 80 90 100 111 123 135 146 157 170 182 193 202 209 216 223 228, 235 238 24! 243 245 0 1 1 1 3 5. 6 9 9 10 11 10 < :11 %'10 10 11 12 12 11 tt 13 12 1t 9 7 7 7 5 2 2 26.57 S 35.22 S 47.52 S 57.06 S 46,73 S 36.36 5 31,92 S 29,06 ,5 21,9'2 11.58 S 0.78 5 9,51 N 19,33 N 28,67 N 37,22 N 45.27 N 52,93 N 59.03 N 64'78 N 69,87 N 74.53 N 80.34 N' 89,17 N. 105.99 N 126,81 N 145,55 N 1,63.38 N 180,56 N 194,63 N 207,67 N 220.08 N 231,63 N 242.14 N 251,~5 N 260.06 N 8,8I E 17,82 E 25.34 E 37,31 E 55.98 E .81.16 E 111,26 E t47.37 E 188,28 E 231,45 E 2 75.9O E 321,42 E 367,02 E 413,13 E 459,03 E 505,27 E 553,77 E 602,75 E 651 · 90 E 700,34 E 749,41 E 799,67 E 849.5i. E 894,50 E 932.38 E 966,44 E 1000,40 E 1032 · 88 E 1061 · 47 E 1087,26 E 1111.23 E 1133.41 E 11.54.00 E 1172.45 E 1189,42 ~ ARCO -O/G TERM W'ELL A MEASURED DEPTH AND OTHER DATA FOR GYROSCOPIC SURVEY EVERY EVEN 100 FEET OF SUB SEA DEPTH', 6 MAR 80 Job no. TRUE MEASURED VERT!CAL SUB DEPTH DEPTH SEA 7420 7521 7622 7722 7823 7923 8024 8124 8224 8324 8424 8524 8624 8?24 8825 8925 9025 9126 9226 MD-TVD D I.FFERENCE 7173, 7100 247 7273, . 7200 248 73.73. 7300 249 7473. 7400 249 7573. 7500 250 7573, 7600 250 7773. 7700 .251 7873. 7'800 251 7973. 7900 251 8073. 800.0 251 8173, 8100 251 8273. 8200 251 8373. 8300 251 8473 · 8400 251 8573, 8500 '252 8673. 8600 251 8773- 8700 252 8873. 8800 252 8973, 8900 253 VERTICAL CORRECTION 2 1 1 0 1 0 1 0 0 0 ' 0 ~ 0 · .. :Y ~' ,0 ! 0 TOTAL ¢OORD [NATES -. 268,05 N 274,76 N' 280.12 N 284,48 N 287,89 N 290,18 N 291,53 N 292,03 N 292,21 N 292.01 N 291.54 N 290,86 N 289,68 N 288,44 N 286,12 N 283,26 N 279,72 N 275.44 N 270,81 N 1205,42 1220,01 1232,74 1243,76 1253,99 1262,88 1270,26 1275,94 1280,25 1284,17 1288.06 1291.93 1295.71 1300,47 1306.86 1313.41 1320,16 1327.55 13~5.40 E E E E E E E E E E E E E ". E E E E · ARCO .O/G TERM WELL INTERPOLATED MEASURED DEPTH 1000 2000 3000 4000 5000 6000 7000 8000 9000 VALUES FOR EVEN TRUE VERTICAL DEPTH 999, 1999. 2999. 3995, 4925. 5824, 6761, 7749, 8747, 1000 SUB SEA 926, 1926, 2926, 3922, 4852, 5751. 6688, 7676, 8674, GYROSCOP!C SURVEY FEET OF MEASURED DEPTH, TOTAL 'COORDINATES 1,39 N 1,26 W 0,80 N 0,75 E 8,39 $ 4,13 E 55,73 S 41,26 E 24,58 N 391,12 E 84,.15 N 825,41 E 230,60 N 1131,01 E 291,35 N 1268.65 E' 280,64 N 1318,41 E 6 MAR 80 Job no. 58i3. .': :~:;JT'_r_';i'.i ! ': ~ :" ! i I i ' , ' VERTICAL S E CT 1,0 N'-.:7-~'.'--- XRCO OIL/GAS ':, i i'iEj-'i'- , :"i-'-'~ ~-'1" .... I"ERM WELL'A ' T ' I ,_._~_ RADIUS OF CURVATURE -F i I .s (3YROSCOPIC '- :- · . SCALE I'" ' t '_ _ '1 : i I : 'iitl~ LL.:-_: i- i,'iT ! I · '" ;";~;l :: ._!_:__, I · : i : I 'T'; "0861 'Z .i.-: l' ~0001 -,,I '"' '~ : i 'OIdOOSOU),9! /~'AHrlo 40 SrI:IOV~! ' ¥";J. $¥9/'110 /:A~I ! Aj,]V.LNOZi ' L.I._: COMPLETION REPORT ARCO OIL/GAS MAGNETIC MULTI-SHOT SURVEY RADIUS OF CURVATURE METHOD OF COMPUTATION COMPUTED FOR SDC BY F M LINDSEY & ASSOC 21 FEB 80 TERM WELL A' K B ELEV 73 FT RECORD OF SURVEY ALL CALCULATIONS PERFORMED BY I B M ELECTRONIC COMPUTER TRUE MEAS, DRIFT VERTICAL · DEPTH ANGLE DEPTH D M SUB DRIFT SEA DIREC BEG, TOTAL COORDINATES CLOSURES DISTANCE AN6LE C'~]DOG LEG SEVERITY DEG/iOOFT D M S SECTION DISTANCE DATA FROM SURVEY DATED 1/10/~0 O. 0 0 0,00 100 0 0 100,00 193 0 0 193,00 286 0 0 286,00 378 0 0 378.00 469 0 15 468.99 561 0 30 560,99 652 0 30 651,99 744 0 30 743.99 836 0 30 835,98 928 0 15 927.98 1019 0 15 1018.98 -73.00 N O.OOE 27,00 N3t,OOE 12'0,00 N31,OOE 213,00 NBI.OOE 305,00 N31,OOE 395.99 $39.00W 487.99 S64.00W 578.99 S43,00W 670.99 S47,00W 762.98 S40.OOW 854'. 98 S21.OOW ~' 945,98 S61,OOW 1110 0 30 1109,98 1036,98 S81,OOW 1202 0 0 1201,98 1128,98 N31,OOE 1294 0 0 1293.98 1220.98 N31,OOE 1385 0 0 1384,98 1311,98 N31,OOE 1476 0 0 1475,98 1402,98 N3'I,OOE 1567 0 0 1566.98 1493,98 N31,OOE 1658 0 0 1657.98 1584.98 N31.OOE 1751 0 15 1750,98 1677,98 N66,00E 1843 0 30 1842,97 1769,97 1936 1 0 1935.97 1862,97 S73,00E 0.00 S 0,00 W o. o,oo w 0.00~ S ~' :0.00 W o. Oo s o,oo w 0.O0 $:: 0,00. W : : 0,07~ N~ 0.10 W 0.29 S 0.57 W 0.76 S 1.21W 1-33 S 1-77 W 1,91 S 2,33 W 2-43 S 2.63 W 2.72 S 2,88 W 2.91S 3.44 W 2,65 S 3,62 W 2,65 S 3,62 W 2,65 S 3,62 W 2,65 S 3,62 W 2.65 S 3,62 W 2,65 S 3,62 W 2,52 S 3.47 W 2.42 S 2.89 W 2.66 S 1.70 W 0,00 S 0 0 0 W 0.00 S 0 0 0 W 0.00 S 0 0 0 W 0,00 $ 0 0 0 W 0,00 $ 0 0 0 W 0,13 N 54 59 59 W 0,64 S 62 46 19 W 1,43 S 57 40 33 W 2.22 S 53 7 48 W 3.01 S 50 34 47 W 3,58 S 47 17 22 W 3.97 S 46 40 29 W 4,51S 49 46 16 W 4.49 S 53 50 16 W 4.49 S 53 50 16 W 4.49 S 53 50 16 W 4,49 S 53 50 16 W 4.49 S 53 50 16 W 4.49 S 53 50 16 W 4,29 S 54 5 9 W 3.77 S 49 59 34 W 3,16 S 32 30 4 W 0.000 0,000 0.000 0,000 0.000 0.275 0.272 0.200 0,038 0.066 0,272 0.188 0.275 " 0.543 0.000 0,000 0o000 0.000 0.000 0.269 0.272 0.538 0.00 0.00 0.00 0.00 0.00 -0.09 -0.62 -1,33 -2. O~j' -2.60 -3.06 -3,37 -3,96 -4.08 -4.08 -4,08 -4.08 -4.08 -4.08 -3.91 -3,31 -2,19 ARCO O/G TERM WELL MAGNETIC MULTI-SHOT SURVEY 21 FEB 80 RECORD OF SURVEY ALL CALCULATIONS PERFORMED BY I B M ELECTRONIC COMPUTER TRUE MEAS, DRIFT VERTICAL DEPTH ANGLE DEPTH D M SUB DRIFT SEA DIREC DEG, 2029 1 0 2028,95 1955,95 S70,OOE 2123 1 0 2122.94 2049.94 S69.00E 2215 0 45 2214,93 2141,93 S79,00E 2309 0 30 2308,92 2235,92 S69,00E 2402 0 30 2401,92 2328,92 S31.00E 2495 0 30 2494,91 2421.91 S25,00E 2587 0 0 2586,91 2513.91 N31,OOE DATA FROM SURVEY DATED 1/25/80 2680 0 30 2679,91 2606.91 S13,00E 2896 1 0 2895.89 2822,89 S17.00W 2989 1 0 2988,88 2915.88 S 6,00E 3081 1 0 3080,86 3007.86 S12,00W 3173 1 0 3172.85 3099.85 S 4.00E 3266 1 0 3265.84 3192.84 S' 1,OOW 3359 I 0 3358.82 3285.82 S21.00W 3453 2 15 3452.78 3379,78 S26.00E 3545 5 45 3544,54 3471.54 SSO,OOE 3638 9 0 3636,76 3563.76 S56,00E 373] 9 15 3728.58 3655.58 S84,00E 3824 9 45 3820,31 3747,31 N72.00E 3917 12 15 3911.59 3838.59 N62'OOE 4009 14 30 4001.09 3928.09 N70.OOE 4102 16 15 4090.76 4017.76 N82.00E 4195 19 0 4179,39 4106.39 S89.00E 4288 21 30 4266,63 4193,63 N85.00E 438.] 23 45 4352.47 4279.47 N80,OOE 4473 24 0 4436.60 4363.60 N77.00E TOTAL COORDINATES 3.18 S 0,16 W 3.75 S 1.37 E 4.14 S 2.72 E 4.42 S 3.70 E 4,94 S 4,31 E 5,65 S 4.69 E 5.67 S 5.02 E 5.72~5 5.33 E 8.51 $ 5,24 E 10.12 S 5.08 E 11.71S 5.00 E 13.31S 4,89 E 14,93 S 4,93 E 16.52 S 4.62 E 19.11 S 4.73 E 24,13 S 8,66 E 31.31 S 18.18 E 36.30 S 31.91 E 34.71 S 47.06 E 27.78 S 63.37 E 19.13 S 82.80 E 13.18 S 106.68 E 11.46 S 134,75 E 10.34 S 166.91 E 5.67 S 202,36 E 1.74 N 238.85 E CLOSURES DISTANCE ANGLE D M 5 3,18 5 2 54 21 W 4,00 S 20 5 32 E 4,96 5 33 18 21 E 5,77 5 39 56 41 E 6.56 $ 41 9 34 E 7,35 S 39 43 13 E 7.57 S 41 32 23 E 7,82 S 43 0 53 E 10.00 5 31 36 46 E 11.32 S 26 41 11 E 12.74 $ 23 7 23 E 14.18 S 20 10 29 E 15.73 S 18 16 55 E 17,15 S 15 38 37 E t9,68 S 13 55 43 E 25,63 S 19 44 41 E 36,21 S 30 9 14 E 48.33 S 41 18 54 E 58.48 5 53 35 24 E 69.20 S 66 19 30 E 84,98 $ 76 59 6 E 107.49 S 82 57 16 E 135.24 S 85 8 9 E 167.23 S 86 27 11 E 202.44 S 88 23 35 E 238.85 N 89 34 52 E DOG LEG SEVERITY DEG/IOOFT 0.056 0.019 0,272 0.266 0.350 0.056 0.543 0.538 0.232 0,429 0.340 0,303 0.094 0.373 1.332 3,813 3,498 0.823 0,915 2,731 2.506 2.136 3,130 2,824 2,572 0.604 SECTION DISTANCE -0.79 0.59 1,84 2.75 3.24 3.47 3.79 4.09 3.43 2.96 2.56 2.13 1.85 1,2~ O,8b 3,67 11.58 24,03 39.19 56.56 77.32 101.91 129.76 161.49 197,17 234,40 ARCO O/G TERM WELL MAGNETIC MULTI-SHOT SURVEY 21 FEB 80 RECORD OF SURVEY ALL CALCULATIONS PERFORMED BY I B M ELECTRONIC COMPUTER TRUE MEAS, DRIFT VERTICAL DEPTH ANGLE DEPTH D M SUB DRIFT SEA DIREC DEG. 4566 24 45 4521,31 4448,31 N81,OOE 4658 24 30 4604,94 4531,94 N77,00E 4749 25 0 4687,58 4614,58 N80.50E 4842 25 15 4771,78 4698.78 N76.50E 4936 25 15 4856,80 4783,80 N80.OOE 5028 25 45 4939.84 4866.84 N77.00E 5121 26 0 5023.51 4950.51 N80.50E 5214 26 0 5107.10 5034.10 N79.00E 5308 26 30 5191.41 5118.41 NSO.OOE 5405 26 15 5278.31 5205.31 N85.00E 5494 26 0 5358.22 5285.22 N85.00E 5585 26 30 5439.83 5366,83 N85-OOE 5677 26 0 5522.34 5449.34 N85.00E 5770 26 30 5605.75 5532.75 N87.00E 5864 26 30 5689.88 5616.88 N85.00E 5956 26 30 5772.21 5699.21 N76.00E 6047 25 0 5854.17 5781.17 N70,OOE 6139 22 0 5938.53 5865.53 N54.00E 6233 21 0 6025.99 5952.99 N62.00E 6324 21 0 6110.95 6037.95 N62.00E 6418 21 15 6198.63 6125.63 N62.00E 6510 19 0 6285.01 6212.01 NG1,50E 6695 17 0 6460.94 6387.94 NGB,OOE 6787 15 15 6549.32 6476.32 N62.00E 6879 14 30 6638.24 6565.24 N65.00E 6971 13 30 6727.50 6654.50 N63.00E 7065 12 15 6819.14 6746.14 N56.00E 7159 11 30 6911.12 6838.12 N62,00E 7250 10 45 7000,41 6927-41 N68.00E TOTAL COORDINATES 9.06 N 276.52 E 16.38 N 314.14 E 23.81 N 351.50 E 31.68 N 390.18 E 39.84 N 429,44 E 47,74 N 468.24 E 55.65 N 508.04 E 62.91 N 548,16 E 70,49 N 589.04 E 76.11 N 631.75 E 79.52 N' 670 .'79 E 83.03 N~ ~ 710.88 E 86-58 N 751.42 E 89.45 N 792,45 E 92.37 N 834,29 E 99.14 N 874,73 E 110.69 N 912.52 E 127,86 N 944.80 E 146.10 N 974,00 E 161-41 N 1002,79 E 177.31 N 1032.70 E 192.30 N 1060,58 E 218,91 N 1111,17 E 230,71N 1133,84 E 241.25 N 1154.97 E 251,00 N 1174.97 E 261-63 N 1193.01 E 271.58 N 1209.58 E 279.00 N 1225.49 E CLOSURES DISTANCE ANGLE D M DOG LEG SEVERITY DEG/iOOFT 276,66 N 88 7 18 E 314.56 N 87 0 54 E 352,30 N 86 7 28 E 391.47 N 85 21 28 E 431.28' N 84 41 55 E 470.67 N 84 10 41E 511.08 N 83 44 52 E 551.76 N 83 27 9 E 593.24 N 83 10 33 E 636.32 N 83 7 48 E 675.49 N 83 14 19 E 715.72 N 83 20 15 E 756.39 N 83 25 37 E 797,48 N 83 33 35 E 839.39 N 83 40 b3 E 880.33 N 83 32 0 E 919-21 N 83 4 59 E 953,42 N 82 17 34 E 984.89 N 81 28 8 E 1015,70 N 80 51 20 E 1047.82 N 80 15 25 E 1077,88 N 79 43 22 E 1132,53 N 78 51 16 E 1157,07 N 78 29 54 E 1179.90 N 78 i2 5 E 1201.49 N 77 56 28 E i221.36 N 7? 37 50 E 1239,70 N 77 20 42 E 1256-85 N 77 10 26 E 1.104 0,796 0.880 0,828 1,588 0,821 0.772 0.707 0,573 1.041 0.281 0,549 0.543 0,687 0.949 4,361 2.026 4,073 1,525 0.000 0.266 2.446 1.083 1.904 0,840 1.093 1.3'71 0,837 0.856 SECTION DISTANCE 272,77 311.10 349,19 388,67 428,76 468,36 508.94 549,70 591.27 634.24 673.18 713.17 753,59 794,37 83b.95 876.9%.,~ 916,2' 951,33 983,57 1014.84 1047.32 1077,63 1132.51 1157.07 1179,88 1201,43 1221,22 lZ39,45 1256-51 ARCO O/G TERM WELL A MAGNETIC MULTI-SHOT SURVEY 21 FEB 80 RECORD OF SURVEY ALL CALCULATIONS PERFORMED BY I B M ELECTRONIC COMPUTER TRUE MEAS, DRIFT VERTICAL DEPTH ANGLE DEPTH D M SUB -DR I F T SEA DIREC DEG. 7345 10 0 7093,86 7020,86 N63.OOE 7439 9 0 7186,57 7113,57 N68,00E 7534 8 0 7280,52 7207,52 N70.OOE 7629 7 0 7374,71 7301,71 N72,00E 7723 6 15 7468.08 7395.08 N72,00E 7817 5 15 7561.61 7488,61 N75.00E 7911 4 30 7655.27 . 7582,27 NSO.OOE 8006 3 BO 7750,03 7677,03 N84.00E 8101 3 0 7844,88 7771,88 586,00E 8195 2 45 7938.76 7865,76 N89,00E 8290 2 30 8033,66 7960,66 $84.00E 8385 2 30 8128,57 8055.57 S77,00E 8479 2 15 8222,49 8149,49 S76,00E 8574 2 15 8317,42 8244,42 567,00E 8599 2 15 8342.40 8269,40 S71,OOE DATA FROM SURVEY DATED 2/11/80 .,. 8690 3 15 8433.29 8360.29 S70,OOE 8784 4 0 8527,10 8454,10 564,00E 8879 4 0 8621,87 8548,87 S63,00E 8973 4 30 8715,61 8642,61 S57,00E 9067 4 45 8809.31 8736.31 $57,00E 9162 5 0 8903,96 8830.96 S54.00E 9257 5 15 8998,58 8925,58 552,00E 9282 5 15 9023.48 8950,48 554,00E TOTAL COORDINATES 286.09 N 1241,05 E 292,53 N 1255.16 E 297,56 N 1268,27 E 30~.59 N 1280.00 E 304.95 N 1290,31 E 307.62 N 1299.34 E 309.35 N 1307.13 E 310.27 N 1313.70 E 310.36 N 1319,07 E 310,24 N 1323,79 E 310.05 N' ~1328,I3 E 309.3Y N 1332.21 E 308.46 N~ 1336,00 E 307.28 N : 1339.54 E 306.93 N 1340.45 E 305.47 N 1344.57 E 303.15 N 1350,03 E 300.19 N 1355.97 E 296.71 N 1362,00 E 292,58 N 1368,35 E 288.01 N 1375,00 E 282.90 N 1381,78 E 281.52 N 1383,61 E CLOSURES D I STANCE ANGLE D M S 12'73.60 N 77 1 6 E 1288.80 N 76 52 50 E 1302,71 N 76 47 45 E 1315,05 N 76 44 29 E 1325,86 N 76 42 10 E 1335,26 N 76 40 48 E 1343,24 N 76 41 6 E 1349.84 N 76 42 40 E 1355,10 N 76 45 34 E 1359,65 N 76 48 36 E 1363,84 N 76 51 34 E 1367,66 N 76 55 34 E 1371.15 N 76 59 56 E 1374.33 N 77 4 48 E 1375,14 N'77 6 11E 1378.83 N 77 12 0 E 1383.65 N 77 20 38 E 1388.80 N 77 31 0 E 1393.94 N 77 42 36 E 1399.28 N 77 55 bO E 1404,85 N 78 10 11 E 1410.45 N 78 25 45 E 1411.96 N 78 29 55 E DOG LEG SEVERITY DEG/iOOFT 0.805 1,072 1,053 1.053 0.798 1.064 0.799 1,053 0,527 0.266 0,264 0.321 0.266 0,372 0,628 1,099 0.798 0.073 0..533 0,266 0.264 0.264 0.732 SECTION D[STANCE 1273.18 1288,29 1302,14 1~14,43 1325,20 1334-59 1342,57 1349.18 13~4,47 1359,06 1363.28 1367,12 1370.68 1374,73 1378,48 1333.37 1388,59 1393,81 1399.21 1~04,82 1410,44 1411,96 BOTTOM HOLE CLOSURE 1411,96 FEET AT N 78 29 55 E ARCO O/G TERM WELL MAGNETIC MULTI-SHOT SURVEY INTERPOLATED TRUE VERTICAL DEPTHS~ COORDINATES AND CLOSURES FOR GIVEN DEPTHS TRUE CODE MEASURED VERTICAL TOTAL COORDINATES C L 0 $ U R E NAME DEPTH DEPTH DISTANCE ANGLE D M S 21 FEB 80 SUB SEA ARCO O/G TERM WELL A MAGNETIC MULTI-SHOT SURVEY MEASURED DEPTH AND OTHER DATA FOR' EVERY EVEN 100 FEET OF SUB SEA DEPTH. TRUE MEASURED VERTICAL SUB MD-TVD VERTICAL DEPTH DEPTH SEA DIFFERENCE CORRECTION TOTAL COORDINATES 21 FEB 80 173 173, 100 0 0 273 273, 200 0 0 373 373, 300 0 0 473 473, ilO0 0 0 573 573. 500 0 0 673 673, 600 0 0 773 773. 700 0 0 873 873. 800 0 0 973 973, 900 0 0 1073 1073, 1000 0 0 \- 1173 1173. 1100 0 0 1273 1273. 1200 0 0 1373 1373. 1300 0 0 1473 1473, 1400 0 0 1573 1573, 1500 0 0 1673 1673, 1600 0 0 1773 1773, 1700 0 0 1873 1873, 1800 0 0 lq73 1973. 1900 0 0 2073 2073, 2000 0 0 2173 2173. 2100 0 0 2273 2273. 2200 0 0 2373 2373. 2300 0 0 2473 2473. 2400 0 0 2573 2573. 2500 0 0 2673 2673. 2600 0 0 2773. 2773, 2700 0 0 2873 2873. 2800 0 0 2973 2973. 2900 0 0 3073 3073, 3000 0 0 3173 3173, 3100 0 0 3273 3273, 3200 0 0 3373 3373, 3300 0 0 3473 3473, 3flO0 0 0 3574 3573. 3500 0 0 0,00 S 0,00 S 0,00 S 0,06 N 0,34 S 0,89 S 1.50 S 2,14 S 2.59 S 2.84 S 2,72 2.65 S 2,65 S 2.65 S 2,65 S 2,64 S 2,48 S 2,46 2,86 S 3,44 S 4.01 4,31 S 4,73 S 5,48 $ 5.72 S 5,69 S 6.70 S 8,13 S 9,84 $ 11.58 S 13.31 S 15,05 S 16.77 S 19.91S 26,09 S 0,00 W 0,00 W 0.00 W 0,11 W 0,66 W 1.33 W 1.95 W 2,50 W 2,73 W 3,17 W 3,71 W 3,62 W 3.62 W 3.62 W 3,62 W 3.62 W 3,37 W 2.59 W 1,08 W 0,55 E 2,14 E 3.38 E 4,16 E 4,61 E 5,03 E 5,30 E 5,45 E 5,32 E 5.06 E 5,03 E 4.89 E 4.93 E 4.54 E 5.18 E 11,08 E ARCO O/G TERM WELLA MAGNETIC MULTI-SHOT SURVEY MEA~SURED DEPTH AND OTHER DATA FOR EVERY EVEN 100 FEET OF SUB SEA DEPTH, 21 FEB 80 TRUE MEASURED VERTICAL SUB MD-TVD VERTICAL DEPTH DEPTH SEA DIFFERENCE CORRECTION TOTAL COORDINATES 3675 3673, 3600 1 3776 3773, 3700 3 3878 3873, 3800 4 3980 3973, 3900 7 4088 4073. 4000 10 4188 4173. 4100 15 4295 4273. 4200 21 4403 4378, 4300 30 4518 4473, 4400 39 4623 4573, 4500 50 4788 4673, 4600 59 4~43 4773, 4700 70 4954 4873. 4800 80 5065 4973, 4900 91 5176 5073. 5000 103 5287 5173, 5100 114 5399 5273, 5200 126 5510 5373. 5300 137 5622 5473, 5400 149 5733 5573, 5500 160 5845 5673, 5600 172 5957 5773. 5700 184 6068 5873. 5800 195 6176 5973, 5900 203 6283 6073. 6000 210 6390 6173. 6100 217 6497 6273. 6200 224 6603 6373. 6300 230 6708 6473, 6400 235 6812 6573. 6500 239 6915 6673. 6600 242 7018 6773, 6700 245 7120 6873. 6800 247 7222 6973. 6900 249 7324 7073. 7000 251 1 2 1 3 5 6 9 9 ~ 11 9 11 10 11 12 11 12 11 12 11 12 12 11 8 7 7 7 6 5 4 3 2 2 2 34,05 S 23,25 E 36,32 S 39.22 E 31,24 S 56.15 E 21.73 S 76,21 E 14,06 S 101,50 E 11,45 S 132,49 E 10,11 S 169,41 E 4,08 S 211,09 E 5.17 N 254,81 E 13,28 N 299.88 g 22.76 N 344,79 E 31,78 N 390.60 E 41.21N 436,97 E 51,18 N 483,90 E 59.96 N 531.77 E 68.84 N 579,83 E 75.87 N 629.10 E 80.14 N 677,79 E 84,47 N 727,28 E 88,47 N 776,03 E 91,66 N 825.84 E 99,24 N 875,11 E 113.90 N 920,55 E 135,63 N 956.14 E 154.51N 989,82 E 172,56 N 1023,76 E 190,35 N 1056,78 E 206,34 N 1086,46 E 220,58 N 1114,43 E 233,68 N 1139,52 E 245,05 N 1162,98 E 256.13 N 1184,32 E 267,74 N 1202.70 E 276,95 N 1220,62 E 284.44 N 1237,73 E ARCO O/G TERM WELL A MAGNETIC MULTI-SHOT SURV'EY MEASURED DEPTH AND OTHER DATA FOR EVERY EVEN 100 FEET OF SUB SEA DEPTH, 21 FEB 80 TRUE MEASURED VERTICAL SUB MD-TVD VERTICAL DEPTH DEPTH SEA DIFFERENCE CORRECTION TOTAL COORDINATES 7425 7173. 7100 252 7526 7273. 7200 253 7627 7373. 7300 254 7728 7473, 7400 255 7828 7573, 7500 255 7929 7673, 7600 256 8029 7773. 7700 256 8129 7873. 7800 256 8229 7973, 7900 256 8329 8073, 8000 256 8429 8173. 8100 256 8530 8273, 8200 257 8630 8373. 8300 256 8730 8473, 8400 256 8830 8573. 8500 257 ?8930 8673, 8600 257 i~9031 8773. 8700 257 9131 8873. 8800 257 9231 8973. 8900 258 0 0 0 0 0 -1 0 0 0 0 1 291,69 N 297,17 N 301,52 N 305,11 N 307,87 N 309,58 N 310,39 N 310.28 N 310.23 N 309.83 N 308.94 N 307.90 N 306,50 N 304,61 N 301,73 N 298,43 N 294,21 N 289.57 N 284,35 N 1253,12 E 1267,22 E 1279,76 E 1290,82 E 1300,30 E 1308,48 E 1315,07 E 1320,52 E 1325,39 E 1329,82 E 1334,04 E 1337,90 E 1341.67 E 1346,?? E 1352,91 E 1359,19 E 1365,85 E 1372,82 E 1379.91 E ARCO O/G TERM WELL A MAGNETIC MULTI=SHOT SURVEY INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEASURED DEPTH. TRUE MEASURED VERTICAL SUB DEPTH DEPTH SEA TOTAL COORDINATES 1000 999. 926. 2000 1999. 1926o 3000 2999, 2926. 4000 ~992, 3919, 5000 4914, 4841, 6000 5811. 5738. 7000 6755. 6682. 8000 7744. 7671. 9000 8742. 8669. 2.68 S 2,82 W 3.01 S 0.63 W 10.~1 S 5,10 E 19.92 S 80,71 E 45,11 N 456,40 E 104.30 N 893,41 E 254.15 N 1180.86 E 310.23 N 1313.33 E 295.55 N 1363e79 E 21 FEB 80 .......... HORIZONTAL VIEW __. .......... ARCO OIL/GAS -*- _ __ *.' '~**~.-. ' * . .... '' *TERMWELLB _ ........ RADIUS OF CURVATURE .... MAGNETIC MULTI-SHOT ....... SCALE I" -- I000' ..... FEB 2It 1980 . _ . ARE TVO ...................... '-*.': ..................................................... VERTICAL SECTION ............................................ ........... ARCO OIL/GAS 400- _ . ': .- ' . .TERM WELL B ..... ...................................................... RADIUS OF CURVATURE .......... ............ MAGNETIC MULTI-SHOT - - -8oo ......... SCALE . !" = I000". .... ............................ FEll. gl} IS80 ............... 1200 ..................................................... . .......................... i100 ..... ' ..... :: .................................. ..- .... :..=~o .... - .................................................................................. . ..... 2400 ............................................... -' ......... ~ ................................... ............................................. .. . .' _ - :--._:-::..-. ::.:_-::.'...2_:-..:: ': -:-:----! ..... - .... . . .. -_ -'-- -~2oo ................ ' ................................... 3600 - ' ..................... ................... 840C ..................... : .............................. ..... ?~00 .............. : ................... : .......... : ....................... .... ?~00 ............................................. - Drilling History Summary ~ 1 Page i... 12 Pages - Water Shut-Off Test BHP Data - Formation Test Test Summary and Report Test Data Sheets Pen Recording Chart BHP Data 12 Pages 5 Pages - Water Sample Analyses 8 Pages - Core Data 9399'-9408'MD 9430'-~9465'MD Correlation Coregraph STRATIGRAPHIC HIGH RE'SOLUTION DIP METER LOCATED IN THE APPEND~ ARCO Oil and Gas{ 'npany North Alask~ ..,,strict Post Office Box 360 Anchorage, Alaska 99510 Telephone 907 277 5637 March 28, 1980 Mr. Hoyle Hamilton State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Subject' Term Well A, Permit No. Dear Sir: Enclosed please find the as-built survey for the above-mentioned well. Very truly yours, P. A. VanDusen District Drilling Engineer PAV-cs Enclosure RECEIVED APR ,,-, ARCO Oil and Gas Company is a Division of AtlanticRichfieldCompany r-.14F-.., IJ.M. Z? TERM WELL "A" Y=5,981,292.04 X= 673,195.45 LAT= 70°21'16.741'' LONG=148°35'36. 457" I HEREBY CERTIFY THAT I AM PROPERLY REGISTERED AND LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF ALASKA AND THAT THIS PLAT REPRESENTS AN AS- BUILT SURVEY MADE BY ME, AND THAT ALL DIMENSIONS AND OTHER DETAILS ARE CORRECT, AS OF: DATE Tff..IZ.M IMF..L.L ",~d'- A"~-ISUILT AtlanticRichfieldCompany O DATE: NORTH AMERICAN PRODUCING DIVISION ALASKA DISTRICT--PRUDHOE BAY DRAWING No: ARCO Oil and Gas ~' ~pany North Slope tbv=trict Post Office Box 360 Anchorage, Alaska 99510 Telephone 907 277 5637 March 27, 1980 Mr. Hoyle Hamilton State of Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Re' Core Summary, Term Well A Dear Mr. Hamilton' Enclosed Please find the Core Summary for Term Well A, 9399' - 9470', submitted as a confidential addito~to Item No. 36 on Form P-7 for the above well. Very truly yours, District Explorationist RWC: JBM' kdm Enclosure ARCO Oil and Gas Company is a Division o! AtlanticRichfieldCompany ARCo TERM WELL A CORE SUMMARY Core # 12 13 14 15 Depths 9399'-9430' 9430'-9443' 9443'-9458' 9458'-9470' Recovery Li thol.o.gy 9.5' 31% Limestone 11.3' 87% Limestone 14.5' 97% 'Limestone 8.0' 67% Limestone Show Porosity Fair-Good 5% Poor 4% POor 3% Poor 5% Fractures Hairline Hairline Hairline Large (¼") RECEIVED AncJ~o~ag~ ARCO Oil and Gasjr' mpany Al~'~k~ i5 .--'~- ~:'.'~:: 0:':." [':. · '.:',' .. ' ' ~' .' ,' :, ';.? ..! !..i-.- · .-: MarCh 26, 1980 I CO~'M i COM~---- I COM~ _I /__ 1 G-.-OL -- _ t ST.~r r~C-- I S~^T r~C--- ~.. ,FILF: -- Reference' ARCO Open Hole Logs Term Well A ·2/1.1/80 FI)C t! --., Te~Well~ A 2/12/80 CPL ~m. 1 ~Please sign and retm~ the attached copy as receipt of data. ~ 1,2 5" "" " FDC/CNL Run 1,2 5" " " " Dual Induction-SFL ~an 1,2,3 2" & 5" ' "" 2/11/80 BHCS Ru~ 1,2,3 2" & 5" " " 1/10/80 Borehole Geometry RLm 1 5" ' " " 1/26/80 Dipmeter R~n 1 5" " " 2/12/80 Dipmeter ~ 2 5" " " " RFT R~n 1 5" K. J. Sahlstrom North Engineering TP3aNSMITTAL # 230 DISTRIBL~FION ~ ~':;";" :': ' -- Exxon .......... ~"~'~" Mobil Getty Phillips Sohio Marathon Chevron North Geology R&D Drilling Eng. Manager D & M Geology State of~aska ARCO Oil and Gas ~ ..pany North Slope E.~trict Post Office Box 360 Anchorage, Alaska 99510 Telephone 907 277 5637 March 24, 1980 Mr. Hoyle Hamilton State of Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Subject' Core Summary, Term Well A Dear Mr. Hamilton' Enclosed please find the Core Summary for Term Well A submitted as Item No. 36 on Form P-7 for the above well. Very truly yours, R. W. Crick District Explorationist RWC: GSL' kdm Enclosure ARCO Oil and Gas Company is a Division of AtlanticRichfieldCompany ARCo TERM WELL A CORE SUMMARY Core # 1 2 3 4 5 6 7 8 9 10 11 Depth RecoverS 8750-8810 58.6' 98% 8810-8870 56.6' 94% 8870-8930 59.8' 99.6% 8930-8962 29.'5' 92% 8962-8973 9.0' 82% 8973-9032 59.0' 100% 9032-9073 40.0' 98% 9073-9116 43.0' 100% 9116-9176 55.0' 92% 9176-9236 58.5' 98% 9236-9296 59.0' 99% L i thol oqy Claystone, Sandstone Sandstone, Siltstone Sandstone, Claystone Conglomerate, Sandstone Sandy Conglomerate Conglomerate, Pebbly Sandstone Pebbly Sandstone, Siltstone Conglomerate, Pebbly Sandstone Conglomerate, Pebbly Sandstone Sandstone, Conglomerate, Siltstone Sandstone, Shale ARCO Oil and Gas(' mpany Alaska Distri~.. Post Office Box 360 Anchorage, Alaska 99510 Telephone 907 277 5637 Hand delivered SAMPLE TRANSMITTAL SHIPPED TO: State of Alaska DATE: March 18, 1980 Alaska Oil & Gas Conservation Commission 5001 Porcupine Dr. Anchorage, ak. 99501 Attn: Mr. Wm. VanAllen OPERATOR: ARCO NAME: Term WelI A SAMPLE TYPE: core chips SAMPLES SENT:, 8750 - 8800 8800 - 8841 8841- 8884 8884 - 8920 8920- 8930 8930 - 8959 8962 - 8994 8994 -'9032 9032 - 9072 9072 - 9116 NUMBER OFBOXES: 17 9116 - 9156 9156 - 9172 9175 - 9215 9215 - 9235 9236 - 9278 9278 - 9295 9399 - 9466 ( the interval in this box is confidential) (~_.T~. ~.~ UPON RECEIPT OF THESE SAMPLES PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF' THIS FORM TO: ARCO OIL & GAS CO. P.'O. BOX 360. .ANCHORAGE, ALASKA 9951'0 ATTN: DICK BROOKS RECEIVF D Alaska Oil & Gas L;o~. Gommtsm~ Anch0m§e DATE ARCO Oil and Gas Company is a Division o! AtlanticRichfieldCompany ARCO Oil and Gas Company Al:~sk~ L~ March 24, 1980 Reference' ARCO Open Hole Logs D._S. 12-8_ 2/26/80 Arrow Plot/Cluster Listing .... erm-I?ell A~ 1/26/80 " " " " ~~ ]?eli A 2/12/80 Arrow Plot/Cluster Listing ~~Ple ' ase sign and return the attached copy as receipt of data. _--!-2___m* 2 ENG ._~ 3 EN.3 4 ENG 1 GEOL STAT TEC -__]- _S_TA__T TEC- i FILF: ! K. J. Sahlstrom North Engineering TRANSblITTAL #192 DISTRIBLrFION North Geolo~' .Exxon R & D Mobil Drilling Getty Eng. b!anager Phillips D & bi Sohio Geology blarathon State of Alaska C2~e~Ton ARCO Oil and Gas Company March 18, 1980 Reference' ARCO ~d Log Well A 1/13/80 · Please s~'~ and ~eturn the att~c;hed copy ~s ~ece~pt K. J. Sahlstrom North Engineering TRANSMITTAL #166 DISTRIBL~ION North Geology Exxon R & D Mobil Drilling Getty Eng. Manager Phillips D ~ M Sohio Geology Marathon State of Alaska Chevron ARCO Oil and Gas Company ., March 18, 1980 Reference' ARCO Directional Survey Term Well A 3/6/80 Gyroscopic ~ase sign and return the attached copy as receipt of data. ' K. J. Sahlstrom North Engineering TRANSb~ITTAL#16 5 DISTRIBL~ION North Geology/ E~xon R & D Mobil Drilling Getty Eng. b'~nager Phillips D & FI Sohio Geology ~Iarathon State of Alaska Chevron ARCO Oil and Gaff ")mpany North Alask~ .)istrict Post Office Box 360 Anchorage, Alaska 99510 Telephone 907 277 5637 March 14, 1980 Mr. Hoyle Hamilton State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Subject: Term Well. A, Permit No. 79-81 DS 3-16, Permit No. 79-93 Dear Sir: Enclosed please find Monthly Reports detailing work done on the above-mentioned wel 1 s. Very truly yours, P. A. VanDusen District Drilling Engineer PAV:cs Enclosures ARCO Oil and Gas Company is a Division of AtlanticRichfieldCompany Fo~rm ~o. P-4 REV. 3-1-70 SUBMIT IN DUPLICATE STATF OF ALASKA OIL AND GAS CONSERVATION COMMITTEE MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS 5. APl NUMERICAL CODE 50-029-20406 6. LEASE DESIGNATION AND SERIAL NO. ADL 28300 2. NAME OF OPERATOR & UNIT FARM OR LEASE NAME Atlantic. Richfield Company Prudhoe Bay Unit 3. ADDRESS OF OPERATOR P.O. Box 360 Anchorage, Alaska 99510 4. LOCATION OF WELL 1250'S & 2200'W of NE cr Sec 33, T12N, R14E, UM 9. WELL NO. - Term Well A (xx-33-12-14.) 10. FIELD AND POOL, OR WILDCAT Prudhoe Bay Field-Prudhoe Oil 11. SEC. T. R. M. (BOTTOM HOLE OBJECTIVE) Sec 33, T12N, R14E, UM 12. PERMIT NO. 79-81 Po 13. REPORT TOTAL DEPTH AT END OF MONTH, CHANGES IN HOLE SIZE, CASING AND CEMENTING JOBS INCLUDING DEPTH SET AND VOLUMES USED, PERFORATIONS, TESTS AND RESULTS FISHING JOBS JUNK IN HOLE AND SIDE-TRACKED HOLE AND ANY OTHER SIGNIFICANT CHANGES IN HOLE CONDITIONS. Re. port of Operations for Month of February, 1980 Chng over to oil faze mud. Drld 8½" hole to 8750'. Cut 12 cores from 8750'-9296'. Ran DIL/GR, BHCS/GR, FDC/CNL/CAL/GR & RFT logs. Drld to 9365'. Ran sonic, velocity sur & dipmeter. Ran spectralog & neutron capture log. Ran 7" lnr set @ 9365'. Cmtd lnr w/250 sx Class G cmt. TIH to LC @ 9282'. Tstd csg to 3000 psi. Ran lap tst. Drld to 9399'. Cored from 9399'-9470' '- 15 cores. Drld to 9715'. Ran DIL/GR, BHCS/GR, FDC/CNL/GR/CAL, velocity sur, and 4-arm dipmeter. Ran 5" lnr from 9305'-9715' Cmtd w/65 sx Class G cmt. Set pkrs. Drld LC, Tstd csg to 2000 psi. Ran CBL/VDL/~CL/GR & gage ring & ink bskt. Set ret @ 9620'. Squeezed 75 sx Class G cmt. Drld out ret & FC @ 9670'. As of 3/1/80, running gyro, CNL/CCL/GR & CBL/VDL/CCL/GR logs. RECEIVED SIGNED ..... TITLE District Drilline Fnclin~O~ATE R/14/80 NOTE-Report on this form is required for each calendar month, regardless of the status of operations, and must be filed in duplicate with the oil and gas conservation committee by the 15th of the succeeding month,unless otherwise directed. March 5, 1950 Reference' !"i comte, !JR':q: ::'3 ' I .. ' ~-. ..... "' ,s' cSu 7'- S'r'.,5, T T~C '" STAT ............. COi,,,JFE R: .... FILF: Enclosed are Directional Surveys for the following ARCO wells' D. S - 2/21/80 Gyroscopic ~2/21/80 3blti-Shot _.~~iS. 12'5 2/19/80 Gyroscopic (Re-~un discard the original) ease sign and return the attached copy as receipt of data. ' K. J. Sahlstrom North Engineering Tt~NSMITTAL # 148 DISTRIB~rFION North Geology R & D Drilling Eng. Manager Geology State of Alaska E~xon Mobil Getty Phillips Sohio ~Iarathon Che~on ARCO Oil and Gas Company ·. ~ - ! ~ ;. ~ .', ;:, ' . · - .. :·, February 27, 1980 Reference' Enclosed is a Directional Survey for the following ARCO well' Term Well "A" 10/15/79 single Shot ~~Please sign and return the attached copy as receipt of data. K. J. Sahlstrom North Engineering TRANSMITTAL #127 DISTRIBLrFION North Geology ~xxon R & D Mobil Drilling Getty Eng. ~nager Phillips D & M Sohio Geology ~.larathon State of Alaska Che~mon ARCO Oil and Gas Company l~J ¢) rtt~ i'~, I, ~~ February ll, 1980 Mr. Hoyle Hamilton State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 Subject: DS 3-15, Permit No. 79-92 DS 12-7, Permit No. 79-86 DS 14-8, Permit No. 78-67 mit No.. 78-91 Permlt'No. 79-81 Dear Sir- ._J .COMM~i' J COMM I COM~~ I'~ES ENG I ,. l -'2'-EN G/-~ 1' 3- EN'~'"---! _~_ 4 ENG '-1' GEOL , J 3 GEOL ' , ~I st~T TEC '~j CONFER: FILF~ Enclosed please find Monthly Reports outlining work done on the above-mentioned well s. .~/~' ~Very truly~ P. A. VanDusen District Drilling Engineer PAV'cs Enclosures ARCO Oil arid Gas Company is a Division of AllanlicRichfieldCornpa;,y Form No. 10-404 REV. 3-1-70 SUBMIT IN DUPLICATE STATE OF ALASKA OIL AND GAS CONSERVATION COMMITTEE MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS 5. AP! NUMERICAL CODE 50-029-20406 6. LEASE DESIGNATION AND SERIAL NO. ADL 28300 2. NAME OF OPERATOR 8.UNIT FARM OR LEASE NAME Atlantic Richfield Company Prudhoe Bay Unit 3. ADDRESS OF OPERATOR 9.WELL NO. P.O. Box 360 Anchorage, Alaska 99510 Term Well A 4.LOCATION OF WELL 1250'S & 2200'W of NE cr Sec 33, T12N, R14E, UM 10. FIELD AND POOL, OR WILDCAT Prudhoe Bay Fi el d-Prudhoe Oil 11. SEC. T. R. M. (BOTTOM HOLE OBJECTIVE) Sec 33, T12N, R14E, UM 12. PERMIT NO. 79-81 Poo' 13. REPORT TOTAL DEPTH AT END OF MONTH, CHANGES IN HOLE SIZE, CASING AND CEMENTING JOBS INCLUDING DEPTH SET AND VOLUMES USED~ PERFORATIONS, TESTS AND RESULTS FISHING JOBS JUNK IN HOLE AND SIDE-TRACKED HOLE AND ANY OTHER SIGNIFICANT CHANGES IN HOLE CONDITIONS. Report of Operations for Month of January, 1980 Spudded well @ 0600 hrs 1/9/80. Drld 17½" hole to 2750'. Ran DIL/SP/BHCS/GR & 4-arm C'AL. Ran 13-3/8" 72# N-80 csg w/shoe @ 2712'. Cmtd csg w/1893 sx Fondu cmt followed by 400 sx Permafrost II cmt. Instl pkoff. NU BOPE & tstd to 5000 psi. Drld FC' cmt, shoe & 10' new form. Tstd form to 12.5 ppg EMW. Drld 12¼" hole to 8650', Ran DIL/SP/BHCS/GR, FDC/CNL/CAL/GR, & HDT, Ran 9-5/8" 47# N-80 & S00-95 csg set @ 8630'. Cmtd csg w/1500 sx Class G cmt. Instl pkoff. Dwnsqueezed 300 sx Arcticset I cmt thru lower FO. Arcticpacked 9-5/8" x 13-3/8" ann thru upper FO followed by 75 sx Arcticset I cmt. Drld FC, cmt, shoe & 10' new form. Tstd new form to 12.5 ppg EMW. As of 1/31/80, displ hole w/oil faze.mud. TITLEDigtr~Ct Dr!g~ Engineer DATEm2/7/80 NOTE--Report on this form is required for each calendar month, regardless of the status of operations, and must be filed in duplicate with the oil and gas conservation committee by the 15th of the succeeding month,unless otherwise directed. Alaska Oil and Gas Conservation Ccmmission Hoyle H. Hamilton /~ Chaizman of the Cc~m~5~' C~ssioner Petroleu~ Inspector January l4, 1980 Witness BOPE test on ARQO's Tern "A" Sec. 33, T12N, R13E, UM Permit $79-81 After ccmpleting a Pilot ~t Term A well where I stoodby 'for on SOHIO' s B, 9 thru 17, I traveled to ARQ0' s Saturday, Janua~f 12, !~987~- Standby for BOPE test. .S~, January 13,,,,, ,,19.80 The BOPE test began at 8:00 AM and was completed at 10:20 AM. the test are attached to this report' The results of In suam~ry I witnessed the BOPE test on ARO0's Term A well. Attach: ~ ~ Friday, January 18, 1980 ..Location, wel 1. $±~n Re>serve pit__.,~~_ : ~ BOPi'] e,., ...... Ardlulai- Provc:, .....,,~.?.' Pipe ?.ams · B1J.nd R~s Penr~tt ~ ~-~/. " Full Charge Pressure_~~ ps[g 200 psig Ak~ve Prechmrge A//a:ined:~min~: Fuil ~argc Prcss:~-e At/aj_nr~-. ~_.min/8 :. Con~ols~ bmste: ~ ~ 1(~112.' and Fi~.:.c~: Sa~nty. Valves / I~'e~3 t Pres~u Lev:er i<el ly. Bat 1 27[:e_ / Test Choke Linc Valves t ---_----~~ Inside Eel? / Test P.17cs:s.u.c'o ~/~ Kill LLne Valves__ Check Valve' t .._~~ No. flanges Adjus~)!e chokes_ _~ ........ - / Repair' or Replacar~ena of failed cqui[m~',.. ~o l~e ~,~'- '-' m=~ ..... wzt,:in ~ :I,>;s m~d I~I~c~or/Co'~aission o[fico nobi[ied. :.:._.: ................... orig. - AO6GCC Drilling Dcpt. Sul>p~:intendent ....... ~_+__ ...... 6~ ....... CC October 30, 1979 Re: Prudhoe Bay Unit Term Well ARCO Oil and Gas Company Permit No. 79-81 Sur. Loc.: 1250's & 2200'W of NE cr Sec 33, T12N, Ri4E, UM. Bottomhole Loc.: 960's & 940'W of NE Cr Sec 33 T12N, R14E, UM. Mr. P. A VanDusen District Drilling Engineer ARCO Oil and Gas Company P. O. Box 360 Anchorage, Alaska 99510 Dear Mr. VaD~usen= Enclosed is the approved application for permit to drill the above referenced wel 1. well samples and a .mud log are not required. Core chips and a directional survey are required. If available, a tape contain- ing the digitized log information on all logs shall be submitted for copying except experimental logs, velocity surveys and dipmeter surveys. Many rivers in Alaska and their drainage systems have been classified as important for the spawning or migration of ana4romous fish. Operations in these areas are subject to AS 16 50 870 and the regulations promulgated thereunder (Title 5, Alaska Administrative Code}. Prior to commencing operations you may be contacted by the Habitat Coordinator's office, Department of Fish and Game. Pollution of any waters of the State is prohibited by AS 46, Chapter 3, Article 7 and the regulations promulgated thereunder (Title 18, Alaska Administrative Code, Chapter 70) and by the Federal Water Pollution Control Act, as amended. Prior to Mr. P. A. VanDusen -2- Prudhoe Bay Unit Term We1 ~ "A" October 30.~ 1979 commencing operations you may be contacted-by a representative of the Department of Environmental Conservation. Pursuant to AS 38.40, Loca! Hire Under State Leases, the Alaska Department of Labor is being notified of the issuance of this permit to drill. To aid us in scheduling field work, we would appreciate your notifying this office within 48 hours after the well is spudded. We woula also like to be notified so that a repre- sentative of the commission may be present to witness testing of blowout preventer equipment before surface casing shoe is dril led. In the event of suspension or abandonment, please give this office adequate advance notification so that we may have a witness present. Very truly yours, Ho~ H. Hamilton Alaska Oil & Gas Conservation Commission Enclosure cc~ Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o/encl. Department of Labor; Supervisor, Labor Law Compl iance DivisiOn w/o encl. ARCO Oil and Ga~' ~mpany Alaska Regi~ Post Office Box 360 Anchorage, Alaska 99510 Telephone 907 277 5637 October 23, 1979 Mr. Hoyle H. Hamilton State of Alaska Department of Natural Resources Division of Oil and Gas 3001 Porcupine Drive Anchorage, AK 99501 Subject: Term Well "A" Dear Mr. Hamil ton: Enclosed please find the Application for Permit to Drill Term Well "A", along with the $100 filing fee. The required as-built will be sent upon completion of the pad. Sincerely, District Drilling Engineer PAV:jh Enclosures ARCO Oil and Gas Company is a Division of AtlanticRichfieldCompany Form 10-401' REV. 1-1-71 STATE OF ALASKA SUBMIT IN ICATE (Other instruc? ~.ms on reverse side) API #50-029-20406 OIL AND GAS CONSERVATION COMMITTEE PE.M,T TO [ C_F IV !.! D la. TYPE OF WORK b. TYPE OF WELL OIL ~ WELL DRILL GAS OTHER 2. NAME OF OPERATOR ARCO 0il & Gas Company 3. ADDRESS OF OPERATOR DEEPEN 0 OCT ~9 ~ L~L~LE Alaska 0it '~ {:. s , Anc~]orage . P.O. Box 360 Anchorage: Alaska 4. LOCATION OF WELL At surface Proposed At proposed prod. zone 99510 1250's & 2200' W of NEcr Sec 33, T12N, R14E, UM ~ , 960's & 940' W of NEcrSec 33, T12N, R14E, UM 13. DISTANCE IN MILES AND DIRECTION FROM NEAREST TOWN OR POST OFFICE* Approximately ll miles NW of Deadhorse 14. BOND INFORMATION: r~E Statewidlm=etyand/o, No. Federal Insurance Co. #8011-38-40 6. LEASE DESIGNATION AND SERIAL NO. ADL-28300 7. IF INDIAN, ALLOTTEE OR TRIBE NAME 8. UNIT FARM OR LEASE NAME Prudhoe Bay Unit 9. WELL NO. Term We]] "A" 10. 11. [IELD,NDPOOL, DR WIIjDCAT.~ ruanoe t~ay field Pm~_dhoo Oil Pnnl SEC., T., R., M., (BOTTOM HOLE OBJECTIVE) Sec. 33, T12N, R14E, UM Amount 100,0'00 15. DISTANCE FROM PROPOSED * LOCATION TO NEAREST PROPERTY OR LEASE LINE, FT. (Also to nearest drig, unit, if any) 4320 18. DISTANCE FROM PROPOSED LOCATION 16. No. OF ACRES IN LEASE 2560 19. PROPOSED DEPTH ' 9550 -+ TVD TO NEAREST WELL DRILLING COMPLETED ' OR APPLIED FOR, FT. Sohi6-BpE-'6-5200 RA~C_O_.f_bet__~Sta.te No:l .~&LA)-34~' 21. ELEVATIONS (Show whether DF, RT, CR, etc.) 56' RKB; 26' PAD; 21' Tundra - All Estimated 23. PROPOSED CASING AND CEMENTING PROGRAM 17. NO,ACRES ASSIGNED TO THIS WELL 160 20. ROTARY OR CABLE TOOLS' Rotary · 22. APPROX. DATE WORK WILL START 12/10/79 rage 5X ARCO proposed to directionally drill this well to i 9800' MD, ~.9550' TVD to produce the Sadlerochit zone after testing the Lisburne Zone Logs will be run from.surface to T.D. Both the Sadlerochit and Lisburne intervals will be cored. A 13-5/8" 5000 psi RSRRA BOP stack will be used. It will be pressure tested each week and operationally tested each tri[ The Lisburne Zone will be squeezed and plugged off after testing. A string of 5-1/2" - 17# L-80 tubing, packer, and necessary provisions for subsurface safety equipment will be run. The packer will be set above the Sadlerochit. A non-freezing fluid will be left in all uncemented annuli within the permafrost interval. The Sadlerochit will be left unperforate( at this time. SIZE OF HOLE SIZE OF CASING WEIGHT PER FOOT GRADE SETTING DEPTH Quantity of cement 20I' ' = 32" /2, 94 lb.~. H-4O , 110 * MD 300sx ,PermaFrost II to surface 17-1 13-3/8" 72 lb. L-80 2700' +_ MD Circ to surface aDDrOX 6600 s> 12-1/4" . 9-5/8" 47 l.b. 80&95 8585' + MD 500 _qx 1st..qtaaP g' .~13fl _q× ?nd 8-1/2" 7" liner 29 lb. I-Scl q372'+- MB lclc113' .. cml. nnl,imn - ann~nw .q?~ 6 .... 5" liner. 15 lb. N-80 98013'-+ MD 7130' cmt column - Annrn× ?ECl q~ IN ABOVE SPACE DESCRIBE PROPOSED PROGRAM: If proposal is to deepen give data on present productive zone and proposed new productive zone. If prOposal is to drill or deepen directionally, give pertinent data on subsurface locations and measured and true vertical depths. Give blowout preventer program. ~' I here~at %Ze~oing~.: a~d.~Co_rrect SIG~D-T, ~'. ~ _ _ DATE tTemg_~TZ (Tlfis space for State office use) SAMPLES AND CORE CHIPS REQUIRED _ ~ ~s ~ NO ~--~7 DIRECTIONAL SURVEY REQUIRED: ~ YES [] NO CONDITIONS OF APPROVAL, IF ANY: r MUD LOG [] YES ~' NO OTHER REQUIREMENTS SEE TPJ%NS~TTAL A.P.I. NUMERICAL CODE ~- o z~l.- ~. o qoG PERMIT NO. q ?° ~ t APPROVAL DATE APPOVED BY TITLE r.- '-~ -- ,, *See Instruction On Reverse Side Octot~r 30, 1979 DATE 10/30/79 8~ -9. - plat attached ~Y ¥~'S ~No ' Remarks acreage ~ail~le in this I~1 ............ ~ ~ well ~i'~'t~ deviated' ~' ' < }~ ~a~ ~. o~..~~,~'~~ ........ . ...... Item Approx. (1) Fee :~-. / (2) Loq. ~ t3. I~~, conductor string provided ~ , 'Is ~OU~ 'cement used to circulate on conductor and surface ......... ~ ,~ Will cement tie .in surface and intermediate or production strings ... ~ .... 16. 17. WiI1 ,cement cover all known productive horizons ..................... J. cas protect fresh water zones ....................... (3) Admin./~ (4) Casg. ~ 18. Will all casing give adequate safety in collapse, tension and burst. 19. Does BOPE have s%~fficient pressure rating- Test to rddit ional ~eme. n~ :,- Approval Reccmmended: psig .. ~ (5) BOPE ~ Geoloqy: ? ~Engineer inq: LCS BEW~ 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 APPEN. DIx' ,. No 'special'effort has been made to chronologically organize this category of information. HIGH RESOLUTION DIPMETER CLUSTER LISTI~'G ATLANTIC RICHFIELD CO. PRUDHOE BAY NORTH SLOPE , ALASKA TERM WELL "A" RUN NO. TWO JOS NO. CLUSTER RESULTS ONLY 3626 8 .FT. C-ORR. - 2 FT. STEP 30 DEC-. X2 SEARCH ANGLE , (~UAL. ........... * INDEX DIAN * BEST 2-4 * =;% ATLAS]TIC RICHFIELO CO. TERS WELL "A" PAGE 1-FILE 2 * * FORMATION , BOgEH.OLE , , DEPTH , DIP DIP , DEV. DEV. DIAM * * AZI. , AZI. 1-3 ***************************************************** , , ~634 2.5 ~18 14.9 14.0 * , 8636 2.5 121 14.8 14.5 , · 8638 2.6 121 14.5 14.4 , ~640 2.6 121 14.4 ~4.3 * , 8642 2.6 122 14.0 14.0 * · 8644 2.6 122 .13.3 13.6 * · 8646 2.6 ~22 13.2 13.3 * · 8648 31.1 351 2.6 120 13.1 13.2 D * · 8650 31.5 354 2.6 120 12.9 13.2 B ~ * · . 8652 2.6 119 12.3 12.5 · 8654 17.0 357 9.7 117 11.8 12.0 B * · 8656 9.7 114 11.2 11.1 * · 8658 29.5 347 2.8 110 10.9 10.2 D * · 8660 25..5 342 2.9 106 10,8 9.4 D · 8662 26.0 331 2.9 103 10.4 8.9 D * , 8664 3.0 99 10.0 8.8 · 8666 26.0 354 3.0 97 9.5 8.7 D * · 8668 15.4 17 3.0 95 9.2 8.9 D · 8670 14.4 10 3.0 94 9.1 9.2 D * · 8672 14.0 356 3.1 92 9.0 9.3 B · 8674 6.3 355 3.1 93 8.9 9.4 C · 8676 6.2 356 3.1 93 8.8 9.5 C * · 8678 3.4 350 3.2 92 8.6 9.4 C * · 8680 2.5 269 3.2 91 8.5 9.3 A * · 8682 4.9 224 3.2 91 8.4 9.1 A * · 868% 6..1 245 3.2 94 8.3 8.9 C · 8686 3.9 218 3.2 96 ~.3 8.8 A * · 8688 5.~ 255 3.2 98 8.2 8.7 C · 8690 3.6 316 3.2 100 8.2 8.7 C * · 8692 2.~7 341 3.2 99 8.2 8.8 A * · 8694 4.2 295 3.2 97 8.3. 8.9 · 8696 3.0 273 3.2 98 8.3 8.9 A · 8698 4.1 26~ 3.3 96 8.3 9.0 A * · 8700 3.~7 268 3.3 96 8.4 9.0 A * · 8702 4.1 266 3.4 96 8.4 9.1 · 8704 4.0 295 3.4 97 8.5 9.1 D * , 8706 3.6 48 3.4 98 8.5 9.2 D * · 8708 18.5 69. 3.4 99 8,6 9.1 D · 8710 2.8 266 3.5 98 8.7 9.1 D * · 8712 18.9 53 3.5 97 8.7 9.0 D ************************************************************************** ATLANTIC RICHFIELO CO. TER.~ WELL "A" PAGE 2-FILE , FORMATION ~ BOREHOI.,E *~ 0UALo ~, .................. ~ .................................. ~, INDEX DEPTH ~* DIP DIP ,~ DEV. DEV. DIAM DIA~ *~ BEST ~ AZI. ~ AZI. 1-3 2-4 . --A 8714 4.1 223 3.5 95 8.8 9.0 8 ~ 8716 15.~7 47 3.4 94 8.8 9.0 D *~ 8718 12.9 43 3.5 95 8.9 8.9 0 * 8720 15.7 34 3.5 97 8.9 8.9 B ~ 8722 14.7 33 3.6 98 9.0 8.9 D ~ 8724 4.9 214 3.7 98 9.1 8.9 D ~ 8726 7.9 282 3.7 98 9.0 8.9 D *~ . 8728 3.7 97 9.1 9.0 ~ 8730 3.8 97 9.2 9.0 ~ 8732 10.5 250 3.9 98 9.4 9.0 C ~ 8734 16.9 219 3.9 98 9.5 9.1 C ~ 8736 17.9 225 4.0 100 9.4 8.9 C ~ 8738 16.0 217 4.1 101 9.3 8.9 C *~ 8740 8.8 223 4.1 99 9.1 8.8 A ~ 8742 10.0 251 4.2 100 9.0 8.7 A ~ 8744 9.4 206 4.2 99 9.0 8.8 A ~ ~746 9.0 261 4.2 100 9.1 8.9 A ~ ~748 1! .0 254 4.2 102 9.0 8.8 C ~ 8750 ~4.2 236 4.2 102 9.0 8.7 C *~ 8752 4.2 i02 8.9 8.5 ~ $754 4.2 102 8.9 8.5 *~ 8756 4.2 10~ 8.9 8.5 ** $758~ 4.2 99 8.8 8.5 ~ 8760 4.2 97 8.7 8.4 ~ 8762 3.3 166 4.2 95 8.6 8.2 D ~ 8764 1.6 154 4.~ 96 8.5 ~.1 [5 ~ 8766 4.~ 97 8.4 8.0 ** 8768 2.9 324 4.2 99 $.4 8.0 6 ~. 8770 2.6 324 4.2 100 a.3 7.9 D ~ 8772 3.2 322 4.2 101 8.2 7.9 A ~* 8774 3.3 341 4.2 10~ 8.2 7.9 A ~ 8776 4.9 5 4.2 102 8.1 7.9 C ~ 8778 4.4 24 4.2 102 ~.~ 7.9 C ~* 8780 4.2 10~ 8.1 7.9 ~ 8782 25.3 ~22 4.2 101 ~.1 7.9 D ~ 8784 23.9 119 4.2 101 S.1 7.9 D ~ 8786 ~4.6 120 4.2 10~ 8.1 7.9 D ~ 8788 23.9 127 4.2 I02 8.1 7.9 D ~ 8790 6.2 102 8.1 7.9 ~ 8792 19.6 104 4.2 102 ~.1 7.9 D ~ ATLANTIC RICHFIELD CU. TERM ~iELL "A" PAGE 3-FILE 2 * 8794 22.2 119 * 8796 22.4 115 * 8798 18.0 122 * 8800 , 8802 , 8804 , 8806 , 8808 , 8810 , 8812 ~ 8814 , 8816 , 8818 , 8820 , 8822 , 8824 , 8826 , 8828 23.0 331 , 8830 , 8832 14.9 98 ~ 8834 * 8836 14.2 80 , 8838 0.5 359 , 8840 4.6 65 * 8842 4.1 66 ~ 8844 6.9 83 ~ 8846 , 8848 , 8850 , 8852 , 8854 , 8856 13.4 31 , 8858 , 8860 , 8862 * 8864 * 8866 9.0 66 , 8868 , 8870 8.9 66 * 8872 , FORMATION , DEPTh , DIP DIP , DEV * AZI. , *********************************** BOREH.OLE * OUAL. * ............................ , INDEX * · DEV. DIA~ DIA~ * BEST * AZI. 1-3 2-4 , mA , ************************************* 4.2 4.2 4.2 4.2 4.2 4.2 4.3 4.3 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 4.4 102 8.1 7.9 B * 103 8.1 7.9 D * 103 8.0 7.9 D * 102 8.0 7.9 * 102 8.0 7.9 * 102 8.0 7.9 * 102 8.0 7.9 102 8.0 7.9 * 103 8.0 7.9 103 8.0 7.9 103 8.0 7.9 * 103 8.0 7.9 * 103 8.0 7.9 * 103 8.0 7.9 103 8.0 7.9 103 8.! 7.9 102 8.1 7.9 * 102 8.1 7.9 D * 102 8.1 7.9 * 102 8.2 8.0 D 101 8.2 8.0 * 99 8.2 8.0 D * 98 8.2 8.1 D , 98 8.1 8.0 B * 99 8.1 8.0 B * 100 8.1 8.0 B , 100 8.1 7.9 * t01 8.1 7.9 * 101 8.1 7.9 * 100 8.1 7.9 * 100 8.1 7.9 * 99 8.1 7.9 D , 99 8.1 7,9 99 8.1 7.9 * 99 8.1 7.9 99 8.1 7.9 * 99 8.1 7.9 D * 99 8.1 7.9 99 8.1 7,9 D 99 8.1 7.9 * ******************************** ATLANTIC RICHFIELD CO. TERM WELL "fA" PAGE 4-FILE 2 , , FORMATION , * * ............. . .... , DEPTH , DiP DIP , * , AZI. ********************************* * * 8874 * 8876 * 8878 29.9 231 * 8@80 * 8882 * 8884 * 8886 , 8888 * 8890 , 8892 * 8894 , 8896 , 8898 * 8900 , 8902 * 8904 , 8906 ~ 8908 , 8910 , 8912' * 8914 * 8916 * 8918 * 8920 * 8922 , 8924 * 8926 , 8928 , 8930 , 8932 19.5 223 , 8934 22.4 217 , 8936 21.1 216 , 8938 20.8 214 * 8940 * 8942 17.7 201 * 8944 16.6 190 * 8946 15.:7 196 * 8948 16.4 188 , 8950 * 8952 ********************************* BOREHOLE DEV. DEV. DIAM AZI. 1-3 ******************** 4.4 98 8.0 4.4 97 8.1 4.4 96 8.1 4.4 95 8.1 4.4 95 8.1 4.4 95 8.0 4.4 96 8.1 4.4 96 8.1 4.4 96 8.1 4.4 96 8.1 4.4 96 8.1 4.4 95 8.1 4.4 95 8.1 4.4. 95 8.1 4.4 95 8.1 4.4 95 8.1 4.4 96 8.1 4.4 97 8.1 4.4 98 8.1 4.4 99 8.1 4.4 100 8.1 4.4 101 8.1 4.4 102 8 .O 4.4 103 8.0 4.4 104 8.0 4.4 104 8.0 4.4 103 8 .t 4.4 101 8.1 4.4 100 8.1 4.4 100 8.1 4.4 100 8.1 4.4 102 8.1 4.4 lOq 8.1 4.4 105 8.1 4.4 106 8.0 4.4 109 8.0 4.4 111 8.0 4.4 112 8.0 4.4 115 8.0 4.4 116 8.0 * QUAD. ........... * INDEX DiA~ * BEST 2-4 * =A 7.9 * 7.9 * 7.9 B * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.8 * 7.8 * 7.8 * 7.8 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 * 7.9 C * 7.9 C * 7.9 C * 7.9 C * 7.9 , 7.9 D * 7.9 D 7.9 D , 8.0 D , 8.0 * 8.0 * ********************** ATLANTIC RICHFIELD CO. TERN WELL "A" PAGE 5-FILE 2 , , * DEPTH * 8954 * 8956 * 8958 * 8960 * 8962 * 8964 * 8966 , 8968 * 8970 * 8972 * 8974 * 8976 * 8978 , 8980 * 8982 * 8984 * 8986 , 8988 * 8990 * 8992 * 8994 * 8996 * 8998 , 9000 , 9002 , 900% , 9006 * 9008 * 9010 , 9012 , 9014 * 9016 , 9018 , 9020 , 9022 , 9024 , 9026 , 9028 * 9030 , 9032 , FORMATION , BOREHOLE * QUAL. * , .................. , .................................. , INDEX * , DIP DIP , DEV. DEV. D , AZI. , AZI. ****************************************** 9.3 lgg 8.6 193 5.9 196 5.0 229 9.5 222 8.:7 220 13.8 21 19.7 16 15.9 23 30.6 210 33.0 315 36.5 306 29.0 311 35.6 322 0.6 12 1"7 96 0.,7 35 0.9 283 4.4 118 4.4 121 4.4 122 4.5 124 4.5 126 4.6 128 4.6 132 4.5 135 4.5 136 4.5 1'37 4.5 136 4.5 136 4.5 137 4.6 138 4.6 138 4,6 137 4.6 136 4.6 134 4.6 133 4.6 132 4.6 132 4.6 132 4.6 132 4.7 131 4.7 130 4.8 127 4.8 123 4.8 118 4.8 114 4.8 111 4.8 109 4.8 108 4.8 107 4.8 106 4.8 104 4.8 104 4.8 104 4.8 105 4.8 105 4.8 106 ****************************************** 1AM DIAM , BEST * 1-3 2-4 * :A * *********************** , 8.0 8.0 * 8.0 8.0 * 8.0 8.0 , 8.0 8.0 * 8.0 8.0 * 8.0 7.9 * 8.0 7.9 * 8.0 7.9 * 8.0 7.9 * 8.0 7.9 * 8.0 7.9 * 8.0 7.9 D * 8.0 7.9 D * 8.0 7.9 D * 8.0 7.9 D' * 8.0 7.9 D , 8.0 7.9 D * 8.0 7.9 D , 8.0 7.9 D * 8.0 7.9 * 8.0 7.9 D , 8.0 7.9 * 8.1 7.9 * 8.1 7.9 8.1 7.9 * 8.1 7.9 * 8.1 7.9 * 8.1 7.9 * 8.1 7.9 * 8.1 7.9 * 8.1 7.9 D , 8.1 7.9 * 8.1 7.9 B , 8.1 7.9 D 8.1 7.9 D , 8.0 7.9 D , 8.0 7.9 D , 8.0 7.9 C , 8.0 7.9 A * 8.0 7.9 A * *********************** ATLANTIC RICHFIELD CU. TERM WELL "A" PAGE 6'FILE ~ FORMATION ~ BOREHOLE ~ QUAL, ~ .................. ~ .................................. ~ INDEX DEPTH ~ DIP DIP ~ DEV. DEV. DIAM DIA~ ~ BEST 9034 2.5 258 4 9036 1,6 255 4 9038 ~ 9040 4 9042 4 9044 4 9046. 17,2 68 5 9048 16,3 67 5 9050 17,3 62 5 9052 5 9054 20,4 59 5 9056 5 9058 5 9060 5 9062 5 9064 5 9066 5 9068 5 9070 5 9072 5 9074 5 9076 5 9078 5 9080 5 9082 5 9084 5 9086 5 9088 5 9090 5 9092 5 9094 5 9096 21'7 294 5 9098 14,7 282 5 9100 13,0 272 5 9102 12,9 285 5 9[04 8,9 286 5 9106 5,8 291 5 9108 5 9110 9,.7 264 5 9112 16.2 280 5 ,8 106 8,0 7,9 A ~ ,8 106 8,0 7.9 A ~ ,8 107 8,0 7.9 * ,8 108 8,0 7.9 ~ ,9 108 8.0 7,9 ~ ,9 109 8,0 7,9 ~ ,0 109 8,0 7,9 D ~ ,0 ~09 8,0 7,9 D ~ ,0 109 8,0 7.9 D ~ ,0 ~08 8,0 7.9 ~ ,0 107 8,0 7.9 D ~ ,0 ~06 8,0 7,9 ~ ,1 106 8,1 7,9 ~ .i 107 8.1 7.9 ~ .2 108 8.0 7,9 ~ ,2 109 8,0 7,9 ~ .2 109 8,0 7.9 ~ ,2 109 8.0 7.9 ~ .2 109 8.0 7,9 ~ ,2 109 8.0 7.9 ~ ,2 108 8.0 7.9 ~ ,2 108 8,0 7.9 ~ ,2 108 8.0 7,9 ~ ,2 108 8,0 7,9 ~ ,2 108 8,0 7,9 ~ .2 109 8.0 7.9 ~ ,2 109 8,0 7.9 ~ .2 108 8.0 7.9 ~ .2 107 8.0 7.9 ~ ,2 107 8.0 7.9 ~ ,2 106 8,1 7,9 ~ ,2 106 8.1 7.9 D ~ ,2 107 8.1 7.9 D ~ ,2 108 8.1 7,9 ~ ~ .2 108 8.1 7.9 B ~ .2 109 8,1 7.9 B ~ ,2 109 8,1 7,9 D ~ .2 109 8.1 7.9 ~ ,2 109 8.0 7.9 D ~ ,2 108 8,1 .. 7.9 D ~ ATSANIIC RICHFIELD CO. TERM 9;ELL "A" PAGE 7-FILE 2 * DEPTH * 9114 * 9116 * 9118 * 9120 , 9122 * 9124 * 9126 * 9128 * 9130 *- 9132 * 9134 * 9136 * 9138 * 9140 * 9142 , 9144 , 9146 * 9148 , 9150 * 9152 * 9154 * 9156 * 9158 * 9160 * 9162 , 9164 , 9166 , 9168 , 9170 . 9172 * 9i74 * 9176 * 9178 , 9180 , 9182 , 9184 * 9186 * 9188 * 9190 * 9192 , FORMATION , ,mmmmm.~mmmmmmm~mmD*w~ , DIP DIP , DEV. DEV, DIAM D , AZI. , AZI. 1-3 **************************************************** BOREHOLE * DUAL. ............................... · INDEX 5.2 106 8.1 7.9 5.2 106 8.1 7.9 * 5.2 106 8.1 7.9 * 5.2 107 8.1 7.9 * 5.2 108 8.1 7,9 * 5,2 109 8.0 7,9 * 29.9 3 5.2 108 8.1 7.9 D * 29.8 2 5.2 107 8.1 7,9 D , 30,3 360 5,2 107 8,1 7.9 D * 30.5 359 5,2 108 8.1 7.9 D 5,2 109 8,1 7.9 * 5,2 110 8,1 7,9 5.2 111 8.1 7.9 * 5.2 110 8.1 7.9 * 5.3 109 8.1 7.9 * 5.3 108 8.1 7.9 * 5.4 107 8.1 7.9 * 5,4 107 8.1 7,9 5,4 108 8,1 7,9 5.3 109 8.1 7.9 5.3 109 8.1 7.9 * 5,3 110 8.1 7.9 * 5.3 110 8.t 7.9 * 5.4 111 8.1 7,9 5.4 110 8.1 7.9 * 5.4 111 8.1 7.9 * 5.4 111 8.1 7.9 * 29.9 71 5.4 110 8.1 7.9 D , 5.4 111 8.1 7.9 , 29.8 73 5.4 110 8.1 7.9 D * 26.9 74 5.4 110 8.1 7.9 D 5.4 110 8.1 7.9 * 5.4 109 8.1 7.9 * 5.4 108 8.1 7.9 5.4 108 8.0 7.9 7.8 224 5.4 109 8.0 7.9 B 7,9 217 .5,4 110 8,0 7,9 B 11,2 273 5,4 Ill 8,0 7.9 D 5.4 112 8.0 7.9 5.4 114 8.0 7.9 * ******************************************************************* ATLANIiC RICHFIELD CO. TERM WELL "A" *************************************************** * , FORMATION , BOREHOL * DEPTH * DIP DIP , DEV. DEV. DI * * AZI. . AZI. I *************************************************** . * 9194 5.4 115 8 * 9196 5.4 117 8 * 9198 5.~ 116 * 9200 7.7 291 5.4 116 8 * 9202 5.4 115 8 * 9204 18.7 -333 5.4 114 8 * 9206 18.9 333 5.4 114 8 * 9208 18..8 333 5.4 114 8 * 9210 17.2 333 5.4 115 8 * 9212 5.4 116 8 * 9214 2.4 311 5.~ 116 8 * 9216 3.1 316 5.5 117 8 * 9218 8.4 1.57 5.5 118 8 * 9220 7.4 158 5.6 118 8 * 9222 10.1 157 5.6 118 , 9224 9.0 157 5.6 118 * 9226 26.5 279 5.6 J, 17 * 9228 29.5 261 5'6 117 8 * 9230 25.4 262 5.6 117 8 , 9232 16.0 263 5.6 117 , 9234 25.4 261 5.6 117 8 , 9236 20.6 273 5.6 117 8 * 9238 5.6 117 8 , 9240 5.6 117 , 9242 5.6 117 8 * 9244 5.6 117 8 , 9246 2.8 310 5.6 1~7 8 * 9248 5.6 117 8 , 9250 5.6 118 8 * 9252 5.6 118 8 * 9254 5.6 118 , 9256 5.6 117 8 * 9258 4.5 267 5.6 117 8 * 9260 4.3 305 5.6 116 8 * 9262 3.2 .36 5.6 1~7 * 9264 1.8 338 5.6 ~i7 8 * 9266 i.8 34 5.6 116 8 * 9268 3.5 23 5.6 114 8 , 9270 5.6 11 5.6 113 8 * 9272 6.3 351 5.6 112 B *************************************************** PAGE 8-FISE 2 E , GUAL. , ............. , INDEX , A~ DIAM , BEST , -3 2-4 * =A * · ***** **************** . .0 7.9 * .0 7.9 * .0 7.9 , .0 7.9 D * .0 7.9 * .0 7.9 D * .0 7.9 D * .! 7.9 D * .1 7.9 D * .1 7.9 * .1 · 7.g B , .1 7.9 D * .1_ 7.9 C * .1 7.9 A * ,1 7.9 A * .I 7.9 A * .1 7.9 D * .~ 7.9 D * .1 7.9 B * .1 7.9 D * .0 7.9 D * .0 7.9 D * .0 7.9 * .0 7.9 , .0 7.9 * .1 7.9 * .1 7.9 D * .1 .7.9 * .1 7.9 * .! 7.9 * .1 7.9 * .i 7.9 * .1 7.9 D * .1 7.9 ~B * .! 7.9 A * .! 7.9 A * .1 7.9 A * .2 7.9 A , .2 7.9 A * .2 8.0 A , ********************** ATLANTIC RICHFIELD CO. TERM WELL "A': PAGE 9-FILE 2 ~ F DEPTH ~ DI 9274 6.i7 9276 4.7 9278 3.2 9280 2.5 9282 2.9 9284 2.7 9286 3.9 9288 9290 2.9 9292 3.0 9294 2.8 9296 3.3 9298 2.6 9300 2.6 9302 3.6 9304 3.3 9306 3.0 9308 2.5 9310 3.3 9312 3.15 9314 4-7 9316 5.0 9318 5.6 9320 2.4 9322 2.9 9324 2.5 932b 4.6 9328 5.4 9330 5.0 9332 .6.4 ORMATION , 5OREH. OLE ~ QUAL. .............. ~ .................................. ~ INDEX P DIP ~ DEV. DEV. DIAM DIA~ ~ BEST AZI. ~ AZI. 1-3 2-4 * =A 347 5.6 113 8.2 8.0 A 319 5.6 114' 8.1 8.0 A 304 5.'6 114 8.1 8.0 A 304 5.6 114 8.1 8.0 A 299 5.6 113 8.1 8.0 A 274 5.6 112 8.1 8.0 A 299 5.6 112 8.1 8.0 A 296 5.6 112 8.1 8.0 A 287 5.6 112 8.1 8.0 A 288 5.6 1~2 8.1 ~.0 A 292 5.6 111 8.1 8.0 A '2~7 5.6 1,~! ~.! 8.0 A 283 5.6 110 8.1 8.1 A 322 5.6 109 8.1 8.1 A 311 5.6 109 8.1 8.1 C 307 5.6 108 8.1 8.! A 306 5.6 108 8.1 8.0 A 293 5.6 109 8.i 8.0 A 289 5.6 109 8.! 8.O A 304 5.6 108 8.1 8.0 A 300 5.6 108 8.1 8.0 A 298 5.6 108 8.! 8.0 A 307 5.6 109 8.1 8.0 A 268 5.6 110 8.1 8.0 A 277 5.6 1~0 8.1 8,0 A 77 5.6 111 8.1 7.9 A 285 5.6 111 8.1 7.9 A 298 5.5 112 8,1 7.9 A 301 5.5 113 7.8 7.8 A 279 5.4 115 7.4 7.3 A ATLAMTIC RICHFIELD CO. TERM WELL "A" PAGE 1-FiLE * DEPTH * 8634 * 8636 , 8638 , 8640 * 8642 * 8644 , 8646 , 8698 , 8650 , 8652 , 8654 * 8656 , 8658 , 8660 * 8662 * 8664 * 8666 * 8668 * 8670 * 8672 * 8674 * 8676 , 8678 , 8680 , 8682 , 8664 , 8686 , 8688 * 8690 * 8692 * 8694 * 8696 * 8698 , 8700 , 8702 * 8704 , 8706 , 8708 , 87t0 , 8712 , FORMATION , BOREHOLE * QUAL. * , .................. , .................................. , INDEX * · DIP DIP , DEV. DEV. DIAN DIAM , BEST * , AZI. * AZI. 1-3 2-4 , =A * ***************************************************************** 2.q 98 14.4 14.0 , 2.5 99 .14.2 14.3 * 2.6 101 14.5 14.6 2.7 101 14.7 14.6.. , 2.7 100 14.6 14.6 * 2.8 100 14.4 14.5 * 2.7 97 14.1 14.0 * 2.7 96 13.6 13.6 * 2.6 95 13.5 13.6 2.6 93 13.3 13.0 * 2.6 96 12.6 12,4 * 16.8 331 2.6 96 12.1 11.8 D * 16.3 350 2.6 98 11.3 11.2 D * 15..7 333 2,6 99 10.4 10.9 D * 15.4 340 2.6 102 9.7 10.7 D 16.8 324 2.6 105 9.0 10.4 D * 2.6 107 8.9 10.0 * 20.2 313 2.6 111 8.9 9.3 D 2.6 111 9.0 9.1 * 2.7 109 9.4 8.8 * 2.7 107 9.6 8.7 * 2.8 103 9.7 8.5 * 2.8 100 9.9 8.4 2.8 100 9.7 8.3 * 2.8 99 9.5 8.3 2.8 98 8.8 8.3 * 2.8 99 8.4 8.4 * 2.8 100 8.1 8.5 * 55.2 278 2.8 101 7.9 8.6 B * 2.8 103 8.2 8.8 , 2.6 349 2.9 102 8.3 8.8 A 2.:7 304 2.9 100 8.3 8.9 C * 2.9 324 3.0 lO0 8.3 8.9 2.8 286 3.0 102 8.3 9.0 A , 3.5 274 3.1 104 8,4 9.0 B 2.,7 320 3.2 106 8.4 9.1 D * I4.0 92 3.3 104 8.5 9.1 D * 17.0 85 3.3 101 8.5 9,2 D * 14.5 78 3.4 98 8.6 9.2 D , 3.2 262 3.4 96 8.6 9.2 D ATLANTIC RIChFIELO CO. TERM WEI, L "A" * DEPTH , 8714 * 8716 * 8718 * 8720 , 8722 * 8724 * 8726 * 8728 8730 , 8732 8734 8736 , 8738 * 8740 * 8742 * 8744 , 8746 , 8748 , 8750 , 8752 * 8754 , 8756 8758 , 8760 * 8762 * 8764 * 8766 * 8768 8770 * 8772 * 8774 * 8776 8778 , 8780 * 8782 , 8784 , 8786 8788 , 8790 * 8792 * FORMATION , BOREHOL * DIP DIP , DEV. DEV. DI * AZI. , AZI. 1 ******************************************* 4.9 235 3.4 98 10.8 48 3.5 99 9.2 36 3.5 101 13.6 32 3.6 103 14.9 35 3.7 102 6.2 15 3.8 102 4.2 243 3.8 101 4.5 289 3.8 101 3,4 261 3.8 101 13.8 295 3,8 101 5.!7 277 3.8 10! 12.3 287 3.8 101 11.0 278 3.8 102 6.2 295 3.8 104 6..7 232 3.8 104 5,7 288 3.8 103 5.1 278 3.9 102 5.8 286 3.9 101 6'5 281 4.0 101 8.2 311 4.1 101 6.0 325 4.2 103 5.2 294 '4.~ 104 10,8 313 4.2 103 4.2 102 2.9 119 4.2 100 5.4 31 4.3 102 2.1 39 4.3 105 5.9 9 4.4 109 4.3 9 4.~ 112 2.~7 28 4.4 113 4.4 355 4.4 113 2.2 360 4.4 114 28.1 15'7 4.4 114 30.2 158 4.4 114 29.6 160 4.4' 115 17.4 207 4.4 115 4.4 116 14.4 338 4.4 117 14.5 339 4.4 117 14.4 344 4.4 117 PAGE 2-FILE 1 ********************** E * QUAL. * ............. , INDEX * DIA~ , BEST , -3 2-4 * =A * ********************** 8.7 9.1 B * 8.8 9.0 B * 8.7 9.0 6 * 8.8 9.0 B * 8.9 8.9 B . * 8.9 8.9 D * 9.0 9.0 C , 9.0 8.9 C 9.0 9.0 C 9.0 8.8 C 9.2 8.8 C * 9.3 9.0 C * 9.4 9.0 C * 9.4 8.9 C * 9.2 9.0 C , 9.i 8.9 A , 9.1 8.9 A 9.1 8.9 A , 9.0 8.7 A , 9.0 8.6 A , 9.0 8.5 A , 8.9 8.4 D 8.8 8.4 D * 8.7 8.3 , 8.7 8.3 B 8.6 8.2 B , 8.5 8.2 B * 8.4 8.1 D * 8.3 8.0 A , 8.2 8.0 C , 8.2 7.9 A 8.1 7.9 C * 8.1 7.9 D , 8.1. 7.9 D , 8.1 7.9 D , 8.1 7.9 B' , 8.1 7.9 * 8.1 7.9 D , 8.1 7.9 D , 8.1 7.9 D , ************************ ATLANTIC RICHFIELD CO. TER~ WELL "A" PAGE 3-FILE , , FORMATION , BOREHOLE , , .................. , .................................. , I~DEX * , DEPTH , DIP DIP , DEV. DEV. DIA~ DIAN , BEST , · * AZI. * AZI. 1-3 2-4 * :A * ************************************************************************* · 8794 4.4 118 8.1 7.9 * , 8796 4.4 118 8.1 7.9 * , 8798 4.4 118 8.1 7.9 * · 8800 4.4 118 8.1 7.9 , 8802 4.4 118 8.1 7.9 · 8804 4.4 118 8.1 7.9 , 8806 4.4 118 8.1 7.9 * · 8808 '4.4 118 8.1 7.9 · 8810 4.4 117 8.1 7.9 · 8812 4.4 116 8.1 7.9 * , 8814 4.4 116 8.1 7.9 , 8816 4.4 116 8.1 7.9 * , 8818 4.4 116 8.1 7.9 * · 8820 4.4 116 8.1 7.9 * , 8822 4.4 116 8.1 7.9 , 8824 4.4 116 8.1 7.9 * , 8826 4.5 116 8.1 8.0 , 8828 4.5 115 8.1 8.0 * , 8830 4.6 115 8.1 8.0 , · 8832 4.6 115 ~.1 8.I * · 8834 1.1 294 4.6 114 8.1. 8.2 D * · 8836 4.:7 322 4.5 114 8.1 8.3 B , 8838 6.4 1 4.5 113 8.1 8.3 D * · 8840 7.1 9 4.4 I14 8.0 8.3 B , 8842 2.8 85 4.4 115 7.9 8.2 D , , 8844 3.3 64 4.5 116 7.9 8.2 D , , 8846 5.0 36 4.5 116 7.9 8.2 D · 8848 3'7 14 4.5 116 8.0 8.1 B · 8850 4.5 116 8.1 8.1 * · 8652 10.6 338 4.5 116 8.1 8.1 D * · 8854 25.1 349 4.5 116 8.1 8.0 D * , 8856 13-7 333 4.4 116 8,1 8.0 D , , 8858 8.3 359 4.4 116 8.1 8.0 B · 8860 28.6 278 4.5 116 8.1 8.0 D , 8862 28,9 279 4.5 116 8.1 8.0 D , , 8864 28.9 283 4.5 116 8.1 8.0 D , 8866 2.8 315 4.6 116 '8.1 8.0 D , , 8868 3.9 15 4.6 115 8.1 8.0 D , 8870 3.1 25 4.6 114 8.1 7.9 D · 8872 4.7 317 4.6 113 8.1 7.9 D , ************************************************************************* ATLANTIC RICHFIELD CG. TERM %'~ELL "A" PAGE 4-FILE 1 * * FORMATION * BOREHOLE * * .............. '---* .................................. * INDEX * DEPTH * DIP DIP * DEV. DEV. DIAM DIAM * * AZI. * AZI. 1'3 2-4 * 8874 31.8 315 4.6 112 8.1 7.9 D * 8876 32.5 310 4.6 113 8.1 7.9 ~ 8878 4.6 112 8.1 7.9 * 8880 31.0 306 4.6 112 8.1 7.9 D * 8882 16.0 283 4.6 112 8.1 7.9 D * 8884 1.8 261 4.6 112 8.1 7.9 D * 8886 19.3 284 4.6 113 8.1 7.9 D * 8888 19.0 284 4.6 114 8.1 7.9 D ~ 8890 19.5 277 4.6 114 8.1 7.9 D ~ 8892 18.1 291 4.6 115 8.1 7.9 D * 8894 4.6 115 8.1 7.9 * 8896 14.8 277 4.6 115 8.1 7.9 D * 8898 4.6 114 8.1 7.9 ~ 8900 4.6 li4 8.1 7.9 * 8902 4.6 113 8.1 7.9 * 8904 4.6 113 8.1 7'9 * 8906 4.6 113 8.i 7.9 ~ 8908 4.6 ~12 8.1 7.9 ~ 8910 4.6 112 8,1 7.9 ~ 89i2 4.6 112 8.1 7.9 * 8914 16.6 229 4.6 112 8.1 7.9 D ~ 8916 17.0 229 4.6 113 8.1 7.9 D , 8918 4.6 113 8.1 7.9 * 8920 4.6 113 8.1 7.9 * 8922 4.6 114 8.1 7.9 * 8924 4.6 114 '8.1 7.9 ~ 8926 13.2 156 4.6 115 8.1 7.9 D , 8928 18.5 148 4.7 114 8.1 7.9 B , 8930 4.7 113 8.1 8.0 * 8932 4.8 113 8.1 8.0 * 893~ 4.8 113 8.1 8.0 * 8936 16.8 141 4.8 112 8.1 8.0 D * 8938 20.8 129 4.8 11~ 8.1 8.0 D * 89~0 21.0 126 4.8 114 8.1 8.0 B * 8942 62.9 303 4.8 113 8.1 8.0 D * 894~ 4.8 114 8.1 8.0 ~ 8946 4.8 112 8.1 8.0 * 8948 4.8 111 8.1 7.9 , 8950 4.8 110 8.2 8.0 , 8952 4.8 109 8.2 8.O ************************************************************************** ATLANTIC RICHFIELD CO. TERM WELL "A" ********************~******************~**~*~***~ * FORMATION * BOREHO DEPTH ~ DIP DIP * DEV. DEV. D ~ AZI. ~ AZI. PAGE 5-FILE 1 LE ~ QUAL. ~ .............. ~ I~DEX * D ~'3 * 8954 4.~ 109 8.2 * 8956 4.8 109 8.~ * 8958 4.8 108 8.2 ~ 8960 4.8 108 8.1 * 8962 4.8 107 8.1 ~ 8964 4.8 108 8.1 * 8966 4.8 109 8.1 ~ 8968 4.8 109 8.1 ~ 8970 ' 4.8 108 8.1 , 8972 4.8 107 ~ 8974 12.2 274 4.8 105 8.~ , 8976 16.2 280 4.8 i'03 8.1 ~ 8978 14,7 272 4.8 102 8.1 , 8980 8.2 270 4.8 101 8.1 * 8982 4.8 101 8.1 * 8984 14.3 258 4.8 101 8.1 * 8986 4,7 101 8.1 * 8988 4.7 ~01 8.1 * 8990 4.6 100 8.1 * 8992 4.6 100 8.1 * 8994 4.6 101 8.1 * 8996 4.7 102 8.1 * 8998 4.7 103 ~ 9000 4.8 103 8.1 * 9002 4.8 103 8.1 , 9004 4.8 104 8.1 , 9006 9.17 248 4.8 104 8.1 ~ 9008 10.8 265 4.8 104 8.1 , 9010 10.~ 250 4.8 104 8.1 * 9012 8.0 273 4.8 104 8.1 , 9014 4.8 104 , 9016 4.8 105 8.1 , 9018 25.8 94 4.8 105 8.! , 9020 8..1 288 4.8 104 8.1 ~ 9022 12.1 296 4.8 104 8.1 * 9024 ~5'7 294 4.8 104 8.1 * 9026 2.6 210 4.8 104 8.1 , 9028 5.4 208 4.8 104 8.1 ~ 9030 4.8 104 8.1 ~ 9032 7.1 244 4.8 105 8.1 IAh , BEST 2-4 * =A ************** 8.0 8.0 8.0 8.0 8.0 8.0 7.9 7.9 7.9 7.9 7.9 D 7.9 D 7.9 B 7.9 D 7.9 7.9 B 7.9 7.9 7.9 7,9' 7.9 7.9 7.9 7 -9 .9 .9 .9 D .9 D .9 D .9 D .9 7.9 7.9 D 7.9 D 7.9 D 7.9 D 7.9 D 7.9 D 7.9 7.9 D 7 7 7 7 7 7 7 ATLANTIC RICHFIELD CO. TER~ WELL "A" ************************************************** * , FORMATION , BCREHO , DEPTH ~ DIP DIP ~ DEV. DEV. D , , AZI. * AZI. ************************************************** PAGE 6-FILE *********************** LE , GUAL. , ...... * VNDEX * 1AM DI~ * BEST * . 1-3 2-4 * =A * *********************** * 9034 0.2 282 4.$ 105 8.1 7.9 D * * 9036 13.0 54 4.8 105 8.1 7.9 B * ~ 9038 1.4 291 4.8 105 8.1 7.9 D * 9040 2.9 305 4.8 105 8.1 7.9 D ~ 9042 14.8 78 4.8 106 8.1 7.9 D * ~ 90%4 9.5 83 4.8 106 8.1 7.9 D ~ 9.046 11.6 218 4.8 106 8.1 7.9 D * 9048 4.8 106 8.1 7.9 * 9050 4.8 105 8.1 · 7.9 * 9052 10.2 242 4.8 105 8.I 7.9 D * ~ 9054 10.2 233 4.8 105 8.1 7.9 B ~ 9056 4.9 105 8.1 7.9 * 9058 4.9 105 8.1 7.9 , 9060 5.0 105 8.1 7.9 * 9062 5.0 105 8.1 7.9 , 9064 5.0 105 8.1 7.9 * 9066 33.1 279 5.0 104 8.1 7.9 D * * 9068 5.0 104 8.1 7.9 * 9070 9.9 241 5.0 104 8.1 7.9 D ~ 9072 5.0 105 8.1 7.9 ~ 9074 10.0 235 5.0 105 8.1 7.9 D * 9076 10.9 232 5.0 106 8.1 7.9 D ~ 9078 9.:7 224 5.0 107 8.1 7.9 B ~ 9080 10.0 231 5.0 107 8.1 7.9 B ~ 908~ 9.8 217 5.0 107 8.1 7.9 D * * 9084 5.0 106 8.1 7.9 * 9086 5.0 107 8.1 7.9 * * 9088 5.0 107 8.1 7.9 ~ 9090 5.0 106 8.1 7.9 ~ 909~ 7.6 250 5.0 106 8.1 7.9 D * * 9094 5.0 106 8.1 7.9 * 9096 5.0 10'5 8.1 7.9 * 9098 5.0 105 8%1 7.9 * * 9100 i1.9 259 5.0 !04 8.1 7.9 D * * 9102 12.3 258 5.0 103 8.1 8.0 D * * 9104 10.1 259 5.0 102 8.1 8.0 B * 9106 9.3 235 5.0 102 8.1 8.0 * 9108 9.0 240 5.0 102 8.1 8.0 A * 9110 8.9 238 5.0 102 8.1 8.0 A * * 9112 11'3 239 5.0 103 8.1 7.9 A * ATlAnTIC RICHFIELD C0 TERM W~LL "A" PACE 7-FILE ************************************************************************* * * ~ORMATION * BOHEHO4E * Q~A4. * * *'''' .............. * .................................. * I~DEX * , DEPTH , DIP DIP , DEV. DEV. DIAM DIAM , BEST * * * AZI. * AZI. 1-3 2-4 * =A * ************************************************************************* * . * 91i4 11.5 132 5.1 103 8.1 7.9 B , * 9116 5.1 103 8.1 7.9 * * 9118 5.1 103 8.1 7.9 * * 9120 5.2 104 8.1 7.9 * * 9122 5.1 105 8.1 7.9 * 9124 ' 5.i 106 8.1 7.9 * * 9126 5.1 107 8.1 7.9 * * 9128 5.0 108 8.~ 8.0 * * 9130 14.3 140 5.0 108 8.1 8.0 O , .* 9132 16.0 147 5.0 108 8.1 8.0 D , * 9134 16.4 146 5.0 108 8.1 8.0 D * 9136 15.8 1.50 5'0 108 8.1 8.0 D * * 9138 5.0 108 8.1 8.0 , * 9140 5.0 109 8.1 8.0 * , 9142 5.1 109 8.1 8.0 , * 9144 5.1 110 8.1 8.0 * * 9i46 5.2 110 8.1 8.0 * * 9148 5.2 110 8.1 8.0 , , 9150 5.2 110 8.1 8.0 * 9152 5.2 110 8.1 7.9 * * 9154 5.2 110 8.1 7.9 , * 9156 5.2 110 8.I 7.9 * * 9158 5.2 111 8.1 7.9 * * 9160 5.2 111 8.1 7.9 * * 9162 5.2 iii 8.1 ,7.9 * * 9164 5.2 111 8.1 7.9 * * 9166 5.2 iii 8.1 7.9 * * 916'8 5.2 111 8.1 7.9 * * 9170 5.2 111 8.1 7.9 * * 9172 5.2 ~11 8.1 8.0 , * 9174 10.6 115 5.2 111 8.1 8.0 D , * 9176 5.2 111 8.1 8.0 , * 9178 18,7 115 5.2 112 8.1 7.9 D * , 9180 18.8 119 5.2 112 8.1. 7.9 D , , 9182 18.7 123 5.2 112 8.1 7.9 D , , 9184 16.0 126 5.2 112 8.1 7.9 B , , 9186 10.1 350 5.2 112 8.1 7.9 D , * 9188 5.2 112 8.1 7.9 * 9190 20,3 262 5.2 i13 8.1 7.9 D , * 9192 27.6 260 5.2 114 8.1 7.9 D * ************************************************************************* ATLA~?IC RICHFIELD CU. TER~ WELL "A" PAGE 8'FILE ************************************************************************* * * FORMATION , BO~EHOLE * QUAL. * * * .................. * .................................. * INDEX * * DEPTH * DIP DIP * DEV. DEV. DIAM DIAM * BEST * * AZI. * AZI. 1'3 2-4 * =A * ************************************************************************* * 9194 12,3 318 5.2 114 8,1 7.9 D * * 9196 18,0 326 5.2 114 8.1 7,9 D * * 9198 12,.7 321 5.3 114 8.1 7.9 D * * 9200 5.3 115 8.1 7.9 * 9202 13.9 328 5.4 116 8.1 7.9 D * * 9204 6,2 336 5.4 116 8.1 7,9 D * * 9206 5,4 116 $,1 7.9 * * 9208 5,4 115 8.1 7,9 * * 9210 5.4 115 8.1 7.9 * * 9212 5.4 116 8.1 7.9 * * 9214 8,-7 123 5.4 117 8.1 7,9 D * * 9216 5.4 118 8.1 7,9 * 9218 5,4 119 8.1 7,9 * * 9220 8.1 i43 5.4 120 8.1 7,9 D * * 9222 8,0 1.54 5.4 I20 8.1 7,9 D * 9224 5.4 120 8.1 7.9 * 9226 5,2 196 5.5 120 $.1 7.9 A * * 9228 12,4 180 5.5 120 8.1 7.9 C * * 9230 7.5 191 5.6 120 8.1, 7.9 I * * 9232 6,9 180 5.6 119 8.1 7.9 A * 9234 5,6 120 8.1 7.9 * * 9236 1,1 313 5.6 120 8.1 7.9 D * * 9238 5,5 5 5,6 121 8.1 7.9 D * * 9240 5.6 121 $,1 7.9 * * 9242 4,1 356 5.6 121 8,i 7.9 B * ~ 9244 5.6 120 8,1 7.9 , * 9246 5,6 119 8.1 7.9 * * 9248 5.6 128 8.1 7.9 * 9250 5.6 118 8.1 7,9 * ~ 9252 5.6 119 8,1 7.9 * 9254 5.6 119 8.1 7.9 , * 9256 5.6 119 8,1 7.9 , * 9258 10,2 359 5.6 118 8,1 8.0 D * 9260 6,I 348 5.6 118 8.1 8.0 D * 9262 4,8 297 5,6 117 8,1 8.0 B * ~ 9264 3.9 308' 5.6 117 8.1 8,1 A * * 9266 3.0 321 5.6 117 8.1 $,0 A ~ 9268 2,1 19 5,6 117 8,1 8.0 A * 9270 3.1 354 5.6 116 8.1 $,0 A * * 9272 3,3 349 5.6 115 $,1 8.1. A * ATLANTIC RICHFIELD CO. TERk WELL "A" P;%GE 9'FILE * * FORMATION * BOREHOLE * QUAL. * * .................. ~ .................................. * INDEX * DEPTH * DIP DIP * DEV. DEV. DIAM DIAM * BEST * 9274 2.8 6 * 9276 3.4 334 * 9278 1.9 339 * 9280 4.0 289 * 9282 3.3 284 * 9284 2.0 271 ~ 9286 2.4 268 ~ 9288 0.8 348 , 9290 5.2 296 ~ 9292 5.3 282 , 9294 4.9 2'94 , 9296 4..7 299 * 9298 3.6 302 , 9300 3.5 309 * 9302 3.7 309 * 9304 3.9 295 ~ 9306 2.6 313 ~ 9308 2.7 317 * 9310 3.2 307 * 9312 3.9 303 * 9314 3.9 299 * 9316 4.0 301 * 9318 4.0 302 ~ 9320 4.1 307 5.6 1~5 8.1 8.1 A -x. 5.6 115 8.1 8.2 5.6 114 8.2 8.2 A 5.6 114 8.2 8.2 A 5.6 113 8.2 8.2 A 5.6 112 8.2 8.2 5.6 112 8.2 8.1 A 5.6 112 8.2 8.1 A * 5.6 112 8.2 8.1 5.6 113 8.2 8.1 A , 5.6 113 8.2 8.! A 5.6 112 8.2 B.1 A 5.6 111 8.2 8.] A 5.6 110 8.2 8.1 A 5.6 110 8.2 B.1 A 5.6 i10 8.2 8.1 C 5.6 110 8.2 8.1 A 5.6 111 8.2 8.1 A 5.6 111 8.2 8.1 A 5.6 111 8.2 8.1 5.6 112 8.2 8.1 A 5.6 115 8.2 8.1 ~ , 5.6 117 8.2 8.1 A 5.5 119 7.8 8.0 C ATLANTIC RICHFIELD CU. TER~ WELL "A" SUMMARY * DEPTH * DIP DIP * DEV DEV DIAM DIA~ * QUAL * * * AZM * AZM 1-3 2-4 . * 8634.0 12.5 163. 2.5 118. 14,9 14.0 * , BOTTOM * * 9332.0 6.4 279. 5.4 115. 7.4 7.3 A , TOP * , 8634.0 45.3 225. 2.4 98. 14.4 14.0 . , BOTTOM * * 9320.0 4.1 307. 5.5 119. 7.8 8.0 C * , ~ 8CHLo,i?~SI:,RGER ~. HIGi~ RE$(]I~,OT I Ot~i CL ~3 ST ~i~ LISTIt~G ATLAi~'I'IC RICHFIELD CO. PRUDMOE BAI ~}. SLOPE, 'f~'Rt.'i :¢~ELL "A" RUN ~O. 0~"-~ SOB CLUSI'~R RLSOL,'I S 30 DEG. X2 SEARCH ANGLE 2725 7,4 76 0.~ 2730 8.J 74 2732 15.2 2~2 0,~ 273c 5.8 ~5 0.~ 2738 1 .i 353 27~Q 4.6 315 0.8 27~2 16.6 253 0,8 P7~ 12,2 ~9 0.8 2740 0.3 134 0.8 27 ~ ~ 2.~ 9 0.7 2750 2.9 6 0.~ 275~ 1,7 70 O,b 2756 %.1 99 0.6 2758 2'760 0 2'7 ~.2 6,4 51 0.6 276 ~ 0 . 9 277 0 . 27~6 0.3 291 ~770 5.~ 35~ 0.6 2772 0.~ 67 0.6 2774 2.6 83 0.6 277 ~ 2. u ~ 5 0. 27S2 2.~ ~7 O.b -276~ 2.~ ~'7 27~o t.o 11 0.6 27~ 2.5 29 0.6 '2790 2,~ 33 27~2 2,3 2~ O.b 279~ 2,5 23 0.6 279~ 2.3 339 0.~. 2~90 !O. ~ 351 O. 2~02 B,9 16 28:3 ~ 0.6 2~(;6 5.0 3~8 0.6 150 1, ~. 0 15, 139 1-t.7 138 15.2 15.0 i42 15,~ 15.~ 140 15.8 15.~ 117 15.9 15.5 135 lb.2 15,6 136 16,3 1o.0 136 16.~ lo.2 136 1~,5 16,2 13~ 1~.6 16.2 139 16,b 16,2 142 16,~ 1~.i 140 16.3 15.5 13~ 15.7 128 1 ~. 8 1<~. 1 125 I~.t 13.7 t25 13,9 13.7 127 13,7 13.7 130 13,7 13.7 t29 13.~ 13.7 130 1~.1 135 !4,5 1~.2 1~3 14.2 1 { 6 13.7 1't8 13.~ 13.o 152 13,6 l'3.b !61 13.7 !3.7 16 4 ! ~, 0 ! 3 152 13.~ 158 13.5 13.~ 151 13.3 13.8 154 13.1 13.8 157 12.9 13,9 152 12.8 1~,1 144 13.0 i,4.3 14~ 13.~ 14.6 147 13.4 !4.~ 2~20 4.2 I 76 ~ ~ 30 6.3 34 2332 '2.7 77 2834 2,~ 2~ 283~ 28~2 5.~ 92 . 2~ .o 28~,~ 19.3 lBO 2~50 6.2 t!5 2~5'2 ll.2 2854 7.4 lO8 285~ 9,7 55 2858 o.7 13~ 28~0 1.0 199 28~2 2.i 19~ 2~4, 0.4 2866 6.b oi 28~6 5.9 153 2~70 t0.~ 179 2872 287~ 4.7 2~7o 3.0 ~8 2~78 2.0 1~7 2~80 2.4 213 ~82 3.3 103 2~94 3.~ 115 2886 4.8 157 DEr. D~V. 01 A~'4 D!AV~ 0.6 1~8 13.3 1~.~ 0.6 !-~8 13.3 ~.~ 150 13.3 !4.9 0.6 15~ 13.4 0.6 171 13.5 0.6 lgO 13.4 14.5 0.6 177 13.4 14.~ 0.6 174 13.7 14.4 0.6 169 1~.2 O.b 175 1~,~ 1'~.0 0.6 181 ]~,6 13.8 0.~ 1~ 1~.8 13.~ 0.6 187 15,1 13,7 0,~ 182 15,2 13.9 O.b 1~0 !4.8 15.6 0.6 180 14,7 !3.2 O.b 180 1~.7 O.b 182 t4.3 13.2 0.6 182 14.2 13.1 0.6 181 1 '~,'~ 13.0 0.6 t81 1~.6 13,1 O. 6 184 1 ~..~ 13.2 0.6 185 14,5 13.3 O.B 185 14.8 13,3 0.6 185 1~.9 13.3 0.6 187 14.6 13.4 0.~ ~8 1'I.~ 13.5 O.b 187 14.9 13.3 0.6 185 15.~ 12. 7 0.~ la5 15.5 12.A 0.0 186 i5.5 O,6 186 15.6 0.6 184 15,5 O,b 180 15.3 12,6 O. 6 17b 15.3 12. ~7 0.6 177 15.5 12.5 0.0 i83 ~5.3 12.q O, o 187 15,3 12.'1 ATLANTIC HICH~'iELD CO. TER~ wELL "A" PAGE 3-FILE 2 * ~'ORMATION * ~OREHOLE * QUAL. * * .................. * .................................. * InD£X * DEPTH , DIP DIP , DEV. DEV. DIAM DIAM ~ BS,T * , AZI. * AZI. 1-3 2-~ * :A * ************************************************************************ , , 2888 16.1 18U 0.6 187 15.9 12.9 2890 4.8 200 0.6 186 16.5 13.0 2892 i.5 358 0.6 187 16.6 13.0 2894 13.3 145 0.6 189 16.3 13.0 2896 0.6 190 16.5 13.1 2898 2.2 16 0.6 189 16.0 12.9 2900 2.0 4 0.7 189 14.8 12.8 2902 3.7 4 0.8 189 14.4 12.8 2904 4,4 53 0.8 201 14.2 12.8 2906 ~.6 24 0.8 213 14.2 12.9 290~ 2.9 5 0.8 202 14.4 12.9 2910 3,5 75 0.7 190 15,0 12,8 2912 6.4 187 0.6 190 15.3 12.7 2914 13.7 285 0.6 190 15.3 12.6 2916 8.8 207 0.6 190 15.3 12.5 2918 6.0 201 0.6 191 15.3 12.~ 2920 2.1 69 0.6 191 15,4 1,2.3 2922 10.2 236 0.6 191 15.4 12.4 292~ 4.q 232 0.7 191 15.4 12.4 2926 4.2 236 0.8 190 15.4 12.4 2928 0.9 291 0.8 190 15.3 12.4 2930 3.2 253 0.8 190 15.2 12.4 2932 4.2 41 0.8 191 15.1 12.4 2934 3.5 103 0.8 191 15.0 12.5 2936 1.7 107 0.8 192 14.7 12.5 2938 1.3 53 0.8 192 ~4.b 12.4 2940 1.3 35 0.8 193 14.7 12.5 2942 0,8 24 0,8 194 14,9 12,6 2944 1,5 33 0.7 194 15.3 12.6 29~6 2,9 61 0.8 194 15.6 12.6 2948 3.3 165 0.8 196 15.3 12.7 2950 3.9 128 0.8 195 14.8 12.7 2952 1.7 72 0.8 190 1~.4 12.5 2954 1.5 3~2 0.8 186 1~.2 12.2 2956 0.8 180 14.2 12.3 2958 0.8 17~ 14.3 12.3 2960 1.0 203 0.8 172 14.3 12.~ 2962 1,5 75 0.8 173 1~.1 12,5 2964 11.6 139 0.8 174 13.9 12.7 296~ 10.9 150 0.8 173 13.9 !2.8 A'£LA!~i~IiC RiC~i~'iE~D CO, TER?~. wr~hL "A" PAGE 4-FILE 2 29~8 5.9 25 0.8 171 i3.9 2970 4.4 59 0.8 174 14.0 2972 4,5 77 0,8 183 14.0 2974 1.4 ~15 0.8 189 14.0 2976 5.6 193 0.8 191 13.6 2978 3.6 178 0,8 191 13,4 2980 1.9 222 0,8 190 13,4 2982 1,1 268 0.8 191 13.6 2984 2,7 10 0,8 ~87 13,5 2986 2,2 26 0,8 180 13.2 2988 5,6 25 0,8 173 12.9 2990 0.8 173 12.7 2992 0,8 179 ~2,7 2994 10,2 253 0,8 183 12,7 2996 0,8 184 12.8 2998 9.9 226 0.8 183 12.8 3000 1.4 26 0.8 177 12.7 3002 2.2 338 0.8 171 12.8 3004 3,9 276 0.8 162 12.9 3006 7.5 270 0.9 158 13.0 3008 8.5 246 1.0 158 13,2 3010 2.8 194 ~ 1.0 160 13.4 3012 5.4 138 1.0 161 13.7 3014 1,8 109 1,0 154 14.1 3016 0.8 76 1.0 149 14,2 3018 2.6 74 1.0 I50 13.9 3020 2.~ 54 1.0 15! 13.7 3022 2.7 51 1,0 152 13,8 3024 2.8 6~ 1.0 153 14.0 3026 4,8 299 1,0 154 14,3 3028 2.0 169 1,0 157 14.5 3030 4.3 71 1,0 155 14.5 3032 5.0 137 1.0 !51 14,3 3034 3,8 105 1,0 155 13,9 3036 12,5 2 1.0 164 13.9 3038 0,9 105 1,0 168 14,1 3040 1,0 166 14,3 3042 1.7 308 1.0 161 14.2 3044 4.3 311. 1,0 160 14,1 3046 1,5 286 1,0 162 14,1 ********************************************************** , aUAL. ..... * INDEX IAM * BEST 2-4 * A A A A ' A A A A A A A C A A A A A A C A A A A A A C A A A B 12.6 12.6 12.7 12.8 12.6 12.5 12.6 12.6 12.7 12.9 13.1 13,2 13.4 13,5 13.3 13.2 13,3 13,4 13.4 13.3 13.2 13.1 13.8 13,9 13.6 I3,4 13.3 13,4 14.0 14,2 14.1 14,1 14.1 14.2 14.4 14,4 14,2 14,1 14.1 ATLANTIC RICHFIELD CO. TER~,I WELL "A" PAGe. 5-FIL~. 2 * FO~ATIUD * 6OREHOLE DEPTH * DIP DIP ~ DEV. DEV. DiA~ ~ AZI. ~ AZI. 1-3 3048 t.0 166 14.2 3050 1.0 165 14.3 3052 4.3 ~0 1.0 1~5 14.4 3054 3.3 290 1.0 166 14.6 3056 4.1 303 1.0 167 15.0 3058 1.5 342 1,0 173 15.1 3060 1.0 177 14.9 3062 3,5 328 1.0 176 14.8 3064 4.0 340 1.0 178 15,0 3066 5.4 274 1,0 180 15.3 30~8 1.9 301 1.0 182 15.~ 3070 5.8 196 1.0 182 15.2 3072 6.2 356 1.0 182 15.0 307-% 6.2 86 1.0 182 14.7 3076 9.0 171 1,1 183 14,4 3078 9.0 174 1.2 183 14.4 3080 2.4 86 1.2 183 ~4.5 3082 4,2 51 1.3. 184 14.6 3084 1.7 43 1.6 186 308~ 2.1 159 1.9 185 14.8 3088 3.3 116 1.8 184 15.0 3090 8.0 62 1.6 183 15.1 3092 4.2 233 2.0 186 14.9 309~ 9.3 56 1.7 193 15.0 309~ 4.6 279 1.I 193 15.3 3098 1.7 298 1.0 189 15.4 3100 0.7 293 1,0 193 15.2 3102 1.1 189 1.0 190 15.1 3104 O.b 164 1.0 i80 14.9 3106 2.0 18i 1.0 181 li.8 3108 1.0 220 1.0 183 1.4.8 3110 1.1 98 1.0 183 14.8 3112 1.8 61 1.0 181 14.9 3114 1.4 75 1.0 180 15.0 3116 0.7 66 1.0 178 15.0 3118 0.7 113 1.0 176 15.0 3120 0.9 177 1.0 173 15.1 3122 1.4 162 1.0 169 15.0 3124 1.3 136 1.0 165 14.4 3126 0.8 158 1.0 I64 13.8 ...... $ INDEX DIAM , BEST 2-4 * =A 14.1 14,2 14.3 i4.4 14.6 14.8. 14.8 14.8 15.2 15,~ 15,5 15.3 15.3 15.3 15.2 i5.2 15,3 15,4 15.5 15.7 15.8 15.9 15,7 i5,7 15.9 15.8 15.6 15.4 15.0 14.8 14.~ 14.5 1.4.5 14.6 14.8 1~.8 14.7 14.4 13.8 13.3 ATLANTIC RiChFiELD CO. TERM i4ibL "A" PAGE 6'FiLl 2 FORMATION * BOREHOLE DIP DiP * DEV. DEV. DIA AZI. * AZI. 1' 3128 2.1 86 1.1 163 3~30 2.8 125 1.2 162 3132 1.2 158 3134 1.2 152 3136 1.2 148 3138 3.4 172 1.2 3i~0 6.0 122 1,! 145 3i~2 9.~ 8~ 1.1 143 3144 11.3 60 1.0 '140 31~6 10,5 45 1.0 14~ 3148 1.0 145 3150 1.0 148 3152 1.0 150 3!54 1.0 15I 3156 1.0 148 3158 1.0 3160 1.0 152 3162 1,0 153 3164 1.0 155 3166 1.0 I60 3168 1.0 168 3170 1.0 174' 3172 1.0 181 3174 1.0 187 3176 1.0 194 3178 13.6 147 1.0 201 3180 1.0 204 3182 1.0 205 3184 1.0 20~ 3186 1.0 197 3188 1.0 185 3190 1.1 183 3192 12.7 255 1.2 178 3194 ' 1.2 i68 3196 1,2' 161 3198 18,4 356 1.2 15g 3200 1.0 43 1.2 160 3202 1.5 86 1,2 159 3204 3.3 145 1.2 161 3206 1.2 161 * ~UAL. ............ * INDEX M DIA~: 3 2-4 ********************* 13.6 13.0 13.5 12.9 B 13.5 12,8 13.6 12,7 13.6 12.8 13.5 12.8 13.5 13.0 O 13.5 13.2 D 13.4 13.3 B. 13.2 13.~ B 12.8 13.3 12.6 13.3 12.6 13.4 12.6 13.4 12.7 13.4 12.7 13.4 12,8 13.4 12.8 13,3 12,8 13.3 12.9 1.3.2 13.1 13.0 13.1 12.8 13.1 12,8 13.0 12.8 12.9 12.9 12.8 !2.8 12.7 12.7 12.7 12.6 12.7 12.5 12.7 12.5 12.8 12.6 12.8 12.7 12.8 12.8 O 12.7 12.9 12.7 12.8 12,6 12.7 B '12.6 12.7 B 12.7 12.7 B 12.8 12.? 0 12.8 12.7 *********************** ATLANTIC R!CH~iELD CO. TERM WELL "A" PAGa 7'F'ILE * , FOR~ATION , BOREHOLE * , .................. , .................................. * INDEX * DEPTN , DIP DIP * DEV. DEV. DIAN DiA~ * , AZI. , AZI. 1-3 2-4 * mA , * 3206 4.2 339 1.2 163 12.9 12.7 B * 3210 4.8 360 1.2 167 12.8 12.6 * 3212 2.7 22 1.2 168 12.8 12.6 C * 3214 0.6 174 1.2 169 12.8 12.7 A * 3216 0.4 62 1.2 171 12.8 12.7 A * 3218 1.5 ~5 1.2 172 12.8 12.7 A * 3220 2.6 54 1.2 177 12.8 12.8 A * 3222 2.8 34 1.2 1~4 12.8 12.9 A * 3224 2.5 291 1.2 190 12.6 12.8 A * 322~ 2.4 299 1.1 195 12.5 12.7 A * 3228 2.9 45 1.0 201 12.5 12.7 A * 3230 2.8 151 1.0 195 12.5 12.7 A * 3232 1.3 139 1.0 184 12.6 12.8 A * 3234 1.2 106 1.0 181 12.6 12.7 A * 3236 3.1 200 1.0 18i 12.6 12.~ A * 3238 4.1 196 1.0 181 12.6 12.8 A * 3240 5.6 163 1.0 181 12.5 12.7 A * 3242 5.8 125 1.0 179 12.6 12.7 A * 3244 6.~ 75 1.0 175 12.6 12.7 A ~ 3246 3.0 89 1.0 172 12.7 12.7 A * 3248 2.1 108 1.1 170 12.7 12.7 , * 3250 3.4 77 1.1 169 12.8 12.7 D * 3252 4,7 135 1.2 166 12,8 12.~ D ~ 3254 5.9 104 1.2 163 12.8 12,8 D ~ 3256 3.2 7~ !.2 163 12.7 12.7 O ~ 3258 1.1 276 1.2 162 12.7 12.7 B * 3260 2.2 26 1.2 165 12.7 !2,7 D * 32~2 1.3 170 12.8 12.8 * 3264 7.3 153 1.4 175 12.8 12.8 D ~ 3266 1.2 34 1.4 179 i2.8 12.8 ~ 326~ 4.5 26 1.4 178 12.7 12.8 A * 3270 7.5 73 1.3 175 12.7 12.8 C ~ 3272 2.4 52 1.2 177 12.6 12.8 C * 3274 4.2 ~0 1.2 181 12.5 12.8 A * 3276 3.0 15 1.2 186 12.5 12.8 A * 3278 3.1 343 1.2 189 12.5 12.8 A * 3280 1.6 68 1.2 193 12.6 12.8 C * 3282 1.6 74 1.2 196 12.b 12.8 A * 328~ 4.0 34 1.2 196 12.6 12.7 A * 3286 4.7 32 1.2 199 12.7 12.6 A ************************************************************************* A?LANIlC P..ICM~'IELD CID. TER~I ~ELL "A" PAGE 8'FILE 2 $ FOR[~ATION · BOREHDLE ~ .................. $ .............. ' .................... DEP~M , DiP ~DIP * DEV. DEV. DIAM DIAN · AZI. * AZI. 1-3 2-4 328~ 5.1 351 1,2 197 12,7 12.5 A 3290 1,I 74 1,1 192 12,7 12,5 A 3292 1.7 2~b 1,0 188 12.~ 12.6 C 3294 0,5 09 1.0 186 12.8 12.6 A 3296 1.0 12 1,0 187 12,7 12,5 A 3298 3.9 34 1,0 184 12,7 12,6 A 3300 3,4 318 1.0 181 12,6 12,7 A 3302 2,2 100 1,0 i77 12.6 12,7 C 3304 1,0 3~ 1,0 17! 12,9 12,$ A 3305 3.8 22 1.0 166 13.4 13,0 A 3308 1.4 336 1.0 162 13.9 13.3 C 3310 1.~ 302 1o0 160 14.0 13.5 A 3312 1,3 360 1.1 158 14.1 14,0 A 3314 2.3 11 1.2 159 1~.2 14.1 A 331~ 3.5 341 1.2 159 14.i 13.8 A 3318 0.8 I00 1.2 158 14.3 13.7 A 3320 1.2 39 1.2 161 13.9 13.4 A 3322 2,6 358 1,2 165 13,7 13.2 A 3324 3,6 318 1,2 167 13,5 13,1 A 3326 1,t 29 1,2 169 13,3 13,0 A 3328 3.3 1.7 1,2 174 i3,2 12,9 A 3330 7.3 3 1.2 177 13.2 13.0 A 3332 0.6 33 1,2 178 13,2 13,0 A 3334 0.7 10~ 1,2 178 13.3 13.2 A 3336 0.6 319 1.2 178 13.6 13.6 A 3338 1,0 309 1,2 180 li,O 14,0 33i0 1.9 256 1.2 182 14.3 14.3 C 3342 1.4 337 1.2 183 14.3 14.5 i 3344 2.7 108 1.2 185 14.0 14.4 A 3346 2,4 95 1,2 188 13,~ 14,5 A 3348 2.8 116 1.2 193 13.7 I4.6 A 3350 5.8 56 1.2 199 13,5 14,~ C 3352 3,3 83 1,2 20q 13,2 14,0 A 3354 3.0 123 1.2 204 13.3 13.7 A 3356 1.8 111 1.2 207 13.6 13.9 A 3358 2,1 109 1.2 208 13.9 14,0 A 3360 0,8 61 1.2 205 13.8 14.0 C 3362 3.1 122 1.2 206 13.5 13.9 C 3364 1.4 14 1.2 206 13.4 14.1 A 33~6 1,8 309 1,2 206 13,4 14,2 A ************************************************************************* ATLA~IIC RiCHfIELD CO, TERM ~5LL "A" PAGE 9-FIbE 2 ~ ~ FORSATION ', BOREHOLE ~ , .................. , .................................. * DEPTH , DIP DIP , DEV. DEV. DIAM DIAM * , , AZI. * AZI. 1-] 2-4 * =A ************************************************************************* 3368 5.6 126 1.2 206 13.2 i4.0 3370 4.3 199 1.2 205 13.6 14.2 3372 5.2 45 1.2 206 14.2 3374 5,1 332 1,2 207 14,3 1.~,6 3376 3.8 297 1,2 207 14,1 14,4 ]378 1.8 332 1.2 212 14.0 14.2 3380 2.7 80 1.2 226 14.1 14.2 3382 1,2 218 14,2 14,2 3383 2.b 31i 1,2 201 14,1 13,9 3386 1,6 57 1,2 199 1~,~ 13,5 338~ 1,7 3~6 1,2 190 14,1 13,3 3390 1.7 12 1.2 167 13.9 13.3 3392 2.8 24 1.2 149 13.5 13.5 339~ 3.1 10 1.2 156 13.0 13.4 3396 7.2 40 1.2 169 13.2 13.3 3398 13,1 38 1,2 183 13,7 13,5 3400 9,2 35 1,2 192 13,8 13,4 3492 2.2 278 1.2 192 13.5 13.3 3404 ~,5 27b 1,2 190 13,3 340~ 3.9 6 1.2 188 13.1 13.4 3408 4.2 347 1,2 189 12,8 13,4 3410 4,7 33 1,2 191 12,9 13.5 34~2 4,~ 14 1,3 192 13,2 13,4 3&14 5,0 16 1,4 200 13,3 13,4 34~6 1.4 198 13.6 13.4 3418 1.4 188 14.0 13.6 3%20 5.6 12~ 1,4 195 13.9 13.5 3422 4.2 106 1.4 197 13.6 13.1 3424 4,3 340 i,3 183 13,3 13,i 3426 3,7 tl 1,3 178 12,9 13.1 3428 7,0 37 1,3 181 12,7 12,8 3430 1,4 182 12.9 12.7 3432 2.4 50 1.4 184 13.3 12.8 343~ 4,5 45 1,4 182 13,5 12,8 343~ 5.2 44 1.4 180 13.5 12.5 3438 7,0 46 1,4 181 13,5 12,4 3440 1~,5 337 1,4 184 13,9 12.6 3442 6.1 91 1.4 185 14.6 12.8 3444 3.4 256 1,4 185 14,9 12,8 3446 3,2 62 1,4 185 14,9 12,9 R1CH~'IELD CO. TERM ~LL "A" FORMATION * BOREHOL * DEPT~ , DIP DIP , * * AZI. , 344~ ~.9 39 3450 3.4 36 3452 6.~ 69 3454 7.1 3456 9.5 34 3458 34~0 3462 7.0 82 3164 6.1 51 3466 3,8 1 3468 3,7 15 3i70 1,7 3472 5,9 355 3474 10,7 236 3476 2,6 350 3478 1,7 22 3480 1.9 72 3~H2 4.6 42 34~4 4.7 52 3486 4.0 46 3488 3.O 40 349o 1.6 80 3492 2,3 153 3494 2,5 188 3496 5,2 139 3498 3500 12,9 111 3502 16,1 119 3504 1.7 61 3506 12.7 177 ~508 1,4 264 3510 1,1 119 351~ 3514 3516 3518 3520 -3522 3524 27,5 360 3526 26.7 351 DEV. DEV. DIAM AZI. I-3 PAGE 10-FILE ............. * INDEX DIA~ * BEST 1,4 184 li,9 1,4 183 14,9 1,4 182 14,6 1,~ 184 14,2 1.4 185 14.2 1,4 I85 14,2 1,4 185 14,6 1,4 183 15,0 1,4 181 15,2 1,4 181 15,1 1.4 181 15,1 1.3 182 15,2 1,2 181 15,3 1.2 178 15.5 1.2 177 15.8 1,2 177 16,1 1,2 178 16,4 1,3 180 16.6 1,4 184 1.6.7 1,4 186 16.9 i.% 188 17.1 1.~ 189 17.2 1,4 190 17.~ 1,4 193 17,4 1.4 195 17.5 1.4 193 17.5 1.% 190 17.6 1.4 189 17.6 1.! 189 17.6 1.4 189 17,6 I.~ 190 17,5 1,4 193 17.3 1.4 19~ 17,3 1,~ 195 17.3 1,4 192 17,3 1,4 190 17.2 1.4 187 17.4 1.4 187 17.5 1.4 188 17.3 1.5 189 17.1 13.0 13.5 13.0 12.2 12.2 ~2.2 12.2 i2.2 12.2 12.2 12.3 12.3 12.1 12.1 12.0 12.0 12.0 11.7 11.3 i1.1 !1,1 11.0 11,0 11,0 11.0 11.0 11.0 I1,1 11.0 11.1 11.1 ll,O 10.9 11.0 10,9 10.8 11.0 11,2 11.1 11,0 ATL~ a-, ,~ . ' ~,~,i.C RICHFIELD CO T[;R~ WELL "A" PAGE 11 FILE:~ * FORSATIO~ * BOREHOLE * QUAL. * .................. * .................................. * INDEX DEPTH * DIP DIP * DEV. DEV. DIAM DIAM * BEST AZi. 1-3 2-4 * =A * 3528 1.6 187 17.1 10.9 3530 1.6 185 17.2 11.0 3532 1.7 179 17.7 tl.3 353~ 1.8 175 17.5 11.3 3536 1.9 ~73 16.9 10.9 3538 1.8 63 2.0 169 16.8 10.8 3540 1.9 335 2.0 165 16.8 10.8 3542 2.1 162 16.8 10.8 35~4 2.2 158 16.9 10.9 35~6 2.2 156 17.0 11.1 35~8 3.5 6 2.2 158 17.1 11.2 3550 3.1 35 2.2 160 i?.1 11.2 3552 6.5 87 2.2 157 16.9 11.1 3554 6.8 38 2.2 152 16.7 11.0 3556 2.3 143 16.6 11.0 3558 2.4 140 16.6 11.0 3560 3.1 67 2.5 140 16,7 11.0 3562 5.~ 55 2.7 1{1 16.6 11.0 3564 0.7 188 2.8 142 16.6 11.0 3566 14.5 47 2.9 142 16.6 11.1 3568 3.1 327 3.0 143 16.7 11.1 3570 3.5 9 3.0 143 16.7 11.2 3572 2.3 19 3.0 144 16.7 11.2 3574 11.0 159 3.0 lt4 16.6 11.2 3576 1.4 337 3.1 143 16.~ 11.2 357~ 2.7 2~0 3.2 142 16.6 11.2 3580 1.6 302 3.3 1i2 i6.6 11.3 3582 11.1 237 3.4 lt2 16.7 11.4 358~ 4.2 31 3.4 112 16.7 11.4 3586 3.5 1~4 16.7 11.3 3588 2.0 296 3.6 146 16.7 11.3 3590 3.8 350 3.7 145 16.6 11.2 3592 1.8 113 3.8 142 16.6 11.2 3594 1.3 61 3.8 142 16.'6 11.1 359~ 3.3 35 3.8 142 1.6.6 11.1 3598 2.3 70 3.9 142 16.6 11.1 3600 1.9 347 4.0 141 16.5 3602 1.7 19 4.1 136 16.5 11.0 3604 1.1 344 4.2 131 16.5 11.0 3606 0.2 147 4.2 13i 16.5 11.0 ATLAMTiC EICHFiELD CO. * FORMATIO~q DEPTH , DIP DI * ~Z 3608 1.9 34! 3610 3.2 4 3612 !.5 338 36i4 2.8 46 3616 3.9 53 3618 2.8 17 3620 1.9 34 3622 2.4 50 3624 3.1 352 3626 2.6 17 3628 0.8 273 3630 1.3 348 3632 1,6 14 3634 2.1 36 3636 1.2 58 3638 1.1 60 36~0 1,7 39 3662 1.8 40 3644 1.7 45 36~6 i.9 101 3648 1.4 32 3650 2.4 62 3652 (t.8 331 3654 0.3 344 3656 1.8 7 3658 2.0 6 3660 0.5 321 3662 2.3 326 36~4 1.0 9 3666 0.$ 335 3668 0.7 288 3670 1.4 3~i 3672 1.5 77 3674 2.0 65 3676 2.5 51 3678 2.2 62 3680 2.4 76 3682 2.4 8 3684 2.~ 100 3686 2.8 105 mmmmm~mmmm~mmmmmm P * DEV. I, * BOREHOLE ....................... OEV. DIAM DIA~ AZI. 1-3 2-4 ******************************** 4.3 131 4.4 130 4.4 130 4.4 129 4.5 126 4.6 124 4.6 124 4.6 126 4.7 129 4.8 130 4.9 131 5.0 131 5.0 132 5.1 133 5.2 134 5.2 133 5.3 132 5.~t 131 5.5 130 5.5 129- 5.6 130 5.7 132 5.8 134 5.8 135 5.9 136 6.0 137 6.1 138 · 6.2 13b 6.2 135 6.2 133 6.2 132 6.3 131 6.4 132 6.4 132 6.5 131, 6.6 132 6.7 134 6.8 135 6.8 135 6.8 133 16.5 11.0 16.4 11.0 16.4 11.1 16.5 11.1 16.5 11.1 16.5 16.5 11.0 16,5 11,0 16,4 11,0 16,4 11,0 16.4 I1.0 16,4 1!.0 16.4 ~0.9 16.4 11.0 16.4 11.0 16.5 11,0 16.5 11.1 16.6 11.i 16.6 11.1 16.6 I1.0 16.6 11.0 16.6 I1.0 16.6 11.0 16.6 11.0 16.0 11.0 16.6 11.0 16.6 11.0 16.6 11.0 t6.6 !1.0 16.6 !1,0 16.6 11,0 16.6 11,0 I6.7 11.1 17.0 tl.5 17.1 1!.7 16.8 11.5 16.7 11.2 16.7 11.2 16.7 11.1 1.6.6 11.0 , FORMATION * DEPTH , DIP DiP * OEV · AZI. ************************************ 3688 3.b 114 6,9 3690 2.6 !82 7.0 3692 3,1 304 7.0 3694 4.1 308 7.0 3696 1.1 281 7.1 3698 3.2 53 7.1 3700 3.4 48 7.2 3702 2.8 45 7,3 3704 0.5 320 7.9 3706 0.5 90 7.9 3708 1.0 354 7.5 3710 1.0 330 7.6 3712 6.1 228 7.6 3714 2.3 276 7,7 3716 4.5 80 7.8 37~.8 4.2 106 7,8 3720 6,2 102 7.9 3722 3.6 350 8.0 3724 1,1 322 8.0 3726 4.3 98 8,1 3728 4.0 59 8.2 3730 0.8 5 8.2 3732 1.4 %2 8.3 3734 1.6 45 8.4 3736 1.5 51 8.4 3738 1.5 ~9 8.~ 3740 2.6 40 8.5 3742 3.1. 4 8.6 3744 2,4 2I 8.7 3746 3.2 25 8.8 3748 1.9 35 8.8 3750 1.0 33 8.8 3752 1.3 5 8.7 3754 1.1 45 8.6 3756 1.5 11 8.6 3758 1.6 7 8.6 3760 !.4 27 8.6 3762 1.9 12 8.6 3764 2.7 9 8.6 376~ 1.1 344~ 8.6 ATLANTIC RICkFIELD CO. TERN WELL "A" PAGE 13'FILE 2 132 16.6 132 16.6 132 16.6 134 16.5 135 16.4 134 16.5 132 16.5 131 16.6 13! 16.6 132 16.6 131 16.7 127 16.8 124 16.7 125 16.7 126 16,7 126 16,7 126 16.7 125 16.7 125 16.6 127 16.6 129 16.8 130 17.1 132 17.2 133 17.4 132 I7.6 131 17,8 127 18,0 124 18.0 122 18.0 122 18.0 t23 18,0 122 18.0 122 18.0 121 18,0 118 18.0 120 18.0 123 18.0 123 18,0 123 18.0 123 18.0 ........... * INDEX DIAM * BEST 2-4 * =A 11.0 11.0 11.0 10.9 10.8 10.9 11.0 11.0 11,0 11.0 11.2 11.2 11.1 II.0 11.0 11.0 11,0 11.0 !0.9 i0.9 10.9 10.8 10.9 10.8 10.7 10.6 10.6 10.6 10.5 10.5 10.6 10.6 10.5 10.5 10.6 10.5 10.5 1.0,6 10.5 10.5 ATLAi~iIIC RICHB'IELD CO. TgR?~ ~ELL "A" PAGE 14'FILE 2 'DEPTH , 3758 Oo 3770 1. 3772 O. 3774 2. *mmmmmmmmmmmmmmmmmm~mmmm~mmmmmm ~ OI~ DIP * DEV. AZI. * 8 87 8.6 1 1 1 8.6 1 9 35~ 8.6 1 ~ 65 6.6 AZI. 1-3 2-4 22 18.0 10,5 22 18,0 10.4 20 18.0 10,4 19 18,0 10,~ 1!7 18.0 10,2 116 18.0 10.0 117 18.0 10.0 116 18.0 10.0 116 18.0 10.0 115 18.0 10,2 115 18,0 10.6 116 18,0 10,9 117 18.0 11,0 117 18,0 11,0 116 i8.o 11.o 115 18.0 10.9 114 18.0 10,6 113 18,0 10,3 112 18,0 10.3 114 18,0 10,6 115 18.0 10.7 114 18.0 10.6 114 17.9 10.4 113 17,6 10,4 111 17.5 10.5 111 17,3 10.6 112 1'7.1 10, ~ 111 17,2 10,6 109 17.5 10,6 109 17,8 10,9 111 17,7 11.1 110 17.2 11.0 }.09 17.0 i1 .l 109 17.0 11.1 108 17,0 ll,O 108 16.9 11,1 I10 16.9 11,4 111 16,2 11.5 113 15.4 ' !1.5 113 15,4 11,4 3776 2.7 31 8.7 3778 1.4 71 8,8 3780 0.2 320 8,8 3782 0.6 21 8.8 3784 ~.0 339 8.9 3786 1,9 332 9,0 3788 1.~ 8 9.0 3790 0.7 97 9.0 3792 1.6 341 9.! 379q 3.7 3!5 9.2 379~ 0,5 213 9.2 3798 1,5 70 9.2 3800 3,1 35 9,2 3802 2.5 58 9.2 380~ 1,4 23 9,2 3806 1.7 43 9.2 3808 ~.3 210 9,2 3810 1.0 129 9.2 3812 1.5 99 9,2 38~4 0,2 169 9,~ 381.6 ' 0.7 262 9,2 3818 2.4 53 9.2 3820 3,1 52 9,1 3822 1,3 21 9,1 382~ 2.5 11 9.0 3826 2.3 13 9.1 3828 2.3 5 9.2 3830 2.3 12 9.2 3832 0.2 338 9.2 383~ 1.3 3~7 9.2 3836 1.8 303 9.2 3838 1,4 292 9.2 38~0 2,1 339 9,2 38¢.2 1,9 338 9,3 384~ 9,4 384~ 9.~ ATLANTIC RICHF[EDD CO. TE~ ~LL "A" P~GE 15-FIL£ ~ .................. * .................................. OEPTh * DIP DIP * DEV. DEV. DIAM DI~ · AZI. ~ AZI. 1-3 2-4 385Q 20.7 173 9.~ 112 16.1 11.2 3852 9.~ ill 16.2 11.2 385~ 9.4 111 16.0 11.2 3856 9.4 113 15.8 11.2 3858 9,4 113 ~5.8 11.~ 3860 9.4 111 15.9 11.3 3862 9.4. 109 15.8 1!.4 3864 9.4 107 15.2 11.~ 3866 9.4 107 14.6 11.7 3868 9.4 107 14.4 11.6 3870 9,4 105 14.5 11.6 3872 9.4 103 !4.9 11.5 3874 9.6 102 15.3 11.4 3876 19.5 89 9.4 102 15.9 11.4 3978 18.3 92 9.4 103 16.0 11.4 3880 9.4 103 15.7 11.4 3882 7.8 360 9.4 10~ 15.4 I1.5 3884 3.4 168 9.4 105 ~5.2 11.6 3886 6-.1 321 9.4 105 ~5.0 11.6 39~0 6.4 9 9.4 99 16.1 11.4 3902 2.1 26 9.4 99 16.0 11.5 3904 1.0 255 9.4 99 15.9 11.5 3906 1.3 290 9.~ 99 15.7 11.5 3908 3.4 11 9.4 100 15.4 11.5 3910 5.0 329 9.4 100 15.0 11.6 3912 3.2 313 9.~ 97 15.0 11.6 3914 4.t 328 9.4 93 15.~ 11.6 39~6 4.2 346 9.4 88 15.8 11.5 · 3918 4.7 336 9,~ 85 16.2 11.5 , 3920 6.0 314 9.5 84 16.3 11.6 · 3922 5.I 317 9,6 85 16.2 ll.b ~ 3924 2.8 196 9.6 87 16.1 11.6 ~ 3926 1.O 158 9.6 90 16.2 11.7 · 3928 1.0 214 9.7 92 16.2 11.9 , 3930 5.4 287 9,8 93 16.0 12.0 · 3932 6.8 292 9,8 93 15.7 12.1 · 3934 3,9 153 9.8 91 15.4 12.1 · 39'36 9.8 89 15.6 12.1 ~ 3938 7.4 51 9.8 92 16.1 12.1 ************************************************************************* AYLANT1C ~ICHFIELD CU. TERM ~51LL "A" PAGE 16-~ILE ~ ~ FORDATIO~] ~ BOREHULE ~ QUAL. ~ , .................. , .................................. * iNDEX ~ DEPTH * DIP DiP ~ DEV. DEV. ~IA~ DIA~ ~ 6EST ~ * AZI. * AZI. 1-3 2-~ ~ =A 39~0 2.3 95 9.8 98 16.4 12.1 39~2 1.8 7~ 9.8 99 16.5 3944 2.5 91 9.8 96 16.5 12.1 3946 3.8 66 9.~ 96 16.3 12.1 39~ q.1 53 9.8 96 16.0 12.0 3950 1.2 9 9.8 96 15.6 11.9 3952 1.1 30~ 9.8 96 15.4 1~.9 395~ 2.5 295 9.9 97 15.2 11.9 3956 2.3 34~ 10.0 102 14.9 11.8 3958 1.0 17 10.0 105 14.9 11.8 3960 0.5 20 10.0 104 15.0 11.7 3962 1.4 3~6 10.0 102 15.1 11.7 396~ 1.5 342 10,0 99 15.1 1!.7 396~ 3.1 4 10.1 97 15.1 11.8 3968 3.5 ~ 10.2 96 15.2 11.8 3~70 3.5 21 10.2 95 15.1 11.8 3972 3.4 1 10.3 93 15.1 11.8 3974 2.1 18 10.4 89 15.2 11.9 397~ 1.1 ~5 10.4 86 15.2 12.1 397@ !.4 23 10.~ 82 15.2 12.1 39~0 3.2 66 lO.5 77 15.0 12.0 3952 1.0 215 10.6 71 14.9 11.8 3984 2.0 279 10.6 69 !4.9 11.8 3986 2.8 2 !0.7 69 14.8 11.8 39~8 1.9 347 10.8 72 14.8 11.9 399~ 1.0 217 10.9 77 14.7 11.9 3992 0.7 275 11.1 82 1~.7 11.9 399~ 2.6 1~6 11.2 S4 1~.7 12.1 399~ 16.9 35 11.3 81 14.7 12.3 399S 11.4 77 1~.6 12.2 4000 ~.1 40 11.5 7~ 1~.4 ~2.1 4002 4.3 42 11.7 79 1~o4 12.1 4004 1.9 314 !1.$ 81 14.3 12.1 4006 0.8 199 11.$ 82 14.3 12.2 4008 4.0 22 11o~ 79 1~.3 12.2 iOl. O 4,1 I 11,8 72 14,3 12,2 4012 4.7 320 11.9 69 14.2 12.1 4014 7.2 329 12.0 73 14.0 12.1 401~ 6.7 348 12,0 78 13.8 12.! 4018 4.6 346 12.1 86 13.7 12.1 ATLANTIC ~ICH~iELD CO. TER~ ~ELL "A" PAGE 17'FILE ~ FORMATION $ BOREHOLE * .................. * .................................. DEPIH * DiP OiP * D5¥, DEV, DIAM DIAM * AZI. ~ AZI. 1-3 2'4 4020 6.3 315 12,2 91 13,6 l~,~. C 402~ 12,2 91 13,6 12,1 4024 8,~ 35~ 12,3 89 1~,5 12,1 C ~026 2,6 23~ 12,4 84 13,4 12,1 C 4028 12.5 79 13,4 12.1 4030 12.6 75 13.4 12,i 4032 12.~ 71 13.3 i2,2 4034 10,9 34 12,7 68 13,3 12,3 D 4036 11,6 31 i2,8 70 13,3 12,2 B 4038 12.5 9~ 12.8 75 13.3 12.2 B ~0~0 14,9 54 12,8 78 13,3 12,1 D 4042 12,9 81 13,4 12,1 4044 11,0 78 13,0 80 13.4 1~,2 4046 11.2 89 13,1 77 13,4 12,3 ~048 13,2 74 13,4 12,3 4050 13,2 73 13,5 12,3 4052 13,2 73 13.7 12,2 4054 13,3 74 13,8 12,2 4056 1.3 27 13,4 72 13,9 12,4 A 4058 1,5 350 ~3,4 70 14,0 i2,5 A 4060 3.7 350 13.5 74 14.1 12.4 A 4062 0,7 63 13,~ 80 13,9 1.2,5 A 4064 0.3 21 13.6 80 13.6 12.6 A 406~ 2,2 317 13.7 76 13.~ 12.6 A 406~ 1.3 317 13,8 72 13,7 12,6 A 4070 1,5 73 13,9 70 1~.0 12,8 A * 4072 4,3 66 14,0 69 1~.4 13,0 8 4074 5.1 86 14.0 68 14.4 13.1 4076 ~.9 8q 14.0 67 14.2 13.0 4078 1,1 198 14,1 67 13,9 12,9 D ~0.80 14,2 68 13,7 12,6 ~082 9,6 76 14.2 69 13.5 I~.4 B 4084 14.2 69 13,4 12,4 4086 10.8 69 14.2 67 13.3 12.4 O 4088 11.4 114 14,2 66 13,2 12,6 D ~ 4090 14.2 65 13.1 12,7 4092 14.3 54 13.1 12.9 * 4094 6,7 277 14,4 61 13,2 13,2 D ~ 4096 14,4 59 13.4 13,3 * 4098 !4,4 57 13,8 13,~ ************************************************************************* A%LANTIC RICHFIELD CO, TER~ ~;ELL "A" PAGE iS-fiLE * FOR~ATIO~ $ BOREHOLE ~ .................. ~ .................................. DEPTh ~ D1P DIP ~ DEV, DEV, DIA~ DIA~4 ~ AZI. * AZI. 1-3 2'4 ************************************************************************ 4100 5.5 275 14.4 56 !4.1 13.~ ~102 14.~ 57 14,2 13,4 4104 17.1 325 14,4 58 lq.3 13.5 4106 18,7 316 14,4 58 14.2 13.6 4108 8,2 2~3 14,4 56 13.9 13,7 ~110 14,4 56 13.7 ~3,~ 4%12 14.4 58 13,6 13,0 4114 14,4 60 13.5 12,7 4116 .14,4 62 13,5 12,5 ~llB 14.4 62 13.6 12,~ ~120 14,4 63 13.9 12,5 4122 14,~ 62 14,3 12.7 ~124 14,5 62 14,5 12,9 4126 14,6 63 14,5 13.2 ~12fi 1~.~ 62 14.4 13.5 4130 14.6 60 14.3 13.7 4132 14,6 59 1~,~ 13,7 4134 3,7 63 14,6 61 14,6 13,~ ~136 2,~ 64 14,6 64 14,7 13,0 4138 3,3 49 - 14,6 70 14.5 12.5 41~0 6,0 62 14,7 70 14,~ 12,~ 4142 3.3 14 14,8 67 14,3 12,7 4144 2,I 67 14.S 64 1~.3 12,9 41i6 3.1 96 14,8 62 14,3 12.9 41~ 14,9 62 14,3 12.7 4150 3.4 198 15.0 63 14.3 12,7 4152 4,~ 181 15.0 63 14.1 1~.9 4154 17.7 ~2 15.1 6~ 14.0 13.2 q156 10.5 79 15.1 65 13.8 13.2 4158 15.1 68 13.8 13.0 416o ~9.~ ~3 I5,1 72 13,9 12,6 4162 12.8 78 15.1 76 14.! 12.1 416~ 2.7 319 15,1 76 1~.3 12.2 4166 2,1 127 15.2 73 I~,6 13,2 .~168 4,0 ~2 15,2 72 14,7 13,7 4170 I5,3 71 I4,2 13,1 4172 4.3 65 15,4 70 13,9 12,6 4174 2.4 97 15,'~ 69 13,8 12,7 4176 1,9 60 15,5 69 13,8 12,7 ~i79 4,9 43 15.6 74 13,8 12.4 ******************************************************************* RICHFIELD CO, IEBM ~ELL "A" PAGE 19-FILE * FORMATION ~ DEPTh * DIP DIP * * AZI. ~ BOREHOLE ....................... ~ INDEX DEV. DEV. DIAM AZI. 1-3 5.6 75 5.7 74 5.8 73 5.9 73 72 69 4180 1 4182 1 4156 1 QlB8 16.0 4190 37.6 360 '16.0 4192 1.7 252 16.0 4194 16.0 ~196 16.0 4198 30.4 360 16,0 4200 2.J 293 16.1 4202 6,9 260 16,2 4204 30.5 6 1~.2 ~206 4.9 3~9 16,2 ~20~ 3.4 332 16,2 i210 2.5 234 16.3 t212 2.8 319 4~1% 1,7 334 16,4 4216 0.4 36 16.4 4218 4.4 303 16,4 %220 16.5 '4222 4,6 199 16.6 /224 5,1 181 16.b 4226 2.9 !87 16.6 4228 16.6 4230 16.6 4232 16.6 4234 16.7 !23~ 16.8 4238 16.8 42~0 16.8 4242 16.9 4244 2.2 76 17.0 42~6 3.1 25 17.0 4248 5.8 34 17.1 4250 3.0 27 17.2 4252 18.6 324 17.3 4254 17.4 4256 I1,4 46 17.4 4258 11.5 49 I DIAM 2-4 12.3 12.4 12.5 12.6 12.7 13.0 13.4 13.7 13.8 13.6 13.4 13.0 12.7 12.7 12.9 13.3 13.8 1~'0 14.0 13,8 13.6 13.4 13.3 13.1 13,0 12.9 13.2 13.6 13.9 I3.7 13,4 13.2 13.0 13.0 !3,2 13.4 13,6 13,@ 13,9 7.5 13.8 13.9 !4.0 14.3 14.5 14.6 67 14.5 66 14.3 66 14.1 68 14.0 69 14,0 71 14.0 73 13.9 74 13.8 73 13.8 71 13.7 70 13.7 70 13.7 70 13,6 71 13.6 74 13.6 76 13.7 77 13.7 79 I3,6 80 13.4 78 12,9 76 12.4 76 12.2 76 12.2 74 12.1 69 t2.1 68 12,1 71 12.2 78 12.2 82 12.2 85 12.2 86 12.2 84 12.1 82 12,.1 81 12.0 ATLA,~-TIC RICHf~iELD CO. TER~9 !~:ELL "A" PAGE 20-~'ILE 2 4260 9.0 56 17.6 77 12.1 13.9 4262 9.9 89 17.7 73 12.3 14.0 4264 11,3 ~9 17,8 6~ 12.2 14,0 4266 2.2 2 17,9 52 !2.1 14.0 &268 2.5 28 18.0 54 12.0 14,0 4270 1.0 336 18,0 59 12,0 14,0 4272 2,0 336 18,0 62 12,0 14%! 4274 3.6 332 18,1 67 12.0 14.2 4276 ~.6 31~ 18.2 70 12,0 14.4 4278 2,9 253 18,2 71 12,0 14,6 q280 3.5 275 18.3 69 12.2 1~.9 ~282 18,~ 66 12.3 14,8 4284 36.3 293 18.5 65 12.3 14,6 4286 4,6 228 18,6 65 12,4 14,~ 4288 1.2 38 18.6 68 12.3 14.6 4290 2.7 I 18.7 72 12.1 14.6 4~92 2.8 333 !8,8 72 12.1 14.8 4~94 3.7 11 18,8 71 12,! 15,0 ~296 3.6 11 18.9 73 12.! 15.0 4298 21.7 98 19.0 74 12.2 15.0 ~300 20.3 101 19.1 72 12.3 15.0 4302 6.2 306 19.2 69 12,3 15,0 430~ 5.~ 295 19,3 69 12,2 14,9 4306 2,7 325 19.~ 69 12.2 14,7 430~ 2.0 322 19.5 65 12,1 14,6 43] 0 2.3 3~1 19.6 64 12.0 14.5 4312 2.2 35 19.7 70 12.0 14,5 4314 3.~ 12 19.8 77 12,0 14,6 43~6 1.8 51 19.9 81 12,1 14.5 ~318 ~,6 30 20,1 87 12,2 14,5 4320 4.4 337 20,2 91 12..3 lg,6 ~322 20.3 97 12.6 14.8 4324 2.3 63 20.~ 101 12.8 15.0 4326 4.5 332 20,~ 100 12.8 I5,1 4328 3,5 328 20.4 93 12,7 15.1 4330 3.9 8 20.4 86 12,7 15.1 4332 2,0 343 20,5 83 12,7 15,1 4334 5.1 6 20.5 86 12,8 15,2 g]36 5.0 22 20.6 88 12,9 15,2 4338 4,8 25 20.6 86 12,7 15.1 --~ INDEX D D C A A D C A D C C A A A A C C A A A A ATLANTIC RICHFIELD CO. TERM %~ELL "A" PAGE 21'FILE $ FOR~ATION ~ BOREHObE ~ .................. , .................................. DEPTh $ DIP DIP * DEV. DEV. DIAH DiA~ ~ AZI. ~ AZI. 1-3 2-4 4340 5.8 15 20.6 84 12.5 15.0 A ~342 4.6 334 20.6 82 12.5 15.0 A 4344 5.0 345 20.6 81 12.4 14.9 A 4346 4.2 360 20.6 80 12.3 14.9 A 43~8 5.1 10 20.6 79 12.3 14,8 A ~350 5.2 355 20.6 78 12.3 14,$ A ~352 3.2 283 20.7 76 12.3 14.t A ~354 5,6 15 20.8 76 12.5 14,8 'A 4356 6.4 27 20.8 77 12.8 14.9 A 4358 10.4 47 20.8 77 13.2 14.9 C 6360 8.0 59 20,8 79 ~3.5 ~5.0 C ~ 4362 1.7 49 20.8 79 13,4 15.0 C ~364 7.7 12 20.9 79 13.3 15.0 A ~ 4366 5.2 1 21,0 79 13.2 14.9 A ~ 4368 4,0 3 21.0 80 13.2 1~.9 C · ~370 6.5 36 21.1 80 !3.1 14.8 A % 4372 5.7 ~3 21.2 79 13.1 14.8 A · 4374 5.2 29 21,2 78 13.1 14.8 A · 4376 8.0 24 21.2 79 13.1 14.7 A ~ ~378 7.7 19 21.3 77 13.1 14.7 A '$ 4380 6.9 31 21.3 72 13.0 14.6 A ~ 4382 8.8 40 21.3 67 12.9 14.6 C · 4384 6,8 35 21.4 71 12.9 14.~ · 4386 8.1 23 21.4 76 12,9 14.7 · ~388 4.4 63 21.4 78 12.9 !4.7 D · 4390 21,4 82 12,8 14,7 · 4392 21.4 84 12.7 14.7 $ 4394 6.8 56 2]~.5 85 12.7 14.7 D , 439b 5.3 64 21.7 85 12.7 14.7 C ~ 4398 0.5 49 21.8 86 i2.4 14.6 A , 4400 3.3 8 21.B 86 ~2.2 14.4 A · 4402 1.5 68 21.9 86 12.1 14.3 A $ 4404 4.0 57 22.0 86 12.1 14,3 A ~ .~06 3.4 59 22.1 86 12.2 14.3 A ~ {408 3.0 38 22,2 83 12.2 !4.3 A $ 4410 2.9 43 22.2 80 12.2 14.3 A · 4412 1.8 70 22.3 81 12.3 14.3 A · ~41~ 0.7 128 22.4 86 12,6 14.4 A , 441~ 4,0 24 22.3 89 12.7 14.4 A · 4~i8 4.2 7 22.3 88 12.7 14.3 A A~2LA.?:iTIC RICH~IELD Ct]. TERt,~ WELL "A" PAGE 22-~'ILE 2 , FORMATION * BOREHOLE DEPTH ~ DIP DIP ~ DEV. DEV. DIAM DI ~ ~ZI. ~ AZI. 1-] 2 * GUAL. 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TERM ~ELL "A" PAGE 23-FILE * FORMATION , DEPTH * DiP DiP $ DEV * AZI. $ BOREHOLE ....................... DEV. DIAM OlAM AZI. i-3 2-~ ******************************** 83 1~.5 12.7 A 83 14.5 12.5 A 87 14.3 12.3 A 95 14,1 12.3 A 98 l&.O 12.3 A 98 14.0 12.3 A 96 '-14.2 12.3 C 94 14.6 12.1 94 14.8 12.0 A 95 14.7 11.9 A 95 ~4.6 11.8 95 14.6 11.8 A 94 14.6 11.8 A 93 14.6 11.8 A 93 14.7 11,8 A 93 14.8 11.8 A 93 14.8 11.~ A 93 15.0 11.9 A 93 15.1 12.0 A 92 15,0 11.9 A 92 14.9 11.8 93 15.0 11.8 A 95 15.1 11.8 A 95 15.2 11.9 95 15.2 I~.8 A 95 15.3 11.7 94 15.3 11.8 A 94 15.4 11.8 C 94 15.~ 11.7 C 94 15.4 11.7 C 94 15.4 11.8 A 91 15.4 11.8 89 15.4 11.8 A 89 15.5 11.8 A 91 15.5 11.8 A 91 15.6 11.8 A 91 15,~ 11.8 A 9~ 15,6 11.8 A 91 15.6 11.8 A 88 15.6 11,8 A 4500 5.! 327 23.8 4502 5.1 324 23.8 ~504 2.0 287 23.8 4506 2.3 337 23.8 4508 6.2 36 23.8 4510 8.1 39 23.8 4512 6.8 58 23.9 4514 24.0 4516 0.9 349 24.0 4518 4.8 i7 24.0 4520 5.1 351 24.0 4522 5.2 332 24.0 4524 5.9 328 24.0 4525 1.2 17 24,0 4528 2.2 3q2 2~.0 4530 6.5 340 24.0 4532 5.7 3~0 2~.0 4534 4.9 320 24.0 4536 4.7 306 24.1 4538 1.1 53 24.2 4540 8.2 9 24.2 45~2 6.1 7 24,2 45&4 1,9 3~3 2~,2 ~546 4.1 29 24.2 4548 5.3 3q6 24.2 ~550 4.0 335 24.2 4552 2.8 351 24.2 455g 5.1 313 2g.2 4556 3.9 3~3 24.2 ~558 3.2 347 24.2 ~560 3.4 328 24.2 4562 4.1 17 24.2 ~564 4.5 19 24.2 4566 7,0 14 24.2 4568 7.6 22 24.2 4570 3.3 27 24.2 4572 3.0 12 24.2 4574 3.4 21 24.2 4576 5.3 11 24.2 6578 3.7 342 24.2 ,f ., A~LAN~IC RICH~IkLD CO. TER~ ~ELL "A" PAGE 2~-FILE , , FORmATIOn * BOREHOLE , , .................. , .................................. , DEPTH , DIP DIP , DEV. DEV. DIAM DIAM , , AZI. * AZI. 1-3 2-% · ~5~0 3.4 12 24.2 88 15.5 11.9 A · 4582 4.4 33 24.2 89 15.4 12.0 A , 4584 6.4 11 24.2 90 15.5 11.9 A · 4586 5.4 23 24.2 89 15.4 12.0 A · 4558 5.0 47 24.2 89 15.4 12.0 A · 4590 4.6 33 24.2 89 15.5 12.0 A , 4592 4.2 26 24.2 88 15.5 1!.9 A · 4594 4.3 30 24.2 86 15.4 12.0 A · 459~ 4.0 4~ 24.2 85 15.4 12.1 A · 4598 3,9 53 24.2 86 15.4 12.1 A · 4600 5.7 48 24.2 87 15.4 12.0' A · 4602 6.5 39 24.2 90 15.3 12.0 A $ i604 5.5 3o 24.2 90 15.3 12.1 A · 4606 5.9 36 24.3 90 15.3 !2,0 A · 4608 5.6 26 24.4 90 15.5 11.9 A · 4610 4.3 17 24.4 91 15.7 11.9 A · 4612 4.5 14 24.4 90 15.8 11.9 A , 4614 3.4 7 24.4 88 15.7 11.9 A · 46!~ 5.4 356 24.4 88 15.4' 12.0 A ~' 4618 6.9 I 24.4 89 15.1 12.2 A · 4620 5.9 32 24.4 90 15,1 12,1 A · 4622 5,3 : 31 -24.4 91 15.1 12.1 A · 4624 4.5 25 24.4 91 15.2 12.1 A · 462~ 4.8 351 24.4 91 15.3 12,1 g · 4628 4.~ 20 24.~ 91 15.3 12.1 · 4630 6.3 t2 24.5 96 15.4 12.I A · .4632 6.0 15 24,~ 100 15,2 12.1 g · 4634 4.9 3~ 24.5 92 15.2 !2.0 C · 4636 2.7 18 24.5 87 !5.1 11.9 E · 4638 6.0 38 24.6 89 15.0 12.0 A · ~6~0 4.3 20 24.6 92 15.1 12.1 A · 4642' 5.5 8 24.~ 94 15.5 12.0 a · 4644 5.1 356 24.6 92 15.8 11.9 g ' , 46~6 4.3 3z, 24.6 89 15 8 11.8 E · 4648 3.4 7 24.6 89 15.7 11.8 A · 4650 3.3 34 24.6 91 15.7 11.9 A ~ 4652 5.1 24 24.7 92 15.6 11.9 A · 4654 5.5 3 24.7 91 15.6 11.9 A · -!656 5,0 360 24.6 89 1.5.6 1t.8 A · 4658 3.5 1~ 24.7 90 15.4 11.~ A ************************************************************************* ATLANTIC RICRFIELD CO, TERM WELL "A" PAGE ************************************************************************* ~ FOR~ATIO~ * BOREHOLE * QUAL, , .................. , .................................. DEPTH ~ DIP DIP , DEV. DEV~. DI~! DIA.~ · AZI. ~ AZI. 1-3 2-4 ************************************************************************* 4660 4,9 10 24,7 94 15.3 4662 4.7 7 24,6 94 15,2 11,9 ~66~ 4.~ 3~6 24,6 93 15,0 11,8 4666 3,0 337 24,6 88 !4,9 11.6 ~668 1,3 322 24.6 86 14.9 11.8 ~670 2.9 21 24,6 89 14,7 12.0 ~672 5.0 23 24.6 92 14,5 12,I 4676 4,5 I 24,6 9~ 14,2 12,1 ~676 3,.4 73 24,6 88 1~.3 12.0 4678 5,5 359 24,6 8b 14,4 4680 4.1 345 24,6 88 14,3 11.8 4682 4,7 339 24,6 88 14.3 1~,8 4684 5.7 322 24,5 87 14,3 1.1,8 ~65~ 6,7 360 24.6 86 14,2 11.8 4688 7.4 22 24,6 8'7 14,1 11,8 4690 5.9 19 24.6 93 14,2 11.8 ~692 5,1 i8 24,6 95 14,2 11,8 ~694 6.7 1 24,6 95 14,2 11,9 6696 9.4 3~0 24,6 94 14,1 !1,9 4~98 6,1 358 24,6 91 ~4.2 11,9 4700 5,6 357 24,6 90 !4.2 I1.9 4702 11,7 1 24,6 92 1~.2 ~704 12,6 4 .24,5 91 1~,0 11.9 4706 6,3 258 24,b 91 13,B 11.9 &708 4.9 30S 24.6 92 13,7 11.9 4710 5,8 324 2~,6 92 13,7 11,9 471~ 6,0 314 24,6 92 13,5 12,0 4714 6.5 318 24,5 92 13.4 12.1 g716 5,9 292 24,6 92 13.4 12,1 4718 24,6 91 13,~ 12,1 .~720 9,8 287 24,b 9! 13.6 12.1 g7~2 ~,8 308 2~,6 9I 13,5 12.1 672~ 3,4 330 24,6 91 13,6 12,0 4726 6,8 303 24,6 91 13.6 12,1 4728 9,9 328 24,5 91 13,7 12,1 ~730 11,3 336 24,~ 92 13o8 12.0 R732 2,7 9 24,4 93 13,9 11,9 4734 2,5 28 ~4,~ 93 14.0 ilo8 4736 2,5 38 24.4 94 1~.1 11.8 ~73~ 2,4 54 ~4,4 94 l~.l 11,8 ATLANTIC RICHFIELD CO. TERN ~ELL "A" PAGE 26-FIbE ~ FOR~ATIO~ * BOREHOLE * QUAL, , ................. - ,. ............................... - - - * INDEX DEPTH * DIP DIP * DEV. DEV. DIAM DIAM ~ BEST 47~0 2.0 42 4742 2.6 27 ~744 2.2 2O ~746 4.9 ~7~8 6.7 4750 6.5 22 4752 7.3 8 4754 6.5 330 475~ 5.7 3~7 4758 5.1 344 47~0 7.0 13 4762 5.6 ~764 5.1 16 4766 5.3 353 4768 5.5 356 4770 6.8 7 q772 7.0 19 4774 6.9 6 q77~ ~.~ 4 4778 6.6 304 4780 12.8 329 4782 12.7 329 4784 18.3 248 4786 4.2 332 47~8 7.3 330 4790 8.6 348 4792 9.3 351 479~ 7.0 341 4796 6.~ 337 ~79fl 7.9 343 ~8o0 8.0' 4802 5.0 353 480~ 5.6 332 4806 4.2 4 4808 5,1 321 4810 9.9 336 4812 9.2 330 48~4 8.1 3 4815 5.4 57 4818 5.3 64 24.4 94 14.2 11.8 24.4 95 14.3 11.9 24.4 97 14.3 11.9 24.4 97 14.3 12.0 2~.4 93 14.3 12.1 24.4 82 14.2 12.2 24.4 80 14.2 12.3 24.4 85 1~.2 12.2 24,4 87 14.3 12.1 24.4 86 14.2 12.2 24.4 83 14.1 12.2 24.4 83 i4.0 12.2 2~,4 85 13.9 12.2 24.5 85 14.0 12,2 24.6 87 14.0 12.1 24.6 89 13.9 12.2 24.6 90 I3.9 !2.i 2q.6 89 14.2 12.1 24.7 89 14.6 12.2 24.8 91 14.4 12.2 24.8 93 1~.2 12.3 24.8 92 14.1 12,4 24.8 92 14.2 12,~ 24.8 91 14.5 12.2 24.8 92 14.7 12.1 24.8 93 14,7 12.i 24.8 94 14.7 12.1 24.8 93 14.7 12.2 24.8 91 14.8 12.2 24.7 92 14.7 12.2 24.7 90 1~.6 12.1 24.7 88 14.5 12.2 24.8 87 14.4 12.2 24.8 91 14.2 12.2 24.9 95 14.0 12.2 24.9 95 14.t 12.2 24.9 91 14.3 12.2 24.8 88 i4,5 12.3 24.8 92 14.6 12.2 24.9 98 14.6 12.1 ******************************** ATLAN:flC PICBF'IELD CO. TERM ~ELL "A" PAGE 27-FILE 2 ~ , FOB[4ATION , BOREHOLE * QUAL, ~ ~ , .................. , .................................. , i~DEX ~ DEPTH * DIP DiP · AZI. DEV. DEV. DIAM DIAM * BEST AZI. 1-3 2-4 ~ =A ***************************************** 4820 15.1 81 24.9 99 14.5 12.0 4822 17.q 84 25.0 94 14.5 12.2 4824 3.0 318 25.0 89 14,6 !2,3 4826 3,4 329 25,0 88 14.8 ~2,2. ~828 12.5 316 24,8 89 14.8 12.1 4830 13.2 318 24,7 95 14,6 12,0 4832 17,4 320 24,8 100 14.3 12,1 483~ 24.9 102 14,1 12.2 4836 25,0 97 14.1 12.2 4~38 6.6 339 25,0 85 14,1 12,1 4840 25,0 82 14,i 12,2 4842' 3,8 124 25.0 9! 14.1 12,2 !844 4.~ 3].9 25.0 99 t4.1 12.2 4846 25,0 102 14.1 12,1 /848 7,3 313 25.1 100 14.1 12.1 4850 7,0 29i 25.2 91 14,2 12.1 4852 11.2 45 25,2 93 14,2 12,1 4854 4.0 8 25,3 .101 14.2 11.9 4856 4,9 30 25,4 101 14.4 11,9 4858 1.6 360 25,4 101 14,4 11.9 4~60 3.1 143 25.3 101 14.4 11.9 4862 4.1 152 25,2 101 14,5 12,0 48~4 1.2 46 25.2 102 14.5 12.1 48~o 3.7 36 25.2 104 14.4 12.1 4868 2,0 9 25.1 106 14,3 i2,1 4870 3,7 125 25,0 107 14.1 i2,2 4~72 5.3 95 25.0 105 14.0 12.2 4874 6,4 319 24.9 95 13.8 12,2 4~76 2.8 290 25,0 90 13,8 12,2 I~78 1,9 30 25.0 93 14,0 12.1 ~880 25.0 94 14.0 12,0 ~.82 4.6 257 25.1 98 13.9 12,0 4884 b,1 283 25.2 103 13,8 12.0 '4886 5.8 310 25,2 105 13,7 12.0 4888 25.2 105 13.~ 12.0 4890 6.3 255 25,3 105 13.9 11,9 4892 7.~ 2~9 25.4 105 13.9 11,8 4894 4.4 334 25.4 107 14,0 11.8 i896 25.3 110 14.1 !1.8 4898 25.2 111 14.2 1!,8 ATLANTIC RICHFIELD CU. TEK~J WELL "A" PAGE 28"FIL£ 2 4900 25,2 4902 25,2 490~ 25,2 4906 20.1 355 25.2 4908 10,0 I5 25,2 4910 5.5 31 25,2 ~912 7.7 16 25.1 4914 25.1 4916 ~.2 305 25,0 4918 25,0 4920 8.6 73 25.0 4922 12,8 '77 25,0 .~92g 2,2 51 25,0 492~ 7.5 68 25.0 ~928 1,2 31 25,1 4930 1.3 80 25.2 4932 0.9 92 25,2 ~934 25,2 4936 1.3 9 25.'2 4938 5.2 62 25.2 4940 3.7 307 25,1 ~9~2 4.0 ~1 25.0 49~ 3.0 23 25.0 49~6 3.0 307 25.1 49~8 3,7 292 25,3 ~950 2.3 327 25.4 4952 4.0 31 25.4 4954 2.1 40 25,~ 4956 2.3 33~ 25,4 4958 2,0 342 25,4 ~960 2.7 295 25,~ 4962 3,6 267 25.4 496& 5,6 47 25.4 4966 2.3 43 25.4 4968 5,0 37 25,4 4970 12,1 118 25.4 4972 4.1 30 25.4 4974 5.0 99 25,4 4976 6,4 13 25,~ 4978 3,9 316 25,3 ~OREHOLE * QUAb. ....................... · INDEX DEV. DIAM DiAm * BEST A%I. 1-3 2-4 * =A 11 14.3 11.8 11 14.4 ll.B 11 14.4 1'1.8 11 14.3 11.8 02 13.9 12.2 88 13.7 12.9 83 14.0 13.5 86 14.3 13.5 86 14,3 13.1 85 1~,6 13.2 89 15,0 12.8 93 14.8 12.0 92 14.8 11.8 88 14,6 11.9 84 14.4 12.1 83 1.4.4 12.1 87 14.4 12.1 92 14,4 12,1 95 14,4 12,I 96 14.5 12.2 92 14.6 12.2 87 14.7 12.2 86 14.7 12,2 89 14,7 12.2 90 1%.7 12,3 90 i4.7 12.2 90 14.8 12.2 91 14,9 12,1 92 15.1 11.9 92 15.2 I1.7 93 15.1 11,8 91 15.1 12.0 88 14.9 12.1 89 14.7 12,4 90 14.6 12.4 92 14.6 12.3 93 14,6 12.3 96 14,6 12.1 95 14.5 12,0 91 i4.4 1!.9 ATLAi~'fIC F, iCH~'IESD CO. TERN WELL "A" PAGE 29-FIJ, E 2 ~ FORMATIO~ ~ BOREHOLE ~ .................. ~ .................................. DEPTH ~ DIP DIP ~ DEV. DEV. DIA~4 DIA~ * AZI. ~ AZI. i-3 2-4 * ************************************************************************* i9~0 6.4 310 25.4 91 14.4 11.9 C ~982 3.8 106 25.4 91 14.4 ll.S C 49~4 ].2 357 25.~ 91 14.5 11.7 C ~986 3.0 283 25.4 92 14.6 11.6 A ~958 1.9 7 25.4 91 14.7 11.7 A 4990 4.0 13 25,4 92 14.7 11,8 A i992 7.7 I 25.4 93 14.6 11.6 A t994 25.4 93 14.5 11.6 4996 25.~ 93 1~.4 11.6 4998 25.4 92 14.3 I1.7 5000 25.~ 92 14.3 11.7 5002 4.3 81 25.3 92 1~.4 11.$ C 5004 i,9 9 25.2 9! 14.5 11,8 A 5006 4,9 i4 25.2 90 14,5 ll,B A 5008 6.0 44 25.3 91 ~.~ 11,~ C 5010 2.4 305 25,2 92 1~,6 11,9 A 5012 2.4 294 25.2 90 14.8 12.1 C 50i4 5.2 343 25.2 89 li,9 12.1 C 5016 6,9 348 25.2 89 14.9 12,0 A 5018 7,8 40 25,2 88 14,8 11,9 C 5020 11.1 13 25,2 89 14,8 12,0 C 5022 1.6 317 25,2 88 14.8 12,i C 5024 3.4 5 25.2 89 14,7 12,1 A 50~6 5,~ ~4 25,2 90 14,7 12.1 A 5028 ~,5 36 25,3 88 ~4,7 12,1 A 5030 1,2 24 25.~ ~7 ~4.7 ~2,0 A 5032 4.8 29 25,~ 88 ~.4.7 12,i A 503~ 3,2 35~ 25,~ 91 14.7 12,1 5030 4,0 329 25.3 91 14.7 12,1 503~ 6.0 321 25,4 91 1,~.6 12,i 50:40 25.4 92 14.4 12.1 5042 25.i 92 lt.4 12,1 5044 25.4 93 14.4 12,2 5046 25.4 93 14.3 12.1 50~i8 25.5 93 14,3 i2,0 5050 9.6 256 25.6 94 1~.3 12.0 B 5052 i0.2 2~9 25.6 96 1~.2 12,0 D 505~ 3.4 40 25.6 95 ~4,0 12.1 A 5056 3.6 10 25.6 95 ~3,9 12,2 C 5058 7,8 30 25.6 93 14.0 12.2 A ************************************************************************** ATLAN:I'IC R!CH~'IELD CO. TERM WELL "A" PAGE 30-FILE 2 FORMATiO~ , ~mmmmmmmmmm~mmmmmmm~mmmmmmmmmmm DIP DI~ * DEV. AZI. * ***************************************** 5060 7.1 32 5062 6.3 11 5064 g.3 30 5066 ~.2 18 5068 4,3 354 5070 5072 I0.7 290 5079 10,8 297 507~ 10.9 264 5078 4.9 294 5080 2.9 295 50~2 7,4 310 5084 508~ 5088 5O90 5092 509~ 2.5 250 509~ 2,1 79 5098 5100 5102 5!04 5106 5108 13.5 22 5110 lq.5 18 5~12 1.7 5114 ~.8 354 51.~6 5.3 332 5118 5,9 337 5120 7.8 339 5122 5,4 1 5124 5.5 234 5!26 7,0 328 5128 6.6 308 5130 6,0 317 5132 5134 7.1 255 5136 6,5 256 5]38 8,2 339 25.5 25.5 25.5 25.b 25.6 25.5 25.5 25.7 25.7 25.7 25.7 25,7 25.8 25,7 25.7 25,7 25,7 25,6 25.5 25.6 25,7 25,6 25.6 25,6 25.6 .25.6 25,6 25,6 25.6 25.6 25.6 25.6 25,6 25.7 25.8 25,8 25.8 25.8 25.8 25.8 BOREHOLE * OUAL. ....................... · INDEX DEV. DIAM DIAM * BEST AZI. 1-3 2-4 * mA ******************************** 91 13.9 12.3 92 13.8 12.3 95 13.9 t2.3 102 13.9 12.2 99 13,7 12,2 85 13.6 12.3 88 13.5 12.2 101 13.3 12,2 102 13,0 12.2 93 12.8 12.2 86 12.8 12,2 89 12,8 12.2 93 12,8 12.3 91 12.7 12.3 92 12.6 12.3 94 12,5 12.3 87 12.5 12.3 83 12.5 12,3 86 12,6 12.3 88 12.7 12.3 90 12.8 12.3 91 ~2,9 12.3 91 13.0 12,3 91 13.1 12.3 93 13.2 12.2 94 13.3 12.2 93 13.3 12.1 93 13.~ 12.1 92 13,5 12,1 92 13.6 12.1 92 13.6 12,1 93 13,6 12,1 93 13.6 12.2 93 13,7 12.2 93 13.7 12.2 94 1~3.6 12.1 93 13.6 12,1 93 13.7 12.1 95 13.8 12.1 97. 13,9 12.1 ************************************* ,,~i~TiC ~ICHFi~ibD CO. TER~,! ~£LL "A" PAGE 31-FILE 2 FORMATION * BOREHOLE DIP DIP * DEV. DEV. DIAM D AZI. 5140 5.7 29{ 25.8 97 13.9 5142 ~.0 20i 25.8 95 14.0 5144 4.7 343 25.8 95 14.1 51~6 5.0 340 25.~ 96 5148 5.5 329 25.8 96 14.4 5150 6.3 324 25,8 95 14.4 5152 25.8 5154 4.~ 36 25.8 95 1~.6 5156 4.4 2b 25.8 95 14.7 5158 5.6 328 25.8 95 14,7 51~0 5.2 30~ 25.8 95 51~2 3.8 328 25.8 93 14.7 5164 3.1 338 25.8 93 14.7 516~ 2.8 328 25.8 97 14.8 5168 5.2 340 25.7 98 14.8 5170 5.4 317 25,6 92 14.8 5172 5.17 28~ 25.7 84 1~.9 5174 13.1 298 25,8 85 15,1 5175 6.6 3~7 25.8 89 15.2 5178 6.4 22 25.8 92 ~5,2 5180 4.8 6 25,8 92 15.2 5182 7,5 3~4 25.8 91 ~5,3 518~ 11,8 345 25.9 90 15.3 5186 6,6 334 26,0 9! 15.3 5188 5.5' 33~ 26.0 91 15,2 5190 4.9 356 26.1 91 15,2 5192 5,3 350 26.1 93 15,4 5194 7.~ 341 26.! 94 15.2 5196 5.5 25 26.1 95 15,1 5198 5.4 33 26,0 9~ 15.2 5200 3,6 39 26.0 92 15.4 5202 5.1 7 25.9 92 15.5 520~ 4,9 24 25.9 96 15,3 5206 1.2 131 25,9 92 15.0 520~ 2.4 96 25,9 87 15.0 5210 3,5 90' 25.9 89 15'2 521.2 4.1 72 25.8 90 15,2 5214 1,8 151 25.8 91 15.3 5216 ~3.0 36 25.9 92 15.2 5218 6.3 64 26.0 92 15.0 ..... IA~ 2-4 12.1 12.0 11.9 11.9 12.0 12.0 12.0 11.9 11.9 11.9 12.0 12,1 I2.1 i2,1 12.1 12.2 12.2 12.2 12.2 12,1 12.1 12.2 12.2 12.2 12.2 12.3 12.2 12.0 12.1 12.0 1!.8 11.9 12.2 12.2 12.1 12.2 12.3 12.3 12.2 ATL.~('iTiC RICMFIELD CO. '"" ';~E5L" T r. R~', A" PAGE 32-FILE 2 * FORMATIO~.I DEPTH ~ DIP OIP * D 5220 11.9 15 5222 I0.1 33 572~ 7.9 41 5226 5.9 5228 2.3 207 5230 6.3 26 5232 7.6 16 5234 8.3 38 5236 523~ 12.3 22 52~0 6.0 25 52~2 4.2 36 52~4 6.5 5246 8.6 15 5248 8.3 5250 15.8 9 525~ 525~ 525~ 525~ 8.5 72 5260 ~2.~ 17 5262 ~.6 280 526~ 3.1 257 52~6 5,6 342 526S 3.3 3!~ 5270 4.7 321 5272 18.5 21~ 5274 5.1 328 5276 6.g 336 5278 11,0 357 5280 17.6 353 5282 4.2 360 528~ 5286 5285 0.9 311 5290 5.5 315 5292 11.4 28b 5296 5.8 212 5296 5298 5.6 285 2b 26.0 91 15.0 26.0 89 15.0 26.0 90 14.9 26.0 91 14.5 26.0 92 14.6 26.0 90 14.7 26.0 90 14.8 26.0 92 14.7 26.0 93 14.7 26.0 92 14.7 26.0 90 14.7 26.0 89 14.6 26.1 91 14.6 26.2 94 14.6 2~.2 96 1~.5 26.2 97 14.5 26.2 97 14.5 26.2 95 14.5 26.2 94 26.2 96 1~.7 26.2 97 1~.6 26.2 93 14.6 26.2 87 14.6 26.2 85 14.6 26.2 89 14.5 26.2 92 14.4 26.2 88 14.5 26.2 85 14.3 26.2 85 14.1 25.2 86 1~.2 26.2 91 1~.6 26.3 99 14.9 25.3 102 i4.8 26,2 I00 14.8 26.2 92 1~.7 26.2 87 14.5 26.2 89 14.3 26.2 93 1~.5 26.2 97 14.8 .1 98 ~5.0 ..... * I~iDEX * 2-4 * =A 12.2 C 12.1 C 12,2 C 12.3 C 12.3 C 12.2 A 12.2 C 12.2 C 12.2 12.2 C * 12.2 C * 12.2 O 12.2 12.2 12,1 D 12.1 D ~2.1 12.1 12.i 12.2 12.2 12.3 12.3 12.2 12.1 12.2 12.3 12.2 12.2 12.3 i2.2 12,1 12.1 12.1 12.1 12.1 !2.2 12,7 12.8 12.3 ATLANTIC RIC~FiELO CO, TEP,~ ~£LL "A" PAGE 33'FILE * ~'ORb'iA~ ION * BOREHOLE ~ QUAL. ~ .................. ~ .................................. ~ INDEX D~PTH ~ DIP OiP ~ DEV, DEV. DIAM DIA~4 ~ BEST ~ AZI, * AZI, 1'3 2'4 * =A *************************************************************************** 5]00 3,3 5302 3.7 5304 5306 5]08 17,6 5310 6,8 5312 4,5 5314 7,6 5316 22.3 5318 3,9 5320 4.6 5322 2,3 532q 2.6 5326 5328 O,9 5330 2,3 5332 1,4 5]3% 4.4 5~36 ~,7 5338 53~0 53~2 53~ 53~6 7.9 5348 7,7 5350 4,4 5352 8.0 5354 5,6 5356 7.3 5358 7.0 5360 8,8 5362 3.5 5364 11,7 53~6 5368 5370 14.5 5372 53'7q 5~76 5378 289 26.1 98 14,9 12.2 292 2~,1 103 14.9 12.1 325 26,1 105 14.7 12.1 26.2 104 14.5 12.2 35% 26.2 97 14,2 12,3 340 26,2 84 14,0 12,5 31 26,2 80 14.2 12.5 321 26,2 87 14,7 12,4 151 26,2 94 15,0 12.4 19 26,3 100 15.1 12,2 223 26.3 101 15.3 12.1 !91 26.4 99 15.1 12,1 82 26.3 96 14.7 ~2,2 26,3 91 14.2 12.3 56 26.2 86 ~3.9 12.4 226 26.3 89 13,9 12,4 288 26,3 98 13.9 12.b 20 26,3 101 13.9 12.7 225 26.3 101 14.2 12,5 26.~ !06 14.3 12.3 26,4 108 14,1 12,3 26,4 101 13.8 12.6 344 26.3 94 13.6 12.9 314 26,2 91 13,5 13,1 310 26,2 87 13.4 13,0 48 26,2 81 i3,3 12,8 29 26.3 84 13.4 12.6 15 26,3 95 14,0 12,5 3%2 26,3 102 14.5 12.3 2~ 26,2 103 14,6 12,1 53 2~,2 99 14,4 12.1 126 26.2 90 14.1 12,2 25 26,3 84 ].3,8 12,3 26,4 83 13,5 12,4 26.4 86 13.3 12.~ 39 26,4 94 13.5 12.4 26.4 100 13,7 12.3 26,3 104 14.1 12.2 26.3 104 14.5 12,2 26.2 100 14,5 12,2 ATLANTIC RICHFIELD CO. TER~ WELL "A" PAGE 34'~'ILE 2 * FORMATIOn DEPTH , DiP DiP * DEV * AZi, ************************************ 5380 i4.9 3 5382 12,0 5 5384 5.386 4.9 39 53~ 5390 ~2,0 358 5392 4,1 3q7 5394 2.8 168 5396 5398 5400 1,9 79 5402 6.2 270 5404 5~06 5~08 5~10 10.3 16 5~i2 5414 10.~ 12 5416 5418 5.~20 5~22 5~2~ 6.3 5~26 6,2 5430 9,3 37 5432 10,0 18 5434 5~36 10,0 59 5438 6,9 5~2 5,2 9 5444 5,1 308 5440 5,2 99 54~8 11,i 137 5450 5452 5454 5456 545~ 6,2 220 BUREHOLE * QOAL, . DEV, DIA~ DiAH AZI. 1-3 2-~ 26.2 26.2 26.2 26.2 26,2 26.2 26.2 1 26.2 26.3 26.4 1 26.4 26.4 26,4 26,~ 2~.4 25,~ 26,~ 26.q 1 26.3 26.3 .26.3 26,4 25,4 26,4 26.4 1 26.4 1 26.3 1 20.2 2~.2 26.2 26.3 20.3 26.4 26,~ 1 26.4 1 26,3 i 26.3 26,3 25,3 ~*~ 97 14.2 12.q 90 13.8 12.8 84 13.6 12.8 86 13,4 12,6 91 13.6 12,7 97 14,1 12,6 O0 14,3 12.3 96 14.2 12.2 98 I4,2 12,3 O1 14,1 12,4 93 13,8 12.7 . 83 13,6 12,8 86 13.7 12,7 92 13.9 12,4 96 ~,3 12.3 99 14,7 12,2 99 14,8 12,I O1 1~.8 12.1 O0 14.7 12.2 90 14.4 12.3 84 14.1 12.3 88 13.9 12.3 94 14.0 12.4 99 14.4 12.4 99 14.7 12.~' O0 14.9 12.3 O1 14.8 12.2 03 14.8 12.1 99 14,8 12.1 91 14,7 12.2 87 14.4 12,3 89 14,2 12,4 95 14,3 12.4 99 14.7 12.3 O0 15.1 12.2 02 !5.~ 12.1 03 15.3 12.1 99 15.0 12.2 93 14.7 12.2 87 1~,5 12.3 A~LA$11C ~ICHFIELD CO. TER~ WELL "A" PAG£ 35-FILE * FO~ATid~ , BOREHOLE * .................. * .................................. DEPTH · DIP DIP * DEV. DEV. DIAM DIAM * AZI. * AZI. 1-3 2-4 5460 6.0 223 26.3 88 14.3 12.4 B 5452 6.2 295 26.3 94 14.3 12.4 D 5~6~ 4.0 128 26.3 98 14.5 12.3 A 5~6 1.6 216 26.2 100 15.2 12.2 E 5~68 ~.5 120 26.2 104 15.6 12.1 A 5470 3,1 114 26.2 105 15.8 12.1 A 5472 5.7 185 26.2 101 15.8 12.0 A 5474 0.7 138 26.2 94 15'6 12.0 C 5470 ~.1 $I 26.2 87 15.1 12.2 C 5478 2.5 251 26.2 84 14.8 12.3 A 5~0 3.0 76 26.2 87 14.9 12.4 A 54~2 3.6 70 26.3 93 ~5.2 12,4 A 5,~8~ 1.I 5 26.4 95 15.5 12,3 g 5~86 26.4 99 15.7 12.1 5488 26.4 102 15.7 12.0 5~90 4.8 263 26.4 100 15.4 12.2 C 5~92 6.4 336 26,4 93 !5.0 12.3 C 5~94 6.0 251 26.4 89 14.7 I2,3 A 5496 4.6 239 26.4 88 14.7 12.4 A 5{98 26.4 89 14.8 12.4 5500 5.5 339 26.3 94 15.0 12.4 D 5502 18.5 221 26.3 lO0 '15.0 ~2.4 5504 19.1 222 26.3 105 15.0 12.4 F 5506 26.4 107 15.2 12.3 5508 26.4 105 15.2 12.2 5510 26.4 91 ~.4.7 12.7 5512 26.& 81 14,7 13.5 55!4 3.4 198 26.3 84 14.9 13.1 5516 2.6 i07 25.2 87 14.8 12.4 D 5518 26.3 93 !5.1 12.4 5520 26.~ 100 15.4 12.~ 5522 26.4 100 15.4 12.2 552~ 26.~ 98 15.1 ~2.2 5526 26.~ 96 14.9 12.3 5528 26.3 94 14.9 1,-2.2 5530 5.2 97 26.2 88 14.9 12.1 F 5532 7.9 105 26.2 87 1~.8 12.2 8 5534 26.1 92 1~.9 12.3 5536 7.0 353 '26.1 96 15.3 I2.4 O 5538 1.1 170 26.2 10i 15.8 12.2 A ************************************************************************* ATLA~TiC RICH~IELO CO. TERN ~ELL "A" PAGE 3~-F1LE * * fOR~!ATION * BOREHULE * DUAL. ~ , .................. , .................. ~---- ........... ~ INDEX ~ DEPTB * DIP DiP * DEV. DEV. DIAM DIAM * 6EST ********************************** 5540 13.3 144 26.2 105 16.0 5542 6.6 135 26,2 102 16.0 5544 2.~ 107 2b,2 96 15.7 554~ 26.2 90 15.3 5548 26,2 89 15.1 5550 26,2 92 15,1 5552 26.2 95 15.2 5554 26.2 99 15,4 5556 2,7 ~63 26.2 102 15.7 5558 i.9 342 26.2 1'05 15.9 5560 7,2 202 26.2 103 16,0 5562 10.3 198 26.1 98 15.8 5564 12.5 68 26.0 91 15.4 55~6 26.0 85 15.2 5568 26.0 84 15.0 5570 9.0 97 26.0 90 14.8 557~ 2~.0 95 15.1 5574 12.6 287 26.0 100 15,6 5576 1.6 268 2b.O 103 15,9 5578 3.0 359 26.0 102 16.3 5580 4.7 40 25.9 100 16.3 5582 4.1 72 25.8 97 16.0 5584 4.1 30 25.8 91 15.6 5586 3,8 352 25.9 89 15,2 5588 1.2 349 25.9 90 15.2 5590 4.7 343 26.0 94 i5.2 5592 4.5 51 96.0 99 15.3 5594 10,0 360 26.0 102 15,6 5596 4,9 3%7 26,0 104 15.7 5598 4,i 43 26.0 102 15.8 5600 2.1 55 26,0 94 15.b 5602 3.0 .20 26.0 87 15.3 5604 5.2 30 26.0 87 15.2 5606 2,1 4 26.0 93 15.2 5608 3.4 19 25.0 99 15.2 5610 8.9 2 26.1 99 15.5 5612 6.7 21 26.2 98 15.8 5614 5.1 357 26.1 100 15,8 5616 6.6 328 26.0 102 15,4 5618 4.9 326 .2~.0 103 ~4.8 12.0 11.7 11.9 12.2 12.4 12.4 12.4 12.3 t2.3 12.3 12.1 11.9 12.1 12.3 1~,3 12.3 12.4 1~.5 12.3 11,9 11.9 11.9 12.1 12.3 12,3 12.3 12.4 12.4 12.2 12,1 12.3 12,4 12.4 12.4 I2.6 12.5 12.3 12.2 I2.2 12.4 ATLANIIC P,.ICHFIELD CO. TER?, ~ELL "A" PAGE 37-~'IL£ 2 ~ FORMATION , BOREHOLE * QUAL. · .................. * .................................. DEPTH ~ DIP QIP * DE¥. DEV. DIAM DIAS · AZi. ~ AZI. 1-3 2-4 5620 3.8 312 25.9 97 14.6 12.4 C 5622 3.9 134 25.9 86 14.5 12.4 A 5624 2.3 103 26.0 8~ 14.4 12.4 A 5626 ~.3 99 26.1 90 14.4 12.4 A 5628 2.7 57 26.1 95 14.8 12.3 A 5630 4.8 332 26.1 100 ~5.3 11.9 A 5632 6.6 7 26.1 99 15.1 11.7 C 5634 20.2 39 2~.0 97 14.4 12.0 F 5636 ~.0 330 26.0 96 13.7 12.3 A 5638 4.4 9 26.0 95 13.4 ~2.4 C 56~0 4.9 306 2~.0 92 13.4 12.5 A 5642 5.0 316 26.0 89 13.5 12,6 A 5644 11.6 276 26.0 88 I3.9 12.6 56q6 6.0 164 26.0 89 14.3 12.5 D 56~8 3.3 44 26.0 96 14.~ 12.3 D 5650 7.1 357 26.0 99 14.3 12.1 D 565~ 26.0 95 14.1 12.1 5654 26.0 93 1~.0 12.2 5656 3.~ 84 2~.0 92 !3.9 12.3 B 5658 4.2 318 26.0 87 14.0 12.~ 'D 5660 5,~ 341 26.1 90 14.3 12.0 D 5662 3.3 278 26.2 98 14.6 12.5 D 566~ 8,5 21 26.2 102 1~.8 12.3 D 5666 4.0 '9 26.2 103 14.8 12.2 C 5~68 2,1 328 26.1 106 14.7 12,2 A 5670 1,4 8 26,1 106 14.5 12.1 A 5672 1.8 272 26,1 101 14.2 12,2 567~ 26,1. 94 13,9 5676 4.1 201 26.0 89 13.8 12.5 D 5678 I4.2 229 26.1 93 i4.0 12.6 B 5680 11.0 2~2 26.2 98 I~,~ i~.5 B 5682 6,~ 32~ 26,2 102' 14,7 12,3 5684 7.6 306 26.2 103 14.8 il.9 5686 26.2 103 !4.7 11.8 5688 26.2 103 14.5 11.9 5690 26.1 103 14.2 12.4 5692 4.1 327 26.1 100 14,0 12.6 D 5694 4.7 325 26.0 93 13.8 12.5 E 5696 5,0 336 26,0 85 13,8 12.5 A 5698 26,0 ~6 14,0 12,4 ************************************************************************* ATLA.~:!T1C RICHFIELD CO, TERM ~'~ELL "A" PAGE 38-FIL£ 2 DEPTH , FORMATIOi~ , ~ OIP OlP ~ DEV. DE ~ AZI. * AZ BOREHOLE ..................... V. DIAM DIAM 1-3 2-~ ****************************** 2t.O 92 14.~ 12.2 A 26.0 95 14.5 12.1 C 26.0 100 14.7 11.9 A 26,0 100 14,7 11.7 C 25.9 93 14.3 12.0 C 26.0 89 14.0 12.2 C 26.0 88 13.9' 12.3 C 26.0 90 13.9 12.3 A 26.1 95 14.! 12.3 A 26.2 98 14.] 12.2 A 26.2 100 14.4 11.9 C 26.2 102 14.3 11.8 C 26,2 99 14.3 11,7 D 26.2 95 14.1 11.8 D · 26.3 89 14,1 12,2 C 26.3 87 14.3 12.2 A 26.2 89 14.4 12.! A 26.2 92 14.3 12.0 A 26.2 97 14.1 11.9 26.3 , 100 14.0 12.1 C 2~.3 99 13.8 12,4 D 26.3 96 13,8 12,0 B 26.3 95 13.8 12.9 26.3 91 13.8 13.1 26.2 89 13.9 12.9 26.2 90 13.9 12.9 D 26.2 92 1.3.9 13.1 26.2 97 13.9 13,0 26.3 103 13.9 12.6 F 26.3 103 13.9 i2.4 D 26.4 102 1~.9 12.5 26,4 100 13.9 12.7 26.4 92 14.0 12,5 F 2~.3 91 14.2 12.3 F 26.2 97 14,4 12.0 26,2 99 14,~ 11,9 26.2 99 14.3 11.9 26,~ 101 1~.2 11.9 A 26.2 102 14.1 12.0 A 26,2 97 13.9 I2.2 A 5700 4.2 40 5702 4.2 350 57u4 5.6 26 5706 6.i 39 5708 4.8 5710 6.7 326 5712 5.1 353 57~4 3.2 2~ 571~ 5.5 17 5718 7.0 349 5720 4.0 8 5722 2.8 11 5724 5.1 3~1 5726 5,6 320 5728 4.3 1 5730 3,8 15 573~ 2,2 9 5734 3.1 337 573~ 3.4 13 5738 3.1 7 5740 2.4 344 5742 3,1 281 5744 5746 5750 33,0 312 5752 5754 10.2 313 575~ 14.2 30~ 5758 10.3 311 57~0 5762 57a~ ll.6 285 5766 14.9 293 5768 5770 5772 4.3 3~8 5774 5.5 360 5776 5.3 360 5778 3.5 350 5780 1,8 3 26,2 5782 2.9 47 26.2 5784 3,1 37 26,2 5786 26,2 5788 9.4 58 26,2 5790 4,0 30 26,2 5792 4.0 45 26,3 5794 3.2 75 26,4 5796 26,3 5798 6,0 339 26,3 5800 4,8 3.37 26.3 5802 2.3 4 2b,2 5804 26,2 580~ 7.5 335 26,2 58G8 11,7 315 26.2 5810 8,9 321 26,2 5812 11,0 337 26,2 58]4 7,2 i2 26.2 5818 19,6 350 26,3 5818 13.5 309 20.3 5820 26.3 5822 81,8 345 26,3 5824 79.3 344 26.4 5826 14.1 50 26,4 5828 11.5 43 26.% 5830 6.2 ~5 26.~ 5832 2.8 33~ 26.4 5834 8.6 253 26.4 5836 3.~ 308 26.~ 5838 3.0 326 26,3 5840 1.2 102 26.3 58%'2 26.3 58%% 9,2 354 26,3 5846 10.4 354 26.3 5848 9.2 10 26,4 5850 8.9 341 26,4 5~52 7.0 353 26.4 5854 5.4 180 26.4 5856 3.4 42 26.4 5858 5.6 47 26.~ FORMATION , DEPTh * DIP DiP * D~V, * AZI. BOREHOLE ....................... * INDEX OEV. OIAM DIAM AZI. i-3 2-~ 93 13,9 12,2 91 13.9 12.2 A 91 13.8 12.2 91 !3.7 12.~ 90 13,7 12,5 D 93 13.7 12.3 101 13,7 12,2 D 98 13,6 12,~ D 93 13.7 12,5 9~ 13.8 12.6 B 9~ 1~,1 ' 12,5 89 14,2 12,3 86 I~.0 12.2 88 13.8 12.3 A 95 13.8 12.4 A 100 13.9 12.3 A 97 13.9 12.3 A 95 14.0 12.3 A 98 13.9 12.2 96 13.8 12.2 C 94 13.8 12.1 95 13.7 12.1 D 97 13.6 12.2 97 13.6 12.3 D 99 13.6 12.3 E 101 13.5 12.4 D 97 13.3 12.6 D 89 13.5 12.7 D 88 13.8 12.5 90 13.8 12.4 B 96 13.8 12.4 D 99 13.5 12.4 95 13.3 12.4 94 13.4 12.~ A 91 13,5 12.6 A 87 13.6 12.6 87 13.6 12.4 A 93 13.6 12.4 C 99 13.8 12.1 C 102 13.7 12.0 C ************************************* ATLANTIC RICHFIELD CO. TERM NELL "A" PAGE ~0-FILE * FORMATIO~'I ~ BOREHOLE * ~UAL. , .................. , .................................. ~ INDEX DEP'~H * DIP DIP , DE~. DEV. DIAM D1AM * BESS $ AZI. ~ AZI. 1-3 2-4 ~ =A 5~60 26.4 103 13.4 12.2 5862 26.4 100 13.3 12.3 5864 4.9 170 2b.~ 95 1].3 12.~ 5866 4.2 92 26.5 96 13.3 12.4 5868 26.6 102 13.4 12.4, 5870 11.2 17 26.6 104 13.4 12.4 5872 6.8 46 26.6 105 ~3.5 12.4 5874 4.9 53 26.7 I03 13.2 5876 2.8 128 26.8 92 12.7 12.2 5878 26.7 86 12.7 i2.3 5880 ~6.7 88 12.8 12.3 5882 ~6.6 91 12.9 12.5 5884 5.4 222 26.6 93 13.1 12.7 5886 26.6 99 13o2 12.7 5888 26.7 100 13.2 12.7 5890 26.7 84 13.2 i2.8 5892 26.7 55 13.3 12.8 5894 26.8 49 13.2 12.b 5896 ~.0 299 26.8 66 12.8 12,5 5898 1.0 257 26.8 74 12.5 12.5 5990 0.8 133 26.8 75 12.4 12.5 5902 5.9 129 26.8 79 12.4 12.7 5904 4.9 158 26.9 84 12.5 12.9 5906 2.8 156 26.8 85 12.5 13.0 590~ )6.3 72 25.8 89 12.3 5910 15.~ 68 26.8 92 12.3 12.8 5912 26.8 89 12.2 12.3 5914 12.6 75 26.8 87 12.2 12.1 59)6 26.8 85 12.2 12.1 5918 11.0 20 26.8 86 12.3 12.i 5920 1~.1 24 26.8 89 12.4 12.1 5922 14.2 26 26.8 88 12.4 12.1 592~ 26.8 86 12.3 12.1 5926 26.8 86 12.3 12.1 5928 39.9 284 26.8 87 12.~ 11.9 5930 26.7 84 12.4 11.8 5932 33.9 82 26.6- 79 12.3 11.8 5934 26.6 82 12.2 11.8 593b 3.9 227 26.6 90 12.4 11.8 5938 3.0 194 26.6 90 12.5 11.8 O D D 0 D D D * F O F D O * B , B D D AThA~'iI:IC RICHFIELD CO. TER~ WELL "A" PAGE 41-FIL£ 2 FORMATION DEPTH ~ DiP DiP ~ DEV. DE * AZI. , AZI. 1-3 2-4 ************************************************************************* 5940 20.5 117 26.6 88 12.5 12.0 5942 32.2 64 26,6 87 12.6 5914 26,6 87 ~2,3 19.5 59~6 3.4 33 26.5 87 12,2 12.4 5948 5,7 303 26.5 81 12.~ 12.1 5950 2,6 77 26.7 76 12.3 5952 4.0 46 26.8 75 12.3 11.7 5954 2,0 352 26.8 74 ~2.4 ~,1.6 5956 3.4 44 26.8 82 12.5 11.2 ~5958 3.6 2 2~.9 90 12,5 il,0 5900 8.5 297 27.0 90 12.5 11,2 5962 9,7 307 27.0 91 12.6 1~.9 5964 9.5 46 27.0 93 12,6 1~.5 5966 13.6 59 27.0 95 12,4 12.5 5968 2.8 349' 26.9 96 12.6 12.3 5970 4,5 73 26.8 93 12.9 5972 5.3 32 26.8 89 13.3 12.5 5974 7,~ 12 26.8 88 13.8 12,4 5970 5,1 202 20.9 89 I4.! il.9 5978 4.9 131 27.0 90 13.8 1t.9 5980 6.5 251 26.9 95 i3.7 12,3 5982 8.6 277 26.9 95 13,7 12.5 5984 2.3 173 27.0 93 i~.0 12,7 5986 2.1 172 27.0 93 14.3 12,8 5988 3,1 340 27.0 94 1~.2 12.8 5990 3.4 334 27.0 94 14.2 12.8 5992 2.3 302 27.0 94 1~.5 12.7 5994 2.2 300 26.9 95 14,7 12.5 5996 4.0 2~6 26.8 92 14,8 12,2 5998 6.6 278 26.8 90 14,7 12.3 6000 3.2 256 ' 26,8 91 14.3 12,4 6002 3.2 237 26.7 92 14.0 12.~ 6004 4.3 233 26.b 97 13,9 12.6 6006 8.5 175 26.7 98 13.9 12,8 6008 6,3 350 26,8 99 13.8 12.9 60~0 7.5 353 26.8 ~00 13.7 12.9 601~ 6.4 337 26.8 99 i3.6 12,7 601~ 4,9 338 26.8 97 13.3 12'4 6016 3.6 351 26.7 94 12.9 12.1 6018 7.9 324 26.7 90 12,6 12.0 BDREHDLE * QUAL. ..................... · INDEX V. DIAM DIAM , BE$I A!LA~T1C ~ICH~IELD CO. T£R~ HELL "A" PAGE 42-~IL£ 2 ~ FORMATION $ BOREHOLE QE?TH ~ DIP OIP ~ DEV, DEV, DIA~ DIA~ ~ AZI. ~ AZI. 1-3 2-~ 6020 4,7 3]5 26,7 90 12,6 11,9 6022 4,1 3~5 26,7 97 12,7 12,0 6024 5,0 357 26,6 106 12,~ 12,3 6026 3.7 12 26,6 107 12,8 12,5 6028 1,0 19 26,6 107 12,7 12,6 6030 0,6 60 26,5 106 12,7 12,7 6032 2~,4 106 12,5 1~,8 6034 2~,~ 10'6 12,6 12,7 6036 26,4 104 13,0 6038 5,9 30 26,4 103 13,4 6040 26,3 102 13.9 12,2 60~2 3,1 247 26,2 99 14,2 12,3 6044 26,2 96 14,9 1~,6 6046 5,5 357 26,2 94 15,4 12,7 6048 4.8 351 26,1 96 15,3 12,7 6050 4,1 353 26,0 96 15,1 12,8 6052 5,4 339 26,0 97 ].4,9 ~3,0 6054 4,6 353 26,0 100 14,8 13,1 6056 3,5 9 26,0 99 15.0 1~,9 6058 5,5 24 25,0 94 15,1 12,3 160~0 6,4 360 26,1 89 15,0 11,6 6062 4,7 355 26,2 88 14,8 11,2 6064 3.3 342 26.1 87 14.5 10,~ 6056 2.9 358 26.1 85 1~,5 6068 4,7 4 2~,1 84 14,7 6070 4,8 346 26,1 83 1~,8 6072 3,4 354 26.2 78 14,8 12,1 6074 3,3 7 26.1 68 14,8 6076 3,~ 28~ 26,2 3! 1~,6 ii,9 6078 4,7 289 26,2 ! 14.2 11,8 6080 5.0 ~81 26,2 7 13,7 608~ 5,6 '293 26.1 25 13,8 12,0 6084 1.5 2~. 26.1 37 14,~ 12,4 6086 24.1 29~ 26.1 37 15,~ 12,6 6088 2,6 341 26.J. 26 15,2 12,6 6090 3,2 334 26,0 15 14,9 12,4 6092 4.7 276 26,0 18 !g,4. 12,2 6094 4,8 275 26,.0 20 13,8 12,2 6096 5,6 250 25.9 19 13,5 !2,2 6098 3,9 317 25,9 29 13,3 12,2 OUAL, BEST D ~ D ~ A ~ A ~ A ~ A % A ~ A ~ A ~ A ~ A ~ A ~ C * C ~ C ~ A · A ~ C ~ A ~ ATLAi~TIC RICHFIELD CD. TE~.M maLL "A" PAGE ~t3-FILE 2 , FORMATION ~ .................. ~ .... DEPTH , DIP DIP * D · AZ1. 6190 5.6 343 6102 6!0! 6.3 226 6106 11.8 256 6108 611,0 61],2 611.4 6116 6118 10,i 293 6120 3.7 254 6122 2.4 277 6~24 1.8 149 6126 2.0 168 6128 1,8 251 6130 2,8 258 6~32 11.9 2~3 6134 11.6 230 6L3b 4.2 6138 3,7 231 ~140 4.6 228 6142 3.8 315 6144 3.6 333 61~6 3,1 198 61~8 2.3 276 6150 4.4 212 6152 6154 4.9 27 6156 3.4 320 6158 3.4 283 61~0 3.9 3!7 6162 14.3 345 6164 8.7 341 6166 8.1 338 61b~ 3.8 357 6170 4.4 3 6172 6.0 6174 5.0 345 6176 5.0 338 6178 6.3 10 BOREHOLE * QUAL. .............................. , INOEX EV, DEV, OIAM DIAM * 8EST AZI. 1-3 2-4 * :A 25.9 49 13.0 12.3 25.9 63 13.0 12.5 25.8 77 13.3 12.8 25.8 84 13.4 13.0 25,8 83 13,7 13,1 25.7 74 14.0 13,0 25.6 46 14.1 12.4 25,5 22 13.9 12.0 25,q i 13,8 12,0 25.~ 334 14.0 12.1 25.3 321 14.0 12.3 25,2 321 13,9 12,4 25.2 323 14.0 12.5 25.2 326 13.8 12.5 25.2 327 13.1 12.3 25.2 343 12.7 12.5 25.2 4 13.0 13.1 25.2 4 13.4 13.3 25,2 351, I4,0 I].I 25.2 339 14.5 12.7 25.1 333 14.8 12.~ 25.0 334 14.7 12.2 24.9 335 14.5 12.2 24,8 329 14.2 12,2 24.8 324 13.5 12.3 24.8 328 12.7 12.~ 24,7 340 12.2 12,7 24.5 356 12.1 12.6 24,4 4 12.2 12.8 24.4 3 12,2 13,0 24.4 4 12.0 12.9 24,3 11 11,9 12,7 24,3 23 12,1 12,9 24,2 31 12.3 13.3 24.2 36 12.3 13.7 24.2 39 12.3 !3.8 24.2 37 12.2 13.4 24.2 39 12,2 12,9 24.2 48 12.4 12.4 24.1 54 12.7 12,2 ATLANTi£ RICHFIELD 'CO. TERM ~ELL "A" PAGE 44'FILE ~ ~OR~A~ION * BOREHOLE · .................. , .................................. DEPTH , DIP OIP * D~V. DEV. DIA~ DiA~ * BEST , AZI. * AZI. 1-3 2-~ ************************************************************************* 61~0 8.1 351 2~.0 56 12.7 1.2.3 A 6182 9.5 351 24.0 57 12.8 12.4 A 6184 10.0 350 24.0 57 12.8 12.6 A 6186 23.9 54 12.6 13.0 61~8 5.9 2 23.8 46 12.4 13.5 A 6190 3.8 283 2].8 43 12.3 13.5 A 6~92 3.8 306 .23.8 ~2 12.3 13.3 6194 5.1 348 23.8 41 12.3 13.0 A 6196 3.7 245 23.7 ~2 12.4 12.8 C 6198 2.3 30 23.6 45 12.6 12,8 A 6200 3.5 15 23.6 43 12.7 12.8 A ~202 23.5 ~2 !2.5 12.8 620~ 2.7 349 23.~ 50 12.3 12.7 A 6206 6.1 347 23.3 57 12.4 12.7 A 6208 3.8 65 23.2 61 12.5 12.7 A 6210 4.0 3~8 23.1 63 12.4 12.7 A 6212 5.~ 3~9 23.0 65 12.2 12.5 A 6214 6.4 38 22.9 65 i2.2 12.4 A 6216 5.2 24 22,8 63 12.4 12.4 A 6218 11.0 5 22.7 61 12.4 12.4 6220 10.O 8 22.6 58 12.3 12.3 A 6222 4.2 48 22.5 58 12.3 12.3 A 6224 1.0 65 22.3 60 12.3 12.3 A 6226 2.9 266 22.2 60 12,3 12.3 A 6228 22.1 50 12.~ 12.2 6230 1.4 315 22.0 47 !2.5 12,3 A 6232 7.1 311 22.0 48 12.5 12.5 A 6234 6.1 4! 21.9 42 12.7 12.5 A 6236 5.3 @ 21.8 43 13.2 12.4 6238 5.5 317 21.8 47 13.5 12.3 6240 4.1 296 21.8 46 13.4 12.3 E 6242 5.2 357 21.8 43 13.4 12.3 A 6244 7.7 323 21.8 47 13.1 12.2 6246 7.9 325 21.8 53 12.9 12,2 A 6248 21.8 59 12.9 12.2 6250 2.9 319 21.8 · 64 13.3 12.2 A 6252 1.8 236 21.8 60 13.7 12.1 C 6254 5.3 75 21.7 43 13.8 12.! C 6256 1.8 52 21.6 37 13.8 12.1 .A 6258 4.0 301 21.5 t8 14.0 !2.2 A ************************************************************************** ATLA~TI¢ P, ICHFIELD CO. TER~"~ ~'~gLL "~" PAGE 45-FILE 2 * FORS~ATION * SOREH(]LE ~ .................. * .................................. DEPTH · DIP DiP , DEV. DEV, DIAM DiAM ~ B~ST , AZI. , AZI. 1-3 2-4 * =A *************************************************************************** 6260 4.0 3~0 21.4 57 14.5 12.6 C 6262 5.2 353 21,4 49 15.1 12,8 'A 6264 2,6 51 21.4 42 14.6 12.5 A 6266 2.2 318 21.4 51 13.5 12.4 E 6268 4,0 3.44 21.4 62 12.b 12,6 C 6270 10.3 13 21.4 66 12.3 12.9 C 6272 21.4 62 12.3 13.3 6274 68,2 260 21,4 54 12,! i3,3 F 6~76 21.5 53 12.1 12.8 6278 5.3 27 21.6 61 12.2 12.4 C 6280 3.6 346 21.6 72 12.1 12,2 A 6282 4.8 10 21.5 78 i2.! 12.2 A 6284 5.7 23 21.4 82 12.! 12.8 A 6286 8.4 360 21.4 81 12,0 13.3 C 6288 9.6 77 21.3 ~0 11.8 13.5 C 6290 6.5 19 21.2 80 1i.8 13.4 A 6292 4.7 4] 21.2 80 12.1 13.1 C 6294 21.1 80 12.2 12.7 6296 2,1 72 21.0 80 12.2 12.3 C 6298 6.0 45 2!.0 81 12.2 12,3 C 6300 8.8 39 21.0 82 12,1 12.5 .C 6302 3,1 320 2i.0 81 12,0 12.8 C 6304 5,0 313 20,9 77 12,1 12,8 A 6306 3.9 301 20.8' 75 12.1 12.8 A 6308 7.6 294 20.9 68 12,1 !3.1 B 63]0 3,3 314 20.9 56 12.3 13.~ B 6312 2.7 324 2~,0 52 12.2 ~3.7 B 631~ 2,4 3~1 21.0 61 12.0 14.0 6316 2t.0 75 12.1 13.~ 6318 9.1 62 20.9 78 12,3 13.0 B 6320 7.9 84 20.~ 70 12.2 ~2.8 B 6322 1'5 289 20,8 64 12.! 12,8 D 6,~24 !.9 319 20.8 63 12.0 ~2.7 D 6326 8.2 337 20.8 68 12.0 12.7 D 6328 20,8 74 12.0 12.7 6330 20,8 75 11,9 12,8 6332 13.8 9 20,8 73 12,0 13.I A 633~ 10.4 1 20,8 72 12.0 13.4 A 6336 6.9 332 20,8 71 12.0 13,4 A 6]38 8,3 332 20.8 70 12.O 13,4 C ATLAN%iC RICHFIELD CO. TERM HELL "A" PAGE 46'FILE , FORNATION * BOREHOLE , QOAL. ~ .................. , .................................. ~ iNDEX DEPTH ~ DIP DIP * DEV. DE¥. DIAM DIA~ * BEST * , AZI. * AZI. 1-3 2-4 * =A ~ 53~0 5.7 20 20.7 70 12.2 13.4 63~2 4.0 320 20.7 70 12,4 13.4 63~ 3,6 330 20.6 70 12.2 ~3.3 6346 i.1 31~ 20,6 68 12.1 13.2 6348 13.5 15 20,6 70 12,0 13.1 6350 20,6 73 11.9 13.1 6352 20.7 75 11.9 13.2 635~ 17,9 28 20.8 76 11.9 13.3 6356 5,7 25 20.8 78 11.9 13.3 6358 4.3 20 '20.8 80 11'.9 13.3 6360 1,7 359 20.8 82 11.9 13.4 6362 2,4 209 20,8 82 11,9 13.6 636~ 2,0 360 20.8 80 11,9 13,8 6.366 2,6 3 20.8 80 12.0 13.8 6368 3.6 168 20,7 83 12,0 13.~ 6370 4,9 16 20.6 83 11.9 1~,5 6372 3,3 32 20.6 84 11.9 13.4 6374 5,1 113 20.7 85 11,9 13.3 6376 5,9 120 20.8 84 12.0 13.3 6378 5,2 112 20.8 83 12.1 13,2 6380 20.8 80 12.2 12.7 6382 7,3 17 20.8 71 12,2 12.3 6384 2.1 53 20.9 61 t2,2 12.1 638~ 21.0 59 12,1 12.1 6388 3,1 62 20.9 ~0 12.1 12.1 6390 7.3 97 20.8 59 12.2 12.1 6392 ~.3 18 ~0.8 52 12.2 12.2 639~ 8,7 353 20,8 69 12,2 12,3 6395 6,i 35~ 20,8 72 12.1 12,3 6398 3,i 285 20,8 68 12,1 12.5 6400 6.2 ~9~ 20.8 64 12.2 12,7 5402 11.7 335 20.8 70 12.2 12.9 6~04 ~0.7 201 20.8 77 12.2 12.9 6~05 8,6 200 20.8 77 12.3 12.9 6.~08 2.4 52 20.8 78 12.2 12.8 6410 1.9 45 20.8 79 12.2 i2,7 6412 1.5 39 20.8 80 !2.1 12.7 6~14 3,9 77 20,8 81 12.1 12.6 6416 4.8 ~6 20.8 80 12.0 12.4 641~ 7.7 54 20.8 79 12.0 12.3 ATLAS!TiC RICHFIELD CO. TER~ HELL "A" PAGE ~7-F1LE ~ FOR~ATIO~ ~ BOREHOLE ~ ~UAL. * .................. * ................................ - - $ iNDEX DEPTH ~ DIP DIP ~ DEV'. DEV. DIAM DIA~ ~ BEST * AZI. ~ AZI. 1-3 2-4 * mA ************************************************************************* 6420 6.1 87 ~0.~ 78 12.1 12.3 A 6422 20.8 74 12.1 12,2 6~2~ 4.7 323 20.8 69 12,1 12,1 C 6426 7,0 72 20,$ 68 12,1 12,1 C 6428 1,4 315 20,8 60 12.1 12,1 A 6430 20.8 58 12,2 12,1 6432 12.4 171 20,8 67 12,1 12,2 D 6934 20,8 69 12,1 12,3 6936 20,8 69 12,1 12,5 6438 14.8 165 20,9 71 12,1 12,7 F 6440 7,7 110 21,0 75 12.0 12.8 B 6442 3,7 106 2~.0 78 12,0 12.9 O 64~ 2,9 173 2~.0 78 12.0 13,1 F ~4~6 2.8 3 21,0 79 12,0 13,2 B 6~q8 36,7 5 21.0 80 12.0 13,3 B 6450 ~1,6 ~ 21,0 80 11,9 13,3 D 6452 9,2 358 20,9 80 ~2,1 13,3 A .6454 5,7 343 20,~ 80 12,2 13,4 A 6~56 5,8 356 20,8 82 12.~. !3,3 A 645B 9,0 16 20,7 $4 12,1 13,0 A 6460 4,9 359 20,7 84 12.1 ~3,0 A 6462. 5.4 330 20.6 ~4 12,1 13,1 C 6q64 4.2 319 20,6 82 12.1 13,3 A 6~66 9,3 41 20.7 8i 12,~ 13,5 C 6469 6,7 32 20.7 81 12.2 13,7 A 6470 2,4 360 20,6 ~0 12.2 13,8 A 6472 4.5 356 20.6 82 12,3 13,7 A 647~ 3.7 ~' 20.6 79 12.3 13,4 A 6476 3,2 2~ 20.6 77 12,4 13,1 A 647~ 4,5 24 20,6 78 i2,5 13,1 A 6~BO 2.2 337 ~20,5 80 I2,4 13,2 A 6~2 2,1 34~ 20.5 78 !2.5 13,1 A 6484 2.5 350 20,5 76 12,5 13,0 A 6486 2,9 41 20.5 73 12,:5 12.9 A 645~ 9.5 318 .~20,6 61 12,5 12,7 B 6490 i0,9 320 20,6 62 I2,3 12.6 B 649~ 20.6 72 12,2 12,5 6494 20,6 72 12,2 ~2.6 64~6 20.,6 72 12,2 12,7 6498 8.1 336 20,6 74 12.3 12,8 D , , ~ DEPTH * DiP DIP * DEV. DEV. D · * AZI. * AZI. ************************************************** 6500 20.7 75 12.3 6502 3.3 353 20.6 75 12.3 6504 3.2 38 20.6 '75 12.2 6506 3.0 55 20.6 74 12.2 6508 3.6 35 20.5 74 12.2 6510 20.5 74 12.2 6512 20.4 74 12.2 6514 6.4 3] 20.4 73 12.1 651~ 6.9 33 20.3 73 12.1 6518 4.6 18 20.2 75 12.2 6520 3.S 5 20.2 77 !2.2 6522 2.3 360 20.2 77 1~.2 65~4 ~.2 336 20.1 75 12.1 6526 1.5 327 20.0 7~ 12.1 6528 10.1 115 20.0 73 12.1 6530 19.9 74 12.1 653~ 5.6 304 19.8 74 12.1 6534 3.4 25 19.7 73 12.0 6536 2.~ 31 19.8 7~ 1~.0 6538 19.9 .73 12.2 6540 4.8 218 19.8 74 12.0 6542 5.6 221 19.9 74 11.9 6544 3.~ 306 20.0 73 12.2 65~6 4.9 357 20.0 72 12.0 65~8 6.4 12 19.9 73 11.9 6550 14.5 260 19.9 74 12.2 6552 3.2 32 20.0 74 12.3 655~ 3.6 23 20.0 78 12.0 6556 3.5 i1 !9.9 77 !t.9 6558 3.0 10 19.9 74 12,1 6560 2.9 5 19.7 74 i2.3 8562 2.2 21 19.7 75 12.2 656~ 2.8 353 19.6 76 11.9 6566 3.7 352 19.b '77 12.1 6568 3.9 322 19.6 76 12,~ 6570 2.5 310 19.6 75 !2.4 6572 1.1 16 19.5 73 12.3 6574 i.0 73 19.5 72 12.3 657~ 3.2 239 19.6 78 12.3 6578 9.4 205 19.6 78 12.2 BORE.~(]LE , @UAL. ....................... * INDEX 1AM DIAM * ~EST 1-3 2-4 * =A 13.1 13.2 !3.2 13.4 13.5 13.7 13.8 13.9 14.0 14.4 ~4.8 '15.1 15.4 15.5 15.7 15.8 15.7 15.8 15,6 15.5 1'5.5 15.6 15.7 15.7 1~.0 16.1 15,9 15.7 15.7 15.~ 15.4 14.9 14,7 lq.5 14,3 14.0 i4.0 ATLA~T1C RICHFIELD CO. TERM WELL "A" PAGE ~9'FIoE $ .................. * .................................. DEPTH , DiP DIP * DEV. DEV. DIA~4 DIAS ~ AZI. ~ AZI. 1-3 2-4 6580 19.5 74 ~2.2 14.~ 6582 5.9 35 19.3 75 %2.2 !4.! A 658% 5.3 7] 19.3 75 ~2.2 14.1 A 655~ ~.6 55 19.3 75 12,2 14,1 6588 7,9 42 19,3 76 12,2 14,1 A 6590 19,2 78 12,2 14,2 6592 1,8 58 19,1 79 12,3 ~.4,3 A 659g 2,6 272 19,0 80 12,3 14,4 C 6596 4,1 55 18,9 80 12,2 14.5 6598 3,8 58 18,8 80 12.1 ~,6 6600 6,8 291 18,8 8! 12,2 14.7 C 66{32 6,9 298 18,8 81 12,! 15,0 C 6604 4,0 60 18,8 79 11,9 15,3 6606 ~,1 63 18,7 80 11,9 15,4 A 6608 ~,6 ~6 18,6 82 12,0 15,5 A 6610 6,5 73 18,6 8~ 12,0 15,8 C 66~ t ,3 64 18,6 79 11,8 16,0 A 661~ 0,6 67 18,6 78 11,6 16,! A 6616 ~,7 82 18,5 7'7 11,7 1~.3 A 66i~ 3,8 36 .18,4 76 11,9 16,6 A 6~20 2,9 $~5 18,4 74 11,9 I6,6 B 6622 1,5 t04 ~,~ 74 11,9 1~,3 B 6624 1,q 31~ 18,~ 77 12,1 16,1. D 6626 l~,q 77 ~2,1 6628 2,2 16 18,4 77 11.9 16,7 6630 1~,4 76 12,0 6632 1,6 q9 18,4 '16 . 11,9 !7,0 663~ 3,0 54 18,3 77 11,6 17,0 6636 ~,0 29 lS,2 76 11,5 1~,9 A 6638 2,7 327 1B,2 76 11.~ 16,9 66~0 ~,2 33I 18,2 76 1!,~ 1~,9 A 66~2 2.4 300 18,2 74 11,3 16,~ A 66q.q 4,3 24 !8,1 73 11,7 16,8 C 66~6 2,3 14 18,1 76 11,8 16,~ 6648 2,0 334 18,1 77 11,8 16,5 A 6~50 3,7 3~1 t~,1 78 1i,9 I6,4 C 8652 7.7 3~6 18,0 77 11,8 16.2 C 6654 6,6 325 17,9 76 11,8 16,2 A 665~ 4,3 353 17,8 76 11,9 16,0 6658 2,4 358 17,9 76 12,0 15,7 A ATLAi~7IC RICH~-IELD CO. TER~~ ~£LL "A" PAGE 50-FILE 2 * DEPT- , DIP DIP * DEV. * * AZi. 66~0 3.g 56 17,9 6662 3.3 307 17,9 6664 1.6 1 17,8 666b 2,1 333 17,8 6668 3.5 23 17,7 6670 4.3 ~8 17,6 6672 12.8 ~5 !7.6 6674 8.7 33 17,6 ~670 8,0 4 17,6 6678 4,8 12 17.6 6680 4,6 ~3 17.6 6682 2,7 353 17,6 668~ 2.0 53 17,~ 6686 2,6 63 17.5 6688 4.0 1 17.3 6690 2.~ 13 17,2 6692 17.1 669~ 15.3 360 17.1 6696 12,6 334 17,0 6698 17.0 6700 13.0 33~ 17,0 6702 2.5 14 17.0 670~ 2,7 62 16,9 6706 0.6 352 i6,9 6708 i.'7 308 16.8 67~0 1,2 323 16,8 67].2 0.5 74 16.8 6714 2.7 349 16.8 6716 5.0 %3 I6,8 6718 t.0 72 16,8 6720 2.i 2 16.7 6722 3.4 41 16,6 6724 11,3 176 16,6 6726 13.8 179 16.6 6728 16.6 6730 0,3 330 16,5 6732 I.I 302 16.4 6734 3,~ 317 6736 3.6 307 16,3 6738 4.0 317 16.2 BOREHOLE DEV. DIAM AZI, 1-3 ...... DIAM * BEST 2-4 73 12.g 15,6 75 12.4 15,5 75 12.3 15.3 74 12,2 15,3 74 12.1 15,2 76 12,2 15.1 77 12,3 14,8 78 12.2 14.1 78 12,0 13,3 78 12.0 13,2 77 12.0 13,1 76 12,0 13,1 7~ 12.0 13,2 80 12.0 13.1 75 12.0 12.9 73 12.0 12.7 77 12.0 12.7 81 12.0 12.7 81 i2.1 12.9 77 12.1 12.9 75 12.2 12.9 76 12.2 i2.9 77 12.2 12,9 77 12.2 12.9 77 12.4 !3.2 '78 12.4 13.3 74 12.3 12.9 69 12.2 i2.3 64 12.0 12.1 57 12.0 12.0 57 12.0 12.1 65 12.0 12,2 72 12,0 12,3 75 12,0 12,4 76 12.0 12,6 76 12,0 12.7 79 12,1 12,7 82 i2.0 12.8 83 1'2.1 12.8 82 12.1 12.8 A A A A * A C A A A A A A A A A O D , B A A A A A A A , A , A A O O A A A A A ATLAS!TIC 5ICH~:IELD CO. TER~ WELL "A" PAGE 51'FILE $ ~ORMAIION * BOREHOLE * QUAL. , .................. , .................................. DEPTM * DIP DIP * DEV, DEV. OlA~i DIA~ , ALI. * AZI. 1-3 2-4 6740 2.9 316 16.2 81 1~.1 12.8 A ~7~2 2.8 315 16.2 82 12.1 12.8 A 674~ 3.7 249 16.2 80 12.1 12.8 A 6746 3.2 ~29 16.2 79 12.1 12.8 D 674B 7.8 5 le.1 79 12.0 12.9 D 6750 6.5 341 16.0 79 12.1 12,9 B 6752 5.5 4 16.0 78 12,2 13.4 D 6754 7,4 20' 15,9 76 12.2 13,8 8 6756 15.8 79 !2,1 13.8 6758 15.8 80 12.1 13.9 6760 !5,8 77 12.1 14,1 6762 I5,8 76 12,1 14,2 676~ 15.8 75 12.2 14,3 6766 15.8 75 12'2 67~8 2.6 296 15.8 74 12,I 14,2 A 6770 4,4 301 15.8 74 12,0 1~,1 A 6772 5,3 336 15.8 75 11.9 13.9 A 6774 8,3 354 15,8 76 tl,9 13,7 C 6776 9,1 31~ 15.8 77 12,0 13,8 A 6778 4,5 329 15,8 77 12,0 14,0 A 6760 5.3 18 15.8 76 12,0 14,2 A 6782 4.3 21 15.8 75 12.0 14.3 A 678g 10,5 1 ~5,7 76 11.9 14.5 C 6786 8,7 3~0 15,6 76 12,0 14,9 C 6788 3,4 325 !5,6 75 12.1 15,1 A 6790 2.9 342 15,6 75 12,1 15,1 A 6792 4.5 325 15.6 75 12,1 15.3 C 6794 3.8 3~5 i5.6 7~ 12.0 15.3 A 6796 3,6 2~1 t5,5 74 12,1 '15,3 A 6798 3,0 236 1.5.4 74 12,0 15,2 6800 ~.4 333 15.4 74 12.1 !5.2 A 6802 0.2 204 15.4 74 12.0 15.1 C 6804 6.5 22 ~5.4 73 12.1 15.0 C 6800 6.5 6 15.4 73 12.1 14.9 A 6808 5.0 359 ~5.4 7~ 12.1 lg.9 A 6810 2.7 327 15,4 74 12,2 1~,9 A 6812 3.5 15 15,3 74 12.1 14,9 A 6814 3,6 9 15,2 74 12.1 14.8 A 6816 4.1 335 15,2 74 12.2 14.8 A , 6818 6.0 I5 15.2 73 12.2 1~.6 A ATLA~-:~iC RICHFIELD CQ. TE~ ~;:ELL ".A" PAGE 52'FILE 2 DEPTH * DiP DIP ~ DEV, DEV. DIeM DIAM · AZI. * AZI. 1-3 2-4 ************************************************************************* 6820 6.0 53 15.2 74 12,1 14.1 A 6822 6,6 44 15,2 75 12.0 13,8 A ~8~4 3.1 59 15,2 77 12,0 13.~ A 6826 ~.5 6~ 15,1 78 12.0 13,6 A ~28 10.8 12'] 15,0 76 12.0 13,5 A 6830 3,7 264 15,0 73 12.0 13,3 C 6832 2.9 35.3 15.0 73 12.0 13,1 A 6834 2.5 2~ 15.0 74 12.0 13.0 A 6836 2.7 333 15,0 75 12,0 13,0 6838 6.0 289 1~,9 75 12.0 13,2 C 6840 0.9 1 14.9 75 12,1 13,~ A 6842 4,0 39 14.8 75 12,1 13.5 A 68~4 8,2 30 14,8 75 12,2 13,5 A 68~6 6.5 !8 !4,7 76 12.2 13.6 A 68~8 10.1 1~ 14,6 77 12,2 13.8 A 6850 3,3 325 14,6 76 12,3 13,8. A 6852 3.0 335 14,6 72 12.3 13,6 A 6854 1.6 358 14.~ 72 12.2 13.6 A 6856 2,8 3~&5 1~.6 74 12.2 14,0 A 6858 2,2 340 14,6 74 12,2 14,0 A 6860 2,2 311 14,6 7~ 12.3 13,9 6~62 2.6 318 14,6 74 12.4 13,9 A 686g 2,5 30~ 14,6 74 12,3 14,1 6866 6.4 .302 14,6 75 12.2 14,1 C 6868 3,9 1 14,6 74 12,2 14,2 A 6870 3,4 3~1 14.6 73 12,2 14,3 6872 ~,0 3~1 14,6 72 12.3 1~.3 C 687~ 3,I 327 I~,6 74 I2,2 13.7 A 687~ 5,5 357 ]~,6 75 12.1 t3,5 C 6878 7.3 4 1~,6 74 12.~ 13,7 A ~880 6,3 3t 1~.~ 75 12,1 13,9 A 68~2 5.3 ~2 14.5 75 12.0 1~.2 A 688~ 5.3 i~ 14,4 73 12.1 i~.5 A 68~6 6,3 360 14,~ 72 12.1 14.6 6888 1.2 321 14.3 74 12.1 14.5 C 5890 1,3 24 !4,3 73 12,1 1~,~ A 6892 2.7 29 14.3 74 ~2.0 14.5 A 6894 11.1 23 14,3 77 12,1 14,5 A 6896 6,7 26 14,2 77 12.1 14,6 A 6898 5,5 21 14,2 75 12.1 1~.7 A BOPEHUBE * gOAL, ...........................- * INDEX ATLANTIC RICHFIELD CO. TEP,~. :z~gLL "A" PAGE 53-FILE 2 ~ FORMAIION * 60REHObE ~ .................. * .................................. * INDEX DEPTH ~ DiP DiP * DEV. DEV. DIAM DIAN · AZI. , AZI. 1-3 2-4 6900 4.0 27 1~.2 74 12.1 14.7 A 6902 6.4 49 14.2 74 1~.1 14.7 C 690i 5.3 78 14,2 74 12.1 14.7 O 6996 14,2 76 12.1 6908 14.2 77 12.1 14,8 6910 14.2 76 1~.1 14,7 6912 4.5 317 14.2 76 12,1 14,6 891~ 5,3 341 14,2 76 12,1 14,6 6916 3,2 350 14.2 76 12,1 14,7 A 6918 2,4 339 14.1 74 12,1 14.7 6920 3.0 77 14,0 73 12,1 14.6 C 692~ 2,7 5 14.0 73 12,1 14,6 69~4 3.3 335 14.0 75 12.~ 14.7 A 69~6 3.2 338 14.0 ' 76 12.2 14,8 A 6928 3,5 34S 14,0 75 12,2 14,8 A 6930 3,9 353 1~,0 74 t2,2 14,8 A 6932 4.8 18 14.0 73 1~.0 14.7 A 6934 4,6 23 14,0 73 12.0 14.8 A 6936 3.3 i6 14.0 73 12.1 14.8 A 6938 5,7 4 14,0 74 12.1 14,7 A 69&0 5,3 333 14,0 74 12,1 14,8 A 69~2 5,9 30 14,0 75 12.1 14.9 A 6944 5,1 352. !4,0 76 12.1 15,0 A 69~6 4,8 2 13.9 77 12.1 14,9 A 6948 5.0 20 13.9 77 12.1 14,8 A 6950 3.0 12 13.8 7'7 12.1 14.8 A 6952 4.~ 31 13.8 78 12,1 14,8 A 695~ 4.7 7 t3.8 7~ 1~.1 14.8 6956 4.7 6 13.8 79 12.1 14.8 A 6958 4.1 345 13.6 78 12.1 14.9 A 6960 4.1 353 13,8 77 12.1 14.9 A 6962 4.6 ~ t3.8 76 12.1 1~.9 6964 5.3 338 1B.8 75 12,~ 14,9 A 6966 5.0 330 1.3,8 75 1~.1 15,0 A 6968 4.7 339 13.7 75 12.1 15.0 A 6970 4.5 345 13,6 76 12,1 15,0 A- 6972 4.4 353 13,~ 75 12,1 !4,9 A 6974 5.3 341 13,7 75 12.1 15.0 A 6976 5.9 341 i~,7 76 12,1 15.0 A 6978 5.6 3~I 13,6 74 12,2 14,9 A A'rLAN~IC RIC~,flELD CO. TEF~.~4 ~¥~LL "A" PAGE 54-~-ILE 2 *************************************************************************** ~ FORMATIO~'~ * ~OREH%]SE , QUAL. * ~ .................. , .................................. ~ INDEX * DEPTH ~ DIP DIP ~ DEV. DEV. DIA~ DIAM * BEST ~ 69~0 5.3 312 13.7 69~2 7.7 332 13.7 6964 6.5 331 6986 4.8 327 13.6 69S~ 6.4 317 1~.6 6990 6.6 307 13.6 6992 6.8 300 13.6 6994 7.3 286 13.7 6996 6.6 29~ 13.7 ~998 5.9 295 13.7 7000 5.2 259 13.7 ~7002 4.2 252 13.6 7004 3.5 254 13.4 70Oe 4.9 278 13.3 700~ 4.4 318 13.2 7010 4,2 277 13.2 7012 6.5 263 13.1 7014 13.1 701~ 16.1 324 13.1 7018 6.8 ~2 13.1 7020 7.0 6 13.0 7022 5.0 354 ~3.1 7024 5.6 343 13.1 7026 6.3 351 13.1 7028 5.5 2 13.0 7030 4.4 350 !3.0 7032 5.6 355 13.0 7034 5.4 35~ 13.0 7036 5,5 346 13,0 7038 5.6 351 12.9 7040 7.7 353 12.8 70{2 7.6 346 12.~ 7044 7.~ 3~5 12.8 7046 7.g 350 704~ 7.6 352 12.8 7050 9.1 355 !2.8 7052 8.8 356 12.8 705~ 7.8 353 12.8 7056 9.2 355 12.7 705~ 8.1 354 12.6 1-3 2-4 $ mA ~ 73 12.3 15.0 72 12.2 15.0 7~ 12.3 15.0 75 12.3 14.9 76 12.1 1~.7 75 12,1 14.6 73 12.1. 14.7 72 12.1 1~.6 72 12.1 14.5 73 ~2.0 14.~ 73 12.0 14.2 74 12.0 14,1 74 12.1 14.3 73 12.2 14.6 73 12.2 14.7 73 12.3 14.6 73 12.3 14.7 73 12.2 14.7 75 12.2 1~.~ 75 12.1 14.5 74 12.1 1~.5 74 12.1 14.5 72 12.1 ~.4.~ 72 12.1 I~.4 74 12.2 73 12.2 14.4 74 12.2 14.4 75 12.1 14.5 75 12.2 14.5 73 12.2 14.5 73 12.2 ~4.5 73 12.2 I4.4 73 12.2 14.4 73 I2.2 14.4 74 12.3 14.3 74 12.3 14.2 72 ~2.2 13.9 73 12.2 13.8 72 12.2 13.7 72 12.2 14.1 A'rLA{'~T1C RICHFIELD C13. TER~.~ ~';ELh "A" PAGE 55-F~LE 2 ~ FOR ,~ ~.. . ~ .................. ~ .................................. ~ ~NDEX ~ DEPTH ~ DIP DIP ~ DE~'. DEV. DI A;~i DIA~4 ~ ~EST ~ ~ AZI. ~ AZI. Z-R 2'~ ~ mA ~ 7060 8.5 359 12.6 76 12.3 14,7 70~2 7,0 352 12,6 77 12,3 14,7 7064 5,8 34! !~,6 76 12.3 14,7 7066 6,6 349 12.6 75 12.3 14.7 7068 6,3 345 12,6 75 12,2 14,6 7070 7,2 353 12,6 76 12,2 14,5 7072 7,1 354 12,5 77 12.2 707g 6,5 349 12,5 78 12.2 14,3 7076 6.8 358 12,4 77 12,2 14,1 7078 12,7 ~.7 12,5 76 12.2 13,9 70~0 13.4 ~ 12,5 75 12.2 13.B 7082 5,1 342 12,~ 74 12,2 13,8 708~ ~.6 IS 12.~ 76 12.2 13.9 70&~ 7,5 76 !2.4 77 12,2 14.0 70~8 ~,5 6 12,3 77 12,2 ~4o0 7090 6,9 6 12,3 77 12,3 14,0 '7092 7,6 359 12,2 77 12.3 14,0 7094 7.5 355 12,2 77 12,3 7096 7,5 346 12,2 75 12,3 ~3.9 709~ 16,8 6 i2,2 71 12.2 13,5 7100 $,3 354 12,1 71 12,2 13,2 7~02 9,1 356 12,1 76 12.2 13o5 710~ 8.2 349 12,0 78 12°3 13.9 7i06 5,7 329 12,0 77 12.3 13,9 7~0~ 6,8 347 1~.0 7~ 12.3 13,9 7110 6.9 338 '12,0 75 12,3 13,9 71~2 7.7 337 12,0 75 12.3 13,9 711~ 7.7 339 12,0 74 12,3 16,0 7116 7.4 3~! 11.9 74 i2.3 14,0 711~ 7,9 3q5 11,9 75 12.3 14.0 7120 9,5 3~0 1]..9 75 12,3 14,0 7122 8,9 355 12,0 76 12,2 13,9 712~ 9,0 356 11,9 76 ~,2,2 13,8 7126 7,3 358 11,~ 76 12,3 13,9 7125 9,3 3~6 11,~ 76 12,2 7130 10,2 360 1~,8 76 I2,2 14.0 7132 10,0 360 lloB 76 12,3 14,2 7136 9.2 360 I1,$ 75 12,3 14,3 7136 9,3 335 11,~ 76 !2.3 1~,3 7138 ~,5 348 11,8 76 ~.2,3 14.2 ************************************************************************** ATLA£~]iC RIC}IFIELD CO. TER~i bELL "A" PAGE 56-FILE 2 FORMATION DIP DIP * CEV, AZI. 7140 ~,5 350 1!,8 7142 9,7 34{ 11,8 71Q4 1i,0 351 11,7 7146 9,9 352 11,7 7148 9,7 349 11,7 7150 9,7 34~ 11,7 7152 9,i 3~6 ~1,7 715~ 9,7 345 11,8 7156 11,4 343 11,7 7158 10,6 342 11.6 71~0 10.1 339 11.6 7162 9.1 3~2 1!.6 716~ 9,6 349 .11,5 7166 10,1 345 11,4 7!6~ 10.~ 344 11.4 7170 10.9 345 11.5 7~72 lO.O 3~8 11.4 717~ 9.4 348 11.4 717~ 9.8 3~6 11.4 7178 10,2 34.3 11,4 7180 9,9 337 11,4 7182 10.9 348 11.~ 71~4 9.~ 340 11,4 71~6 9.7 3~4 11.4 7t88 9.8 347 11.3 7190 9.g 3~6 11~3 7192 9.8 343 11.~ 7194 9.9 347 11,2 7196 9,7 347 11,2 7198 9.7 3~6 11.3 7200 12,2 347 1~,2 7202 10.~ 3~i 11.2 720~ 10,3 343 7206 11.3 355 11.1 7~08 10,1 350 11,0 7210 9,~ 349 11,0 721~ 10.2 347 11.1 72~4 10.0 3~7 11.1 7216 11.3 354 7218 11.2 351 11.2 BOREHOLE DEV, DIAM AZI. 1-3 ...... * INDEX DIAM * 2-4 * =A 76 12.3 14.2 75 12.2 14.3 77 12.2 14.3 77 12.2 14.3 77 12,2 14,3 75 12.2 14.3 74 12,2 14,3 75 12,2 14,4 74 12.2 14.5 74 12,2 14,5 75 12,2 14,6 75 12.2 14.6 75 12,3 14,b 73 12.2 14,6 73 12.3 14.6 75 12,3 14,6 76 12,3 14,6 74 12,3 14,5 '74 12.2 14.5 75 12,2 14,~ 75 12,3 14.4 74 12.3 14.3 73 12.2 14,4 74 12,2 14,5 75 12,2 1.4,4 75 12.1 14.4 75 12.2 14.5 75 12,2 14,5 75 12,3 t4,6 76 12,4 14,6. 7~ 12,4 14.7 75 12.3 I~.7 76 12,3 14,7 77 12.3 14.8 75 12.3 14,8 74 12,4 14,8 75 12.3 14.8 75 12.3 14,8 75 12.3 14,7 74 12,2 14,7 ATLANT£C RIC~FI£LO CQ, TER~ WELL "A" PAGE 57-FILE * * FOR~ATIO~ * BOREHOLE , , .................. , .................................. * DEPTh , DIP DiP , DgV. DEV. DIAM DIA~ , , AZI. , AZI. 1-3 2-4 * =A 7220 9,7 339 I~,2 74 ~,2 14,7 7222 9,~ 338 1~,! 74 12,4 14,7 722~ 9.2 3q2 11,0 75 12,~ 14,7 7226 4,~ ~9 11,0 74 12,3 7228 6,9 7~ 11,1 74 12,3 1~,7 7230 10,2 346 11,1 75 12,4 1~,7 7232 10.4 339 1!,1 74 12,3 14.6 7234 9,6 342 11,0 74 12,3 1~,6 7236 8.7 350 10,9 74 12,4 14,7 7238 9,4 346 10,9 75 12,~ 14,7 72~0 9,0 3~0 10,9 74 12,~ 14,6 '7242 7,5 337 1~,0 73 12,3 ~4,6 7244 8,9 3.38 11,0 75 12,3 14.5 72~6 9.7 3~0 11.0 76 12,3 14.5 7248 I0,0 345 11,0 74 12,3 14,5 7250 8.7 342 11,0 74 12,3 14,5 7252 8.7 341 11,0 74 12.3 14,5 7254 7,3 35~ I0,9 75 12,3 14,5 7256 8,0 35~ 10.8 76 12.~ 14.5 7258 9.2 342 10,8 75 12,3 i4,5 7260 9,2 3~5 ~0,$ 75 12,2 72~2 9.2 341 10,8 75 12,2 14.4 7264 8.9 .341 10,fi 76 12,2 7266 8,7 342 10,8 76 12,2 14,4 7265 8.7 34~ 10.7 76 12.2 14.4 7270 9.1 341 10,7 78 12,2 14,4 7272 9.7 341 10.6 77 12,2 1.4,3 7274 9,8 339 10,6 75 12.2 7276 9.1 342 ~0,6 75 12.2 14,~ 7278 8.8 3gg 10.6 75 12.2 14,4 7280 9.2 337 10.6 74 12,3 14.3 7282 8,9 3~5 10,~ 73 12.2 14,4 7284 8.8 340 10,6 73 12,3 ~4,~ 7286 8,1 341 10.6 74 12,3 14,4 7288 7.8 340 10.6 75 12.3 14.5 7290 7.8 311 10.6 76 12.3 14.5 7292 8.1 342 10.6 78 12.4 14.5 7294 8.3 341 10.6 78 12.~ 14.5 7296 8,5 3%3 10,6 77 12,4 14.5 7298 8.9 347 10.~ 77 12.3 14.5 ************************************************************************* ~ * FORhATIO~ · * AZI. 73~0 ~.~ 346 10.6 77 7302 8.9 3~2 10.5 76 7304 9.~ 339 10.~ 76 7306 8.7 3~i 10.4 76 7308 8.2 349 10.4 76 7310 8.0 345 10.4 77 7312 7.~ 335 10.~ 75 7314 7.3 337 10.4 7~ 7316 7.5 341 10.3 75 7318 7.7 341 10.3 76 7320 7.8 339 10.3 75 7322 7.7 337 10.3 74 7324 7.5 340 10.2 77 7326 7.7 341 10.2 77 7]28 7.6 336 10.2 75 7330 7.2 3]3 10.2 74 7332 7.1 333 10.2 75 733~ 7.5 333 10.2 74 7356 7.5 335 10.2 73 7338 7,3 341 10.2 75 73~0 7.1 3~1 10.2 75 73~2 7.~ 334 10.1 75 7344 7.3 335 10.0 75 73~6 7.0 336 10.0 75 7348 7.0 335 10.0 75 7350 6.9 336 10.0 75 7352 ~.4 338 10.0 76 7354 6.8 339 10.0 76 7356 7.0 33~ 10.0 77 7358 7.0 343 10.0 78 7~o0 6.4 343 10.0 78 73~2 6.5 347 t0.0 77 7304 6.6 346 10.0 77 7366 6.9 3~2 9.9 76 7368 6.7 339 9.9 76 7370 6.3 3~4 9.9 77 7372 6.8 34~ 9,9 78 7374 6,7 3~ 9.9 79 7376 6.7 348 9.8 78 7378 6.2 341 9.8 78 BOREHOLE * ~UAL. ............................. · INDkX ~. DEV. DIAN DIAM * bEST AZI. 1-3 2-4 ~ =A ************************************** 12.3 14.4 12.4 14.5 12.4 14.5 12.3 14.4 12.3 14.4 12.3 14,4 12,3 14.4 12.3 14.4 12.3 14.4 12.3 14.4 12.3 14.4 12.2 14.4 12.2 14.3 12.3 14.3 12.3 14.3 12.3 14.2 12.3 14.2 12.3 14.2 12.3 14.1 12.3 14.1 12.3 14.1 12.3 14.0 12.3 14.0 12.3 14.1 12.3 14.1 12,3 14,1 12.3 14.2 12.3 14.3 12.4 14.3 12.3 12,3 14.4 12,3 14.4 12.3 14.~ 12.3 14.4 12.3 14.4 12.3 14.4 12.3 12.3 14.4 12.3 14.4 12.3 14.4 A'rLA~i'~iC RiCHfIELD CO. TER~ ~L5 "A" PAG& 59-~ILE ~ .................. ~ .................................. DEPTH ~ ~iP DIP ~ DEV. DEV. DIA~ DIA~ 7380 6.3 3~2 9.7 78 12.3 14.3 7382 6.5 3~2 9.6 80 12.3 7384 ~.1 3~2 9.6 79 12.3 14.3 738~ 6.6 346 9.6 77 12.3 14.3 7368 7.4 340 9.6 77 12.3 1~.2 7390 6.6 336 9.6 77 12.4 i4.2 7392 6.1 339 9.6 77 !2.4 14.2 7394 5.8 340 9.6 76 12.4 14.1 7396 5.9 340 9.6 77 12.4 ~4.1 7398 6.3 3~3 9,6 77 12.4 14.1 7400 6.2 351 9.5 77 12.4 14.1 7402 5.~ 350 9.5 78 12.4 14.0 7404 5.~ 344 9.5 78 12-5 14.0 7.406 5.8 340 9.5 77 12.5 14.1 7408 5.8 33'7 9.4 77 12.5 14.2 74]0 5.4 339 9.4 76 12.5 14.1 74i2 5.6 340 9.3 77 12.4 14.! 74i4 5.5 339 9.4 77 12.4 14.0 7416 5.8 33W 9.5 77 12.4 14.0 7418 5.4 330 9.4 7~ 12.5 14.0 7420 5.1 332 9.4 77 12.5 14.0 7422 5.4 3~2 9.~ 77 12.5 14.0 7424 5.8 338 9.4 78 12.5 7~2o 5.~ 338 9.4 78 12.5 14.0 7428 5.7 333 9.4 80 ~2.5 14.0 7430 5.9 333 9.4 81 12.5 13.9 7432 5.5 343 9.3 80 12.5 13.9 7~34 5.2 3~0 9.3 8~, 12.5 13.8 743~ 5.3 3~1 9.~ 81 i~,5 13.8 7438 5.5 3~2 9.2 80 12.5 13.8 74~0 5.2 338 9.2 76 12.5 13.7 7~42 5.0 328 9.2 75 12.5 13.7 74~4 5.0 335 9.2 75 12.5 13.6 744~ 5.1 33~ 9,2 75 12.5 13.5 74~8 5.3 328 9.i 75 12.5 13.5 7450 5.5 320 9.0 77 12.5 13.5 7452 5.2 331 9.0 78 12.5 13.5 7454 5.5 322 9.0 78 12.5 13.5 7~56 5.4 327 9.0 79 12.5 13.5 7458 5.3 336 9.0 79 12.5 !3.5 ATLAg~TYC RICH~'IELD CO. TER~,! ~ELL "A" PAGE 60'FILE 2 ~ EORMATiO~ ~ BOREHOLE * QUAL. ~ .................. ~ .................................. * INDEX DEPTH ~ DIP DIP ~ D~V. DEV. DIAM DIAN ~ BEST ~ AZI. * AZI. 1-3 2-4 ~ =A 74~0 4.8 3~5 9.0 79 1~.5 13.6 A 7462 4.9 328 9.0 79 12.5 13.7 A 7464 5.2 310 8.9 79 12.4 13.7 A 74~6 5.0 315 8.8 79 12.5 13.8 A 7468 5.0 340 8.8 80 12.5 13.8 A 7470 4.9 336 8.8 79 12.4 13.8 A 7472 4.9 325 8.8 78 12.5 ~3.8 A 7474 4.9 33i 8.8 78 12.5 13.7 A 7476 4.5 328 8.8 77 12.5 13.7 A 7478 4.2 326 8.8 '77 12.5 13.7 A 7480 4.2 326 8.8 78 12.5 13.7 A 7482 4.1 326 8.8 78 12.5 13.8 A 74~4 4.5 330 8.8 78 12.5 13.8 A 748~ 4.3 338 8.8 79 12.5 13.8 A 7488 4.5 342 8.7 80 12.4 13.9 A 7490 4.4 349 8.7 83 12.4 13.9 A 7492 4.1 348 8.6 82 12.4 ~3.9 A 7494 4.2 343 8.6 80 12.4 13.9 A 7~96 4.2 335 8.6 80 12.5 13.8 A 7498 4.6 335 8.6 80 12.4 13.7 A 7500 ~.5 338 8.6 80 12.5 13.6 A 7502 4.3 336 8.6 80 12.5 13.5 A 7504 4.0 337 8.5 80 12.5 13.5 A 7506 3.6 330 8.5 80 12.5 13.5 A 7508 4.2 328 8.4 80 12.5 13.5 A 7510 4.5 328 8.4 80 12.5 13.4 A 75~2 4.2 338 8.4 81 12.5 i3.3 A 7514 4.3 339 8.4 81 12.5 13.3 A 7516 5.0 3~6 8.4 81 1~.5 13.3 A 75]8 3.3 337 8.4 81 12.5 ].3.3 A 7520 3.3 34~ 8.4 81 12.5 13.2 A 7522 3.3 360 8.4 8i 12.5 13.3 A 7524 3.6 9 8.3 82 12.5 !3.3 A 7526 3.7 8 8.3 83 12.5 !3.4 A 7528 3.7 7 8.2 83 12.5 13.4 A 7530 3.6 8 8.2 83 12.4 13.3 A 7532 3.5 4 8.2 83 12.4 13.3 A 7534 3.6 3 8.2 83 12.4 13.2 A 7536 3.5 359 8.2 83 12.4 13.2 A 7538 3.4 355 8.2 83 12.4 13.1 A ATSANTIC RICHFIELD CO, TER~ wELL "A" PAG5 61-FILE , ~'OR~ATION * BOREHOLE , .................. ~ .................................. DEPTH · DIP DIP , DEV, DEV, DIAN ~ ~ZI. * AZI. 1-3 2-4 75~0 3.5 1 8.1 83 12.4 13.0 7542 3,5 1 8,0 83 12,~ 13.0 75~4 3,4 352 8,0 83 12.5 13.1 7546 3.6 350 8,0 82 12,5 ~3.3 7548 3,9 349 8,0 83 12.6 13.5 7550 4.0 353 8,0 83 12,5 13.5 7552 4,0 353 8.0 83 12.5 13,5 7554 3,8 351 7,9 82 12,5 7556 3,9 351 7.8 82 12,5 13.4 7558 3,9 350 7,8 82 .12.5 13,3 7560 3,6 3~9 7,8 82 12,5 13,3 756~ 3,6 351 7,8 83 12.5 13,2 7564 3,7 350 7,8 83 12,5 13.2 7566 3,5 355 7.8 83 12.5 13.2 7568 3.2 353 7.7 82 12,5 13,2 7570 3,3 352 7,7 82 12,5 13,2 7572 3.6 357 7.6 82 12,5 13,3 7574 3.2 350 7,6 81 12,5 13.3 7576 3,0 340 7.6 80 12,6 !3.4 7578 7,6 79 12,6 13.4 7580 5,6 268 7.6 80 12,5 13,6 7582 6,2 142 7.6 82 12,5 13,7 7584 7,2 134 7,6 82 12,5 13,8 7586 4,3 268 7,6 82 12,6 13,9 7588 3,1 220 7,6 83 12,7 14.0 7590 5,1 1%1 7,6 84 12,6 14,0 759~ 5oi i43 7,6 85 12.5 14.0 7594 1,8 157 7.6 86 12,6 14.0 7596. 1!.7 22 7,5 85 12,6 14,0 7598 11,1 19 7,~ 84 ~.2,6 14,0 7600 ~,2 300 7.4 84 12.6 14.0 7602 2,9 124 7,4 84 12.5 13,8 7604 4,6 169 7.4 85 12,5 13,6 7606 4.6 170 7,4 84 12,6 13,5 7608 11.8 3~2 7,~ 83 12,6 13,5 7610 9,~ 324 7.4 83 12,5 13,5 7612 7.4 83 12,5 13,6 76~4 7,4 84 12,5 13,8 76~.6 7,1 307 7,4 84 12,4 13,8 7618 6,0 309 7.4 84 12.5 13.9 ATLAi~TIC 5~ICH~IELD CO. TERi:~ ~-'~.ELL "A" PAGe: 62-FIL£ 2 * * FORMATIO?~ * SORSHOSE * ~UAL. ~ , , .................. ~ .................................. ~ I~_'~DEX * ~ DEP~I H * DiP DIP $ DEV. DEV. DiAM DIAz! * 6EST * 76~0 5.1 310 7.4 83 1~.4 13.9 7622 6.5 30~ 7.3 83 ~2.4 13.9 7624 7.1 316 7.2 8~ 12.5 14.0 7626 6.8 318 7.3 85 12.4 7628 6.3 3i8 7.2 84 12.3 14.0 7630 5.7 318 7.2 82 12.5 14,0 7632 5.8 312 7.2 82 12.6 14.0 763q 5.5 312 7.2 83 12.5 13.8 7636 5.0 32~ 7.1 84 12.4 13.8 7638 5.0 328 7.0 84 12.~ 13.8 76~0 4.0 33B 7.0 84 !2.4 13.7 7642 ~.2 3~5 7.0 84 12.4 13.6 7644 6.3 331 7.0 84 12.5 13.6 764~ 4.1 20 7.0 84 12.5 13.6 76~ 5.i 33 7.0 84 12.5 13.~ 7650 9.9 30~ 7.0 84 12.6 13.7 7652 8.3 329 7.0 84 12.5 13.4 7654 3.5 3qO 7.0 83 12.5 13.2 7656 6.9 84 12.6 7658 7.6 288 6.8 84 12.5 13.~ 76e0 7.5 285 6.8 84 12.5 13.2 76~2 9.6 292 6.8 86 12.6 13.2 7664 10.5 297 6.8 88 12.6 13.1 7666 11.9 293 6.9 87 12,5 13.1 7668 ~,2.6 290 7.0 85 12.6 13.2 7670 12.6 291 6.9 87 12.6 13.2 · 7672 10.7 287 6.8 86 12.6 13,3 7674 9.4 292 6.8 85 ~2.6 13.3 767~ i0.1 296 6.8 86 12.5 13.4 7678 ~0.7 302 6.8 86 12o5 13.6 7680 11.0 302 6.7 86 12.5 13,8 7682 ~1,3 297 6.7 86 i2.5 13,8 7684 10.7 297 6.S 87 12.4 i3.6 7~86 11',1 301 ~o$ 86 12,5 13,6 7688 11.6 296 6,7 80 12,5 13.6 7690 12.1 280 6.6 66 12.4 13.5 7692 12.0 262 6.6 53 12.5 13.4 7694 10ol 269 6.6 52 12,6 ~.3.0 7696 10.2 275 6°6 53 12.6 12.7 7698 i0.0 27~ 6.6 53 12.6 12.6 ATLA~iYiC PICH~I£LD CO. TE~ ~SLL "A" PAGE 63-FILE ~ .................. * .................................. ~ I~DEX DEFTH , DIP DIP , DEV. DEV. DiA~ DiAM · AZI. * AZI. 1-3 2-4 ************************************************************************* 7700 10.~ 267 6.6 55 12.7 ~2.7 A 7702 10.9 267 6.5 57 12.7 i2.7 A 770~ 9.6 271 6.4 57 12.7 12.6 A 7706 8.4 279 6.4 58 i2.8 12.7 A 7708 12.6 267 6.~ 6~ 12.9 12.6 A 7710 10.9 277 6.4' 62 12.8 12.5 A 7712 9.6 282 6.4 62 12.9 12.5 A 77]g 8.2 291 6.4 69 12.9 12.5 A 7716 18.g 283 6.5 74 12.9 12.5 A 7718 15.~ 277 6.6 60 13.0 12.4 A 7720 13.5 273 6.6 g6 13.1 ~2.4 A 7722 13.5 2B0 6.6 ~7 13.2 12.4 A 772~ 13.9 283 6.6 47 ~3.3 12.4 A 7726 13.5 283 6.6 49 13.4 12.g A 7728 12.5 278 6.5 53 13.6 12.~ A 7730 10.2 250 6.5 53 13.6 12.4 A 7732 9.2 248 6.5 58 13.7 12.4 A 7734 6.9 277 6.g 62 13.7 12.4 A 7736 6.9 2:7~ 6.~ 60 13.8 12.4 A 773B 7.2 280 6.3 60 13.8 12.4 A 77~0 6.9 281 6.2 60 13.7 12.g A 7742 6.g 288 6.2 6g 13.5 12.5 A 774~ 7.8 298 6.2 8! 13.3 12.5 A 774~ 9.0 2~9 6.2 87 13.2 12.5 A 7748 8.5 283 6.2 71 13.1 12.6 A 7750 8.1 297 6.2 65 13.0 12.6 A 7752 J0.8 298 6.2 64 12.~ 12.6 A 7754 8.3 276 6'.1 63 12.8 12.6 A 7756 b.6 26J 6.0 63 12.9 12.7 C 7758 7.q 247 6.1 63 13.0 12.8 C 7760 5.7 291 6.2 65 12.9 12.7 A 7762 9.3 27~ 6.2 66 13.0 ~2.6 A 77o~ 4.q 282 6.1 60 13.0 12.7 C 7760 2.4 313 6.2 58 12.8 12.6 C '7768 7.3 313 6.1 56 12.9 12.5 D 7770 6.5 281 6.0 55 I3.0 12.5 B 7772 6.7 292 6.0 58 12.9 12.5 7774 6.8 303 6.0 57 I3.2 12.7 7776 5.5 323 6.0 52 13.4 !2.7 7778 3.0 281 6.0 45 13.4 12.7 O ATLA>]IIC RICHFIELD CO. TERM ~,'~ELL "A" PAGE 64'FILE 2 DEPTH $ DIP DIP * DEV. · AZI. 7780 6.0 7782 6,1 778~ 6.2 7786 2,6 321 6,0 7785 5,0 328 5.~ 7790 5,2 3]8 5,8 7792 0,8 230 5,9 7794 2,5 215 5.9 7796 8,0 17~ 5,9 7798 7,7 191 5.9 7800 10.3 213 5.9 7802 11,5 206 5,8 7804 16,5 206 5,8 '7806 5.6 12~ 5.8 7806 1.4 60 5,7 7810 1.7 13 5.6 7812 2,5 358 5,6 781~ 3,0 3~2 5,6 7816 4.2 3~3 5,6 7818 6.7 358 5.6 75~0 7,7 35~ 5,6 7822 4,4 332. 5,6 7824 4,~ 328 5,6 7826 6.9 333 5.6 7828 7,3 3~2 5,7 7830 3,~ 358 5,7 7832 5.6 356 5,7 783~ 6,3 354 5,6 7S~6 5.3 344 5.5 7838 6.6 354 5.4 7~0 6,~ 356 5,3 78~ 6,9 35~ 5.3 78~4 9.6 355 5.2 784~ 6.4 3 5.1 7848 8.2 352 5.0 7850 7.0 344 5.0 785.2 8.7 318 5.0 7854 8.8 306 5.0 7~5~ 9,7 332 5,1 7858 7,9 329 5,2 BOREHOL£ ~ QUA5. ....................... * INDEX DEV. DIAM DIA~ * 5EST AZI. i-3 2-4 ~ mA 42 13.~ 12,7 47 13,6 12.7 %6 14.0 12,7 41 !4.1 12.6 ~3 13.8 12,7 44 13.7 12,6 47 13.5 12,7 50 13.4 12,7 49 13,1 12.4 44 12.8 12.3 38 12.7 12,4 38 12.6 12,5 44 12.5 12.4 46 12.5 12,4 44 12,4 12,3 44 12.3 12,3 47 12.3 12,3 49 12.4 12,4' 53 12,~ 12.4 57 12.4 12,4 58 12.4 12..~ 5'8 12.3 12.4 59 12.3 12.4 61 12.2 12.5 65 12.2 12,4 68 12.1 12.4 70 12.2 12.5 69 12,3' 12.7 63 12.4 12.6 59 12.~ 12.4 57 12,4 12,3 55 12.4 12.2 52 12.4 12.2 48 !2,5 12.3 49 12.5 12.~ 50 12.5 12.4 48 12.5 12.4 49 12.5 12.4 55 12,5 12.4 56 12,5 12,5 ******************************** * FORMATIO~ , BOREHOLE , .................. , .................................. DEDT~ , DIP DIP · DEV. DEV. r)IA~ DIA~ ~ AZi. * AZI. 1-3 2-4 ************************************************************************* 7860 8.1 328 5.2 54 12,5 12.5 C 78~2 7.6 329 5.2 53 12,5 12.5 A 786~ 7.6 321 5.2 52 12.5 12.6 A 7866 8.5 322 5,2 53 12.5 12.5 A 7868 10.2 317 5,2 59 12.5 12.4 A 7870 5.1 4 5.2 64 12.5 12.4 A 7872 5.7 350 5.2 70 12.6 12.~ A 7876 5.1 3~0 5.2 74 12.7 !2.4 A 7876 4,5 341 5.2 77 12.7 I~,4 A 7878 7.6 350 5.2 80 12.7 '12,6 A 7880 7.4 3~8 5,2 80 12.7 12,5 A 7882 5.i 79 12.7 12.4 7884 12.5 332 5.0 76 12.8 12,4 C 7886 9.0 355 5,0 77 I2.8 12.5 A 7888 8.9 3~1 4,9 77 12,8 12.6 A 7890 7,6 3~8 4.7 80 12.8 1~.8 A 7892 5,9 35~ 4,7 87 12,9 12,9 A 7894 6.6 357 4.7 92 I2.8 12.~ A 7896 9.~ 12 4.6 95 12.7 12.6 A 7898 10.0 4 4.6 96 12.9 12.8 A 7900 5.3 33~ 4.7 96 13,1 13.1 C 7902 8,3 319 4,7 95 13.1 13,I A 7994 10.1 352 4.8 93 12.9 12.8 7906 9.5 356 4,8 94 12,7 12,7 A 790~ 8,6 4 4,9 95 12,6 12.7 A 7910 12.2 5 5.1 97 12.6 12,5 A 7912 12.3 4 5.2 97 12.6 12,5 A 79I~ 12,2 5 5,2 95 12.6 12.5 A '7916 12.I ! 5.3 96 !2.6 12,5 A 7918 9,7 360 5,2 97 12,6 12,5 A 7920 9.5 1 5.2 96 I2.6 12.4 A 792~ 10.2 5 5,0 ~5 12.6 12.5 A 792{ 10.5 5 4,8 96 12,5 12.5 A 7926 10,0 2 4,8 94 12,5 12.5 A 792~ 10,2 351 4.7 8~ 12,5 !~,4 A 7930 10,5 340 4.6 69 12.5 12.4 A 7932 10.9 323 4.6 56 12.5 12,4 A 7934 10.5 315 4,5 49 12.5 12.4 A 7936 11,0 31]. 4.4 44 12,5 12,4 A 7935 11.8 300 4,4 41 12.~ ATLANTIC RICHF!ELD CO. DEPTH ~ DIP 79~0 8,7 309 79~2 9.2 314 79~4 9.7 317 79~6 9.3 3i6 79~8 7950 8.1 344 7952 6.7 335 7954 4.q 35,] 7956 4.1 795~ 6.6 50 79~0 13.3 118 7962 12.4 108 7964 4.2 115 7966 4.7 306 7968 5.6 296 7970 5.0 311 7972 6.9 315 7974 7.2 316 7976 6.4 325 797~ 6.5 322 7980 6.4 321 7982 6.3 320 798~ 6.4 318 7986 6.8 318 7988 6.8 319 7990 6.6 319 7992 6.9 326 7994 7.0 325 7996 6.6 325 7998 6.2 323 8000 6,2 325 8002 5.3 329 8004 6.2 320 8006 6.2 8008 5.3 303 8010 5.9 303 8012 4.4 313 8014 4.6 314 80t. 6 5,4 307 8018 4.6 298 . 4. 4. 4. . 4. 4. 4. 4. 4. 4. 4 3 2 2 2 2 2 2 4.2 4.2 4.2 4.2 4...2 4.2 4.2 4.2 4.1 ~.1 4.0 4 . 0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 3.9 3.8 ~tLb "~" PAGE b6-FiLE BOR£HOLE , ~DAL. ............................ ~ iNDEX V. DEV. DIAM DIAM * ~EST AZI. !-3 2-4 * =A 44 12.3 12.3 49 12.5 12.4 54 12.3 12.3 56 12.3 12.3 75 12.4 12.4 84 12.5 12.4 66 12.5 12.4 57 12.4 12.3 54 12.4 12.3 52 12.5 12.3 ~6 12.5 12.3 43 12.4 12.3 43 12.5 12,4 41 12,4 12.4 39 12.5 12.4 44 12.4 12.3 50 12.4 12.3 50 12.5 12.4 51 12.5 12.4 55 i2,5 I2.3 58 12.5 12.4 58 12.5 12.3 59 12.5 12.3 61 12.5 12,3 64 12,5 12.3 66 12.5 12.4 70 12.5 12.4 73 12.5 12.3 77 12.4 12.3 81 12.4 12.3 87 12.3 12.3 90 12.3 12.3 89 i2.4 12,3 87 12.5 12.3 86 12.5 12.4 84 12.5 12.4 86 12.4 12.4 86 12.4 I2.3 87 12.4 12.3 89 ~2.4 12.3 .~TL.A'~i'IIC R!CHFIEhD CO. TERM ~iELL "A" PAGf 67-FibE 2 DEPi~h 8020 8024 8026 8028 8030 8032 8034 8036 8038 8O40 8044 8046 8048 8050 8052 8054 8058 8060 8062 8064 8066 8068 8070 ~072 807~ 80?6 8078 8080 8082 8086 8088 8090 809~ 809~ 8096 8098 ffOBMATIO~ , ~mmmmmmm~mmmmmmmmmm~mmmmmmmmmme DIP DiP * DEV. AZI. ~ ********************************* 4.3 285 3.8 4.6 273 3.8 4.! 260 3.8 3.4 201 3.8 14.b 17 3.8 13.9 14 3.8 15.3 360 3.8 10.3 2 3.8 9.8 360 3.7 7.9 360 3.6 6.5 5 3.6 7,2 351 3,5 5.7 347 3.4 5.6 346 3.4 ~.5 344 3.4 4.1 340 3.4 4.6 350 3.4 6.0 357 3.4 6.3 360 3.4 6.0 19 3.4 4.9 i5 3.4 3.4 6.5 259 3.4 4.9 310 3.4 5.q 316 3.4 5.8 316 ,3.4 6,1 323 3.5 3,5 3,~ 3,4 5.7 348 3.3 7.3 33O 3.2 6.7 332 3.2 7.7 340' 3.2 6,5 335 3,2 3,~ 286 3.2 4.1 314 3.3 3.4 333 3.4 BOREHOLE * QUAL. ....................... DEV. DIA~ DIAM AZI. 1-3 2-4 92 12.3 12.3 95 12.3 12.2 97 12.3 12.2 96 12.4 12.4 95 12.4 12.~ 95 12,5 12.4 97 12,6 12.6 97 12.6 12.6 95 12.7 12,7 90 12.8 12,7 83 12,7 12,6 78 12.6 12,5 74 12.5 12.4 75 12.5 12.~ 76 12,5 12,4 7~ 12.5 12.5 80 12.5 12.6 96 12.4 12,7 06 !2.4 12.8 98 12.4 12.8 71 12.6 12.8 53 12,6 12,-7 49 12.6 12.5 48 12.6 12.4 52 12.5 12,3 54 12.5 12.3 56 12.7 12.3 58 12.7 12.3 62 12.7 12.3 67 12.8 12.3 69 12.7 12.4 67 ~2.7 12,6 67 12.7 12.7 70 12.7 12.8 72 12.7 12.8 71 12.6 12.6 69 12.6 12,4 69 12.7 12.6 68 12.7 12.8 68 12.6 12.8 ******************************** A~LA~TIC ~iICH~IELD CO, IER~a N£LL "A" PAG~ 68'FILE * F~AT!ON $ BOREHOLE , .................. , .................................. DEPTM ~ DiP DiP , DEV. DEV. DIAM DIAM , AZI. ~ AZI. 1-3 2-4 ************************************************************************** 81o0 6,5 33~ 3,5 68 12,5 12,7 A ~lu2 4,8 332 3,4 67 12,5 12,5 A $10~ 5,B 3~0 3,4 71 12,5 12,4 A 8106 6,8 355 3,5 73 12,5 12,4 A 8108 6,6 351 3,~ 73 12,5 ~.2,2 A 8!10 6,7 35] 3,4 74 12,5 12,1 A 8112 7,5 351 3,4 78 12.5 12,3 8114 8,3 349 3,4 81 12,6 12,3 A 8i1~ 7,6 348 3,4 84 12,4 12,4 A 8118 6,9 350 3,3 89 12,3 12,4 A 8120 6.9 14 3,2 96 12,~ 12,4 A S!~2 6,2 11 3,1 98 1~,4 12,4 A 8124 7,0 10 3,0 99 12,4 12,5 A 812~ 8.2 12 2.9 102 12.5 12.5 812~ 4.5 41 2,8 103 12.5 12,5 A 8130 2.2 302 ~.$ 103 12.5 12.5 A 8132 3,5 274 2,8 10! 12.5 1~.6 8134 3.6 273 2,7 101 12.5 12,6 A 8136 3,4 281 2,7 101 12,5 12,5 A ~9138 3,8 283 2,8 103 12,5 12,4 A 8140 2.8 I03 12,5 12.4 8142 1.7 289 2.8 101 12.6 12.4 8144 2.1 280 2.~ 99 12.6 12.4 A 81~6 3,I 279 2.9 97 12.6 12.4 A 8148 3,q 281 3.0 94 12.7 12.4 A 8J50 3.2 286 3.0 9~ 12,6 12,4 A 8152 2,7 292 3.0 91 12.5 !2,4 A 8154 2.6 317 3,0 88 ~2.4 ~2,3 A 8~56 2.3 31~ 3.0 90 12.~ 12.3 8158 3,0 278 3.0 92 12,4 12,5 A 8160 3,~ 246 3,0 91 12.4 12,5 A 8162 2.2 209 3,0 91 12,~ 12,6 A 8164 2.6 282 3,(3 90 12.4 12,4 ~1~6 2,5 28~ 3,0 98 12,4 12,4 8168 2,5 293 3,0 104 12,4 12,3 A 8170 2,6 286 3,0 90 !2.5 12,4 A 8172 2,~ 271 3.0 79 12.5 12.4 A 8174 1.9 276 3,0 79 12,5 12,4 A 8176 1,7 270 3,0 70 12,6 12,4 A ~178 2.5 258 3.0 59 12.6 i2,4 ~TLANTiC RICHFIELO CO. TERM WELL ".A" PAGE 69'F~IL£ ~ FOR~ATIO~ · 5OREHOLE · QUAL, ~ .................. ~ .................................. ~ INDEX DEPTH ~ DIP DIP ~ DEV, D£V DIAM DIA~. ~ BEST ~ AZI. ~ ~ AZI. 1-3 2'4 ~ mA ~180 2.9 ~7! 3.0 54 12.5 12.4 S182 4,1 295 3,0 54 12.4 12,4 818~ 3.9 280 3,0 55 12,3 12,3 8186 1.7 263 3,0 56 12,4 8~88 1.4 286 3,0 57 12,5 12.4 8190 1,7 285 3.0 59 12.5 12.5 8192 2.~ 281 3,0 63 1~.5 12,5 8194 1,9 284 3,0 65 12,4 12,4 8196 1,4 302 3,0 66 ~,4 8198 1,6 307 3,0 68 12,4 12,3 8~00 1,7 322 2,9 71 12.4 12,3 8202 1,9 330 2,8 74 12.5 12,3 8206 2.1 326 2,8 78 12,5 12.3 8206 i.~ 332 2,8 86 12,5 S208 1,7 336 2,8 92 12,4 12,4 82~0 2,0 337 2,8 94 12,~ 12,3 8212 2,0 347 2,8 98 12,4 12,3 821~ 2,0 3~9 2,8 100 12,~ 12,3 8216 1,8 350 2,8 101 12.4 12,3 82i8 2.0 347. 2,8 .102 12,4 12,4 8220 1,9 349 2,8 103 12,4 12.4 8222 2.1 351 2,8' i00 12,4 12,5 ~224 2,1 335 2,8 97 12.4 12.5 8226 2.0 346 2,7 96 12,4 12,6 8228 1,6 354 2.6 94 !2.4 ~2,7 8230 1,6 335 2,~ 94 12,4 12,8 8232 3.0 353 2,6 93 12,4 12.8 8234 3,4 355 2,6 93 12,5 12.8 8236 3.5 351 2,6 92 12,5 12,6 8238 2.5 348 2,6 90 12.5 12,4 8240 2.0 ~4 2.6 90 12.5 12.4 82~2 ].4 354 2.6 90 12.5 12.4 8244 2.3 333 2.7 94 12.5 12.q 8246 2.5 340 2.8 98 12.4 12.4 8248 2.0 3~ 2.8 96 1~.9 ~2.2 8250 2.8 339 2.8 96 12.2 12.5 8252 8.4 356 2,8 100 13.3 13,0 8254 7,1 29 2,8 101 13.7 8256 4,5 17 2,9 102 13.7 13.3 8258 7,7 3~0 2,9 102 13,6 13,3 ATLA~'iT!C RICHF£gLD CO. T£R:~ ~'~5LL "A" PAG~ 70-F1LE 2 DEV, DEV. D AZi. 8260 6.7 3%3 2.9 100 13.6 8262 10.1 2 2.8 100 13.4 87'64 2.8 99 13.2 $266 2.~ 97 13.0 $26~ 4.1 ~96 2.B 97 13.0 8270 4.7 305 2.9 103 13.1 8272 4.2 344 3.0 103 13.0 827~ 5.6 341 3.0 96 12.9 8276 5.2 344 3.0 92 13.O 8278 4.4 339 3.0 92 12.9 82~0 2.7 258 3.0 91 12.8 8282 2.1 275 3.0 96 12.6 8284 3.4 310 3.0 103 12.1 ~86 1,5 346 2.9 97 12.0 8288 2.0 356 2.8 101 12.4 8290 4,% 329 2.8 102 12.6 8292 3.0 332 2.8 90 12.8 8294 1.4 330 2.8 82 8296 1.~ 298 2.8 74 13.0 ~298 2.5 337 2.8 68 12.8 8~00 3.5 300 2.8 63 12.8 8302 3.4 286 2.7 60 12.8 8304 3.1 281 2.6 60 12.6 8306 3.5 316 ,2.7 64 12.6 8308 '3.1 310 2.8 67 12.6 8310 3.% 350 2.8 70 12.7 8312 2.5 340 2.9 76 12.7 8314 2.8 324 2.9 77 12.7 8316 4.2 295 2.9 77 12.8 8318 3.8 295 2.8 79 12.7 8320 5.3 313 2.8 82 12.7 8322 5,4 345 2.8 83 12.8 8324 3.3 335 2.8 87 12.9 8326 4.0 330 2.8 89 13.0 8.328 4.4 312 2.8 92 12.9 8330 5.0 330 2.8 96 12.8 8332 5.5 338 2.8 98 12.7 8334 4.4 334 2.8 100 12.7 8336 3.8 331 2.8 103 12.7 * ~338 2.1 350 ~.9 102 12.8 12.8 ************************************************************** * QUAL. --* INDEX 13,4 13.1 C 1.2.7 12.5 12o4 C 12.3 C 12.6 A 12.7 A 12.7 A 12.7 12.6 A 12.4 A 11.9 C 11.7 A 12.3 A 12.7 A 12.8 C 12.8 A 12.8 A 12.7 C 12.7 A 12.7 12.7 A 12.6 A 12.6 A 12.6 A 12.6 A 12.5 A 12.3 A I2.3 A 12.3 A 12.5 A 12.~ A 12.8 A 12.9 A 12.8 A 12.5 A 12.5 A 12.6 A ATLANTIC RICHFIELD CO. FORNATION DEPTH , DIP DI * AZ ************************ 8340 2.5 338 8342 834~ 3.8 310 8346 4.2 304 83~8 3.2 304 8350 3.1 320 8352 3.~ 8 8354 3.5 314 8356 3.3 299 8358 3.7 299 ~360 2.5 352 8362 3,2 3%7 8364 4.1 306 8366 4.4 317 8368 4.8 325 8370 2.5 318 8372 2.8 330 8374 4.4 339 837~ 3.8 315 8378 1.3 294 8380 2.7 286 8382 3.0 279 8384 2.6 338 8386 5.1 30~ IERD WELL "A" PAGE 71'fILE 2 * BOREHOLE * QUAL. ..... * .................................. ~ INDEX P ~ DEV. DEV. D1A~ DIA~ I. * AZI. 1-3 2-4 2.9 100 13.2 2.8 97 13.6 ~.9 97 13.5 3.0 96 13.5 3.0 95 13.2 3.0 lO1 12.9 2.9 105 13.4 2.9 101 13.9 2.9 100 13.4 3.0 !00 13.0 3.0 103 13.2 3.1 104 13.4 3.1 104 13.4 3.1 104 13.3 3.0 102 13.5 3.0 104 13.4 3.0 103 13.6 3.0 99 13.8 3.0 100 13.~ 3.0 102 13.5 3.0 105 13.5 3.0 104 13.5 3.0 102 !3,0 3.0 100 12.5 ~ BEST 13.2 A 13.5 13.2 A 13.2 A 13.2 A 12.9 A 13.4 A 13.9 A 13.6 A 13.3 A 13.4 A 13.8 A ~3.7 A 13.5 A 13.8 A 13.6 A 13.8 A 14.1 A 13.8 A 13.6 A 13.4 A 13.4 A 13.1 h 12.9 A ATLANTIC RICHFI DEPTh * OI 366~ 0.9 3~66 0.8 366~ 1.2 3670 1.5 3672 2.3 3674 3.3 3676 2.3 3678 2.2 3680 3,5 3682 4.8 36~4 4.7 3686 1.0 3688 ~.3 3690 3.2 3692 5.1 369~ 3.~ 3696 0.5 3698 0.5 3700 1.3 3702 2.1 3704 3706. 4.'7 3708 2.0 37i0 1.0 37!2 0.5 37i4 1.3 3716 1.8 3718 ~.3 3720 2.6 3722 1.7 3724 t.2 3726 3.7 3728 3.9 3730 2.4 3732 2.3 3734 2.7 3736 2.8 3738 1.7 3740 3.1 37~2 1.8 ELD CO. ORMATION P DI AZ 286 15 293 296 291 22 63 67 262 234 73 234 258 224 255 282 281 333 22 9 261 50 234 96 30 304 37 250 263 245 269 273 284 228 207 42 10 TEBM , P * DE I, , 7 7 7 7 7 7 8 8 8 8 8 8 8 8 8 8 8 . 6. 6. 6. 6. 6. 6. 6. 6. 6. 7. 7. 7. 7. 7. 7. 7. 7. 7. 7. . . WELL "A" PAGE 1'FILE ************************************** BOREHOLE * QUAL. -' ............................ ~ INDEX V, DEV. DIAM DIAM ~ BEST AZI. 1-3 2-4 * mA 70 14.7 11.6 70 14.8 11.6 72 14.8 11.6 73 14.8 11.6 74 14.9 11,8 74 15.1 12.1 76 15.2 12.2 81 15.2 12.0 85 15.1 11.8 82 15.1 11.7 76 14.9 11,6 74 14,9 11.5 74 !4.9 11.5 ~74 14.9 11.5 74 14.9 11.6 74 14.9 11,5 75 14.8 11.4 75 14.9 i1.5 75 14.9 I1.6 77 14.9 11.6 80 14.9 11.~ 80 14.9 11.6 79 15.1 11.7 79 15.1 11.8 80 15.0 11.7 81 15,0 11.6 85 15.t 11.6 85 15.1 11.~ 79 15.0 11.6 76 14.9 11.5 78 14.9 11.5 77 14,9 11.5 77 ~5.0 11.5 81 15.1 11.6 82 15.1 11.6 81 i5,2 11.7 77 15.5 11.8 72 15.9 11.9 70 16.'1 74 16.1 11.7 ATLANTIC RICHFIELD CO. TER~] V~ELL "~" pAGE 2-FILE ~ FOR~ATIOm ~ 8OREHOLE ~ QOAL. * .................. ~ .................................. * iNDEX DEPTH * DiP OIP · DEV. DEV. DIA~ DiA~ ~ BEST ~ AZI. * AZI. 1-3 2-4 37~ 3.2 50 8.8 @0 16.1 11.5 A ]746 4.3 35 8.9 83 16.1 11.4 A 374~ 3.~ 75 9.0 86 16.1 11.~ A 3750 2.6 265 9.0 8~ 16.1 11.5 A 3752 1.4 62 9.1 88 16.1 11.4 A 3754 2.0 336 9.1 89 ~6,1 11.3 A 3756 1.4 353 9.2 9~ 16.0 I~.2 A ]75~ 1,6 299 9.2 94 16ol 11.3 A 3760 2.5 36 9.~ 96 16.~ 1~.4 A 3762 4.3 38 9.1 99 16.4 11,4 A 3764 1,2 309 9°0 I00 16.5 1!.5 A '3766 2.5 167 9.0 100 16.6 11.6 A 3768 0.~ 185 9,0 10! 16.6 11.5 A 3770 2,2 112 9,0 99 ~6°6 11,3 A 3772 0.1 278 9.0 91 16,6 11.4 A 3774 4.4 45 9.0 86 16.7 11.3 A ATLANTIC RICHFIELD CO. TERM ~ELL "A" SUMMARY ~ D~PTH ~ DiP DIP ~ DEV DEV DIA~ DiAN ~ ~ AZ~ ~ ~Z~ 1-3 2-4 ~ TOP ~ ~72~.0 7.4 78. 0.8 150, 14.0 15.1 ~ BOTTOM ~ 83~6.0 5.1 ]02. 3.0 100. ~2.5 ~2.9 TOP $ 366~.0 0,9 2~6. 6,2 70. 14.7 11.6 ~ 3774.0 4.4 45. 9.0 86. ~6.7 11.3 11 1111. i11] I1 11 11 1! 11 11 1111 1111 000000 000000 00 00 00 00 O0 0000 00 0000 00 00 00 O0 O0 O0 0000 O0 0000 00 O0 O0 O0 O0 000000 000000 77~7777777 '177'1777777 77 77 77 77 77 77 77 77 77 77 77 77 000000 000000 00 00 00 00 00 0000 00 0000 00 O0 O0 00 00 00 0000 00 0000 O0 O0 00 00 00 000000 000000 666666 666666 66 66 66 66 66666666 66bObbb6 66 66 66 66 66 66 bbfbbb 666666 0OO000 000000 O0 O0 O0 O0 O0 0000 O0 O000 O0 OO 00 O0 O0 O0 0000 O0 0000 O0 O0 O0 00 00 000000 000000 333333 333333 33 33 33 33 33 333333 333333 7777771717 177'1777177 ],3 77 33 77 3 t 77 17 33 77 ']3 77 33 77 33 'l 7 7'7 77 222222 222222 22 22 22 22 22 222 ~~i~ 2222222222 2222222222 N M J MM MM d M M J d AAA A A A A A A AAAAA A A A A *START* USE~ PCAL *START* US~,R PCAb MONITOR $~8 KLIOE37 PPPP RRRR U L1 P P R R U U P P R R O U PPPP RRRB. O U P R R O U P R [{ O U P R R UUUUU 1107.07,' ' ' dUB APR 80 ,~ [I0701,60372J JOb APR-80. *STAP'F* SHiP SHiP S~. DODO H tt OOO O D H H O 0 D D n H O O D D Ht..IHHH U O O D M H U O O D H H O O DDDD H H DOD 26314 DATI~; 24-MAY-80 2634 DAT~ 24-MAY-80 IIIIii PPPPPPPP IIIIII PPPPPPPP II PP PP II PP PP Ii PP PP 1i PP PP ii PPPPPPPP ii PPPPPPPP 11 PP II PP ii PP I1 PP IIilli PP !ili1i PP *START* USER PCAL [1070760372] doff SHIP SE~. 2634 DATE 24-MA¥-80 M[JNiTOR 6v~S ~hl0ki~7 APR-80: ,START* f'iLE: DS~H:SHIP.TO<O57>{I. 0707pR1NTED: 24-MAY 801&:45:4760t72] CI4EATED: 24-MAY-80 lb:08:27 QUEUE7 SwiTCblE6: /I~"ILE:I~ORT /COPIES:I /SP/4CING:I /6IMI1:153 /~'ORMS:NURMAL 16:45:27 SHIP PCCC VENTURA~ , SHIPPING INSTRUC'rlO.NS 15SUED 24-MA-~-80 ]5:05 CALIF(JP, N IA Md A PCCC ¥¥ YV EEEEEEEEEP; RRRRRRRR VV V¥ ER RR RR VV VV EE R~ RR VV VV EE RR RR VV VV EE PR RR VV ¥¥ EEEk~EE R~RPRRRR VV VV E5 RR RR VV VV EE RR RR VV VV EE RR R~ VV VV EE RR R~ 1Illii IIIIii I1 ii II Ii 1I I! ii II II ii IIiiii iiiiii Y¥ Y~ Y¥ YY ~¥ ~Y 000000 000000 11 000000 000000 Il 00 O0 O0 00 1111 00 O0 O0 O0 1111 00 OOO0 00 0000 .00 0000 O0 0000 1i O0 O0 O0 O0 O0 O0 11 O0 O0 O0 O0 O0 O0 0000 O0 0000 O0 11 0000 O0 0000 O0 11 00 O0 00 O0 11 O0 O0 O0 00 11 000000 000000 1111 000000 000000 1111 11 11 ,START* OSkR PC~b 110707,60372J JOB SHiP SEQ. MONITOR SWS I<LlOfL37 APR-80. ,START* f'ILE: DSKH:VERIFY.00~<05~>[10707 60372j CREATE[): QUEUf, SWITCHES: /F1Lf~:f'ORT /COPIES:] /SPACING:I /1,,IM11~:153 /f~OR~S:NORt4AL 2634 DATE 24-MAY-BO 24-MAY-80 16:~0:14 16:45:27 LIS VERSION 15.H01 7910Bt26 $CMLUM~ERGER COMPUTING CENTER 10707,60372 LENGTH: 132 BYTES REEL NAME: P.C.A.L. SERVICE NAME: ~DIT REEL CONTINUATION NUMBER: O1 PREVI~3US REEL NAME: COMMENTS: bis FORMAT CUSTOMER TAPE DAT~: 80/I 5t29 TAPE ~iEADER I,ENGTR: 132 BYTES TAPE NAME: 603'12 DATE: 80/ 5/24 SERVICE NAME: EDIT TAPE CONTINUATION NUHBER: O1 PREVIOUS TAPE NAME: C(JHM~NTS: UNIOUE WELL IDENTIFICATION NUMBER IS 50-029-20400 TAPE COMMENTS RUN ONE DATE 1'10'80 OIL-BHC-BGT/GR 80-2720' CSG 200" @ 8~' / BlT 17.5" / FLUID GEL/BEN~X / DENS 9.2 / V1SC 290 290 SEC / PH 8. / ~LUID LOSS 12. Mb / RM 3.13 ~ 65 OF / RM~ 2.85 ~ 57 D~ / RMC 2.96 ~ 67 DF / BHT 70 DF / R~N TWO DATE DIL - CNL/FQC - 2720 - CSG ]3.~7" ~ 2712' / BlT 12.25" / FLUID LIGNOSOLFO / D~NS 10.5 / V]SC 45 SEC / PH 10.4 / ~M 2.17 @ 90 O~' / RMF 1.95 @ 63 DF- / RMC 2.31 @ 55 O~' / SHT 169.0 RUN THREE DATE 2-11-80 DIL ' BHC ' CNL/~DC 86~0 ' 9340' CSG 9.525" ~ 8018' / BiT 8.5" / FLU1D ~IL BASE MUD / DENS 9.9 LB/G VISC 60.0 / 6HT 166 ************************************************************** RUN ~UOR DaTE 2-22-80 DIL - CNL/FDC - bHC ....... CNb~DC ON THi. 5 BUN I8 blM~ETtJN~ ALL UTHER RUNS ARE ON SANDSTONE.... FLUID [IlL BASE MUD / BHT 172 DF. 1~' .I. L L HLADER I.,EN G'.I'M .' 62 BITES F I 1,.,~.; NA~E: EDIT .001 MAXIMUm? PHISICAL, RECOR[) GENGTH: 1024 PREVIOUS PILE MARL: FIbL COMNENT~ WORD~ 21 - 22- 2~ AAE FROM BONG SPACING 5UNit ARB b R[J~] ~[]N 'YHRLE COb~PAN Y. WELL F I Et JO RANGE TOWNSNI ~' SECTION COUNTY STATE DENSITY A'I'BANTIC RICHi~'IELD C TERM WELb 'A' PRUI)HOL BAY' 1 N, SLOPE AbASKA 800. DATA FOF-'.MAT SPECIFiCATIDN - 930 B~TES ~YPE 0 ~IZE REP CODE ENTRY I 66 0 DATUM SPI~:C !F'ICATI ON NAN~E TUOD UNIT API API APl AP1 FibE SIZE SAM R~P PROCESS INDICATORS IN 60 28 3 0 US/F 60 52 32 0 GAPI 42 31 32 0 IN 42 28 1 0 G/C~ 42 44 0 0 PO 42 ~8 3 0 G/C3 42 35 I 0 C/C 42 42 1 0 CPS 42 34 92 0 CPS 42 34 93 O IN 70 28 I~ 0 1N 70 28 24 0 GAPI 70 3i 32 0 (;AP1 60 31 32 0 USt~ 60 52 7J 0 US/F 60 52 73 O USER DEFINED OUTPUT ARRAY OUTPUT SP AT 2 OUTPUT OUTPUT ibm AT 4 OUTPUT LLSU AT 5 OUTPUT GR AT 6 OUTPUT G.R AT 7 OUTPUT CALk AT 8 OUTPUT D~ AT 9 OUTPUT GR AT i0 OUTPUT CALl AT 11 OUTPUT DRHO AT 12 OUTPUT NPHi AT 13 OUTPUT RHOB AT lq OUTPUT NEAT AT 15 OUTPUT NCNL AT 16 OUTPU~ FCND AT 17 OUTPUT C1 AT 18 OUTPUT C2 AT 19 OUTPUT GR AT 20 OUTPUT GR AT 21 OUTPUT O'I AT 22 OUTPUT D~'L AT 23 0 4 1 68 0 4 I 68 0 4 1 68 0 4 1 68 0 4 I 68 0 4 I 68 0 4 1 68 0 4 1 68 0 q 1 ~8 0 4 1. 68 0 4 1 08 0 4 1 08 0 4 1 68 0 4 I 68 0 4 1 ~B 0 4 1 68 0 4 I ~8 0 4 1 68 0 4 1 68 0 4 1 ~8 0 4 1 68 0 4 1 68 0 4 I 68 9720.00o 9700,000 9600.000 9500,000 9400.000 9300.000 9200.000 9100.000 SP Cl DT SP GR GR Cl DT GR C1 DT G? C1 DT SP GR GR Cl GR Cl DT SP G~ RflOB Cl DT SP GR. RHOB Cl DT VALUE -999.250 72.375 71.$75 2.586 -2.096 92.250 -999.250 72.375 72.813 2.695 -2.096 92.250 65.375 2.592 -2.09b 92,250 -999.250 10.180 12.266 2.600 -2.096 92.250 -999.250 1.289 11.508 2.56.] -2,096 92.250 -999,250 103.563 98.I88 2.566 -2.096 84.625 -999.250 25,266 25.906 2.285 -2.096 93.125 -999.250 12.891 14.617 2.264 -2,096 89.125 MNEMONIC VALUE ILD CALl NEAT C2 LTL iLL CALl NEAT C2 LTL ILL CALl NEAT C2 LTL ILD GR CALl NRAT C2 LTL lied GR CALl NRAT C2 GR CALl .NRAT C2 DTL GH CALl NRAT C2 D'rL GR cglJl NRAT C2 LTL 6.305 06,250 5.676 2,508 -I.326 93,250 5,129 06.250 5.863 2. 455 -1.326 93. 250 6.352 52.313 6.055 2.146 -11.326 93.250 40.906 11.539 5.949 1.256' -1.326 9].250 42.781 6.527 5.879! 1.182 -1.326 9].250 4.215 84.563 8.688 2.725 -1.326 86.625 23.344 16.706 8.539 2.852 -1.32'6 93.500 45.719 11.328 8,539 2.500 -1.32b 89.750 ~NE~ONIC CALl DRHO NCNB CALl DRHO NCNb GR CALl DRBO NCNb GR ILM CALl DRHO NCNL GR CALl DRMO NCNL GR CALl DRHO NCNb GR CALl DRHO NCNb GR CALl DRHU NCNB GR VALUE 3.891 14.01'1 -0.007 8632.000 38.875 ~.633 14.617 0.018 8408.000 38.8'15 5.496 14.617 0.058 ,3962.000 38.875 72.125 14.617 0.010 7728.000 38.875 47.438 14.617 -0.007 8392.000 38.875 4.238 14.617 -0.001 2894.000 38.875 23.406 14.617 -0.005 3]04.000 ~8.875 47,156 14.617 0,007 3820.000 38.875 MNEMONIC VALUE bhSO -999.250 DT 14.563 NPHI 25.098 FCNB 3144.000 GR 103.125 'b~SO -999.250 DT 90.56] NPHI 24.1'70 FCNb 3132.000 GR 103.125 LBSU (~ DT NPHI 19.385 FCNb 1'111.000 GR 103.125 LLSU -999.250 DT 5b.000 NPHI b.201 FCNb 5520.000 GR 103.125 LLSU -999.250 UT 45.188 NPHI 5.176 FCNG b420.000 GR 103,125 bbSU -999.250 DT 87.000 NPHI 29.541 FCNb 1052.000 GR 18.813 hbBU -999.250 DT 9b.000 NPHI ~1,641 FCNb 1107.000 GR 20.563 hi, SO -999.250 DT .89.188 NPHI 2b.j18 FCNG 1458.000 GR 10.953 DEPTH 9000.000 8900.000 8800,000 B?O0.000 8600.O00 8500.000 H400.O00 8300.000 mNEMONiC C1 DT GR C1 DT GR GR C1 DT 8P RHOB C1 DT SP GR CI DT 8P GR GR C1 DT SP GR C1 DT 8P GR RHOB C1 DT VALUE -999,250 12.891 15.109 2.170 -2.095 96.375 -999.250 24,234 24.328 2,469 -2.096 84.125 -999.250A 44.000 46.063 2.119 -2.096 98.500 -999 105.813 2,395 -2,096 115.750 -22.125 97.063 153.375 2.494 -2.096 54.125 -28,203 88,938 83.938 2,459 -2.095 -999.250 -33,875 67,625 69.500 2.439 -2.096 -999.250 -27.906 94.313 81,938 2.469 -2,096 -999,250 MNEMONIC iLD GR CALl NRAT C2 DTb GR CALl NRAT C2 DTL ILD GR CALl NRAT C2 DTL 1BD GR CALl NRAT C2 OTb iLD GR CALl NRAT C2 DTL ILD GR CALl NRAT C2 DTL GR CALl NHAT C2 DTL GR CALl i~RAT C2 OTb VAbUE 84.313 12.336 8.563 -1. 6 96.500 32,625 19.156 8.469 2,713 -1,326 84,750 43.5,~1 4jl.219 8.492 3.023 -1.326 101.500 1,514 93.250 9.469 3.631 -1.326 llb.O00 1.777 97.063 12.383 3.869 -1.326 54.500 1,328 88,938 14.148 3.840 -1.326 -999,250 2.b99 67.625 13.242 3.514 -1.326 -999.250 1.56i 94.313 12.891 3.813 -1.326 -999.250 MNEMONIC IbM CALi NCNb GR CALl DRHO NCNb GR IBM CALl DRHO NCNB GR CALl DRHU NCNb GR lbs CALl DRHO NCNB GR CALl ORHO NCNb CALl DRHO NCNb G~ IbM CALl NCNB GR VALUE 105.553 14.O17 -0.017 3270.000 38.875 32.969 14,617 -0.006 3208.000 38,875 48,875 14.617 -0.005 2722,000 38.875 1.571 lt.bl7 0.031 1901.000 38.875 1.940 14.617 0.117 1742.000 38,875 1.352 14.6i7 0.075 1586.000 38.875 2.768 14.617 0.038 1701.000 38.875 1.638 14.617 0.042 1467.000 j8,875 MN~:MON lC 66BU DT NPHi FCN6 GR bbSU DT NPHI FCN6 GR 668U DT NPHI FCN6 GR 66BO OT NPHI FCN6 GR b6BU DT NPHI .FCN6 GR bbBU DT NPHI FCNb GR bbBU DT NPHI FCN6 GR 66BU UT NPHI FCNB GR VAbU~ -999,250 i00.563 ~1.104 1154.000 12.344 -999.250 85.000 29.6J9 llbl.O00 17.81t -999.250/ 101.18B 34.912 896.500 41.844 -999.250/ 115.315 44.434 489,250 96.688 2.994 102.000 46.094 399.750 45.281 2,068 111.750 44.727 385.750 -999.250 3.992 96.188 39.258 453,500 -999.250 2.488 i05.750 44,873 360.500 -999,250 D~sP I H 8200. 000 8i00.000 8000,000 7900. 000 7800.000 7700.000 7600.000 75O0.000 GR RHOB C1, DT SP C1 SP GR GR t~HOB Cl DT SP GR RHOB C1 DT 8F GR GR Cl DT GR RHOB Cl UT 8P GR C1 DT SP GR GR RHOB C1 DT VALUE -28.0 198.3 180.1 2.1. -2.0 -999.2 78 75 25 62 96 50 -36.344 !59.875 147.875 2.301 -2.096 -999.250 -42. 107. 102. 2. '2. -999. -55. 104. 91. 2. '2. -999. 625 063 188 402 096 250 500 5O0 250 371 09u 25O -45.125 116.813 110.313 2.357 -2.096 -999.250 -41.0 90.1 84.0 2.5 -2.0 -999.2 -51.5 89.4 87.7 2.4 -2.0 -999.2 -50.7 79.5 78.8 2.5 -2.0 -999.2 O0 88 673 86 96 50 O0 38 50 90 96 50 50 O0 75 70 96 50 MNEMONIC I. LD CALl NRAT C2 DTL I6D GR CALl NRAT C2 DTL 1LD GR CALl NRAT C2 DTb ILL GR CALl NRAT C2 DTL i6D CALi NRAT C2 DTL GR CALl NRAT C2 LTL ILD GR CALl NRAT C2 DTL GR CAhI NRAT C2 DT6 VALUE 3.047 198.375 12.516 4.184 -1.326 -999.25O 3.449 i59.875 12.828 4.273 -1.326 -999.250 7.148 107.063 12.422 4.098 -1.328 -999.250 4.027 i04.500 14.40b 4.105 -1.326 -999.250 3.906 116.813 12.781 3.637 -1.326 -999.250 4.551 90.188 13.820 3.412 -1.326 -999.250 3.111 89.438 14.422 3.201 -1.326 -999.250 3.814 79.500 13.859 3.396 -1.326 -999.250 MNEMONIC CALl DRHO NCNB GR IbM CALl NCNL GR CALl DRHO NCNB GR IbM CALl DRHU NCNB GP, CALl DRHL) NCNB GR IbM CALl DRHO NCNB GR IbM CALl DRHO NCNb GR CALl NCNB GR VALUE 3.252 14.617 -0.001 1563.000 38.875 3.359 14.61'7 -0.007 1541.000 38.875 6.441 14.bl'/ -0.001 1688.000 38.875 3,922 14.617 0.136 1465.000 38.875 4.051 14.617 0.061 1843.000 ]8.8'~5 4,867 14.617 0.095 1906.000 38.875 3.006 14.617 0,083 1762.000 38.875 3.850 14.617 0.042 1958.000 38.875 MN EMUN .I C 6BSU DT NPHI ~CNB GR b680 DT NPHI FCNB GR 668U DT NPHI FCN6 GR Bb8U DT NPHI f'CNb GR 6bBO DT NPHI FCN6 GR bb8u DT NPHI FCNB 6680 DT NPHI FCNB GR 668U DT NPHI FCN6 VAbU~ '!.563 122.000 51.709 339.500 -999.250 5.684 119.000 53.223 351.750 -999.250 10.367 101.750 50.195 409.000 -999.250 5.605 103.563 49.414 344.750 -999.250 5.074 91.1U8 41.748 469.500 -999.250 O.b41 90.375 37.158 533.000 -999.250 3.09'7 97.188 32.764 514.500 -999.250 5.195 91.188 36.8~5 502.500 -999.250 DEPTH 7400.000 ?300.000 7200.000 71 O0. 000 7000.000 6900.000 8800.000 6700.000 MNEMONIC SP GR GR C1 DT SP GR GR RHOB DT SP GR GR C1 DT SP GR G~ RtdOB C1 DT GR GR RHOB CI DT SP GR GR ~HUO C1 DT SP GR GR RHOB Cl SP GR RHOB C1 DT VALUE -50.000 70.688 74.4]8 2.504 -2.096 -999.250 -49,250 87.938 75,000 2.463 -2.096 -999,250 -51.000 82.750 71.625 2.492 -2.096 -999,250 -50.125 73,063 62.688 2,348 -2.096 -999.250 -49.000 59,313 52,531 2,598 -2.096 -999.250 -68.250 73.625 61.281 2.568 -2.096 -999.250 -70,500 68,000 66.875 2.b5b -2.096 -999,250 -123,500 54.56] 52,563 2.496 -2,095 -999.250 MNEMONIC GR CALl NRAT C2 DTL GR CALI NRAT C2 LTL GR CALl NRAT C2 DTL GR CALl NRAT C2 LTL iLD GR CALl NRAT C2 DTL GR CAb I NRAT C2 LTL ILD GR CALl NRAT C2 OTb GR CALl NRAT C2 OTb VALUE 3.742 76,688 15.188 3,326 -999.250 2,793 87.938 i5.164 3.]50 -1.326 -999,250 3.105 82.750 14,930 3.271 -1,326 -999,250 7,469 73.063 13,719 2.979 -1,326 -999.250 b.660 I 281 2.813 -1,326 -999.250 3.305 73,625 15,648 3.055 -1.~26 -999,250 5,043 68.000 15.289 3,172 -1.]26 -999,250 2.984 54.563 1.3,438 3,102 -1.326 -999,250 MNEMONIC CALl DRHO NCNb GR ibm CALl DRHO NCNb GR IbM CALl DRHO NCNb GR 1bM CALl DRHU NCNb GR CALl DRHO NCNb GR CALl DRHU NCNb GR iLM CALl DRHU NCNb GR IbM CALl NCNb GR VALUE 3.662 14.61'1 0.012 1966.000 38,875 2,813 14.b17 0,054 1926.000 38,875 3,072 14,617 0.04] 1937.000 38,875 7,621 14,617 0,021 2408,000 38,815 7.402 14.b17 0.001 2840.000 38.875 3,287 14,617 0,100 2302.000 38,875 4,980 14,617 0,058 2246.000 38.875 3.422 t4.b17 0.015 2172.000 38,875 MNEMONIC 6bBU DT NPH1 FCNL GR 6LBU OT NPHI FCNb GR 6680 DT NPHI FCN6 GR bbBO DT NPHI FCN6 GR 668U DT NPHI FCN6 GR 6LBU OT NPHI FCN6 GR 6680 DT NPHI FCN6 GR 668U DT NPH1 FCNb GR VALUE q.594 91,563 35,010 525,000 -999,250 3,535 94,000 35,400 544,000 -999.250 3,846 94,563 34.131 553,500 -999,250 8,633 83.~75 29,688 716,500 -999,250 16.641 79,563 27.002 961,000 -999,250 4,109 93.188 30,078 664,000 -999,250 b.00B 82,375 ]1.982 645,500 -999,250 8,156 78.375 31.641 622,000 -999,250 D"'LP T:'H 6800. 000 65-")0,000 6400. 000 300. 000 6200.000 6100.000 6000,000 5900.000 GR GR R H U B C1 DT SP GR C1 DT GR GR RH[JB C1 DT SP GR R~OB C1 DT SP GR GR C1 DT SP GR GR CI DT SP G,~. GR CI DT SP GR GR RHO8 Cl DT VALUE -106.563 56.78i 48.125 2.492 -2.096 -999.250 -120.688 53.:375 47.594 2.313 -2.096 -999.250 -94.875 57.063 47.094 2.289 -2.096 -999.250 -118.313 40.656 ]9.344 2.283 -2.096 -999.250 -105.750 42.156 38. 250 2.332 -2.096 -999.250 -80.625 69.250 52.563 2.410 -2.096 -999.250 -49.500 76.688 65.875 2.389 -2.096 -999.250 -104.500 51.500 51.500 2.227 -2.096 -999.250 E Mt..] N I C ILD GR CALl NRAT C2 DTL lED GR CALl NRAT C2 OTb GR CAbI NRAT C2 DTL GR CALl N~AT C2 DTL iLD GR CALl NRAT C2 DTL ILO GR CALl NRAT C2 OTb ILD GR CALl NRAT C2 OTb iLO GR CALl NRAT C2 OTb VALUE 2.859 56.781 14.930 3.i33 -1.326 -999.250 1.748 53.375 13.039 3.154 -1.32~ -999.250 1.648 57.063 13.609 3.330 -1.326~ -999.250 1.253 40.656 12.328 3.400: -1.326 -999.250: 1.591 42.156 13.883 2.795 -1.326 -999.250 2.494 69.250 12.i48 3.150 -1.326 -999.250 2.699 76.688 14.516 3.584 -1.32~ -99q.250 1.374 51.500 13.84~ ].541 -1.326 -999.250 MNEMONIC CALl NCNb GR ILM CALl DRHO NCNb GR IbM CALl DRHO NCNb Gk IbM CALl DRHO NCNb GR ibm CALl DRHO NCNb GR IbM CALl DRHO NCNb GR ILM CALl NCNb GR IbM CAi, I NCNb GR VALUE 3.455 14,611 0.037 2502.000 38.875 2.13] 14.617 0.024 2206.000 38.875 1.882 14.617 O.00l 1839.000 38.815 1.543 14.617 0.053 1862.000 38.875 1.946 14.617 0.024 3066.000 38.875 3.143 14.b17 0.103 2216.000 38.875 2.754 14.617 0.112 1856.000 38.875 1.551 14.617 0.015 1859.000 38.875 MNEMONIC bb8U OT NPHI ~'CNb GR bbSO DT NPHI FCNb GR hb8U DT NPHI FCNL GR bbSU DT NPHI FCNL GR LLSU DT NPHI FCNb GR bLSU DT NPHI FCNb GR bbSO DT NPHI FCNb GR LbSU DT NPHI FCNb GR VALUE 1.590 82.375 ~1.54] 768.500 -999.250 6.820 92.188 32.568 648.500 -999.250 4.715 95.750 ~5.840 496.000 -999.250 5.391 98.563 37.695 495.250 -999.250 5.422 93.750 2~.855 977.000 -999.250 6.25~ 90.]75 32.861 ~78.500 -999.250 3.0'16 104.750 ]9.941 484.000 -999.250 3.441 106.375 39.50Z 473.500 -999.250 5800.000 5'700.0O0 5600.000 5500.000 5400.000 5300. 000 5200,000 5100.000 ' NNEMUNJC GR Cl DT SP Cl DT 8P GR RHOB C1 DT SP GR RHOB C1 DT GR GR RHOB C1 DT SP GR RHOB Cl DT SP GR C1 OT 8P GR RHOB C! DT -9i.375 45.438 40.969 2.217 -2.096 -999.250 -66.625 46.594 41.938 1.746 -2.096 -999.250 -56.906 87.125 64.5O0 2.]13 -2.096 -999.250 -79.125 56.563 52.688 2.229 -999.250 -101.750 0b.188 59.688 2.127 -2.096 -999.250 -94.625 54.815 55.938 2.36i -2.096 -999.250 -68.875 76.56] 63.844 2.252 -2.096 -999.250 -136.750 37.O31 2.182 -2.096 -999.250 E~qONIC ibp GR CALl NRAT C2 LTL ILD GR CALl NRAT C2 DTL iLD CALk NRAT C2 DTL 1LD GR CALl NRAT C2 OTb iLO GR CALl NRAT C2 LTL ILL GR CALl NRAT C2 OTb ILD GR CALl NRAT C2 OTb iLD GR CALl NRAT C2 LTL 1.772 45.438 15.29'1 3.348 -1.326 -999.250 2.814 46.594 16.359 4.]52 -1.326 -999.250 2.949 87.125 16.984 3.625 -1.326 -999.250 2.148 56.563 15.234 3.518 -1.326 -999.250 2.053 66.188 15.398 4.113 -1.]26 -999.250 1.754 54.875 17.359 3.]44 -1.]26 -999.250 3.971 76.563 16.906 3.670 -1.326 -999.250 1.226 37.031 12,875 3.475 -1.326 -999.250 MNLMONiC ILM CALl OReO NCNb GR 1bM CALl DHHO NCNI, GR CALl DRHO NCNb GR ibm CALl DRHO NCNb GR CALl DRHO NCNb GR CALl DRHO NCNb GR AbM CALl DRHO NCNb GR CAbi DRHO NCNb GR YALO[ 2.012 14.b17 -0.000 2116.000 38.~75 2.686 14.b17 0.00b 1336.000 ]8.875 2.863 14.b17 0.021 1822.000 38.875 2.289 i4.617 0.OO8 1973.000 38.875 2.309 14.617 -0.003 22J4.000 38.875 1.887 14.617 0.049 1893.000 38.875 3.846 14.617 0.040 1960.000 38.875 1.479 1~.o17 0.017 2052.000 38.875 MNbMONIC hhSO DT NPHI FCNb GR DT NPH1 FCNb GR LLSU DT NPHI FCNb GR LLBU OT NPHI FCNL GR 1,1.,80 DT NPHI FCNb GR bbSU DT NPMI FCNO GR bbSO DT NPHI FCNb bbSO DT NPHI GR VALU~ 4.355 105.188 35.352 582.000 -999.250 3.420 120,188 52.930 27b.000 -999,250 ].855 107.750 ]9.502 4bb.750 -999.250 3.41b 112.563 38.428 525.000 -999.250 4.023 123.375 49.072 538.500 -999.250 3.889 95.000 34.277 595.000 -999.250 4.777 117.000 40.381 532.000 -999.250 5.414 109.000 38.770 565.000 -999.250 DE[ I: 50t)0.000 4900.000 4800.000 47O0,OO0 4600.000 4500. 000 4400.000 4300.000 SP Gl{ GR RI-lOB C1 DT SP GR CI DT 8P GR GR RHOB C1 DT GR GR RHOB C1 DT 8P GR GR RHOB Cl DT SP GR GR RHOB C1 DT SP GR CI DT 8P GR RHOB C1 DT VALUE -114.625 48.344 44.344 2.232 -2.096 -999.250 -124.625 33.969 38.438 2.152 -2.096 -999.250 -68.000 60.531 64.250 2.381 -2.096 -999.250 -6].719 55.438 61.188 2.334 -2.090 -999.250 -51.250 74.375 b5.813 2.330 -2.096 -999.250 -10b.063 51.656 41.125 2.160 -2.096 -999.250 -54.219 b7.875 00.313 2.322 -2.09b -999.250 -70.313 75.563 54.313 2.342 -2.098 -999.25O E~ONIC GR CALl NRAT C2 DTL CALl NRAT C2 DTL ihD GR CALl NRAT C2 OTb ILD GR CALl NRAT C2 DTL GR CALl NRAT C2 DTL GR CALl NRAT C2 DTL ILO GR CAbi NRAT C2 DTL ILD GR CAhI NRAT C2 DTL VALUE 1.612 48.344 14,805 3.527 -1,326 -999.250 1.754 33.969 14.703 3.391 -999 50 3.887 60.531 15.484 3.771 -1.326 -999.250 ].119 55.438 14.430 3.584 -1.326 -999.250 3.807 74.]75 15.961 3.928 -1.32b -999.250 1.670 51.656 14.891 3.756 -1.326 -999.250 2.760 6'7.875 13.797 4.035 -1.326 -999.250 3.195 75.563 10,23g 3.775 -999.250 MN~M£)NIC Ib~4 CALl DRHU NCNb GR CALl DRHO NCNb GR CALl DRHO GR CALl DRHU NCNb GR CALl DRHU NCNb GR IbM CALl DRHO NCNb GR IbM CALl DRHO NCNb GR 1LM CALl DR~iO NCNb GR VALUL 2.053 14,017 0.013 2116.000 38.875 2.170 14.617 0.015 2166.000 38.875 3.881 14.~17 0.012 1930.000 38.875 3.219 14.O17 0.04/ 1860.000 38.875 3.439 14.b17 0.042 1753.000 38.875 2,000 14.617 -0,001 1883.000 38.875 2.822 14.b17 0.079 1739.000 38.875 3.b04 14.617 0.008 1678.000 38.875 MNEMONIC bbSU DT NPH1 FCNb GR LLSU DT NPHI FCNL GR bbBU DT NPHI FCNb GR LL80 DT NPHI GR bhSU DT NPHi FCNL GR bhSU UT NPHI FCNL bbBU DT NPHi P'CNb GR LLSU DT NPHI FCNL GR VA~U~ 5.578 113.000 ~8.818 576.500 -999.250 ~.094 113.375 3b.377 593.000 -999.250 4.824 93.563 42.871 493.750 -999.250 4.188 112.375 39.990 467.250 -999.250 3.975 131.000 45.459 429.000 -999.250 5.352 114.000 42.871 4bb. O00 -999.250 4.]83 120.000 48.438 386.500 -999.250 5.602 110.750 42.578 40~.500 -999.250 D E P 4200.000 t100,000 1000,000 3900°000 3~00. 000 3700.000 3000. 000 3500.000 8P G~ C1 DT C1 DT 8P GR RHOB CI DT SP RHOB Cl DT SP GR GR C1 DT SP GR GR CI DT 8P GR GR C1 DT GR RHOB C1 DT VA -8 4 5 . -99 L U E 1.250 4.563 0.438 2.209 2.090 9.250 -103 4] 37 2 -2 -999 .000 .781 .531 .086 .090 .250 -57.219 70.06] 73.4]8 2.270 -2.096 -999.250 -8 5 5 . -99 -5 5 5 . -99 -5 7 5 . -99 4,125 2.594 1.000 2.109 2,096 9.250 4.219 7.438 5.750 1.997 2.096 9.250 3.625 0.125 9.313 2.199 2.096 9.250 -75.250 50.688 51.188 2.108 -2.096 -999.250 -98 53 47 2 -2 -999 .375 .469 .503 .041 .090 ,250 ILD GR CALl NRAT C2 LTL ILL GR CALl NRAT C2 LTL ILO GR CALl NRAT C2 DTL ILD GR C Ab I NRAT C2 DTL GR CALl NRAT C2 LTL iLD GR CALl NRAT C2 OTb lbo GR CALl NRAT C2 LTL GR CALl NRAT C2 LTL VALUE 2.178 ~4.563 14.109 ].729 -1.326 -999.250 1.473 43.781 11.664 ~.943 -1.326 -999.250 2.830 '70.063 17.203 4.145 -1.326 -999.250 2.490 52.594 13.625 3.770 -1.326 -999.250 2.295 57.438 17.984 4.070 -1.326 -999.250 2.348 70.125 20.234 4.012 -1.326 -999.250 1.772 50.688 20.063 4.164 -1.326 -999.250 1.00.3 53.469 19.391 4.352 -1.326 -999.250 MNeMONiC iLM CALl DRHO NCNb GR CAb] DRHO NCNL GR IbM CAb1 DI<HO NCNb iL~. CALl DRHU NCNb Gl< CALl DRHO NCNL iLM CALl DRHO NCNL Gl< ILM CALl NCNL GR IbM CALl DRHO NCNL GR VALUE 2.668 14.617 0.042 1757.000 38.875 1.890 14.617 -0.006 1681.000 38.875 2.805 14.017 0.033 1555.000 38.875 3.092 14.~17 0.105 1629.000 38.875 2 . 46.3 14.617 0 083 v 7: ooo 38.875 2.498 14.617 0.043 15~8.000 38.875 2.098 14.611 0.083 1418.000 ]8.8'75 1.319 14,617 0.022 1488.000 38.875 MNEMONIC bbSO DT NPHI FCNL GR 6680 DT NPHI FCN6 GR 6680 DT NPHI FCNb GR 668U DT NPHI FCNb GR LbSU DT FCNL GR 668U DT NPHI ~CN6 GR LLBU DT NPHi FCN6 GR 668U DT FCNL GR VAbUL 6.078 112.56~ 42.725 434.500 -999.250 5.496 118.375 406.250 -999.250 4.117 126.375 48.779 342.500 -9~9.250 o.0~3 115.750 43.701 398.000 -999.250 3.951 136.3;5 47.119 361.500 -999.250 3.553 139.125 44.971 363.500 -999.250 3.721 131.000 47.803 302.500 -999.250 3.473 1~6.125 51.465 310.750 -999.250 D ti; P T,ti 3400.000 3300.000 3200,000 3100,000 3O00.000 2900.000 2800.000 2700,000 · MNEMONIC VALUE, SP -9i.250 GR 3o,844 GR 35.250 RHOB 2.154 Cl -2.096 DT -999.250 SP -72,J75 GR 69.125 GR 59.125 RH(]B 2,125 C1 -2.096 UT -999.250 SP -10/,688 GR 50,563 GR 45.906 MHO8 2.025 C1 -2.096 DT -999,250 SP -65,688 GR 73.375 GR 66,43E R}iOB 2.14! C1 -2.096 DT -999.250 SP -524,000 GR 44,906 GE 37,155 RHOB 2,1.09 C1 -2,096 DT -999.250 SP -369.000 GR 42.906 GM 39.0-63 RBOB 1.895 Cl -2.096 DT -999.250 lED GR CAbI C2 OTb GR CALl NRAT C2 DTL GR CALl NRAT C2 DTL GR CALl NRAT C2 DTL lhD Gl{ CALl NRAT C2 DTL ILD GR CALl NRAT C2 DTL 8P -267.000 GR 59.3'?5 GR GR 51.938 CALl EHOB 2.174 NRAT Cl -2.096 C2 DT -999.250 DTL SP -84.750 GR 48.969 GE -999.250 R~OB -999.250 CI 17.375 DT -999.250 GR CALl NRAT C2 OTL VALUE 3.502 36,844 14,172 4.027 -1.326 -999,250 1.546 69,!25 12.703 3.941 -1,326 -999.250 0.913 50.563 12.539 3.908 -1.326 -999.250 0.695 73.375 15.961 4,301 -1,326 -999.250 0.779 44.906 13.375 4.344 -1.326 -999.250 1.026 42.906 15.883 4.707 -1.326 -999.250 1.865 59.375 14,148 4.141 -1.320 -999.250 1.969 48.969 -999.250 -999.250 17.500 -999.250 MNEMON lC ibM CALl DRHU NCNb GE CALl DMHO NCNb GE CALl DRHO NCNL GR iLM CALl DRHO NCNb GR CALl DRMU NCNb CALl DRHO NCNb G~ CALl DRHO NCNb GR ILM CALl DRMU NCNb G~ VALUE 3.795 19.617 0.059 1512.000 38.875 1,613 14,617 0.011 1529.000 38,875 1.043 14.617 0.037 1485.000 38.875 0.815 14,617 0.062 1400.000 38.875 0.848 14.b17 0,007 1531.000 38.875 1,212 14.617 0.040 1494.000 38.875 1.943 14,017 0.038 1579.000 38.8'15 2.010 14.594 -999.250 -999.250 03.031 MNEMONlC LLBU NPHI GR LLSO DT NPHI ~CNL GR I.,580 DT NPH1 ~'CNb GR LLSU DT NPHI FCNL GR LLSU DT NPHI FCNL GR DT NPHI FCNb GR bbSU DT NPHI FCNb GR 6680 UT NPHI FCNL GR VALU~ 5.746 109.000 ~8.096 351.750 -999.250 2,979 128.000 47.265 344.000 -999.250 2.955 133.750 46.729 376.000 -999.250 1.854 143.500 52.197 317.250 -999.250 1.909 lb0.750 54.199 32~.250 -999.250 3.244 141.000 59.570 306.500 -999.250 3.225 142.125 50.195 359.250 -999.250 2.391 131.375 -999.250 -999.250 -999.250 -£ DLPT~ 2bO0.O00 2500.000 2400.000 2300.000 2200.000 2100.000 2000.O00 1900.000 SP GR GR RIiOB C1 OT SP GR C1 DT SP GR RHOB CI OI SP GR GR Cl DT GR GR RHU5 C1 DT 8P GR GR RH[)B Ci OT SP GR GR RHUB CI DT SP GR Ci DT VALUE -75.875 36.844 -999,250 -999.250 16,094 -999.250 -88.875 50,500 -999.250 -999.250 10.031 -999,250 -55.375 58.500 -999.250 -999.250 17,578 -999.250 -81.031 28.609 -999,250 -999.250 17.703 -999,250 -7b.750 33.656 -999,25O -999.25O 17.594 -999.250 -7].469 ~0.500 -999,250 -999.25O 17.750 -999,25O -73.406 46,781 -999.250 -999.250 17,625 -999.250 -85.188 51,094 -999.250 -999,250 17.422 -999.250 MN E.'M 0 N lC lbo CALk NRAT C2 LTL GR CALl NRAT C2 OTb lbo GR CALl NRAT C2 DTL ILD GR CADI NRAT C2 OTb GR CALl NRAT C2 OTb lbD GR CALl. NRAT C2 LTL lbo CALl NRAT C2 OTL GR C NRAT C2 OTb VALUE 1.827 36.844 -999,25O -999,250 17.641 -999.250 1.101 50.500 -999.250 -999.250 10.133 -999.250 2.760 58.500 -999,250 -999,250 17.531 -999.250 0,988 28,609 -999.250 -999~250 17.359 -999,250 1.279 33.b56 -999.250 -999.250 17,563 -999.250 1.503 40,500 -999.250 -999.250 17,281 -999.250 2.883 4b.781 -999.250 -999.250 1'7.203 -999.250 b.469 51,094 -999,250 -999,250 17.734 -999.250 MNEMONIC IbM CALl DRHO NCNb IbM CALl DRHU NCNb GR ILM CALl DRHO NCNb GR IBM CALl DRH{3 NCNb ILM CALl DRHO NCNb GR ibM CALl DRHO NCNb GR IbM CALl DRHO NCNb GR IbM CALl NCN6 GR VALUk 1.841 11.586 -999.250 -999.250 37.219 1.184 8.742 -999.250 -999.250 59,625 2.648 11,805 -999.250 -999.250 56.625 1.067 11.797 -999.250 -999.250 27.922 1.347 11.805 -999.250 -999.250 ]4.188 1.008 11,789 -999.250 -999.250 33.900 2.988 11.758 -999.25O -999.250 52.000 6.336 11.805 -999.250 -999.250 55.219 MNEMONIC 5580 DT NPHI FCND GR bbSU OT NPHI FCNL GR bbSU DT NPHI FCNL GR hhSO DT NPHI FCNL GR bLSO DT NPHi FCNL GR bbSO OT NPHI fCNb GR bbSU DT NPHI FCNL GN bbSO DT NPHI ~CND GR VALU~ 2.000 146.125 -999.250 -999.250 -999.250 1.481 138.000 -999.250 -999.250 -999.250 2.723 -999.250 -999.250 -999,250 2.156 149.125 -999.250 -999.250 -999.250 2.252 149.750 -999.250 -999.250 -999.250 2.18~ 152.750 -999.250 -999.250 -999.250 3.383 141.750 -999.250 -999.250 -999.250 ~.7~2 151.500 -999.250 -999.250 -999.250 1800,000 1700.000 1600.000 !500.000 lt00.000 1~00.000 1200,000 1100.000 · MN EMONIC RHOB C1 DT SP GR GR C1 DT GR GR Ci DT SP GR GR Ri'lOB C1 DT GR RHOB Cl DT SP GR GR CI DT lip GR RHOB C1 DT GR G~ ~.Hi)B Cl DT VALUE -97.688 40.781 -999.250 -999.250 19.172 -999.250 -146.250 21.813 -999.250 -999.250 23.484 -999.250 -131.375 32.938 -999.250 -999.250 21.156 -999.250 -140.750 34.500 -999.250 -999.250 20.797 -999.250 -110.375 38.156 -999.250 -999.250 17.516 -999.250 -118.875 46.438 -999.250 -999.250 17.125 -999.250 -1,26.125 38.281 -999.250 -999.250 20.531 -999.250 -lj4.000 29.516 -999.250 -999.250 20.0t7 -999.250 MNE:MDNIC GM CALI NRA~r C2 DTL ILD GR CALl NRAT C2 DTL ILD GR CALi NRAT. C2 GR CALl NRAT C2 DTL I. LD GR CALI NRAT C2 DTL GR CALl NRAT C2 DTL ILO GR CALl NRAT C2 DTL ILD GR CALi NRAT C2 DTb VALUE 17.641 40.781 -999.250 -999.250 19.781 -999.250 289.250 21.81~ -999.250 -999.250 2~609 -999.250 54.375 32.938 -999.250 -999.250 21.109 -999.250 569.000 34.500 -999.250 -999.250 21.359 -999.250 130.000 38.156 -999.250 -999.250 17.500 -999.250 216.b25 46.438 -999.250 -999.250 17.672 -999.250 1914.000 38.281 -999.250 -999.250 20.516 -999.250 1880.000 29.516 -999.250 -999.250 20.188 -999.250 MN~MUNIC C AL 1 DRHO NCNb GR IbM CALl D~HO NCNb GR CALl DRHO NCNb GR IbM CALl DRHO GR IbM CALl DRHO NCNb GR IbM CALl DRHU NCNb GR IbM CALl DRHO NCNb GR IbM CALl DRHO NCNb GR VALUE 11.133 11.79'7 -999.250 -999.250 42.344 48.219 11.820 -999.250 -999.250 23.000 28.406 11.773 -999.250 -999.250 32.781 07.875 1,1.773 -999.250 -999.250 30.969 57.781 11.781 -999.250 -999.250 48.531 ~6.188 11.766 -999.250 -999.250 41,938 87.500 11.76b -999.250 -999.250 $3.b25 79.000 11.789 -999.250 -999.250 28.766 MNEMONIC bbSU DT NPHI ~CNb GR DT NPHI GR hbSU DT NPHI FCNL GR bbBU DT NPHI FCNb LLSU DT NPHI ~'CNb GR DT NPHI FCNL GR bbSU DT NPHI FCNL GR DT FCNL GR YAUU~ 14.638 122.375 -999.250 -999.250 -999.250 1648.000 19.'750 -999.250 -999.250 -999.250 43.969 9].3'75 -999.250 -999.250 -999.250 382.250 84.375 -999.250 -999.250 -999.250 177.750 90.000 -999.250 -999.250 -999.250 1JS.000 99.188 -999.250 -999.250 -999.250 1004.000 81.750 -999.250 -999.250 -999.250 520.500 74.000 -999.250 -999.250 -999.250 DEP'TFi t000.000 q0u.000 800.000 700. 000 bOO.O00 500.0O0 tO0.O00 ~00.000 ~N EMONIC ~P GR GR RHIJB Ci DT RHOB C1 SP GA GA RliOB Cl GR GR C1 DT SP R H O B Cl DT GR C1 D1~ BP GE GR RHOB Cl DT GR RHOB C1 DT VALUE -136.063 37.459 -999.250 -999.250 19.094 -999.250 -122.875 06.000 -999.250 -999.250 17.797 -999.250 -149.000 51.888 -999.250 -999.250 18.859 -999.250 -10.500 46.688 =999.250 -999.250 18.150 -999.250 -63.500 51.650 -999.250 -999.250 17.875 -999.250 -06.375 25.250 -999.250 -999.250 20.553 -999.250 -75.344 24.281 -999.250 -999.250 21.250 -999.250 -90.750 23.891 -999.250 -999.250 27.266 -999.250 MN ~NLIN iC ILL CALl NRAT C2 OTB iLL CALl NRAT C2 GR CALl NRAT C2 DTL GR CAB I NRAT C2 DTL GR CALl NRAT C2 DTb ILL GA CALl NRAT C2 LTL iLD GR CALl NRAT C2 DTL GR CALl NRAT C2 OTb 212.875 37.459 -999.250 -999.250 19.453 -999.250 51.969 66.000 -999.250 -999.250 19.031 -999.250 127.750! 51.688 -999.250 -999.250 20.0?8 -999.250 99.025 40.688! -999.250 -999.250 17.938 -999.250 ].490 51.O50 -999.250 -999.250 17.750 -999.250 75.375 25.250 -999.250 -999.250 29.828 -999.250 027.500 24.281 -999.250 -999.250 2t.578 -999.250 2000.O0O 23.891 -999,250 -999.250 21.516 -999.250 MNEMONIC CALl DRHO NCNb GR CALl DRHO NCNb GA IbM CALl DRHU NCNb GR CALl DRHO NCNb IbM CALl DRHU NCNb GR CALl DRHU NCNB GR CALl DRHU GR CALl NCNB GR VALUE 5'7.375 11.805 -999.25O -999.250 42.188 27.531 11.789 -999.250 -999.250 63.313 42.438 11.781 -999.250 -999.250 44.031 36.063 11.805 -999.250 -999.250 45.000 2.727 11.805 -999.250 -999.250 55.781 18.297 11.805 -999.250 =999.250 22.734 55.813 11.805 -999.250 -999.250 21.469 58.625 11.813 -999.250 -999.250 24.984 MNEMUNIC bbSU DT NPHI GR LLSU DT NPHI FCNb GR bbSU DT NPHI FCNb GR bbSU DT NPH1 FCNL GR bbSU DT NPHi FCNL GR DT NPHI FCNb GR DT NPH1 FCNb GR ~LSU UT NPHI FCNL GR VAGUk 142.025 90.563 -999.250 -999.250 -999.250 53.155 112.750 -999.250 -999.250 -999.250 109.9~8 96.375 -999.Z50 -999.250 -999.250 79.563 90,000 -999.250 -999.250 -999.250 3.438 102.125 -999.250 -999.250 -999.250 1~2.025 87.375 -999.250 -999.250 -999.250 520.50O 75.000 -999.250 -999.250 -999.250 1048.000 60.750 -999.250 -999.250 -999.250 D E P T H 200.000 100 80. 000 SP GR Cl. DT GR C1 DT GR GR C1 DT V~LU O.3. 19, -999. -999. 27, -999, 85. 17. -999. -999. i9. -999. -1019. -999, -999, -999, 19. -999. 375 703 250 250 141 250 250 188 25O 250 453 25O 250 250 250 250 5O0 25O MNEMONIC ILD GR CALl N~AT C2 DTL I. LD GR CALk NRAT C2 DTL GR CALl NRAT C2 OTb 250,750 19.703 -999.250 -999.250 28,203 -999,250 2000,000 17.188 -999,250 -999,250 19,656 -999,250 -999,250 -999,250 -999,250 -999,250 19,438 -999,250 MNEMONIC 1L~4 CALl DRHO NCNb CALl DRHU NCNb GR IbM CALl DRHO NCNb GR VAbUk 42,438 11,805 -999,250 -999,250 20,859 8.203 11,766 -999.250 -999,250 18,750 -999,250 -999,250 -999,250 -999,250 18,688 MNEMONIC DT NPHI FCNb GR bbSU DT NPHI FCNL GR bLSU DT NPHI GR VALU~ 2~9.750 17,000 -999,250 -999,250 -999,250 0.828 63,781 -999,250 -999,250 -999,250 -999,250 -999,250 -999,250 -999.250 -999.250 /D .NUMBER DF RECORDS: 1753 LENG~I~'{ OF REC[~,~.D,S: i018 ~3YTE8 I~ENG~I'H tJt~ ][,A&T R~.C[JRD: 834 BY~I]E~ ~IL..E ~iF<AILER LENGTH: ~2 ~TES FIbE NA~%E: EDIT .001 MAXIMli~I PH~S,ICAL RECORD LENGTH: NEXT ~'ILE; NAME: 1024 BYTES TAPE TRAiL, E}{ £,ENG'tH: 132 B~TES TAPE NAry)E: 00~'/2 DATE: 80/ 5/24 SERVICE; N A.~iE: EDIT TAPE CU~T1NUATION NU~BE~.: 01 NEXT TAPE NAME: C[.]~4ENT&: UNIQUE ~Ebb 1DEN~I:'I~ICATION NUMB~]R IS 50-029-2040b 11 11 111i 1111 1i 11 11 11 11 11 11 11 1i1111 111111 0000o0 000o00 O0 O0 O0 O0 O0 oo00 O0 0000 O0 oo O0 O0 O0 OO 0000 O0 0000 O0 O0 O0 O0 O0 000000 000O00 7777777777 '~7777777777 77 77 77 77 77 77 77 77 77 77 77 77 000000-- o00000 O0 O0 O0 O0 O0 0000 O0 0000 O0 O0 O0 O0 O0 O0 0000 O0 0000 OO O0 O0 O0 OO 000000 000000 7777777777 7777777777 77 77 77 77 77 77 77 77 77 77 77 77 660666 000o00 606066 000000 66 O0 O0 60 O0 oo 66 O0 0000 66 O0 o000 66060606 O0 O0 O0 66666666 O0 O0 O0 66 66 o000 O0 _ob ..... ~ ..... 0000 oo 66 66 O0 O0 66 66 O0 O0 666666 000000 b6~666 000000 333333 333333 33 33 33 33 33 33 33 33 33 ........... 33 33 33 33 33 333333 333333 7777777777 77'7'1777777 77 77 77 77 77 77 77 77 _ 77 77 77 77 11 11 Illl 1111 1i 11 11 11 11 11 11 11 111111 111111 MM MM d M M ~ d M M d M M O d M M J j M M dod AAA PPPP RARR A A P P R R A A P P iR R A A ..... PPPP RRRR AAAAA P R R A A P R iq A A P R R O U DDDD U U D D O U D D U U O D O U D O U U D D UUUUU DDDD ~ H 0 0 E H~HHH 0 0 EEEE H H U 0 E H H 000 EEEE~ MONITOR 8W$ KLIOE37 *START* U3ER PCAL MONITOR SW8 ~,LlOE37 APR 80 T* [10701,o03,71] JUt5 APR-80 *S~ART 8HIP Sit IP ,SEQ. 2588 DA'£~ 2.4-MA~-80 2588 DATE 24-MAX-80 15:47:07 15:47:0'1 SSSSSS SSSSSS HHHHHHHHHH SS HH HH S $ H H H H. SS HH HH SSSSSSSS HH SSSSSSSS HH HH II 1I il I1 II i1 II i1 1I Ii ii II Ii II Il 11 11 ii II PPPPPPPP PPPPPPPP PP PP PP PP PPPPPPPP PPPPPPPP PP PP PP PP PP PP PP *START* USER F'CAL [1070'7,60371] dOB SHIP SEO. 2588 OATh 24-MAY-80 M[.)NiTtrjt~', S~"~S ~Ll. 0E37 APR' 80. *START* ~iLE: DS~H:SH1P.TO<2'~5>[~07OTp~iNTED: 24--MAY 80 1~:47:2160171] C~EATED: 24-MAY-B0 15:05:5] QUSUE S~ITCHES: /FILE:FORT /COPiES:I /SFACiMG:I /b,l.~ilT:i51 /FORMS:NORMAL 15:47:07 SHIPPING INSTRUCTIUNM IMBUED 24-MA~-80 15:05 Bi' MJA PCCC PCC¢ VENTURA, CAb i l~:OIal'~ 1 A VV ~V LE RR ~R VV v~ EE H~ R~ VV VV EE RR RR VV VV kk ~ RH VV VV EE~EEELk RRRRHRR~ VV VV EE RR RR VV VV Eh RR RR VV VV EE RR RR VV VV LL R~ RR iiiiii iliiii II II ii Ii ii ii Ii II II II 1IIIIi IIIIII FFf f'E~E'F.~ FF FF FF FF Y~ YY YY YY YY YY YY YZ 000000 000000 333333 '000000 000000 333.]33 00 O0 00 O0 ~3 33 00 O0 00 O0 33 33 00 0000 O0 0000 33 00 0000 O0 0000 33 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 0000 O0 0000 O0 33 0000 O0 0000 O0 33 O0 O0 O0 O0 33 33 00 O0 00 O0 33 000000 000000 3333~ 000000 000000 33~333 *START* U$~R F~AL [1070'1,60371] dOB SHIP SEQ. 2588 DATE MONITOR Sw,S KLiOE;37 APR'80. *START*, QUEUE; SWITCHES: /~'ILEI~O~T !COPiES:I /SPACING:I /LIMIT:t51 /FORMS:NORMAb 24-MAY-80 15:44:57 15:47:07 LIS V~RSION 15.H01 SCHLUMBERGER COMPUTING CENTER 10707,60371 L~NGIH: ]32 RE~'L NAME: S~;RVICE NAME: ED1T REEL CONTINUATION NUMBE~: 01 P~EViUU$ REEL NAME: COMMENTS: bls fORMAT CUSTOMER TAPE DATE: 80/ 5/24 TAPE Hk, ADER LENG'IH: 132 ~TES TAPE NAME: 60]71 DATE: 80/ 5/24 SERViCe; NAME: EDIT TAP~ CLJNTINUATION NUMBER: 01 PR~V1UUS TAP~ NAME: COMMENTS: UNIOUk Wgb.b iDENTifICATION NUMBER IS 50-O29-20406 I~APk COMMENTS DATE 1-10-80 DI~-BHC-BGT/GR 80-2720' CSG 200" B 83' / BIT 17.5" /FLU[D GEL/BENEX / DENS 9.2 / VISC 290 290 SbC / PH 8. / FLUID LOSS 12. Mb / RM 3.13 ~ 65 D~ / RM~ 2.85 ~ 57 D~" / RMC 2.96 @ 67 D~' / BHT l0 DF / DATE 1-26-80 DiL - CNL/FDC - BHC 2720 - 8610' CSG 13.37" ~ 2712' / BlT 12.25" / ~bUID LiGNOSULFO / DEN6 10.5 / ViSC 45 SEC / PH 10.4 / RM 2.1'1 ~ 90 DF / RMF 1.95 ~ ~3 Df / RMC 2.31 8 55 D~' / BHT 169.0 D~ DAT~ DIL - BHC - CNL/~DC 86~0 - 9340' CSG 9.625" ~ 86~8' / BiT B.5" / ~-LUID OiL BASE MUD / DENS 9.9' LB/G '[' I. LE' HEADi:R LENGTH: 62 BYTES FILE NAME: EDiT .001 MA~I;*'"',~ PHYSICAL RECORD 1024 PBEVI OU$ B IhE ~Ibg COMM~:N'I'8 WORDS 21 - 22- 23 AI<~ B'ROM hONG SPACI{~G SONIC CL!MPAN [' i gl.,D TOWNSHI, F SECT ,ST~Tg DI~NS A'.I?L,~NTIC RiCIdt' IgI.,D C I'tSP, M WELL 'A' FkUI)HO~., ~AY 14E 1 2N N. SLOPE ALASKA 800. L~AI' A ~ I. Jt~MAT L~,NG'I'M: q~O 0 SiYZE REP C [.IDE ENTRY 1 ~ 0 ~V i)A']!tJ~ ~PECI~ICATION ksL,[JCt<.~: NA~, T(JUL UNit API API AP1 AP1 FILE SIZE SAM REP PROCESS INDICATORS 1 OEPT I~'T 0 0 0 0 0 4 1 b8 2 ~qP DII, MV ? 1 0 0 0 4 1 [:,8 3 ILO OiL L{HMM 7 12 46 0 0 4 I 68 4 IL~v' OIL OMMM 7 12 44 0 0 4 I 68 5 I, L2U DJL OR,It,1 1 22 8 0 0 4 I 68 b G~ OIL GAPI ? 31 32 0 0 4 I b8 7 GR 8HC GAP] 60 31 32 0 0 4 I 08 8 CALl ~HC iN 60 28 ] O 0 4 1 b8 9 DT ~HC U~/k 60 52 ~2 0 0 4 I b8 10 GR CNL GA~I 42 ]1 ]2 0 0 4 i b8 11 CALI CNb IN 42 28 1 0 0 q 1 68 12 DRHO ~DC G/C3 42 44 0 0 0 4 1 b8 1] NPHI CNL PO 42 68 3 0 0 4 1 b8 1~ ~flOB C~L G/C3 ~2 ]5 I 0 0 4 1 ~8 15 NRAT CNL C/C 42 42 i 0 0 4 I 68 16 ~CNI, CNL CPS 42 34 92 0 0 4 1 68 17 ~CNL C~L CPS 42 34 93 0 0 4 I 6B 18 CI BGT I~ 70 28 13 0 0 4 I 68 19 C2 ~GT IN 70 28 24 0 0 4 1 68 20 GR BGT GAPI 70 31 32 0 0 4 1 68 21 G? LOS GA~I 60 31 ]2 0 0 4 1 68 22 DT i,SS US/~ 60 52 73 0 0 4 1 68 23 DTL LSS US/P' 60 52 73 0 0 4 1 68 USER DEi~INgD (JUl'PUT AP, RA~/ OUTPUT SP AT 2 OUTPUT ILO AT 3 OUTPUT ILM AT 4 OUTPUT LDSU AT 5 OUTPtIT GP A'i' t> OUTPUT G[~ AT 7 OOTPUT CALl AT 8 OUTPUT DI AT 9 OUTPUT GR AT 10 OUTPUT CAbl AT 11 OUTPUT D~HU AT 12 OUTPUT NP~I AT 13 OUTPUT RH[IB AT lq OUTPUT NRAT AT 15 OUTPUT NCNL AT 16 OUTPUT FCNL AT 1~ OUTPUT C~ A~ 18 OUTPUI~ C2 AT 19 OUTPUT GR AT 20 OUTPUT G~ AT 21 OUTPUT DI~ AT 22 OUTPUT DT[, AT 23 9340.00O 9]00.000 9200.000 9100.000 9000.000 8900.000 8800.000 8700.000 MNLMON1C SP Cl DT G~ RHOB Cl DT 8P GF GR Cl DT SP GR GR C1 DT SP GE GR Cl OT SP GR GR RHO0 C1 DT SP GE GF, Cl DT SP GR GE C1 DT VAL -999 1.02 77 2 -2 92 -999 103 98 2 -2 84 -999 25 25 2 -2 9] -999 12 14 2 -2 89 -999 12 15 2 -2 96 -999 24 20, 2 -2 84 -999 44 46 2 -2 98 -999 114 105 2 -2 115 LIE .250 ,688 .000 .479 .096 .250 .250 .563 .188 .566 .090 .625 .250 .266 .906 .285 .096 .125 .250 .891 .617 .264 .090 .125 .250 .891 .109 .170 .09b .375 .250 .234 .328 .469 .096 .125 .250 .000 .063 .119 .096 .500 .250 .625 .813 .395 .096 .750 MNEMONIC GR CALl NRAT C2 DTL 1LD GR CALl NRAT C2 OTb GR CALl NRAT C2 OTb GR CALl NRAT C2 OTb ibD OR CALl NRAT C2 OTL lbo GR CALl NRAT C2 DTL 1LD GR CALI NRAT C2 DTL GR CALl NRAT C2 OTb VALUE 3.961 86.813 1.566 1.331 -1.326 93.250 4.215 84.563 8.688 2.725 -1.326 86.625 23.344 16.766 8.539 2.852 -1.326 93.500 45.719 11.328 8.539 2.500 -1.326 89.750 84.313 12.336 8.563 2.820 -1.326 96.500 32.625 19.156 8.469 2.713 -1.326 84.750 43.531 43.219 8.492 3.023 -1.326 101.500 1.514 93.250 9.469 3.631 -1.326 116.000 1L~ CALl DRHO NCNb GR 1bM CALl DRHO NCNb GR IbM CALl DRHO NCNb GR CALl DRHU NCNb GR IbM CALl DRHO NCNb GR CALl ORBO NCNb OR CALl DRHO NCNb GR CALl DRHO NCNb GR VALUE 3.479 14.617 0.521 1324.000 38.875 4.238 14.6i7 -0.001 2894.000 38.875 23.406 14.617 -0.005 3304.000 38.875 47.156 14.617 0.007 3820.000 38.875 105.563 14.617 -0.017 3276.000 38.875 32.969 14.617 -0.006 3208.000 38.875 48.875 14.617 -0.005 2722.000 38.875 i.571 14.617 0.031 1901.000 38.875 MNEMONIC bhBU DT NPHi FCNb GR LL8U DT NPHI FCNL GR bbSU DT NPHI FCNb GR bLSU DT NPH1 FCNL GR bbSU DT NPH1 FCNL GR bbSO OT NPHi FCNL GR LLSU DT NPHI GR LL8U DT NPHI FCNL GR VALUE -999.250 92.188 15.332 970.500 103.125 -999.250 87.000 29.541 1052.000 78.813 -999.250 96.000 31.641 1107.000 20.563 -999.250 89.188 20.318 1458.000 10.953 -999.250 100.563 31.104 !154.000 12.344 -999.250 85.000 29.639 1161.000 17.813 -999.250 101.188 34.912 896.500 41.844 -999.250 115.375 44.434 489.250 96.688 DLPTH ~600. 000 8500.000 8400.000 8.]00.000 8200.000 ~100.000 8000,000 7900.000 MNEMONIC 5P GR C1 DT SP GR C1 DT SP GR RHOB Ci DT SP GR GR C1 DT GR RH()B C1 RHOB Cl DT 8P GR G~ RHUb C1 DT 5P GR GR ~H[Ji:3 C1 DT VALU -22. 97. 153. 2. 54. -28, 88. 83, 2. '2. -999, -33. 67. b9. 2. '2. -999. -27 94. 81. 2. -999 -28. 198. 180. 2. '2, -999. -36. 159. !47, 2. -999. -42. 107, 102. 2. -999, -55. 104. 91. 2. '2. -999. 125 063 375 494 096 125 203 938 938 459 096 250 875 625 50O 439 096 25O 906 313 938 469 096 250 078 375 125 162 096 250 344 875 875 301 096 250 625 063 188 402 096 250 5OO 5OO 250 37~ 096 25O MNEMONIC 1LD GR CALI NRA'.[' C2 DTh ILD GR CALl NRAT C2 OTb ILD GR CALl NRAT C2 OTb GR CALl NRAT C2 OTb I hD GR CALl NRAT C2 DTL ILD GR CALl NRAT C2 OTb ILO GR CALl NRAT C2 DTL ILD GR C ALi NRAT C2 DTL VALUE 1.777 97,063 12,383 3,869 -1,326 54,500 1.328 88.938 14.148 ~.840 -1.326 -999.25O 2.699 67.625 13.242 3.514 -1.326 -999.250 1.564 94.313 12.891 3.813 -1.326 -999.250 3,047 1.98,375 12.5i6 4,184 -1.526 -999,250 3.449 159,875 12.828 4.273 -I 326 -9992250 7,148 107,063 12,422 4.098 -1,326 -999,250 4.027 104.500 14.406 4.105 -1.326 -999.250 MNEMONIC ILM CALl DRHO NCNb CALl DRHU NCNb GR IbM CALl DRHO NCNb GR IbM CALl DRHO NCNb OR CALl DRHO NCNb IbM CALl DRHU NCNb GR CALl DRMU NCNb GR AbM CALk DRHO NCNb GR VALUE 1.940 14.617 0.117 1742.000 38.875 1,352 14.b17 O. 075 1586.000 38.~75 2.768 14.617 0,038 1701.000 38,875 1,638 14,617 0,042 1467.000 38.875 3.252 14.617 -0.001 1503.000 38.875 3.359 14.617 15~ o-oo7 1.000 38,875 6.441 14.017 -0,001 1688.000 38,875 3.922 14,617 0.i36 1465.000 38,875 MNEMON1C bhSO NPHI FCNb GR bbSU DT NPHi fCNL GR hbSO DT NPHi FCNb GR LL8U DT NPHI FCNL GR bbSU DT NPH1 ~'CNb GR bbBU DT NPHi FCNL GR 6LSU DT NPHI FCNb GR bbSO DT NPMI FCNG GR VAbUE 2.994 102.000 46.094 399.750 46.281 2,068 111.750 44.727 385,750 -999.250 3.992 96.188 39.258 453.500 -999.250 2.488 106.750 44,873 360.500 -999,250 7,563 122.000 51.709 339.500 -999.250 5,684 119,000 53.223 351,750 -999,250 10.367 101.150 50.195 409.000 -999.250 5,605 103.563 49.414 344,750 -999.250 DI~P'I'M 7800.000 77OO. 000 7600.000 7500.000 7400.000 7300.000 '7200.000 7100.000 GR GR Cl DT GR GR C1 DT SP GR RHOB Cl DT RHUB CI DT GR GR C1 DT SP G~ GR C1 DT SP GR RHUB Cl OT SP GR C1 O~ VALUE -45.125 116,813 110.313 2,357 -2,096 -999,250 -41,000 90,188 84,063 2.586 -2,096 -999,250 -51,500 89,438 87,750 2.490 -2,096 -999,250 -50,750 79,500 ;8.875 2,570 -2,096 -999,250 -50,000 74.438 2.504 -2,096 -999.250 -49,250 87,938 75,0OO 2,463 -2,096 -999.250 -51,000 62,750 71,625 2,492 -2,096 -999.250 -50.125 73.063 62.688 2.348 -2.096 -999.250 MNLMI]NiC ILD GR CALl NRAT C2 DTL IbD CALl bRAT C2 OTb GR CALl bRAT C2 DTL GR CALl NRAT C2 DTL ILD GR CALI bRAT C2 DTL ILD GR CALl bRAT C2 DTL GR CALl NRAT C2 DTL GE{ CALl NRAT C2 DTb VALUE ].906 116,813 12.781. 3.637 -1.326 -999.250 4.551 90.188 13.820 3.412 -1.326 -999.250 3.111 89,438 14,422 3,201 -1.326 -999,250 3.814 79.500 13.859 3.396 -1.326 -999.250 3.742 76,688 15.188 3.326 -1,326 -999.250 2,793 87,938 15.164 3,350 -1.326 -999.250 3.105 82.750 14.930 3.271 -1.326 -999..250 7,469 73.063 13,719 2,979 -1,326 -999.250 MNEMONIC CALl DRHU NCNb GR CALl DRHU NCNb GR 1LM CALl DRMO NCNb GR ibm CALl DRHO NCNb GR CALl DRHO NCNb GR IBM CALl DRHO NCNb GR CALl DRHO NCNb GR IbM CALl DRHU NCNb GR VALUL 4.051 14,517 0.061 1843,000 38,875 4.867 14.b17 0.095 1906.000 38.875 3,006 14.617 0.083 1762.000 38.875 3,850 14,617 0.042 195~.000 3 ,875 3,662 14,b17 0.01'2 ,875 2,813 14,617 0,054 1926.000 38.875 3,072 14.617 0,043 1937.000 38,875 1.621 14.617 0,021 2408.000 38.875 MNEMONIC LL@U DT NPHI FCNL GR BbBU DT NPHI FCNL GR LbSU DT NPHI FCNb GR BLBU DT NPHi FCNL GR bLSU DT NPHI FCNL GR LLSU DT NPHi FCNL GR LLSU DT NPHi FCNL GR DT NPHI FCNL GR VALUE 5.074 91.188 41.748 469.500 -999.250 6.641 90.375 3'1.158 533.000 -999.250 3,697 97.188 32,764 514.500 -999.250 5.195 91.188 36,865 502,500 -999,250 4,594 91.563 35.010 525,000 -999,250 3.535 94.000 35.400 544.000 -999,250 3,84b 94.563 34.131 553,500 -999,250 8,633 83,375 29,688 716.500 -999.250 DEPTH 1000. 000 6qO0. 000 6800.000 6700.000 6800.000 6500,000 b400.O00 6 ~O0.000 GR C1 DT 6P GR RHOB C1 SP G~ GR RHt)B CI DT 8P G~ GR RHUB C1 GR GR Cl bT SP GR GR RHOB C1 DT SP GR GR Cl SP GR GR RHOB C1 DT VALU -49. 59. 52. 2. '2. -999. -68. 73. 2. '2. -999. -70. 68. 2. '2. -999. -123. 54. 52. 2. '2. -999. -106. 56. 48. 2. '2. -999. -120, 53. 47. 2. '2. -999. -94. 57. 47. 2. '2. -999. -118. 40. 39. 2. '2. -999. 000 313 531 598 O96 25O 250 625 281 5~8 096 25O 500 000 875 656 096 250 50O 563 563 496 096 250 563 781 125 492 098 250 688 375 594 313 09b 250 875 063 094 289 096 25O 313 656 344 283 096 250 MNEMONIC IL0 GR CALl NRAT C2 OTb ILO GR CALl NRAT C2 LTL 1LD GR CALl NRAT C2 OTL 1 L D GR CALl NRAT C2 LTL IbD GR CALl NRAT C2 DTL GR CALl NRAT C2 LTL 1LD GR CALl NRAT C2 LTL GR CALl NRAT C2 OTb VA6 6 59 14 2 -1 -999 3 73 15 -1 -999 5 68 15 3 -1 -999 2 54 13 3 -1 -999 2 56 14 3 -1 -999 1 53 13 3 -1 -999 1 57 13 3 -1 -999 1 40 12 3 -1 -999 UE .660 .313 .281 .813 .326 .250 .305 .b25 .648 .055 .250 .043 .000 .289 .172 .326 .250 .984 .563 .438 .102 .326 .250 .859 .781 .930 .133 .326 .250 .748 .375 039 .326 .250 .648 .063 .609 .330 .326 .250 .253 .656 .328 .400 .326 .250 MNkMON1C IL~4 CALl DRHO NCNL GR ibm CALl DRHU NCNL GR CALl DRMO NCNL GR ILM CALl DRHO NCNL GR ibm CALl DRHO NCNb GR CALl DRHO NCNL GR CALl DRHO NCNb GR ILM CALl DRHO NCNL GR VALUE 7.402 14.617 0.001 2840.000 38.875 3.287 14.617 0.i00 2302.000 38.875 4.980 14.617 0.058 2246.000 38.875 3.422 14.617 0.015 2172.000 38.875 3.455 14.617 0.037 2502.000 38.875 2.133 14.617 0.024 2206.000 38.875 1.882 14.617 0.007 1839.000 38.875 1.54] 14.617 O.053 1862.000 38.875 MNEMONIC LLSU DT NPHI FCNL GR LL8U DT NPHI FCNL GR DT NPHI FCNL GR LL8U DT NPMI FCNL GR hh8U DT NPHi FCNL GR bb8U DT NPHI FCNL GR LLSU DT NPHI FCNL GR LL8U DT NPHI FCNL GR VALUE 16.641 79.563 27.002 961.000 -999.250 4.109 93.188 30.078 ~64.000 -999.250 6.008 82.375 31.982 645.500 -999.250 8.156 78.375 31.641 622.000 -999.250 7.590 82.375 31.543 768.500 -999.250 6.820 92.188 32.568 648.500 -999.250 4.715 95.750 35.840 496.000 -999.250 5.391 98.563 37.b95 495.250 -999.250 OEP'IH 6200.000 6100.OO0 6000. 000 5900.000 5800. 000 5700.000 5600. 000 5500. 000 ~N kMOt'~ lC SP GR CI DT 8P GR (;la C1 DT GR C1 DT SP GR C1 DT SP GR GR C1 DT GR GR C1 DT SP GR GR RHOB C1 DT GR GR R 1~ U B C1 DT VAL -105 42 3~ 2 -2 -999 -80 69 52 2 -2 -999 -49 7 6 05 2 -2 -999 -104 51 51 2 -2 -999 -91. 45. 40. 2. -999. -66. 46. 41. 1. -999, -56. 87. 64. 2. '2. -999. 56. 52. 2. -999. UE .750 .156 .250 .332 .096 .25O .625 .250 .563 .410 .096 .250 .500 .688 .875 .]89 .096 .250 .500 .500 ,500 .227 .090 ,250 375 438 969 217 096 250 625 594 938 746 09t~ 250 906 125 500 313 096 250 125 563 688 229 096 250 MN EMON lC ILD GR CAb i NRAT C2 DTL iLO GR CALl NRAT C2 DTL 1LD GR CALl NRAT C2 DTL ILO GR CALl NRAT C2 OTb ILD GR CALl NRAT C2 OTb ILD GR CALl NRAT C2 DTL ILD GR CALl NRAT C2 DTL ILD GR CALl NRAT C2 DTL VALUE 1.591 42.156 13.883 2.795 -1.328 -999.250 2.494 69.250 12.148 3.150 -1.326 -999.250 2.699 76.688 14.516 3.584 -1.326 -999.250 1.374 51.500 13.844 3.541 -1.326 -999.250 1.772 45.438 15.297 3.348 -1.326 -999.250 2.814 46.594 16.359 4.352 -1 326 -9991250 2.949 87.125 16.984 3.025 -999.250 2.148 56.563 15.234 3.518 ;1.326 -9 9.250 MN~,MLIN lC CALl DRHO NCNb GR ILM CALl. DRHO NCNb GR IbM CAb I DRHO NCNb GR iLM CALl DRHO NCNb GR ILM CALl DRMO NCNb GR IbM CALl D~HO NCNb GR IbM CALl DRHO NCNb GR ibm CALl DRMO NCNb GR VALUE i.946 14.6i7 0.029 3066.000 38.875 3.143 14.617 0.103 2216.000 38.875 2.754 14.617 0.112 1856.000 38.875 1.551 14.617 0.015 1859.000 38.875 2.012 14.617 -0.000 2116.000 38.875 2.686 14.617 0.006 1336'000 38.875 2.863 14.617 0.021 1822.000 38.875 2.289 14.617 0.008 1973.000 38.875 MNEMONIC bbSO DT NPHI FCNL GR LL8O DT NPHi FCNL GR DT NPHI FCNL GR LLSU OT NPHI FCNL GR LLSU DT NPH1 FCNL GR bbSU DT NPHI FCNb GR LLSU DT NPHI FCNL GR LL8U DT NPHI FCNL GR VALUE 5.422 93.750 26.855 977.000 -999,250 ~.254 90.375 32.861 678.500 -999.250 3.076 104.750 39.941 484.000 -999.250 3.447 106.375 39.502 473.500 -999.250 4.355 105.188 35.352 582.0OO -999.250 3.420 120.188 52.930 2'16.000 =999.250 3.855 107.750 39.502 400.750 -999.250 3.416 112.563 38.428 525.000 -999.250 / DkPTH 540O.000 55OU. 000 5200.000 5100.000 5000.000 4900. 000 48O0.000 q7OO. 000 MN EMONIC SP GR GR Cl DT GE C1 DT SP GR GR PHOB Ci DT GR GR RHOB Cl DT 8P GR GR RHHB C1 UT SP GR GR Cl DT GR GR C1 DT SP G~ PHOB C1 DT VALUE -101.150 66,]88 59,688 2,1.27 -2,096 -999.250 -94.625 54,875 55,938 2,361 -2,096 -999,250 -68,875 76,563 o3,844 2,252 -2,096 -999,250 -136.750 3/.031 30.53] 2.1@2 -2.090 -999.250 -114.625 48,344 44.344 2,232 -2.096 -999.250 -124,625 t3,969 38,438 2,152 -2,096 -999,250 -bB.000 00.531 64.250 2.381 -2,096 -999,250 -63.719 55.438 61.188 2.334 -2.096 -999.25O MN ILD GR CALl NRAT C2 DTL GR CALl NRAT C2 DTL ILO GR CALl NRAT C2 DTL 1LD GR CALl NRAT C2 DTL ill) GR CALl NRAT C2 DTL ILO GR CALl NRAT C2 DTL 1LD GR CALl NRAT C2 OTb GR CALl NRAT C2 OTb VALUE 2.053 66,188 15,398 4.113 -1.326 -999,250 1.754 54.875 17.359 3.344 -1.326 -999.250 3.971 7b 563 16:906 3,670 -1.326 -999,250 1.226 ]7,031 12.875 3,475 -1,326 -999.250 1.b12 48.344 14.805 3.527 -1,326 -999,250 1,754 33,969 14.703 3.391 -1.326 -999,250 3.887 60.531 15,484 3.771 -1,326 -999,250 3.119 55,438 1q.430 3.584 -1.326 -999.250 MNEMONIC IL~ CALl DRHO NCNb GR CALl D~HO NCNb GR ILM CALl DRHO NCNb GR ILM CALl DRHO NCNb GR ibm CALl DRHO NCNb GR I. LM CALl NCNb GR CALl DRHO NCNb GR iLM CALl DRHO NCNb GR VALUE 2.]09 14.617 -0,003 2234,000 38,875 1,887 14,617 0,049 1893,000 38.875 3.846 14.617 0,040 1966,000 38.875 1,479 14.O17 0,017 2052,000 38.875 2,053 14.u17 0.013 2llb. O00 38.875 2,170 14,617 0,015 2166,000 t8,875 3.881 14.617 0.012 1930.000 38.875 3.219 14.b17 0.047 18bO.O00 38,875 MNEMONIC LLBU DT NPHI FCNb GR LbBU DT NPHI FCNL GR bbSU DT NPHI FCNb GR LLSU DT NPHi FCNL GR bb8U DT NPHI FCNL GR LLSU DT NPH1 FCNL GR LLSU DT NPHI f'CNL GR LL8U DT NPHI fCNb GR VALUE ~.023 123.375 49.072 538.500 -999.250 3.889 95,000 ~4.2'77 595.OOO -999.250 4,777 117.000 40,381 532,000 -999.250 5.414 109.000 38,770 565,000 -999,250 5.578 113.000 38.818 57b.500 -999,250 b.094 113.375 36.377 593.000 -999.250 4.824 93.563 42,871 493.750 -999.250 4,188 112.375 39,990 467,250 -999.250 ,lbO0. o00 4500.000 4400.000 4300.000 4200.000 4100.000 40O0 o 000 ]900.000 MNEMONIC SP GH GH Cl D T l<iir]B C] DT BP GR Cl DT SP GH GR HMO8 CI DT SP GR C1 OT 8P GF( C1 DT SP GR GR Cl. OT SP GR Gk HHuB C1 DT VAL -51 7q ~5 2 -2 -999 -106 51 41 2 -2 -999 -54 60 2 -2 -999 -70 75 54 2 -2 -999 -87 44 5O 2 -2 -999 -103 43 37 2 -2 -999 -57 70 73 2 -2 -999 -B4 52 51 2 -2 -999 UE .250 .375 .813 .330 .096 .250 .063 .656 .125 .160 .096 .250 .219 .875 .313 .]22 .096 .250 .31 3 .563 .313 .342 .096 .250 .250 .563 .438 .209 .096 .250 .000 .781 .531 .086 .090 .250 .219 .063 .438 .270 .096 .250 .125 .594 .000 .109 .096 .250 MN EMONIC ILD ChLI NRAT C2 DTL ILD GR CALl NRAT C2 OTL ILD GR CALl NRAT C2 OTL ILD GR CALl NRAT C2 DTL ILO GR CALI NRAT C2 DTL ILD GR CALl NRAT C2 OTb ILD GR CALl NRAT C2 OTL lbo GR CALl NRAT C2 DTL VALUE 3.807 74.375 15.961 3.928 -1.326 -999.250 1.670 51.656 14.891 3.756 -1.326 -999.250 2.760 67.875 i3.797 4.035 -1.326 -999.250 3.195 75.563 16.234 3.775 -1.]26 -999.250 2.178 44.56] 14.109 3.729 -1.326 -999.250 I .473 43.781 11.664 3.943 -1.326 -999.250 2.830 70.063 17.203 4.145 -1.326 -999.25O 2.496 52.594 13.625 3.770 -1.326 -999.250 MNEMONIC CALl DRHO NCNb GR CALl DRHO NCNb GR IbM CALl DRHO NCNb GR ILM CALl DRHO NCNb GR iLM CALl DRHO NCNb GR CALl DRHO NCNb GR IbM CALl DRHO NCNb GR ILM CALl DRHO NCNb GR VALU~ 3.439 14.617 0.042 1753.000 38.875 2.000 14.b17 -0.001 1883.000 38.875 2.822 14.617 0.079 1739.000 38.875 3.604 14.617 0.068 1618.000 38.875 2.668 14.617 0.042 1757.000 38.875 1.890 14.617 -0.006 1681.000 38.875 2.805 14.61/ 0.033 1555.000 38.875 3.092 14.617 0.105 1629.000 38.875 MNEMONIC hhBO DT NPHI f'CNL GR bbSU DT NPHI FCNL GR bbSO DT NPHi FCNb GR LLSO DT NPHI FCNL GR bhSU DT NPHI FCNL GR hbSO DT NPHI FCNb GR bbSO OT NPHI FCNb GR bL8U DT NPHI FCNb GR VALUE 3.975 131.000 45.459 429.000 -999.250 5.352 114.000 42.871 466.000 -999.250 4.383 120.000 48.438 386.500 -999.250 5.602 110.750 42.578 403.500 -999.250 6.078 112.563 42.725 4]4.500 -999.250 5.496 118.375 47.803 406.250 -999.250 4.117 12b.375 48.779 342.500 -999.250 6.063 115.750 43.701 398.000 -999.250 DLF']'H 3860.000 ,]700. 000 3600.000 350O. 000 3~00.000 3300.000 3200.000 $1 O0.0o0 ~NL~ONIC SP GN GR C1 DT C1 DT ~P Gl.{ Cl SP g~ EHOB C1 DT BP GR GR Cl SP GR GR RI:lOB CI DT SP GE GR HHOB Cl DT SP GR GR RBUB C1 DT VALUE -54.219 57.438 55.750 1.997 -2.096 -999.250 -53.625 !0.125 59.313 2.199 -2.096 -999.250 -75.250 50.688 51.188 2.168 -2.096 -999.250 -98.375 53.469 41.563 2.041 -2.096 -999.250 -91.250 36.844 35.250 2.154 -2.096 -999.250 -72.375 09.125 59.125 2.125 -2.096 -999.250 -107.688 45.906 2.025 -2.096 -999.250 -65.688 73.375 66.438 2.141 -2.090 -999.250 GR CALl NRAT C2 DTL lED CALl NRAT C2 DTL ILD CALl h RAT C2 DTL ILD GR CALl NRAT C2 DTL ILO GR CALl NRAT C2 DTL ILD GR CALI NRAT C2 DTb ILD GR CALk NRAT C2 DTL ILD GR CALl NRAT C2 DTL V A b U E 2.295 5'7.438 17.984 4.070 -1.326 -999.250 2.348 70.125 20.23t 4.012 -1.326 -999.250 1.772 50.688 20.063 4.164 -1.326 -999.250 1.003 53.469 19.391 4.352 -1.326 -999.250 3.502 36.844 14.172 4.027 -1.326 -999.250 1.546 69.125 12.703 3.941 -1.326 -999.250 0.913 50.563 12.539 3.908 -1.326 -999.250 0.695 73.375 15.961 4.301 -1.326 -999.250 MNEMONIC CALl DRHO NCNb GR 1L~i CALl NCNb GR iLM CALl DRHO NCNb GR CALl DRHU NCNb GR CALl DRHU NCNL CALl DRHO NCNL GR NCNL iLN CALl DRHO NCN~ GR VAUUL 2.463 14.617 0.083 1677.000 38.875 2.498 14.517 0.043 1538.000 38.875 2.098 14.817 0.083 1418.000 38.875 1.319 14.617 0.022 1488.000 38.875 3.795 14.o17 0.059 1512.000 38.875 1.613 14.017 0.011 1529.000 38.875 1.043 14.617 0.037 1485.000 38.875 0.815 14.617 0.062 1400.000 38.875 MNEMONIC hhSU DT NPH£ f'CNb Ga LLSU DT NPHI FCNL LLSO DT NPHI FCNL GR DT NPH1 FCNL GR LLSU DT NPH1 FCNL GR LLSU DT NPHI FCNL GR bbSU DT NPHI FCNL GR hhSO DT NPHi FCNL GR VALUE; 3.951 136.375 47.119 301.500 -999.250 5.553 139.125 44.971 303.500 -999.250 3.721 131.000 47.803 302.500 -999.250 3.473 136.125 51.465 310.750 -999.250 5.746 109.000 48.090 351.750 -999.250 2.979 128.000 47.266 344.000 -999.250 2.955 133.750 46.729 376.000 -999.250 1.854 143.500 52.197 317.250 -999.250 DEPI'H 3oho. ooo 2900.000 2800,000 ?700.000 2000.000 25OO, 000 2 400. 000 2.~00.000 ~NEMONiC SP GP, RHtlB C1 DT GR GR C1 DT SP GR GR C1 OT GR GR RHOB C1 OT SP GR GR BttUB C1 DT SP GR RH(JB c1 DT SP GR GR RHt]B C1 DT SP GR RHOB C1 DT VALUE -524.000 44.906 37.15b 2.109 -2.096 -999.250 -369.000 42.906 39.063 ].895 -2.09b -999.250 -267.000 59.3'75 51.938 2.174 -2.09b -999.250 -84.750 48.969 -999.250 -999.250 17.]75 -999.250 -75.875 36.844 -999.250 -999.250 16.094 -999.250 -88.875 50.500 -999.250 -999.250 10.031 -999.250 -55.375 58.50O -999.250 -999.250 17.578 -999.250 -81.031 28.609 -999.250 -999.250 17.705 -999.250 MNEMONIC iLO CALl C2 DTL iLO GR CALI NRAT C2 OTb ibD GR CALl NRAT C2 OTb ]LD GR CALl NRAT C2 DTL GR CALl NRAT C2 OTb 1LD GR CALl NRAT C2 DTL GR CALl NRAT C2 DTb GR CALl NRAT C2 DTL VALUE 0.779 44.906 13.375 4.344 -1.326 -999.250 1.026 42.906 15.883 4.707 -1.326 -999.250 1.865 59.375 14.148 4.141 -1.326 -999.250 1.969 48.969 :999.250 999.250 17.500 -999.250 1.827 36.844 -999.250 -999.250 17.641 -999.250 1.101 50.500 -999.250 -999.250 10.133 -999.250 2.760 58.500 -999.250 -999.250 17.531 -999.25O 0.988 28.609 -999.250 -999.250 17.359 -999.250 MNEMONIC CALk DRHO NCNb GR CALl DRHO NCNb GR ILM CALl DRHU NCNb GR CALl DRHO NCNb GR CALl DRHO NCNb GR Iht4 CALl DRHtJ NCNb GR IbM CALl DRHO NCNL GR IbM CALl DRHO NCNb GR VALUE 0.848 14.b17 O.OO7 1531.000 38.875 1.21~ 14.bl 0.040 1494.000 38.875 1.943 14.617 0.038 1579.000 38.875 2.010 14.594 -999.250 -999.250 63.031 1.841 11.586 -999.250 -999.250 37.219 1.184 8.742 -999.250 -999.250 59.625 2.648 11.805 -999.250 -999.250 56.625 1.067 11.197 -999.250 -999.250 21.922 MNEMONIC hbSO DT NPHI FCNb GR DT NPHi FCNL GR bLSU OT NPHI FCND GR bLS0 DT NPHI FCNb GR LLBU DT NPH1 FCNb GR LLSU OT NPHi FCNb GR bbSU DT NPHI FCNL GR DT NPHI FCNb GR VA6UE 1.909 lb0.750 54.199 323.250 -999.250 ~.244 141.000 59.570 30b.500 -999.250 3.225 142.125 50.195 359.250 -999.250 2.391 131.3/5 -999.250 -999.250 -999.250 2.000 146.125 -999.250 -999.250 -999.250 1.481 138.000 -999.250 -999.250 -999.250 2.723 132.375 -999.250 -999.250 -999.250 2.156 , 149.125 -999.250 -999.250 -999.250 DE:PTH 22(i0.000 2100.000 2000.00O 1900.000 1800.000 1700.000 1600.000 1500.000 MNEMONIC SP GR GR C1 OT SP GR G~ RHOB CI DT SP GR GR RHOB C1 DT SP GR GR RHOB CI DT GR GR CI DT SP GR GR RHOB C1 DT GR P~O~ Cl DT GR GR C1 DT V,AL -76 -999 -999 17 -999 40 -999 -999 17 -999 -73 4b -999 -999 11 -999 51 -999 -999 17 -999 -97 40 -999 -999 19 -999 -146 21 -999-999 -999 UE .750 .656 .250 .250 .594 .250 .469 .500 .250 ,250 .750 .250 .406 .781 .250 .250 .625 .250 ,188 ,094 .250 ,250 .422 .250 .688 .781 .250 .250 .172 .250 .250 .813 .250 .250 .484 .250 -131.375 32.938 -999.250 -999.250 21.156 -999.250 -140. 34. -999. -999. 20. -999. 750 500 25O 250 797 25O MN EMONIC ILL GR CALl N~AT C2 LTL ILD GR CALl NRAT C2 DTL GR CALl NRAT C2 OTb lbD GR CALl NRAT C2 OTb GR CALl NRAT C2 LTL ILD GR CALl NRAT C2 DTL lbo GR CALI NRAT C2 OTb GR CALl NRAT C2 LTL VAL 1 33 -999 -999 17 -999 i 40 -999 -999 17 -999 UE .279 ,656 .250 .250 .563 .250 .503 .500 .250 .250 .281 .250 2.883 46.781 -999.250 -999.250 17.203 -999,250 51. -999. -999. 17. -999. 17. 40. -999. -999, 19. -999. 289. 21. 99 -9992 469 O94 250 25O 734 250 641 781 250 250 781 25O 250 813 250 25O 609 250 54,375 32.938 -999.250 -999.250 21.109 -999.250 569 -999 -999 21 -999 .000 ,500 .250 .250 .359 ,250 MNLMONIC IL~ CALk DRHO NCNb GR IbM CALl DRHU NCNb GR CALl DRHO NCNb GR IbM CALl DRHU NCNb IbM CALl DRHO NCNb GR ibm CALl DRHO NCNL GR CALl DRHO NCNL GR CALl DRHU NCNB GR VALUE; 1.347 11.805 -999.250 -999.250 34.188 l.b08 11.789 -999.250 -999.250 33.906 2.988 il.758 -999.250 -999.250 52.000 6,336 11.805 -999.250 -999.250 55.219 11.133 11.797 -999.250 -999.250 42.344 48,219 11,820 -999.250 -999,250 23.000 28.406 11.773 50 '99~:~50-99 32.781 67.875 11.773 -999.250 -999.250 30.969 MNEMONIC 668U NPHi FCN6 GR 668U OT NPHI GR 66BO PT NPHI FCNL GR 66BU DT NPHI FCNb GR LLBU DT NPHI ~CN~ GR LbSU DT NPHI FCN6 GR LbBU DT NPHI FCNO GR 66BU DT NPHI FCNb GR VALUE 2.252 149.750 -999.250 -999.250 -999.250 2.186 152.750 -999,250 -999,250 -999.250 3.383 147.750 -999.250 -999.250 -999.250 6.762 151.500 -999.250 -999.250 -999.250 14.438 122.375 -999.250 -999.250 -999.250 1648.000 79.750 -999.250 -999.250 -999.250 43.969 93.375 -999.250 -999.250 -999.250 84.375 -999.250 -999.250 -999.250 460.000 ~ ~00.000 1200.000 llO0.O00 1000.000 900.O00 800.000 700,000 GR C1 SP GR GR RFtOB Cl SP GR C1 DT SP G~ GP C1 OT GR C1 DT SP GR GR CI DT GR GR RHOb CI OT GR RHOt~ C1 DT VALUE -11o.375 ]8.156 -999.250 -999.250 17.516 -999.250 -118.875 46.4]8 -999.250 -999.250 17.125 -999.250 -126.125 ]8.281 -999.250 -999.250 20.531 -999.250 -134.000 29.516 -999.250 -999.250 20.047 -999.250 -116.063 3'/.469 -999.250 -999.250 19.094 -999.250 -122.875 60.000 -999.250 -999.250 J7.797 -999.250 -149.000 51.688 -999.250 -999.250 18.859 -999.250 -10.500 40.688 -999.250 -999.250 18.156 -999.250 MN EMON1C 1LO GR CALl NRAT C2 OTL iLO CALl NRAT C2 OTb iLO GR CALl C2 OTb GR CALI NRAT C2 OTb ILO GR CALX NRAT C2 DTL lbo GR CALl NRAT C2 DTb iLD GR CALl NRAT C2 OTI, ILD GR CALl NRAT C2 OTb VALUE 130.000 38.155 -999,250 -999.250 17.500 -999.250 215.625 4~.438 -999.250 -999.250 17.672 -999.250 1914.000 38.281 -999.250 -999.250 20.516 -999.250 1880.000 29.516 -999.250 -999.250 20.188 -999.250 212.875 37.4~9 -999.250 -999.250 19.453 -999.250 51.969 66.000 -999.250 -999.250 19.03i -999.250 127.750 51.888 -999.250 -999.250 20.078 -999.250 99.625 46.688 -999.250 -999.250 17.938 -999.250 IL~ CALl DRHO NCNb GR iBM CALl DRHO NCNb GR IbM CALl DRHU NCNb GR CALl DR~U NCNb GR 1LM CALl DRHO NCNb GR CALl OReO NCNb GR CALl DRHO NCNb IbM CALl DHHO NCNb GR VALUE 5~7.781 11.781 -999.250 -999.250 48.531 66.1.88 11.766 2999 250 999:250 41.938 87.500 11.756 -999.250 -999.250 33.625 79.000 11.789 -999.250 -999.250 28.766 57.375 11.805 -999.250 -999.250 42,188 27.531 11.189 -999.250 -999.250 63.313 42.438 11.781 -999.250 -999.250 44.031 35,003 11.805 -999.250 -999.250 45.000 MNEMONIC LLBU DT NPHI FCNb GR LLBU DT NPHI FCNb GR LLSU DT NPHI f-CNL GR LL8U OT NPHi FCNL GR bbSO DT NPH1 FCNL GR LLSU DT NPHI FCN6 GR 6LSU DT NPHi FCNG GR bLSU DT NPHi ~CNL GR VALU~ I 17.750 90.000 -999.250 -999.250 -999.250 1~8.000 99.188 -999.250 -999.250 -999.250 1004.000 Ul.750 -999.250 -999.250 -999.250 520.500 74.000 -999.250 -999.250 -999.250 142.625 90.563 -999.250 -999.250 -999.250 53.150 112.750 -999.250 -999.250 -999.250 109.938 96.375 -999.250 -999.250 -999.250 '19.563 90.000 -999.250 -999.250 -999.250 D~H o.ooo 500,000 400.000 300.000 200,000 100. 000 ~0.000 SP RHUB C1 DT GR GR MHOB C1 DT V -9 -9 -9 . -9 -9 -9 -9 -9 -9 . -9 -9 -9 -9 -9 -9 -9 -9 -9 -10 -9 -9 -9 -9 AL 51 99 99 17 99 b6 25 99 99 26 99 75 24 99 99 24 99 90 23 99 99 27 99 03 19 99 99 27 99 85 17 99 99 19 99 i9 99 99 99 1.9 99 UE .500 .65o ,250 ,250 ,875 ,250 ,375 ,250 .250 ,250 ,563 ,25O ,344 .281 ,250 ,250 ,250 ,250 ,750 .891 ,250 ,250 .26b .250 .375 .703 ,250 ,250 .141 ,250 ,250 .188 ,250 ,250 ,453 ,250 .25O .250 .250 .250 .500 .250 E~4ONiC ILD CALl NRAT C2 DTb CALl NRAT C2 LTL GR CALl NRAT C2 LTL GR CALl NRAT C2 LTL GR CALl NRAT C2 LTL GR CALl NRAT C2 LTL ILL GR CALl NHAT C2 LTL VALUE ].490 51,656 -999,250 -999,250 17.750 -999,250 75.375 25.250 -999,250 -999,250 29,828 -999,250 627,500 24,28i -999,250 -999,250 24,578 -999,250 2000,000 23,891 -999,250 -999,250 21,516 -999,250 256,750 19.703 -999,250 -999,250 28,203 -999,25O 2000.000 17.188 -999,250 -999,250 19.656 -999,250 -999,250 -999.250 -999,250 -999.250 19,438 -999.250 ILS CALl DRHO NCNb GR CALl NCNb GR ILM CALl DRHO NCNb GR IbM CALl DRHU NCNb CALl NCNb gP IbM CALl DRHU NCNb GR CALl DRHO NCNb 'VALUE 2.727 11.805 -999.250 -999°25O 55.781 18,297 11.805 -999,250 -999,250 22,734 55,813 11,805 -999,250 -999,250 21,469 58,625 11.813 -999.250 -999,250 24,984 42.438 11.805 -999.250 -999.250 20.859 8,203 11,766 -999,250 -999,250 18,750 -999,250 -999,250 -999,250 -999,250 18,b88 MNEMONIC hbBU DT NPHI FCNb GR bLSU DT NPHI FCNL GR bhSU DT NPH1 FCNL GR LL8U DT NPHI FCNL GR DT NPH! FCNb GR LLSU DT NPHI FCNL GR LLSU DT NPHI GR VALUE 3,438 lO2.125 -999,250 -999,250 -999,250 142,625 87,375 -999,250 -999.250 -999.250 520,500 /5,000 -999,250 -999,250 -9.99,250 1648,000 66,750 -999,250 -999,250 -999,250 249,750 77,000 -999,250 -999,250 -999,250 0,828 b3,781 -999,250 -999,250 -999,250 -999,250 -999,250 -999,250 -999,250 -999,250 SU~AEY (J~' DATA RECU~L)~ I, ENGTH I.J~ LAS'r RECURD: 742 DXTE6 ~ ll~g TI~AILEh LENGTH: b2 BY'rEs FILE N A.YlE: EDiT .OOl MAXI~IU.~) PH.Y6ICAL gECkJ~D LENGTH: NEXT ~ILE NAME: 1024 BxTES TAPE ']'PA1LER LENG'IH: 132 BkTE8 TAPE [wANE: 60371 DATE: 80/ 5/24 SERVICE NA~E: EDIT TAPE CONTINUAT1UN NUSB~R: O1 NEA]' TAPE NAME: CQM~,NTS: U.N[OUE WELL ,ID~NTI~ICATLUN NUMBER iS 50-029-20~06
